[frmHiPus_EH] frmHiPus_EH.Caption=Pulse Output Wizard for EH series frmHiPus_EH.PageControl1.Pages[0].Caption=TabSheet1 frmHiPus_EH.PageControl1.Pages[1].Caption=TabSheet2 frmHiPus_EH.GroupBox5.Caption= frmHiPus_EH.GroupBox5.Hint= frmHiPus_EH.Label75.Caption=Conditional clause frmHiPus_EH.Label75.Hint=M1115 frmHiPus_EH.Label76.Caption=Pulse output frequency frmHiPus_EH.Label76.Hint= frmHiPus_EH.Label77.Caption=Pulse output number frmHiPus_EH.Label77.Hint= frmHiPus_EH.Label78.Caption=Pulse output device frmHiPus_EH.Label78.Hint= frmHiPus_EH.Label92.Caption=Conditional clause frmHiPus_EH.Label92.Hint=M1115 frmHiPus_EH.Label1.Caption=If designated pulse output number is set to 0, it means unlimit numbers of pulses will continuously output. frmHiPus_EH.Label1.Hint= frmHiPus_EH.ckPlsy.Caption=PLSY pulse output frmHiPus_EH.ckPlsy.Hint=The output connot be the same as the output of PWM,PPSR command while PLSY command is used in program. frmHiPus_EH.PlsyOPCode.Items[0]=LD frmHiPus_EH.PlsyOPCode.Items[1]=LDI frmHiPus_EH.PlsyOPCode.Items[2]=LDP frmHiPus_EH.PlsyOPCode.Items[3]=LDF frmHiPus_EH.PlsyOPCode.Hint=The operator of conditional clause frmHiPus_EH.PlsyOperand.Items[0]=X frmHiPus_EH.PlsyOperand.Items[1]=Y frmHiPus_EH.PlsyOperand.Items[2]=M frmHiPus_EH.PlsyOperand.Items[3]=S frmHiPus_EH.PlsyOperand.Items[4]=T frmHiPus_EH.PlsyOperand.Items[5]=C frmHiPus_EH.PlsyOperand.Hint=The device of operand of conditional clause frmHiPus_EH.Panel2.Caption= frmHiPus_EH.rbPlsy16.Caption=16 Bits frmHiPus_EH.rbPlsy16.Hint=PLSY instruction of 16 bits frmHiPus_EH.rbPlsy32.Caption=32 Bits frmHiPus_EH.rbPlsy32.Hint=DPLSY instruction of 32 bits frmHiPus_EH.FreqDev.Items[0]=K frmHiPus_EH.FreqDev.Items[1]=H frmHiPus_EH.FreqDev.Items[2]=KnX frmHiPus_EH.FreqDev.Items[3]=KnY frmHiPus_EH.FreqDev.Items[4]=KnM frmHiPus_EH.FreqDev.Items[5]=KnS frmHiPus_EH.FreqDev.Items[6]=T frmHiPus_EH.FreqDev.Items[7]=C frmHiPus_EH.FreqDev.Items[8]=D frmHiPus_EH.FreqDev.Items[9]=E frmHiPus_EH.FreqDev.Items[10]=F frmHiPus_EH.FreqDev.Hint=Setting the device number of pulse output frequency frmHiPus_EH.FreqDevKn.Items[0]=K1 frmHiPus_EH.FreqDevKn.Items[1]=K2 frmHiPus_EH.FreqDevKn.Items[2]=K3 frmHiPus_EH.FreqDevKn.Items[3]=K4 frmHiPus_EH.FreqDevKn.Hint=Kn value frmHiPus_EH.FreqDevNum.Text=1 frmHiPus_EH.FreqDevNum.Hint=The range of pulse output frequency is K1~200,000 Hz frmHiPus_EH.FreqDevEF.Items[0]= frmHiPus_EH.FreqDevEF.Items[1]=E0 frmHiPus_EH.FreqDevEF.Items[2]=E1 frmHiPus_EH.FreqDevEF.Items[3]=E2 frmHiPus_EH.FreqDevEF.Items[4]=E3 frmHiPus_EH.FreqDevEF.Items[5]=E4 frmHiPus_EH.FreqDevEF.Items[6]=E5 frmHiPus_EH.FreqDevEF.Items[7]=E6 frmHiPus_EH.FreqDevEF.Items[8]=E7 frmHiPus_EH.FreqDevEF.Items[9]=F0 frmHiPus_EH.FreqDevEF.Items[10]=F1 frmHiPus_EH.FreqDevEF.Items[11]=F2 frmHiPus_EH.FreqDevEF.Items[12]=F3 frmHiPus_EH.FreqDevEF.Items[13]=F4 frmHiPus_EH.FreqDevEF.Items[14]=F5 frmHiPus_EH.FreqDevEF.Items[15]=F6 frmHiPus_EH.FreqDevEF.Items[16]=F7 frmHiPus_EH.FreqDevEF.Hint=Index register E,F frmHiPus_EH.OutDev.Items[0]=K frmHiPus_EH.OutDev.Items[1]=H frmHiPus_EH.OutDev.Items[2]=KnX frmHiPus_EH.OutDev.Items[3]=KnY frmHiPus_EH.OutDev.Items[4]=KnM frmHiPus_EH.OutDev.Items[5]=KnS frmHiPus_EH.OutDev.Items[6]=T frmHiPus_EH.OutDev.Items[7]=C frmHiPus_EH.OutDev.Items[8]=D frmHiPus_EH.OutDev.Items[9]=E frmHiPus_EH.OutDev.Items[10]=F frmHiPus_EH.OutDev.Hint=Setting the device number of pulse output number frmHiPus_EH.OutDevKn.Items[0]=K1 frmHiPus_EH.OutDevKn.Items[1]=K2 frmHiPus_EH.OutDevKn.Items[2]=K3 frmHiPus_EH.OutDevKn.Items[3]=K4 frmHiPus_EH.OutDevKn.Hint=Kn value frmHiPus_EH.OutDevNum.Text=1 frmHiPus_EH.OutDevNum.Hint=The range of pulse output number is: K1~K32767 frmHiPus_EH.OutDevEF.Items[0]= frmHiPus_EH.OutDevEF.Items[1]=E0 frmHiPus_EH.OutDevEF.Items[2]=E1 frmHiPus_EH.OutDevEF.Items[3]=E2 frmHiPus_EH.OutDevEF.Items[4]=E3 frmHiPus_EH.OutDevEF.Items[5]=E4 frmHiPus_EH.OutDevEF.Items[6]=E5 frmHiPus_EH.OutDevEF.Items[7]=E6 frmHiPus_EH.OutDevEF.Items[8]=E7 frmHiPus_EH.OutDevEF.Items[9]=F0 frmHiPus_EH.OutDevEF.Items[10]=F1 frmHiPus_EH.OutDevEF.Items[11]=F2 frmHiPus_EH.OutDevEF.Items[12]=F3 frmHiPus_EH.OutDevEF.Items[13]=F4 frmHiPus_EH.OutDevEF.Items[14]=F5 frmHiPus_EH.OutDevEF.Items[15]=F6 frmHiPus_EH.OutDevEF.Items[16]=F7 frmHiPus_EH.OutDevEF.Hint=Index register E,F frmHiPus_EH.PlsyOutput.Items[0]=Y0 frmHiPus_EH.PlsyOutput.Items[1]=Y2 frmHiPus_EH.PlsyOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EH.ckPEHend.Caption=Output pulse while END instruction is executed frmHiPus_EH.ckPEHend.Hint=When M1010=On, Y0,Y1 and Y2,Y3 will output pulse while END instruction is ececuted. When output starts, M1010 will automatically turn off frmHiPus_EH.PEHEndOpCode.Items[0]=LD frmHiPus_EH.PEHEndOpCode.Items[1]=LDI frmHiPus_EH.PEHEndOpCode.Items[2]=LDP frmHiPus_EH.PEHEndOpCode.Items[3]=LDF frmHiPus_EH.PEHEndOpCode.Hint=The operator of conditional clause frmHiPus_EH.PEHEndOperand.Items[0]=X frmHiPus_EH.PEHEndOperand.Items[1]=Y frmHiPus_EH.PEHEndOperand.Items[2]=M frmHiPus_EH.PEHEndOperand.Items[3]=S frmHiPus_EH.PEHEndOperand.Items[4]=T frmHiPus_EH.PEHEndOperand.Items[5]=C frmHiPus_EH.PEHEndOperand.Hint=The device of operand of conditional clause frmHiPus_EH.GroupBox11.Caption=Channel 0 frmHiPus_EH.GroupBox11.Hint= frmHiPus_EH.Label90.Caption=Number of pulse frmHiPus_EH.Label90.Hint= frmHiPus_EH.Label95.Caption=Conditional clause frmHiPus_EH.Label95.Hint=M1115 frmHiPus_EH.Label91.Caption=Number of pulse frmHiPus_EH.Label91.Hint= frmHiPus_EH.Label96.Caption=Conditional clause frmHiPus_EH.Label96.Hint=M1115 frmHiPus_EH.Label97.Caption=Conditional clause frmHiPus_EH.Label97.Hint=M1115 frmHiPus_EH.Label98.Caption=Conditional clause frmHiPus_EH.Label98.Hint=M1115 frmHiPus_EH.Label2.Caption=Conditional clause frmHiPus_EH.Label2.Hint=M1115 frmHiPus_EH.ckOffset_0.Caption=Start OFFSET Pulse frmHiPus_EH.ckOffset_0.Hint=Correspond to component M1338 frmHiPus_EH.OffsetPus_0.Hint=32 Bits (Correspond to D component D1328-D1329) number of pulse frmHiPus_EH.ckPay_0.Caption=Start Compensation Pulse frmHiPus_EH.ckPay_0.Hint=Correspond to component M1344 frmHiPus_EH.ckEndIntup_0.Caption=The interrupt I110 occur after pulse output complete frmHiPus_EH.ckEndIntup_0.Hint=Correspond to component M1340 frmHiPus_EH.ckSame_0.Caption=The interrupt I130 occur after pulse output complete frmHiPus_EH.ckSame_0.Hint=Correspond to component M1342 frmHiPus_EH.OffsetOpCode_0.Items[0]=LD frmHiPus_EH.OffsetOpCode_0.Items[1]=LDI frmHiPus_EH.OffsetOpCode_0.Items[2]=LDP frmHiPus_EH.OffsetOpCode_0.Items[3]=LDF frmHiPus_EH.OffsetOpCode_0.Hint=The operator of conditional clause frmHiPus_EH.OffsetOperand_0.Items[0]=X frmHiPus_EH.OffsetOperand_0.Items[1]=Y frmHiPus_EH.OffsetOperand_0.Items[2]=M frmHiPus_EH.OffsetOperand_0.Items[3]=S frmHiPus_EH.OffsetOperand_0.Items[4]=T frmHiPus_EH.OffsetOperand_0.Items[5]=C frmHiPus_EH.OffsetOperand_0.Hint=The device of operand of conditional clause frmHiPus_EH.PayPuls_0.Hint=32 Bits (Correspond to D component D1344-D1345) number of pulse frmHiPus_EH.PayOpCode_0.Items[0]=LD frmHiPus_EH.PayOpCode_0.Items[1]=LDI frmHiPus_EH.PayOpCode_0.Items[2]=LDP frmHiPus_EH.PayOpCode_0.Items[3]=LDF frmHiPus_EH.PayOpCode_0.Hint=The operator of conditional clause frmHiPus_EH.PayOperand_0.Items[0]=X frmHiPus_EH.PayOperand_0.Items[1]=Y frmHiPus_EH.PayOperand_0.Items[2]=M frmHiPus_EH.PayOperand_0.Items[3]=S frmHiPus_EH.PayOperand_0.Items[4]=T frmHiPus_EH.PayOperand_0.Items[5]=C frmHiPus_EH.PayOperand_0.Hint=The device of operand of conditional clause frmHiPus_EH.EndIntupOpCode_0.Items[0]=LD frmHiPus_EH.EndIntupOpCode_0.Items[1]=LDI frmHiPus_EH.EndIntupOpCode_0.Items[2]=LDP frmHiPus_EH.EndIntupOpCode_0.Items[3]=LDF frmHiPus_EH.EndIntupOpCode_0.Hint=The operator of conditional clause frmHiPus_EH.EndIntupOperand_0.Items[0]=X frmHiPus_EH.EndIntupOperand_0.Items[1]=Y frmHiPus_EH.EndIntupOperand_0.Items[2]=M frmHiPus_EH.EndIntupOperand_0.Items[3]=S frmHiPus_EH.EndIntupOperand_0.Items[4]=T frmHiPus_EH.EndIntupOperand_0.Items[5]=C frmHiPus_EH.EndIntupOperand_0.Hint=The device of operand of conditional clause frmHiPus_EH.SameOpCode_0.Items[0]=LD frmHiPus_EH.SameOpCode_0.Items[1]=LDI frmHiPus_EH.SameOpCode_0.Items[2]=LDP frmHiPus_EH.SameOpCode_0.Items[3]=LDF frmHiPus_EH.SameOpCode_0.Hint=The operator of conditional clause frmHiPus_EH.SameOperand_0.Items[0]=X frmHiPus_EH.SameOperand_0.Items[1]=Y frmHiPus_EH.SameOperand_0.Items[2]=M frmHiPus_EH.SameOperand_0.Items[3]=S frmHiPus_EH.SameOperand_0.Items[4]=T frmHiPus_EH.SameOperand_0.Items[5]=C frmHiPus_EH.SameOperand_0.Hint=The device of operand of conditional clause frmHiPus_EH.OffsetNum_0.Text=0 frmHiPus_EH.OffsetNum_0.Hint=The device number of operand of conditional clause frmHiPus_EH.PayNum_0.Text=0 frmHiPus_EH.PayNum_0.Hint=The device number of operand of conditional clause frmHiPus_EH.EndIntupNum_0.Text=0 frmHiPus_EH.EndIntupNum_0.Hint=The device number of operand of conditional clause frmHiPus_EH.SameNum_0.Text=0 frmHiPus_EH.SameNum_0.Hint=The device number of operand of conditional clause frmHiPus_EH.ckM1334.Caption=Pulse Output Stop frmHiPus_EH.ckM1334.Hint=Correspond to component M1334 frmHiPus_EH.StopOpCode_0.Items[0]=LD frmHiPus_EH.StopOpCode_0.Items[1]=LDI frmHiPus_EH.StopOpCode_0.Items[2]=LDP frmHiPus_EH.StopOpCode_0.Items[3]=LDF frmHiPus_EH.StopOpCode_0.Hint=The operator of conditional clause frmHiPus_EH.StopOperand_0.Items[0]=X frmHiPus_EH.StopOperand_0.Items[1]=Y frmHiPus_EH.StopOperand_0.Items[2]=M frmHiPus_EH.StopOperand_0.Items[3]=S frmHiPus_EH.StopOperand_0.Items[4]=T frmHiPus_EH.StopOperand_0.Items[5]=C frmHiPus_EH.StopOperand_0.Hint=The device of operand of conditional clause frmHiPus_EH.StopNum_0.Text=0 frmHiPus_EH.StopNum_0.Hint=The device number of operand of conditional clause frmHiPus_EH.GroupBox12.Caption=Channel 1 frmHiPus_EH.GroupBox12.Hint= frmHiPus_EH.Label93.Caption=Number of pulse frmHiPus_EH.Label93.Hint= frmHiPus_EH.Label99.Caption=Conditional clause frmHiPus_EH.Label99.Hint=M1115 frmHiPus_EH.Label100.Caption=Number of pulse frmHiPus_EH.Label100.Hint= frmHiPus_EH.Label101.Caption=Conditional clause frmHiPus_EH.Label101.Hint=M1115 frmHiPus_EH.Label102.Caption=Conditional clause frmHiPus_EH.Label102.Hint=M1115 frmHiPus_EH.Label103.Caption=Conditional clause frmHiPus_EH.Label103.Hint=M1115 frmHiPus_EH.Label3.Caption=Conditional clause frmHiPus_EH.Label3.Hint=M1115 frmHiPus_EH.ckOffset_1.Caption=Start OFFSET Pulse frmHiPus_EH.ckOffset_1.Hint=Correspond to component M1339 frmHiPus_EH.OffsetPus_1.Hint=32 Bits (Correspond to D component D1330-D1331) number of pulse frmHiPus_EH.ckPay_1.Caption=Start Compensation Pulse frmHiPus_EH.ckPay_1.Hint=Correspond to component M1345 frmHiPus_EH.ckEndIntup_1.Caption=The interrupt I120 occur after pulse output complete frmHiPus_EH.ckEndIntup_1.Hint=Correspond to component M1341 frmHiPus_EH.ckSame_1.Caption=The interrupt I140 occur after pulse output complete frmHiPus_EH.ckSame_1.Hint=Correspond to component M1343 frmHiPus_EH.OffsetOpCode_1.Items[0]=LD frmHiPus_EH.OffsetOpCode_1.Items[1]=LDI frmHiPus_EH.OffsetOpCode_1.Items[2]=LDP frmHiPus_EH.OffsetOpCode_1.Items[3]=LDF frmHiPus_EH.OffsetOpCode_1.Hint=The operator of conditional clause frmHiPus_EH.OffsetOperand_1.Items[0]=X frmHiPus_EH.OffsetOperand_1.Items[1]=Y frmHiPus_EH.OffsetOperand_1.Items[2]=M frmHiPus_EH.OffsetOperand_1.Items[3]=S frmHiPus_EH.OffsetOperand_1.Items[4]=T frmHiPus_EH.OffsetOperand_1.Items[5]=C frmHiPus_EH.OffsetOperand_1.Hint=The device of operand of conditional clause frmHiPus_EH.PayPuls_1.Hint=32 Bits (Correspond to D component D1346-D1347) number of pulse frmHiPus_EH.PayOpCode_1.Items[0]=LD frmHiPus_EH.PayOpCode_1.Items[1]=LDI frmHiPus_EH.PayOpCode_1.Items[2]=LDP frmHiPus_EH.PayOpCode_1.Items[3]=LDF frmHiPus_EH.PayOpCode_1.Hint=The operator of conditional clause frmHiPus_EH.PayOperand_1.Items[0]=X frmHiPus_EH.PayOperand_1.Items[1]=Y frmHiPus_EH.PayOperand_1.Items[2]=M frmHiPus_EH.PayOperand_1.Items[3]=S frmHiPus_EH.PayOperand_1.Items[4]=T frmHiPus_EH.PayOperand_1.Items[5]=C frmHiPus_EH.PayOperand_1.Hint=The device of operand of conditional clause frmHiPus_EH.EndIntupOpCode_1.Items[0]=LD frmHiPus_EH.EndIntupOpCode_1.Items[1]=LDI frmHiPus_EH.EndIntupOpCode_1.Items[2]=LDP frmHiPus_EH.EndIntupOpCode_1.Items[3]=LDF frmHiPus_EH.EndIntupOpCode_1.Hint=The operator of conditional clause frmHiPus_EH.EndIntupOperand_1.Items[0]=X frmHiPus_EH.EndIntupOperand_1.Items[1]=Y frmHiPus_EH.EndIntupOperand_1.Items[2]=M frmHiPus_EH.EndIntupOperand_1.Items[3]=S frmHiPus_EH.EndIntupOperand_1.Items[4]=T frmHiPus_EH.EndIntupOperand_1.Items[5]=C frmHiPus_EH.EndIntupOperand_1.Hint=The device of operand of conditional clause frmHiPus_EH.SameOpCode_1.Items[0]=LD frmHiPus_EH.SameOpCode_1.Items[1]=LDI frmHiPus_EH.SameOpCode_1.Items[2]=LDP frmHiPus_EH.SameOpCode_1.Items[3]=LDF frmHiPus_EH.SameOpCode_1.Hint=The operator of conditional clause frmHiPus_EH.SameOperand_1.Items[0]=X frmHiPus_EH.SameOperand_1.Items[1]=Y frmHiPus_EH.SameOperand_1.Items[2]=M frmHiPus_EH.SameOperand_1.Items[3]=S frmHiPus_EH.SameOperand_1.Items[4]=T frmHiPus_EH.SameOperand_1.Items[5]=C frmHiPus_EH.SameOperand_1.Hint=The device of operand of conditional clause frmHiPus_EH.OffsetNum_1.Text=0 frmHiPus_EH.OffsetNum_1.Hint=The device number of operand of conditional clause frmHiPus_EH.PayNum_1.Text=0 frmHiPus_EH.PayNum_1.Hint=The device number of operand of conditional clause frmHiPus_EH.EndIntupNum_1.Text=0 frmHiPus_EH.EndIntupNum_1.Hint=The device number of operand of conditional clause frmHiPus_EH.SameNum_1.Text=0 frmHiPus_EH.SameNum_1.Hint=The device number of operand of conditional clause frmHiPus_EH.ckM1335.Caption=Pulse Output Stop frmHiPus_EH.ckM1335.Hint=Correspond to component M1335 frmHiPus_EH.StopOpCode_1.Items[0]=LD frmHiPus_EH.StopOpCode_1.Items[1]=LDI frmHiPus_EH.StopOpCode_1.Items[2]=LDP frmHiPus_EH.StopOpCode_1.Items[3]=LDF frmHiPus_EH.StopOpCode_1.Hint=The operator of conditional clause frmHiPus_EH.StopOperand_1.Items[0]=X frmHiPus_EH.StopOperand_1.Items[1]=Y frmHiPus_EH.StopOperand_1.Items[2]=M frmHiPus_EH.StopOperand_1.Items[3]=S frmHiPus_EH.StopOperand_1.Items[4]=T frmHiPus_EH.StopOperand_1.Items[5]=C frmHiPus_EH.StopOperand_1.Hint=The device of operand of conditional clause frmHiPus_EH.StopNum_1.Text=0 frmHiPus_EH.StopNum_1.Hint=The device number of operand of conditional clause frmHiPus_EH.PlsyOpNUM.Text=0 frmHiPus_EH.PlsyOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EH.PEHEndNum.Text=0 frmHiPus_EH.PEHEndNum.Hint=The device number of operand of conditional clause frmHiPus_EH.btnClean1.Caption=Reset frmHiPus_EH.btnClean1.Hint=Clear all fields setting of this page frmHiPus_EH.GroupBox6.Caption= frmHiPus_EH.GroupBox6.Hint= frmHiPus_EH.Label80.Caption=Pulse output width frmHiPus_EH.Label80.Hint= frmHiPus_EH.Label81.Caption=Output circuit frmHiPus_EH.Label81.Hint= frmHiPus_EH.Label82.Caption=Output device frmHiPus_EH.Label82.Hint= frmHiPus_EH.Label104.Caption=Conditional clause frmHiPus_EH.Label104.Hint=M1115 frmHiPus_EH.ckPwm.Caption=PWM pulse width modulation output frmHiPus_EH.ckPwm.Hint=The output connot be the same as the output of PLSY,PLSR instruction while PWM command is used in program. frmHiPus_EH.PwmOPCode.Items[0]=LD frmHiPus_EH.PwmOPCode.Items[1]=LDI frmHiPus_EH.PwmOPCode.Items[2]=LDP frmHiPus_EH.PwmOPCode.Items[3]=LDF frmHiPus_EH.PwmOPCode.Hint=The operator of conditional clause frmHiPus_EH.PwmOperand.Items[0]=X frmHiPus_EH.PwmOperand.Items[1]=Y frmHiPus_EH.PwmOperand.Items[2]=M frmHiPus_EH.PwmOperand.Items[3]=S frmHiPus_EH.PwmOperand.Items[4]=T frmHiPus_EH.PwmOperand.Items[5]=C frmHiPus_EH.PwmOperand.Hint=The device of operand of conditional clause frmHiPus_EH.WidthDev.Items[0]=K frmHiPus_EH.WidthDev.Items[1]=H frmHiPus_EH.WidthDev.Items[2]=KnX frmHiPus_EH.WidthDev.Items[3]=KnY frmHiPus_EH.WidthDev.Items[4]=KnM frmHiPus_EH.WidthDev.Items[5]=KnS frmHiPus_EH.WidthDev.Items[6]=T frmHiPus_EH.WidthDev.Items[7]=C frmHiPus_EH.WidthDev.Items[8]=D frmHiPus_EH.WidthDev.Items[9]=E frmHiPus_EH.WidthDev.Items[10]=F frmHiPus_EH.WidthDev.Hint=Setting the device number of pulse output width frmHiPus_EH.WidthDevKn.Items[0]=K1 frmHiPus_EH.WidthDevKn.Items[1]=K2 frmHiPus_EH.WidthDevKn.Items[2]=K3 frmHiPus_EH.WidthDevKn.Items[3]=K4 frmHiPus_EH.WidthDevKn.Hint=Kn value frmHiPus_EH.WidthDevNum.Text=0 frmHiPus_EH.WidthDevNum.Hint=The range of pulse output width is : K0~K32,767 ms . Note: pulse output width <= pulse output cycle frmHiPus_EH.WidthDevEF.Items[0]= frmHiPus_EH.WidthDevEF.Items[1]=E0 frmHiPus_EH.WidthDevEF.Items[2]=E1 frmHiPus_EH.WidthDevEF.Items[3]=E2 frmHiPus_EH.WidthDevEF.Items[4]=E3 frmHiPus_EH.WidthDevEF.Items[5]=E4 frmHiPus_EH.WidthDevEF.Items[6]=E5 frmHiPus_EH.WidthDevEF.Items[7]=E6 frmHiPus_EH.WidthDevEF.Items[8]=E7 frmHiPus_EH.WidthDevEF.Items[9]=F0 frmHiPus_EH.WidthDevEF.Items[10]=F1 frmHiPus_EH.WidthDevEF.Items[11]=F2 frmHiPus_EH.WidthDevEF.Items[12]=F3 frmHiPus_EH.WidthDevEF.Items[13]=F4 frmHiPus_EH.WidthDevEF.Items[14]=F5 frmHiPus_EH.WidthDevEF.Items[15]=F6 frmHiPus_EH.WidthDevEF.Items[16]=F7 frmHiPus_EH.WidthDevEF.Hint=Index register E,F frmHiPus_EH.CirDev.Items[0]=K frmHiPus_EH.CirDev.Items[1]=H frmHiPus_EH.CirDev.Items[2]=KnX frmHiPus_EH.CirDev.Items[3]=KnY frmHiPus_EH.CirDev.Items[4]=KnM frmHiPus_EH.CirDev.Items[5]=KnS frmHiPus_EH.CirDev.Items[6]=T frmHiPus_EH.CirDev.Items[7]=C frmHiPus_EH.CirDev.Items[8]=D frmHiPus_EH.CirDev.Items[9]=E frmHiPus_EH.CirDev.Items[10]=F frmHiPus_EH.CirDev.Hint=Setting the device number of output circuit frmHiPus_EH.CirDevKn.Items[0]=K1 frmHiPus_EH.CirDevKn.Items[1]=K2 frmHiPus_EH.CirDevKn.Items[2]=K3 frmHiPus_EH.CirDevKn.Items[3]=K4 frmHiPus_EH.CirDevKn.Hint=Kn value frmHiPus_EH.CirDevNum.Text=1 frmHiPus_EH.CirDevNum.Hint=The range of pulse output cycle is K1~K32,767 ms. Notice pulse output width <= pulse output cycle frmHiPus_EH.CirDevEF.Items[0]= frmHiPus_EH.CirDevEF.Items[1]=E0 frmHiPus_EH.CirDevEF.Items[2]=E1 frmHiPus_EH.CirDevEF.Items[3]=E2 frmHiPus_EH.CirDevEF.Items[4]=E3 frmHiPus_EH.CirDevEF.Items[5]=E4 frmHiPus_EH.CirDevEF.Items[6]=E5 frmHiPus_EH.CirDevEF.Items[7]=E6 frmHiPus_EH.CirDevEF.Items[8]=E7 frmHiPus_EH.CirDevEF.Items[9]=F0 frmHiPus_EH.CirDevEF.Items[10]=F1 frmHiPus_EH.CirDevEF.Items[11]=F2 frmHiPus_EH.CirDevEF.Items[12]=F3 frmHiPus_EH.CirDevEF.Items[13]=F4 frmHiPus_EH.CirDevEF.Items[14]=F5 frmHiPus_EH.CirDevEF.Items[15]=F6 frmHiPus_EH.CirDevEF.Items[16]=F7 frmHiPus_EH.CirDevEF.Hint=Index register E,F frmHiPus_EH.PwmOutput.Items[0]=Y0 frmHiPus_EH.PwmOutput.Items[1]=Y2 frmHiPus_EH.PwmOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EH.PwmEPgroup.Caption=Relative setting frmHiPus_EH.PwmEPgroup.Hint= frmHiPus_EH.Label105.Caption=Conditional clause frmHiPus_EH.Label105.Hint=M1115 frmHiPus_EH.Label106.Caption=Conditional clause frmHiPus_EH.Label106.Hint=M1115 frmHiPus_EH.Label107.Caption=Conditional clause frmHiPus_EH.Label107.Hint=M1115 frmHiPus_EH.ckPwmEnd.Caption=Output pulse while END instruction is executed frmHiPus_EH.ckPwmEnd.Hint=Correspond to M component M1010, Y0,Y1 and Y2,Y3 will output pulse while END instruction is executed frmHiPus_EH.PwmEndOpCode.Items[0]=LD frmHiPus_EH.PwmEndOpCode.Items[1]=LDI frmHiPus_EH.PwmEndOpCode.Items[2]=LDP frmHiPus_EH.PwmEndOpCode.Items[3]=LDF frmHiPus_EH.PwmEndOpCode.Hint=The operator of conditional clause frmHiPus_EH.PwmEndOperand.Items[0]=X frmHiPus_EH.PwmEndOperand.Items[1]=Y frmHiPus_EH.PwmEndOperand.Items[2]=M frmHiPus_EH.PwmEndOperand.Items[3]=S frmHiPus_EH.PwmEndOperand.Items[4]=T frmHiPus_EH.PwmEndOperand.Items[5]=C frmHiPus_EH.PwmEndOperand.Hint=The device of operand of conditional clause frmHiPus_EH.ckChangeUnit.Caption=Pulse time unit exchange frmHiPus_EH.ckChangeUnit.Hint=the pulse unit exchange. when M1070=ON, the pulse unit is 100us, when M1070=OFF, the pulse unit is 1ms frmHiPus_EH.ChangeUnitOpCode.Items[0]=LD frmHiPus_EH.ChangeUnitOpCode.Items[1]=LDI frmHiPus_EH.ChangeUnitOpCode.Items[2]=LDP frmHiPus_EH.ChangeUnitOpCode.Items[3]=LDF frmHiPus_EH.ChangeUnitOpCode.Hint=The operator of conditional clause frmHiPus_EH.ChangeUnitOperand.Items[0]=X frmHiPus_EH.ChangeUnitOperand.Items[1]=Y frmHiPus_EH.ChangeUnitOperand.Items[2]=M frmHiPus_EH.ChangeUnitOperand.Items[3]=S frmHiPus_EH.ChangeUnitOperand.Items[4]=T frmHiPus_EH.ChangeUnitOperand.Items[5]=C frmHiPus_EH.ChangeUnitOperand.Hint=The device of operand of conditional clause frmHiPus_EH.ckPulInv.Caption=Pulse output signal exchange frmHiPus_EH.ckPulInv.Hint=Correspond to component M1258, Y0 pulse output signal exchange frmHiPus_EH.PulInvOpCode.Items[0]=LD frmHiPus_EH.PulInvOpCode.Items[1]=LDI frmHiPus_EH.PulInvOpCode.Items[2]=LDP frmHiPus_EH.PulInvOpCode.Items[3]=LDF frmHiPus_EH.PulInvOpCode.Hint=The operator of conditional clause frmHiPus_EH.PulInvOperand.Items[0]=X frmHiPus_EH.PulInvOperand.Items[1]=Y frmHiPus_EH.PulInvOperand.Items[2]=M frmHiPus_EH.PulInvOperand.Items[3]=S frmHiPus_EH.PulInvOperand.Items[4]=T frmHiPus_EH.PulInvOperand.Items[5]=C frmHiPus_EH.PulInvOperand.Hint=The device of operand of conditional clause frmHiPus_EH.PwmEndNum.Text=0 frmHiPus_EH.PwmEndNum.Hint=The device number of operand of conditional clause frmHiPus_EH.ChangeUnitNum.Text=0 frmHiPus_EH.ChangeUnitNum.Hint=The device number of operand of conditional clause frmHiPus_EH.PulInvNum.Text=0 frmHiPus_EH.PulInvNum.Hint=The device number of operand of conditional clause frmHiPus_EH.PwmOpNUM.Text=0 frmHiPus_EH.PwmOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EH.GroupBox7.Caption= frmHiPus_EH.GroupBox7.Hint= frmHiPus_EH.Label84.Caption=Maximum frequency of output frmHiPus_EH.Label84.Hint= frmHiPus_EH.Label85.Caption=Pulse output quantity frmHiPus_EH.Label85.Hint= frmHiPus_EH.Label86.Caption=Output device frmHiPus_EH.Label86.Hint= frmHiPus_EH.Label87.Caption=Acceleration/Deceleration time frmHiPus_EH.Label87.Hint= frmHiPus_EH.Label108.Caption=Conditional clause frmHiPus_EH.Label108.Hint=M1115 frmHiPus_EH.ckPlsr.Caption=PLSR pulse wave output with Acceleration/Deceleration speed frmHiPus_EH.ckPlsr.Hint=The output connot be the same as the output of PLSY,PWM command while PLSR instruction is used in program. frmHiPus_EH.PlsrOPCode.Items[0]=LD frmHiPus_EH.PlsrOPCode.Items[1]=LDI frmHiPus_EH.PlsrOPCode.Items[2]=LDP frmHiPus_EH.PlsrOPCode.Items[3]=LDF frmHiPus_EH.PlsrOPCode.Hint=The operator of conditional clause frmHiPus_EH.PlsrOperand.Items[0]=X frmHiPus_EH.PlsrOperand.Items[1]=Y frmHiPus_EH.PlsrOperand.Items[2]=M frmHiPus_EH.PlsrOperand.Items[3]=S frmHiPus_EH.PlsrOperand.Items[4]=T frmHiPus_EH.PlsrOperand.Items[5]=C frmHiPus_EH.PlsrOperand.Hint=The device of operand of conditional clause frmHiPus_EH.MaxFreqDev.Items[0]=K frmHiPus_EH.MaxFreqDev.Items[1]=H frmHiPus_EH.MaxFreqDev.Items[2]=KnX frmHiPus_EH.MaxFreqDev.Items[3]=KnY frmHiPus_EH.MaxFreqDev.Items[4]=KnM frmHiPus_EH.MaxFreqDev.Items[5]=KnS frmHiPus_EH.MaxFreqDev.Items[6]=T frmHiPus_EH.MaxFreqDev.Items[7]=C frmHiPus_EH.MaxFreqDev.Items[8]=D frmHiPus_EH.MaxFreqDev.Items[9]=E frmHiPus_EH.MaxFreqDev.Items[10]=F frmHiPus_EH.MaxFreqDev.Hint=Setting the device number of the maximum frequency of output pulse frmHiPus_EH.MaxFreqDevKn.Items[0]=K1 frmHiPus_EH.MaxFreqDevKn.Items[1]=K2 frmHiPus_EH.MaxFreqDevKn.Items[2]=K3 frmHiPus_EH.MaxFreqDevKn.Items[3]=K4 frmHiPus_EH.MaxFreqDevKn.Hint=Kn value frmHiPus_EH.MaxFreqDevNum.Text=10 frmHiPus_EH.MaxFreqDevNum.Hint=Setting range is K10~K32,767Hz , and the number must be the multiples of 10 frmHiPus_EH.MaxFreqDevEF.Items[0]= frmHiPus_EH.MaxFreqDevEF.Items[1]=E0 frmHiPus_EH.MaxFreqDevEF.Items[2]=E1 frmHiPus_EH.MaxFreqDevEF.Items[3]=E2 frmHiPus_EH.MaxFreqDevEF.Items[4]=E3 frmHiPus_EH.MaxFreqDevEF.Items[5]=E4 frmHiPus_EH.MaxFreqDevEF.Items[6]=E5 frmHiPus_EH.MaxFreqDevEF.Items[7]=E6 frmHiPus_EH.MaxFreqDevEF.Items[8]=E7 frmHiPus_EH.MaxFreqDevEF.Items[9]=F0 frmHiPus_EH.MaxFreqDevEF.Items[10]=F1 frmHiPus_EH.MaxFreqDevEF.Items[11]=F2 frmHiPus_EH.MaxFreqDevEF.Items[12]=F3 frmHiPus_EH.MaxFreqDevEF.Items[13]=F4 frmHiPus_EH.MaxFreqDevEF.Items[14]=F5 frmHiPus_EH.MaxFreqDevEF.Items[15]=F6 frmHiPus_EH.MaxFreqDevEF.Items[16]=F7 frmHiPus_EH.MaxFreqDevEF.Hint=Index register E,F frmHiPus_EH.TotPDev.Items[0]=K frmHiPus_EH.TotPDev.Items[1]=H frmHiPus_EH.TotPDev.Items[2]=KnX frmHiPus_EH.TotPDev.Items[3]=KnY frmHiPus_EH.TotPDev.Items[4]=KnM frmHiPus_EH.TotPDev.Items[5]=KnS frmHiPus_EH.TotPDev.Items[6]=T frmHiPus_EH.TotPDev.Items[7]=C frmHiPus_EH.TotPDev.Items[8]=D frmHiPus_EH.TotPDev.Items[9]=E frmHiPus_EH.TotPDev.Items[10]=F frmHiPus_EH.TotPDev.Hint=Setting the device number of pulse output quantity frmHiPus_EH.TotPDevKn.Items[0]=K1 frmHiPus_EH.TotPDevKn.Items[1]=K2 frmHiPus_EH.TotPDevKn.Items[2]=K3 frmHiPus_EH.TotPDevKn.Items[3]=K4 frmHiPus_EH.TotPDevKn.Hint=Kn value frmHiPus_EH.TotPDevNum.Text=110 frmHiPus_EH.TotPDevNum.Hint=Setting range is K110~K32,767 PLS frmHiPus_EH.TotPDevEF.Items[0]= frmHiPus_EH.TotPDevEF.Items[1]=E0 frmHiPus_EH.TotPDevEF.Items[2]=E1 frmHiPus_EH.TotPDevEF.Items[3]=E2 frmHiPus_EH.TotPDevEF.Items[4]=E3 frmHiPus_EH.TotPDevEF.Items[5]=E4 frmHiPus_EH.TotPDevEF.Items[6]=E5 frmHiPus_EH.TotPDevEF.Items[7]=E6 frmHiPus_EH.TotPDevEF.Items[8]=E7 frmHiPus_EH.TotPDevEF.Items[9]=F0 frmHiPus_EH.TotPDevEF.Items[10]=F1 frmHiPus_EH.TotPDevEF.Items[11]=F2 frmHiPus_EH.TotPDevEF.Items[12]=F3 frmHiPus_EH.TotPDevEF.Items[13]=F4 frmHiPus_EH.TotPDevEF.Items[14]=F5 frmHiPus_EH.TotPDevEF.Items[15]=F6 frmHiPus_EH.TotPDevEF.Items[16]=F7 frmHiPus_EH.TotPDevEF.Hint=Index register E,F frmHiPus_EH.PlsrOutput.Items[0]=Y0 frmHiPus_EH.PlsrOutput.Items[1]=Y2 frmHiPus_EH.PlsrOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EH.Panel3.Caption= frmHiPus_EH.rbPlsr16.Caption=16 Bits frmHiPus_EH.rbPlsr16.Hint=PLSR instruction of 16 bits frmHiPus_EH.rbPlsr32.Caption=32 Bits frmHiPus_EH.rbPlsr32.Hint=DPLSR instruction of 32 bits frmHiPus_EH.SpecDev.Items[0]=K frmHiPus_EH.SpecDev.Items[1]=H frmHiPus_EH.SpecDev.Items[2]=KnX frmHiPus_EH.SpecDev.Items[3]=KnY frmHiPus_EH.SpecDev.Items[4]=KnM frmHiPus_EH.SpecDev.Items[5]=KnS frmHiPus_EH.SpecDev.Items[6]=T frmHiPus_EH.SpecDev.Items[7]=C frmHiPus_EH.SpecDev.Items[8]=D frmHiPus_EH.SpecDev.Items[9]=E frmHiPus_EH.SpecDev.Items[10]=F frmHiPus_EH.SpecDev.Hint=Setting device number of acceleration/deceleration time frmHiPus_EH.SpecDevKn.Items[0]=K1 frmHiPus_EH.SpecDevKn.Items[1]=K2 frmHiPus_EH.SpecDevKn.Items[2]=K3 frmHiPus_EH.SpecDevKn.Items[3]=K4 frmHiPus_EH.SpecDevKn.Hint=Kn value frmHiPus_EH.SpecDevNum.Text=0 frmHiPus_EH.SpecDevNum.Hint=Setting range is below 5,000 ms frmHiPus_EH.SpecDevEF.Items[0]= frmHiPus_EH.SpecDevEF.Items[1]=E0 frmHiPus_EH.SpecDevEF.Items[2]=E1 frmHiPus_EH.SpecDevEF.Items[3]=E2 frmHiPus_EH.SpecDevEF.Items[4]=E3 frmHiPus_EH.SpecDevEF.Items[5]=E4 frmHiPus_EH.SpecDevEF.Items[6]=E5 frmHiPus_EH.SpecDevEF.Items[7]=E6 frmHiPus_EH.SpecDevEF.Items[8]=E7 frmHiPus_EH.SpecDevEF.Items[9]=F0 frmHiPus_EH.SpecDevEF.Items[10]=F1 frmHiPus_EH.SpecDevEF.Items[11]=F2 frmHiPus_EH.SpecDevEF.Items[12]=F3 frmHiPus_EH.SpecDevEF.Items[13]=F4 frmHiPus_EH.SpecDevEF.Items[14]=F5 frmHiPus_EH.SpecDevEF.Items[15]=F6 frmHiPus_EH.SpecDevEF.Items[16]=F7 frmHiPus_EH.SpecDevEF.Hint=Index register E,F frmHiPus_EH.PlsrEHgroup.Caption=Relative setting frmHiPus_EH.PlsrEHgroup.Hint= frmHiPus_EH.Label88.Caption=Start frequency frmHiPus_EH.Label88.Hint= frmHiPus_EH.Label83.Caption=Conditional clause frmHiPus_EH.Label83.Hint=M1115 frmHiPus_EH.PlsrStartPulse.Hint=Correspond to D component D1340 frmHiPus_EH.ckPlsrEnd.Caption=Output pulse while END instruction is executed frmHiPus_EH.ckPlsrEnd.Hint=When M1010=ON,Y0,Y1 and Y2,Y3 will output pulse while END instruction is executed. frmHiPus_EH.PlsrEndOpCode.Items[0]=LD frmHiPus_EH.PlsrEndOpCode.Items[1]=LDI frmHiPus_EH.PlsrEndOpCode.Items[2]=LDP frmHiPus_EH.PlsrEndOpCode.Items[3]=LDF frmHiPus_EH.PlsrEndOpCode.Hint=The operator of conditional clause frmHiPus_EH.PlsrEndOperand.Items[0]=X frmHiPus_EH.PlsrEndOperand.Items[1]=Y frmHiPus_EH.PlsrEndOperand.Items[2]=M frmHiPus_EH.PlsrEndOperand.Items[3]=S frmHiPus_EH.PlsrEndOperand.Items[4]=T frmHiPus_EH.PlsrEndOperand.Items[5]=C frmHiPus_EH.PlsrEndOperand.Hint=The device of operand of conditional clause frmHiPus_EH.PlsrEndNum.Text=0 frmHiPus_EH.PlsrEndNum.Hint=The device number of operand of conditional clause frmHiPus_EH.Button2.Caption=Timing Diagram frmHiPus_EH.Button2.Hint= frmHiPus_EH.PlsrOpNUM.Text=0 frmHiPus_EH.PlsrOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EH.btnClean3.Caption=Reset frmHiPus_EH.btnClean3.Hint=Clear all fields setting of this page frmHiPus_EH.Panel1.Caption= frmHiPus_EH.PreBtn.Caption=Back frmHiPus_EH.PreBtn.Hint= frmHiPus_EH.BitBtn3.Caption=Cancel frmHiPus_EH.BitBtn3.Hint= frmHiPus_EH.NextBtn.Caption=Next frmHiPus_EH.NextBtn.Hint= [frmHiPus_EP] frmHiPus_EP.Caption=Pulse Output Wizard for PC/PA/PH series frmHiPus_EP.PageControl1.Pages[0].Caption=TabSheet1 frmHiPus_EP.PageControl1.Pages[1].Caption=TabSheet2 frmHiPus_EP.PageControl1.Pages[2].Caption=TabSheet3 frmHiPus_EP.PageControl1.Pages[3].Caption=TabSheet4 frmHiPus_EP.GroupBox2.Caption= frmHiPus_EP.GroupBox2.Hint= frmHiPus_EP.Label11.Caption=Frequency of pulse output frmHiPus_EP.Label11.Hint= frmHiPus_EP.Label12.Caption=Output number frmHiPus_EP.Label12.Hint= frmHiPus_EP.Label72.Caption=Conditional clause for toggle frmHiPus_EP.Label72.Hint=Correspond to component M1133 frmHiPus_EP.Label71.Caption=Index of output register (D1133) frmHiPus_EP.Label71.Hint= frmHiPus_EP.Label88.Caption=Conditional clause of starting output continuously frmHiPus_EP.Label88.Hint= frmHiPus_EP.Label89.Caption=Conditional clause for D parameter frmHiPus_EP.Label89.Hint= frmHiPus_EP.ApeOutNUM.Hint=32 Bits (0-2147483647) frmHiPus_EP.SpecOutputFreq.Hint=The range of frequency is K1~K50KHz frmHiPus_EP.Speck.Caption=Special high-speed pulse (50KHz) output function (M1133) frmHiPus_EP.Speck.Hint=Setting the special D and special M of high-speed pulse output function (M1133~M1135 , D1133) frmHiPus_EP.SpecStartOPCode.Items[0]=LD frmHiPus_EP.SpecStartOPCode.Items[1]=LDI frmHiPus_EP.SpecStartOPCode.Items[2]=LDP frmHiPus_EP.SpecStartOPCode.Items[3]=LDF frmHiPus_EP.SpecStartOPCode.Hint=The operator of conditional clause frmHiPus_EP.SpecStartOperand.Items[0]=X frmHiPus_EP.SpecStartOperand.Items[1]=Y frmHiPus_EP.SpecStartOperand.Items[2]=M frmHiPus_EP.SpecStartOperand.Items[3]=S frmHiPus_EP.SpecStartOperand.Items[4]=T frmHiPus_EP.SpecStartOperand.Items[5]=C frmHiPus_EP.SpecStartOperand.Hint=The device of operand of conditional clause frmHiPus_EP.SpeArg.Hint=The range of parameter index (correspond to D component) can not within the range of special data register frmHiPus_EP.SpecContiOPCode.Items[0]=LD frmHiPus_EP.SpecContiOPCode.Items[1]=LDI frmHiPus_EP.SpecContiOPCode.Items[2]=LDP frmHiPus_EP.SpecContiOPCode.Items[3]=LDF frmHiPus_EP.SpecContiOPCode.Hint=The operator of conditional clause frmHiPus_EP.SpecContiOperand.Items[0]=X frmHiPus_EP.SpecContiOperand.Items[1]=Y frmHiPus_EP.SpecContiOperand.Items[2]=M frmHiPus_EP.SpecContiOperand.Items[3]=S frmHiPus_EP.SpecContiOperand.Items[4]=T frmHiPus_EP.SpecContiOperand.Items[5]=C frmHiPus_EP.SpecContiOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ckSpecConti.Caption=Output continuously (M1134) frmHiPus_EP.ckSpecConti.Hint= frmHiPus_EP.SpecDOPCode.Items[0]=LD frmHiPus_EP.SpecDOPCode.Items[1]=LDI frmHiPus_EP.SpecDOPCode.Items[2]=LDP frmHiPus_EP.SpecDOPCode.Items[3]=LDF frmHiPus_EP.SpecDOPCode.Hint=The operator of conditional clause frmHiPus_EP.SpecDOperand.Items[0]=X frmHiPus_EP.SpecDOperand.Items[1]=Y frmHiPus_EP.SpecDOperand.Items[2]=M frmHiPus_EP.SpecDOperand.Items[3]=S frmHiPus_EP.SpecDOperand.Items[4]=T frmHiPus_EP.SpecDOperand.Items[5]=C frmHiPus_EP.SpecDOperand.Hint=The device of operand of conditional clause frmHiPus_EP.SpecContiOpNUM.Text=0 frmHiPus_EP.SpecContiOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.SpecStartOpNUM.Text=0 frmHiPus_EP.SpecStartOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.SpecDOpNUM.Text=0 frmHiPus_EP.SpecDOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.GroupBox4.Caption= frmHiPus_EP.GroupBox4.Hint= frmHiPus_EP.Label67.Caption=Conditional clause for toggle frmHiPus_EP.Label67.Hint=Correspond to component M1172 frmHiPus_EP.Label68.Caption=Pulse output frequency frmHiPus_EP.Label68.Hint= frmHiPus_EP.Label69.Caption=Output mode frmHiPus_EP.Label69.Hint= frmHiPus_EP.Label70.Caption=Target number of output pulse frmHiPus_EP.Label70.Hint= frmHiPus_EP.Label9.Caption=Conditional clause of output frmHiPus_EP.Label9.Hint= frmHiPus_EP.Label83.Caption=Conditional clause of starting output continuously frmHiPus_EP.Label83.Hint= frmHiPus_EP.ckAB.Caption=Two phase pulse output (M1172) frmHiPus_EP.ckAB.Hint=Setting the special D and special M of 2-phase pulse output function (M1172~M1174 , D1172~D1177) frmHiPus_EP.ABStartOPCode.Items[0]=LD frmHiPus_EP.ABStartOPCode.Items[1]=LDI frmHiPus_EP.ABStartOPCode.Items[2]=LDP frmHiPus_EP.ABStartOPCode.Items[3]=LDF frmHiPus_EP.ABStartOPCode.Hint=The operator of conditional clause frmHiPus_EP.ABStartOperand.Items[0]=X frmHiPus_EP.ABStartOperand.Items[1]=Y frmHiPus_EP.ABStartOperand.Items[2]=M frmHiPus_EP.ABStartOperand.Items[3]=S frmHiPus_EP.ABStartOperand.Items[4]=T frmHiPus_EP.ABStartOperand.Items[5]=C frmHiPus_EP.ABStartOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ckABConti.Caption=Output continuously (M1173) frmHiPus_EP.ckABConti.Hint= frmHiPus_EP.ABcontiOPCode.Items[0]=LD frmHiPus_EP.ABcontiOPCode.Items[1]=LDI frmHiPus_EP.ABcontiOPCode.Items[2]=LDP frmHiPus_EP.ABcontiOPCode.Items[3]=LDF frmHiPus_EP.ABcontiOPCode.Hint=The operator of conditional clause frmHiPus_EP.ABContiOperand.Items[0]=X frmHiPus_EP.ABContiOperand.Items[1]=Y frmHiPus_EP.ABContiOperand.Items[2]=M frmHiPus_EP.ABContiOperand.Items[3]=S frmHiPus_EP.ABContiOperand.Items[4]=T frmHiPus_EP.ABContiOperand.Items[5]=C frmHiPus_EP.ABContiOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ABOutputFreq.Hint=The range of frequency is 12Hz~20KHz (correspond to component D1172) frmHiPus_EP.rbBA.Caption=B phase gets ahead of A phase frmHiPus_EP.rbBA.Hint=Correspond to component D1173 frmHiPus_EP.rbAB.Caption=A phase gets ahead of B phase frmHiPus_EP.rbAB.Hint=Correspond to component D1173 frmHiPus_EP.ABOutputNUM.Hint=32 Bits (Correspond to D component D1174-D1175) (0-2147483647) frmHiPus_EP.ABoutputOPCode.Items[0]=LD frmHiPus_EP.ABoutputOPCode.Items[1]=LDI frmHiPus_EP.ABoutputOPCode.Items[2]=LDP frmHiPus_EP.ABoutputOPCode.Items[3]=LDF frmHiPus_EP.ABoutputOPCode.Hint=The operator of conditional clause frmHiPus_EP.ABOutputOperand.Items[0]=X frmHiPus_EP.ABOutputOperand.Items[1]=Y frmHiPus_EP.ABOutputOperand.Items[2]=M frmHiPus_EP.ABOutputOperand.Items[3]=S frmHiPus_EP.ABOutputOperand.Items[4]=T frmHiPus_EP.ABOutputOperand.Items[5]=C frmHiPus_EP.ABOutputOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ABContiOpNUM.Text=0 frmHiPus_EP.ABContiOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ABStartOpNUM.Text=0 frmHiPus_EP.ABStartOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ABOutputOpNUM.Text=0 frmHiPus_EP.ABOutputOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.GroupBox1.Caption= frmHiPus_EP.GroupBox1.Hint= frmHiPus_EP.Label1.Caption=Index of output register (D1104) frmHiPus_EP.Label1.Hint= frmHiPus_EP.Label4.Caption=Gap frequency frmHiPus_EP.Label4.Hint= frmHiPus_EP.Label6.Caption=Target frequency frmHiPus_EP.Label6.Hint= frmHiPus_EP.Label7.Caption=The total number of pulse output frmHiPus_EP.Label7.Hint= frmHiPus_EP.Label8.Caption=Total pulse output number in accel/decel area frmHiPus_EP.Label8.Hint= frmHiPus_EP.Label3.Caption=Start frequency frmHiPus_EP.Label3.Hint= frmHiPus_EP.Label10.Caption=Conditional clause for toggle frmHiPus_EP.Label10.Hint=Correspond to component M1115 frmHiPus_EP.Label66.Caption=Conditional clause of D parameter frmHiPus_EP.Label66.Hint=Setting the conditional clause of parameter index frmHiPus_EP.AddGoalF.Hint=The range of frequency is 25Hz~10KHz frmHiPus_EP.AddIntVF.Hint=Gap frequency must be less than (target frequency - start frequency) frmHiPus_EP.AddStartF.Hint=The range of frequency is 25Hz~10KHz frmHiPus_EP.AddOPCode.Items[0]=LD frmHiPus_EP.AddOPCode.Items[1]=LDI frmHiPus_EP.AddOPCode.Items[2]=LDP frmHiPus_EP.AddOPCode.Items[3]=LDF frmHiPus_EP.AddOPCode.Hint=The operator of conditional clause frmHiPus_EP.AddOperand.Items[0]=X frmHiPus_EP.AddOperand.Items[1]=Y frmHiPus_EP.AddOperand.Items[2]=M frmHiPus_EP.AddOperand.Items[3]=S frmHiPus_EP.AddOperand.Items[4]=T frmHiPus_EP.AddOperand.Items[5]=C frmHiPus_EP.AddOperand.Hint=The device of operand of conditional clause frmHiPus_EP.Addck.Caption=Pulse output with acceleration/deceleration speed (M1115) frmHiPus_EP.Addck.Hint=Setting the special D and special M of accel/decel pulse output function (M1115~M1119 , D1104) frmHiPus_EP.AddArg.Hint=The range of parameter index (correspond to D component) can not within the range of special data register frmHiPus_EP.AddDOPCode.Items[0]=LD frmHiPus_EP.AddDOPCode.Items[1]=LDI frmHiPus_EP.AddDOPCode.Items[2]=LDP frmHiPus_EP.AddDOPCode.Items[3]=LDF frmHiPus_EP.AddDOPCode.Hint=The operator of conditional clause frmHiPus_EP.AddDOperand.Items[0]=X frmHiPus_EP.AddDOperand.Items[1]=Y frmHiPus_EP.AddDOperand.Items[2]=M frmHiPus_EP.AddDOperand.Items[3]=S frmHiPus_EP.AddDOperand.Items[4]=T frmHiPus_EP.AddDOperand.Items[5]=C frmHiPus_EP.AddDOperand.Hint=The device of operand of conditional clause frmHiPus_EP.AddOutNUM.Hint=Gap frequency must be greater than (accel/decel pulse number*2) frmHiPus_EP.AddOutNUM2.Hint=Accel/decel pulse number must be greater than accel/decel step number frmHiPus_EP.AddTimeGraph.Caption=Timing Diagram frmHiPus_EP.AddTimeGraph.Hint= frmHiPus_EP.AddOpNUM.Text=0 frmHiPus_EP.AddOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.AddDOpNUM.Text=0 frmHiPus_EP.AddDOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.btnClean3.Caption=Reset frmHiPus_EP.btnClean3.Hint=Clear all fields setting of this page frmHiPus_EP.GroupBox3.Caption= frmHiPus_EP.GroupBox3.Hint= frmHiPus_EP.Label13.Caption=Index for output register (D1144) frmHiPus_EP.Label13.Hint= frmHiPus_EP.Label14.Caption=Conditional clause for D parameter frmHiPus_EP.Label14.Hint= frmHiPus_EP.Label2.Caption=Conditional clause for toggle frmHiPus_EP.Label2.Hint=Correspond to component M1144 frmHiPus_EP.Label73.Caption=Time gap frmHiPus_EP.Label73.Hint= frmHiPus_EP.Label74.Caption=Gap frequency frmHiPus_EP.Label74.Hint= frmHiPus_EP.Label5.Caption=Conditional clause frmHiPus_EP.Label5.Hint= frmHiPus_EP.Label90.Caption=Setting the section number of adjustable accel/decel pulse (the maximum number is 10), and relative parameter. frmHiPus_EP.Label90.Hint= frmHiPus_EP.Label91.Caption=Note!! The acceleration/deceleration of this function will execute by start frequency of the next segment, i.e. when target frequency of execution frmHiPus_EP.Label91.Hint= frmHiPus_EP.Label92.Caption=segment is less than start frequency of the next segment, the next segment is acceleration (target frequency must be greater than start frequency), frmHiPus_EP.Label92.Hint= frmHiPus_EP.Label93.Caption=therefore, target frequency is greater than start frequency of the next segment, the next segment is deceleration (target frequency must be less frmHiPus_EP.Label93.Hint= frmHiPus_EP.Label95.Caption=than start frequency) ;If user can not set it by this way, we can not ensure that you can get correct output pulse. frmHiPus_EP.Label95.Hint= frmHiPus_EP.ModDOPCode.Items[0]=LD frmHiPus_EP.ModDOPCode.Items[1]=LDI frmHiPus_EP.ModDOPCode.Items[2]=LDP frmHiPus_EP.ModDOPCode.Items[3]=LDF frmHiPus_EP.ModDOPCode.Hint=The operator of conditional clause frmHiPus_EP.ModDOperand.Items[0]=X frmHiPus_EP.ModDOperand.Items[1]=Y frmHiPus_EP.ModDOperand.Items[2]=M frmHiPus_EP.ModDOperand.Items[3]=S frmHiPus_EP.ModDOperand.Items[4]=T frmHiPus_EP.ModDOperand.Items[5]=C frmHiPus_EP.ModDOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ckMod.Caption=Adjustable accel/decel pulse output (M1144) frmHiPus_EP.ckMod.Hint=Setting the special D and special M of adjustable accel/decel pulse output function (M1144~M1149,M1154 , D1032 , D1033 , D1144 , D1154, D1155) frmHiPus_EP.ModStartOPCode.Items[0]=LD frmHiPus_EP.ModStartOPCode.Items[1]=LDI frmHiPus_EP.ModStartOPCode.Items[2]=LDP frmHiPus_EP.ModStartOPCode.Items[3]=LDF frmHiPus_EP.ModStartOPCode.Hint=The operator of conditional clause frmHiPus_EP.ModStartOperand.Items[0]=X frmHiPus_EP.ModStartOperand.Items[1]=Y frmHiPus_EP.ModStartOperand.Items[2]=M frmHiPus_EP.ModStartOperand.Items[3]=S frmHiPus_EP.ModStartOperand.Items[4]=T frmHiPus_EP.ModStartOperand.Items[5]=C frmHiPus_EP.ModStartOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ModArg.Hint=The range of parameter index (correspond to D component) can not within the range of special data register frmHiPus_EP.ModNoCountOperand.Items[0]=X frmHiPus_EP.ModNoCountOperand.Items[1]=Y frmHiPus_EP.ModNoCountOperand.Items[2]=M frmHiPus_EP.ModNoCountOperand.Items[3]=S frmHiPus_EP.ModNoCountOperand.Items[4]=T frmHiPus_EP.ModNoCountOperand.Items[5]=C frmHiPus_EP.ModNoCountOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ModNoCountOPCode.Items[0]=LD frmHiPus_EP.ModNoCountOPCode.Items[1]=LDI frmHiPus_EP.ModNoCountOPCode.Items[2]=LDP frmHiPus_EP.ModNoCountOPCode.Items[3]=LDF frmHiPus_EP.ModNoCountOPCode.Hint=The operator of conditional clause frmHiPus_EP.ModDecOperand.Items[0]=X frmHiPus_EP.ModDecOperand.Items[1]=Y frmHiPus_EP.ModDecOperand.Items[2]=M frmHiPus_EP.ModDecOperand.Items[3]=S frmHiPus_EP.ModDecOperand.Items[4]=T frmHiPus_EP.ModDecOperand.Items[5]=C frmHiPus_EP.ModDecOperand.Hint=The device of operand of conditional clause frmHiPus_EP.ModDecOPCode.Items[0]=LD frmHiPus_EP.ModDecOPCode.Items[1]=LDI frmHiPus_EP.ModDecOPCode.Items[2]=LDP frmHiPus_EP.ModDecOPCode.Items[3]=LDF frmHiPus_EP.ModDecOPCode.Hint=The operator of conditional clause frmHiPus_EP.ckDecSpead.Caption=Designate deceleration gap time frmHiPus_EP.ckDecSpead.Hint=Correspond to component M1154 frmHiPus_EP.ModIntvTime.Hint=Setting range of decl time gap is 10~32767 ms (correspond to component D1154) frmHiPus_EP.ModIntvFreq.Hint=Setting range of decl frequency gap is -32700~-1 Hz (correapond to component D1155) frmHiPus_EP.ckNoCount.Caption=Stop to count for the moment frmHiPus_EP.ckNoCount.Hint=Correspond to component M1148 frmHiPus_EP.Panel1.Caption= frmHiPus_EP.Label15.Caption=Section number frmHiPus_EP.Label15.Hint= frmHiPus_EP.BlockNUM.Hint=The setting range is 1~10 frmHiPus_EP.group.Pages[0].Caption=Section 1 frmHiPus_EP.group.Pages[1].Caption=Section 2 frmHiPus_EP.group.Pages[2].Caption=Section 3 frmHiPus_EP.group.Pages[3].Caption=Section 4 frmHiPus_EP.group.Pages[4].Caption=Section 5 frmHiPus_EP.group.Pages[5].Caption=Section 6 frmHiPus_EP.group.Pages[6].Caption=Section 7 frmHiPus_EP.group.Pages[7].Caption=Section 8 frmHiPus_EP.group.Pages[8].Caption=Section 9 frmHiPus_EP.group.Pages[9].Caption=Section 10 frmHiPus_EP.Label16.Caption=Start frequency frmHiPus_EP.Label16.Hint= frmHiPus_EP.Label17.Caption=Time gap frmHiPus_EP.Label17.Hint= frmHiPus_EP.Label18.Caption=Gap frequency frmHiPus_EP.Label18.Hint= frmHiPus_EP.Label19.Caption=Target frequency frmHiPus_EP.Label19.Hint= frmHiPus_EP.Label20.Caption=Target number frmHiPus_EP.Label20.Hint= frmHiPus_EP.StartF_B1.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.IntvTime_B1.Hint=The time range is 1~32,767 ms frmHiPus_EP.IntvF_B1.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.GoalF_B1.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.GoalNUM_B1.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.Label21.Caption=Start frequency frmHiPus_EP.Label21.Hint= frmHiPus_EP.Label22.Caption=Gap frequency frmHiPus_EP.Label22.Hint= frmHiPus_EP.Label23.Caption=Time gap frmHiPus_EP.Label23.Hint= frmHiPus_EP.Label24.Caption=Target number frmHiPus_EP.Label24.Hint= frmHiPus_EP.Label25.Caption=Target frequency frmHiPus_EP.Label25.Hint= frmHiPus_EP.IntvF_B2.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B2.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B2.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B2.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B2.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label26.Caption=Start frequency frmHiPus_EP.Label26.Hint= frmHiPus_EP.Label37.Caption=Gap frequency frmHiPus_EP.Label37.Hint= frmHiPus_EP.Label38.Caption=Time gap frmHiPus_EP.Label38.Hint= frmHiPus_EP.Label39.Caption=Target number frmHiPus_EP.Label39.Hint= frmHiPus_EP.Label40.Caption=Target frequency frmHiPus_EP.Label40.Hint= frmHiPus_EP.IntvF_B3.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B3.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B3.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B3.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B3.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label31.Caption=Start frequency frmHiPus_EP.Label31.Hint= frmHiPus_EP.Label32.Caption=Gap frequency frmHiPus_EP.Label32.Hint= frmHiPus_EP.Label33.Caption=Time gap frmHiPus_EP.Label33.Hint= frmHiPus_EP.Label34.Caption=Target number frmHiPus_EP.Label34.Hint= frmHiPus_EP.Label35.Caption=Target frequency frmHiPus_EP.Label35.Hint= frmHiPus_EP.IntvF_B4.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B4.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B4.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B4.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B4.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label36.Caption=Start frequency frmHiPus_EP.Label36.Hint= frmHiPus_EP.Label27.Caption=Gap frequency frmHiPus_EP.Label27.Hint= frmHiPus_EP.Label28.Caption=Time gap frmHiPus_EP.Label28.Hint= frmHiPus_EP.Label29.Caption=Target number frmHiPus_EP.Label29.Hint= frmHiPus_EP.Label30.Caption=Target frequency frmHiPus_EP.Label30.Hint= frmHiPus_EP.IntvF_B5.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B5.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B5.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B5.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B5.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label41.Caption=Start frequency frmHiPus_EP.Label41.Hint= frmHiPus_EP.Label42.Caption=Gap frequency frmHiPus_EP.Label42.Hint= frmHiPus_EP.Label43.Caption=Time gap frmHiPus_EP.Label43.Hint= frmHiPus_EP.Label44.Caption=Target number frmHiPus_EP.Label44.Hint= frmHiPus_EP.Label45.Caption=Target frequency frmHiPus_EP.Label45.Hint= frmHiPus_EP.IntvF_B6.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B6.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B6.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B6.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B6.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label46.Caption=Start frequency frmHiPus_EP.Label46.Hint= frmHiPus_EP.Label47.Caption=Gap frequency frmHiPus_EP.Label47.Hint= frmHiPus_EP.Label48.Caption=Time gap frmHiPus_EP.Label48.Hint= frmHiPus_EP.Label49.Caption=Target number frmHiPus_EP.Label49.Hint= frmHiPus_EP.Label50.Caption=Target frequency frmHiPus_EP.Label50.Hint= frmHiPus_EP.IntvF_B7.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B7.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B7.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B7.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B7.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label51.Caption=Start frequency frmHiPus_EP.Label51.Hint= frmHiPus_EP.Label52.Caption=Gap frequency frmHiPus_EP.Label52.Hint= frmHiPus_EP.Label53.Caption=Time gap frmHiPus_EP.Label53.Hint= frmHiPus_EP.Label54.Caption=Target number frmHiPus_EP.Label54.Hint= frmHiPus_EP.Label55.Caption=Target frequency frmHiPus_EP.Label55.Hint= frmHiPus_EP.IntvF_B8.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B8.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B8.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B8.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B8.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label56.Caption=Start frequency frmHiPus_EP.Label56.Hint= frmHiPus_EP.Label57.Caption=Gap frequency frmHiPus_EP.Label57.Hint= frmHiPus_EP.Label58.Caption=Time gap frmHiPus_EP.Label58.Hint= frmHiPus_EP.Label59.Caption=Target number frmHiPus_EP.Label59.Hint= frmHiPus_EP.Label60.Caption=Target frequency frmHiPus_EP.Label60.Hint= frmHiPus_EP.IntvF_B9.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.IntvTime_B9.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B9.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B9.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B9.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.Label61.Caption=Start frequency frmHiPus_EP.Label61.Hint= frmHiPus_EP.Label62.Caption=Gap frequency frmHiPus_EP.Label62.Hint= frmHiPus_EP.Label63.Caption=Time gap frmHiPus_EP.Label63.Hint= frmHiPus_EP.Label64.Caption=Target number frmHiPus_EP.Label64.Hint= frmHiPus_EP.Label65.Caption=Target frequency frmHiPus_EP.Label65.Hint= frmHiPus_EP.IntvTime_B10.Hint=The time range is 1~32,767 ms frmHiPus_EP.StartF_B10.Hint=The range of frequency is 200Hz~32700Hz [not the same as target frequency of previous segment] frmHiPus_EP.GoalNUM_B10.Hint=Target number of segment pulse output should be greater than (GF*GT/1000)*((TF-SF)/GF) frmHiPus_EP.GoalF_B10.Hint=The range of frequency is 200Hz~32700Hz frmHiPus_EP.IntvF_B10.Hint=The range of frequency is -32700Hz ~ 32700Hz frmHiPus_EP.ModTimeGraph.Caption=Timing Diagram frmHiPus_EP.ModTimeGraph.Hint= frmHiPus_EP.ModDecOpNUM.Text=0 frmHiPus_EP.ModDecOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ModStartOpNUM.Text=0 frmHiPus_EP.ModStartOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ModNoCountOpNUM.Text=0 frmHiPus_EP.ModNoCountOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ModDOpNUM.Text=0 frmHiPus_EP.ModDOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.Button1.Caption=Reset frmHiPus_EP.Button1.Hint=Clear all fields setting of this page frmHiPus_EP.Label96.Caption=When several high-speed pulse output instructions (PLSY, PWM, PLSR) use the same output pulse in one program and simultaneously frmHiPus_EP.Label96.Hint= frmHiPus_EP.Label97.Caption=been executed in the same scanning cycle, PLC will perform the instruction which has fewest step numbers. frmHiPus_EP.Label97.Hint= frmHiPus_EP.GroupBox5.Caption= frmHiPus_EP.GroupBox5.Hint= frmHiPus_EP.Label75.Caption=Conditional clause frmHiPus_EP.Label75.Hint=M1115 frmHiPus_EP.Label76.Caption=Pulse output frequency frmHiPus_EP.Label76.Hint= frmHiPus_EP.Label77.Caption=Pulse output number frmHiPus_EP.Label77.Hint= frmHiPus_EP.Label78.Caption=Output device frmHiPus_EP.Label78.Hint= frmHiPus_EP.Label94.Caption=Conditional frmHiPus_EP.Label94.Hint= frmHiPus_EP.Label99.Caption=Conditional frmHiPus_EP.Label99.Hint= frmHiPus_EP.ckPlsy.Caption=PLSY pulse output frmHiPus_EP.ckPlsy.Hint=The output connot be the same as the output of PWM,PSR instruction while PLSY instruction is used in program. frmHiPus_EP.PlsyOPCode.Items[0]=LD frmHiPus_EP.PlsyOPCode.Items[1]=LDI frmHiPus_EP.PlsyOPCode.Items[2]=LDP frmHiPus_EP.PlsyOPCode.Items[3]=LDF frmHiPus_EP.PlsyOPCode.Hint=The operator of conditional clause frmHiPus_EP.PlsyOperand.Items[0]=X frmHiPus_EP.PlsyOperand.Items[1]=Y frmHiPus_EP.PlsyOperand.Items[2]=M frmHiPus_EP.PlsyOperand.Items[3]=S frmHiPus_EP.PlsyOperand.Items[4]=T frmHiPus_EP.PlsyOperand.Items[5]=C frmHiPus_EP.PlsyOperand.Hint=The device of operand of conditional clause frmHiPus_EP.Panel2.Caption= frmHiPus_EP.rbPlsy16.Caption=16 Bits frmHiPus_EP.rbPlsy16.Hint=PLSY instruction of 16 bits frmHiPus_EP.rbPlsy32.Caption=32 Bits frmHiPus_EP.rbPlsy32.Hint=DPLSY instruction of 32 bits frmHiPus_EP.FreqDev.Items[0]=K frmHiPus_EP.FreqDev.Items[1]=H frmHiPus_EP.FreqDev.Items[2]=KnX frmHiPus_EP.FreqDev.Items[3]=KnY frmHiPus_EP.FreqDev.Items[4]=KnM frmHiPus_EP.FreqDev.Items[5]=KnS frmHiPus_EP.FreqDev.Items[6]=T frmHiPus_EP.FreqDev.Items[7]=C frmHiPus_EP.FreqDev.Items[8]=D frmHiPus_EP.FreqDev.Items[9]=E frmHiPus_EP.FreqDev.Items[10]=F frmHiPus_EP.FreqDev.Hint=Device number of output frequency frmHiPus_EP.FreqDevKn.Items[0]=K1 frmHiPus_EP.FreqDevKn.Items[1]=K2 frmHiPus_EP.FreqDevKn.Items[2]=K3 frmHiPus_EP.FreqDevKn.Items[3]=K4 frmHiPus_EP.FreqDevKn.Hint=Kn value frmHiPus_EP.FreqDevNum.Text=1 frmHiPus_EP.FreqDevNum.Hint=Output range of pulse output frequency is K1~32,000 Hz frmHiPus_EP.FreqDevEF.Items[0]= frmHiPus_EP.FreqDevEF.Items[1]=E0 frmHiPus_EP.FreqDevEF.Items[2]=E1 frmHiPus_EP.FreqDevEF.Items[3]=E2 frmHiPus_EP.FreqDevEF.Items[4]=E3 frmHiPus_EP.FreqDevEF.Items[5]=F0 frmHiPus_EP.FreqDevEF.Items[6]=F1 frmHiPus_EP.FreqDevEF.Items[7]=F2 frmHiPus_EP.FreqDevEF.Items[8]=F3 frmHiPus_EP.FreqDevEF.Hint=Index register E,F frmHiPus_EP.OutDev.Items[0]=K frmHiPus_EP.OutDev.Items[1]=H frmHiPus_EP.OutDev.Items[2]=KnX frmHiPus_EP.OutDev.Items[3]=KnY frmHiPus_EP.OutDev.Items[4]=KnM frmHiPus_EP.OutDev.Items[5]=KnS frmHiPus_EP.OutDev.Items[6]=T frmHiPus_EP.OutDev.Items[7]=C frmHiPus_EP.OutDev.Items[8]=D frmHiPus_EP.OutDev.Items[9]=E frmHiPus_EP.OutDev.Items[10]=F frmHiPus_EP.OutDev.Hint=Device number of output number frmHiPus_EP.OutDevKn.Items[0]=K1 frmHiPus_EP.OutDevKn.Items[1]=K2 frmHiPus_EP.OutDevKn.Items[2]=K3 frmHiPus_EP.OutDevKn.Items[3]=K4 frmHiPus_EP.OutDevKn.Hint=Kn value frmHiPus_EP.OutDevNum.Text=1 frmHiPus_EP.OutDevNum.Hint=The range of pulse output number is: K1~K32767 frmHiPus_EP.OutDevEF.Items[0]= frmHiPus_EP.OutDevEF.Items[1]=E0 frmHiPus_EP.OutDevEF.Items[2]=E1 frmHiPus_EP.OutDevEF.Items[3]=E2 frmHiPus_EP.OutDevEF.Items[4]=E3 frmHiPus_EP.OutDevEF.Items[5]=F0 frmHiPus_EP.OutDevEF.Items[6]=F1 frmHiPus_EP.OutDevEF.Items[7]=F2 frmHiPus_EP.OutDevEF.Items[8]=F3 frmHiPus_EP.OutDevEF.Hint=Index register E,F frmHiPus_EP.PlsyOutput.Items[0]=Y0 frmHiPus_EP.PlsyOutput.Items[1]=Y1 frmHiPus_EP.PlsyOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EP.ckPlsyESConti.Caption=Pulse output continuously frmHiPus_EP.ckPlsyESConti.Hint=When M1010=ON, Y0 can output limitless continuous pulses. frmHiPus_EP.PESContiOpCode.Items[0]=LD frmHiPus_EP.PESContiOpCode.Items[1]=LDI frmHiPus_EP.PESContiOpCode.Items[2]=LDP frmHiPus_EP.PESContiOpCode.Items[3]=LDF frmHiPus_EP.PESContiOpCode.Hint=The operator of conditional clause frmHiPus_EP.PESContiOperand.Items[0]=X frmHiPus_EP.PESContiOperand.Items[1]=Y frmHiPus_EP.PESContiOperand.Items[2]=M frmHiPus_EP.PESContiOperand.Items[3]=S frmHiPus_EP.PESContiOperand.Items[4]=T frmHiPus_EP.PESContiOperand.Items[5]=C frmHiPus_EP.PESContiOperand.Hint=The device of operand of conditional clause frmHiPus_EP.PlsyOpNUM.Text=0 frmHiPus_EP.PlsyOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.PESContiNum.Text=0 frmHiPus_EP.PESContiNum.Hint=Activate PID conditional device no. frmHiPus_EP.STOPContiNum.Text=0 frmHiPus_EP.STOPContiNum.Hint=Activate PID conditional device no. frmHiPus_EP.STOPContiOperand.Items[0]=X frmHiPus_EP.STOPContiOperand.Items[1]=Y frmHiPus_EP.STOPContiOperand.Items[2]=M frmHiPus_EP.STOPContiOperand.Items[3]=S frmHiPus_EP.STOPContiOperand.Items[4]=T frmHiPus_EP.STOPContiOperand.Items[5]=C frmHiPus_EP.STOPContiOperand.Hint=The device of operand of conditional clause frmHiPus_EP.STOPContiOpCode.Items[0]=LD frmHiPus_EP.STOPContiOpCode.Items[1]=LDI frmHiPus_EP.STOPContiOpCode.Items[2]=LDP frmHiPus_EP.STOPContiOpCode.Items[3]=LDF frmHiPus_EP.STOPContiOpCode.Hint=The operator of conditional clause frmHiPus_EP.ckPusStop.Caption=Pulse output stop frmHiPus_EP.ckPusStop.Hint=Y0/Y1 Pulse output stop (M1078 / M1079) frmHiPus_EP.GroupBox6.Caption= frmHiPus_EP.GroupBox6.Hint= frmHiPus_EP.Label80.Caption=Pulse output width frmHiPus_EP.Label80.Hint= frmHiPus_EP.Label81.Caption=Output circuit frmHiPus_EP.Label81.Hint= frmHiPus_EP.Label82.Caption=Output device frmHiPus_EP.Label82.Hint= frmHiPus_EP.Label104.Caption=Conditional clause frmHiPus_EP.Label104.Hint= frmHiPus_EP.Label79.Caption=Conditional clause for toggle frmHiPus_EP.Label79.Hint=M1115 frmHiPus_EP.ckPwm.Caption=PWM pulse width modulation output frmHiPus_EP.ckPwm.Hint=The output connot be the same as the output of PLSY,PLSR instruction while PWM instruction is used in program. frmHiPus_EP.PwmOPCode.Items[0]=LD frmHiPus_EP.PwmOPCode.Items[1]=LDI frmHiPus_EP.PwmOPCode.Items[2]=LDP frmHiPus_EP.PwmOPCode.Items[3]=LDF frmHiPus_EP.PwmOPCode.Hint=The operator of conditional clause frmHiPus_EP.PwmOperand.Items[0]=X frmHiPus_EP.PwmOperand.Items[1]=Y frmHiPus_EP.PwmOperand.Items[2]=M frmHiPus_EP.PwmOperand.Items[3]=S frmHiPus_EP.PwmOperand.Items[4]=T frmHiPus_EP.PwmOperand.Items[5]=C frmHiPus_EP.PwmOperand.Hint=The device of operand of conditional clause frmHiPus_EP.WidthDev.Items[0]=K frmHiPus_EP.WidthDev.Items[1]=H frmHiPus_EP.WidthDev.Items[2]=KnX frmHiPus_EP.WidthDev.Items[3]=KnY frmHiPus_EP.WidthDev.Items[4]=KnM frmHiPus_EP.WidthDev.Items[5]=KnS frmHiPus_EP.WidthDev.Items[6]=T frmHiPus_EP.WidthDev.Items[7]=C frmHiPus_EP.WidthDev.Items[8]=D frmHiPus_EP.WidthDev.Items[9]=E frmHiPus_EP.WidthDev.Items[10]=F frmHiPus_EP.WidthDev.Hint=Device number of output width frmHiPus_EP.WidthDevKn.Items[0]=K1 frmHiPus_EP.WidthDevKn.Items[1]=K2 frmHiPus_EP.WidthDevKn.Items[2]=K3 frmHiPus_EP.WidthDevKn.Items[3]=K4 frmHiPus_EP.WidthDevKn.Hint=Kn value frmHiPus_EP.WidthDevNum.Text=0 frmHiPus_EP.WidthDevNum.Hint=The range of pulse output width is : K0~K32,767 ms . Note: pulse output width <= pulse output cycle frmHiPus_EP.WidthDevEF.Items[0]= frmHiPus_EP.WidthDevEF.Items[1]=E0 frmHiPus_EP.WidthDevEF.Items[2]=E1 frmHiPus_EP.WidthDevEF.Items[3]=E2 frmHiPus_EP.WidthDevEF.Items[4]=E3 frmHiPus_EP.WidthDevEF.Items[5]=F0 frmHiPus_EP.WidthDevEF.Items[6]=F1 frmHiPus_EP.WidthDevEF.Items[7]=F2 frmHiPus_EP.WidthDevEF.Items[8]=F3 frmHiPus_EP.WidthDevEF.Hint=Index register E,F frmHiPus_EP.CirDev.Items[0]=K frmHiPus_EP.CirDev.Items[1]=H frmHiPus_EP.CirDev.Items[2]=KnX frmHiPus_EP.CirDev.Items[3]=KnY frmHiPus_EP.CirDev.Items[4]=KnM frmHiPus_EP.CirDev.Items[5]=KnS frmHiPus_EP.CirDev.Items[6]=T frmHiPus_EP.CirDev.Items[7]=C frmHiPus_EP.CirDev.Items[8]=D frmHiPus_EP.CirDev.Items[9]=E frmHiPus_EP.CirDev.Items[10]=F frmHiPus_EP.CirDev.Hint=Device number of output cycle frmHiPus_EP.CirDevKn.Items[0]=K1 frmHiPus_EP.CirDevKn.Items[1]=K2 frmHiPus_EP.CirDevKn.Items[2]=K3 frmHiPus_EP.CirDevKn.Items[3]=K4 frmHiPus_EP.CirDevKn.Hint=Kn value frmHiPus_EP.CirDevNum.Text=1 frmHiPus_EP.CirDevNum.Hint=The range of pulse output cycle is K1~K32,767 ms. Notice pulse output width <= pulse output cycle frmHiPus_EP.CirDevEF.Items[0]= frmHiPus_EP.CirDevEF.Items[1]=E0 frmHiPus_EP.CirDevEF.Items[2]=E1 frmHiPus_EP.CirDevEF.Items[3]=E2 frmHiPus_EP.CirDevEF.Items[4]=E3 frmHiPus_EP.CirDevEF.Items[5]=F0 frmHiPus_EP.CirDevEF.Items[6]=F1 frmHiPus_EP.CirDevEF.Items[7]=F2 frmHiPus_EP.CirDevEF.Items[8]=F3 frmHiPus_EP.CirDevEF.Hint=Index register E,F frmHiPus_EP.PwmOutput.Items[0]=Y1 frmHiPus_EP.PwmOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EP.ckPwmChange.Caption=Pulse unit exchange frmHiPus_EP.ckPwmChange.Hint=When PWM instruction output Y1 , the pulse unit will exchange. When M1070=ON, the pulse unit is 100us, when M1070=OFF, the pulse unit is 1ms. frmHiPus_EP.ChangeOpCode.Items[0]=LD frmHiPus_EP.ChangeOpCode.Items[1]=LDI frmHiPus_EP.ChangeOpCode.Items[2]=LDP frmHiPus_EP.ChangeOpCode.Items[3]=LDF frmHiPus_EP.ChangeOpCode.Hint=The operator of conditional clause frmHiPus_EP.ChangeOperand.Items[0]=X frmHiPus_EP.ChangeOperand.Items[1]=Y frmHiPus_EP.ChangeOperand.Items[2]=M frmHiPus_EP.ChangeOperand.Items[3]=S frmHiPus_EP.ChangeOperand.Items[4]=T frmHiPus_EP.ChangeOperand.Items[5]=C frmHiPus_EP.ChangeOperand.Hint=The device of operand of conditional clause frmHiPus_EP.PwmOpNUM.Text=0 frmHiPus_EP.PwmOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.ChangeNum.Text=0 frmHiPus_EP.ChangeNum.Hint=The device number of operand of conditional clause frmHiPus_EP.GroupBox7.Caption= frmHiPus_EP.GroupBox7.Hint= frmHiPus_EP.Label84.Caption=Maximum frequency of output frmHiPus_EP.Label84.Hint= frmHiPus_EP.Label85.Caption=Pulse output quantity frmHiPus_EP.Label85.Hint= frmHiPus_EP.Label86.Caption=Output device frmHiPus_EP.Label86.Hint= frmHiPus_EP.Label87.Caption=Acceleration/Deceleration time frmHiPus_EP.Label87.Hint= frmHiPus_EP.Label108.Caption=Conditional clause frmHiPus_EP.Label108.Hint= frmHiPus_EP.ckPlsr.Caption=PLSR pulse wave output with Acceleration/Deceleration speed frmHiPus_EP.ckPlsr.Hint=The output connot be the same as the output of PLSY,PWM instruction while PLSR instruction is used in program. frmHiPus_EP.PlsrOPCode.Items[0]=LD frmHiPus_EP.PlsrOPCode.Items[1]=LDI frmHiPus_EP.PlsrOPCode.Items[2]=LDP frmHiPus_EP.PlsrOPCode.Items[3]=LDF frmHiPus_EP.PlsrOPCode.Hint=The operator of conditional clause frmHiPus_EP.PlsrOperand.Items[0]=X frmHiPus_EP.PlsrOperand.Items[1]=Y frmHiPus_EP.PlsrOperand.Items[2]=M frmHiPus_EP.PlsrOperand.Items[3]=S frmHiPus_EP.PlsrOperand.Items[4]=T frmHiPus_EP.PlsrOperand.Items[5]=C frmHiPus_EP.PlsrOperand.Hint=The device of operand of conditional clause frmHiPus_EP.MaxFreqDev.Items[0]=K frmHiPus_EP.MaxFreqDev.Items[1]=H frmHiPus_EP.MaxFreqDev.Items[2]=KnX frmHiPus_EP.MaxFreqDev.Items[3]=KnY frmHiPus_EP.MaxFreqDev.Items[4]=KnM frmHiPus_EP.MaxFreqDev.Items[5]=KnS frmHiPus_EP.MaxFreqDev.Items[6]=T frmHiPus_EP.MaxFreqDev.Items[7]=C frmHiPus_EP.MaxFreqDev.Items[8]=D frmHiPus_EP.MaxFreqDev.Items[9]=E frmHiPus_EP.MaxFreqDev.Items[10]=F frmHiPus_EP.MaxFreqDev.Hint=Device number of the maximum frequency of output frmHiPus_EP.MaxFreqDevKn.Items[0]=K1 frmHiPus_EP.MaxFreqDevKn.Items[1]=K2 frmHiPus_EP.MaxFreqDevKn.Items[2]=K3 frmHiPus_EP.MaxFreqDevKn.Items[3]=K4 frmHiPus_EP.MaxFreqDevKn.Hint=Kn value frmHiPus_EP.MaxFreqDevNum.Text=10 frmHiPus_EP.MaxFreqDevNum.Hint=Setting range is K10~K32,767Hz , and the number must be the multiples of 10 frmHiPus_EP.MaxFreqDevEF.Items[0]= frmHiPus_EP.MaxFreqDevEF.Items[1]=E0 frmHiPus_EP.MaxFreqDevEF.Items[2]=E1 frmHiPus_EP.MaxFreqDevEF.Items[3]=E2 frmHiPus_EP.MaxFreqDevEF.Items[4]=E3 frmHiPus_EP.MaxFreqDevEF.Items[5]=F0 frmHiPus_EP.MaxFreqDevEF.Items[6]=F1 frmHiPus_EP.MaxFreqDevEF.Items[7]=F2 frmHiPus_EP.MaxFreqDevEF.Items[8]=F3 frmHiPus_EP.MaxFreqDevEF.Hint=Index register E,F frmHiPus_EP.TotPDev.Items[0]=K frmHiPus_EP.TotPDev.Items[1]=H frmHiPus_EP.TotPDev.Items[2]=KnX frmHiPus_EP.TotPDev.Items[3]=KnY frmHiPus_EP.TotPDev.Items[4]=KnM frmHiPus_EP.TotPDev.Items[5]=KnS frmHiPus_EP.TotPDev.Items[6]=T frmHiPus_EP.TotPDev.Items[7]=C frmHiPus_EP.TotPDev.Items[8]=D frmHiPus_EP.TotPDev.Items[9]=E frmHiPus_EP.TotPDev.Items[10]=F frmHiPus_EP.TotPDev.Hint=Device number of pulse total number frmHiPus_EP.TotPDevKn.Items[0]=K1 frmHiPus_EP.TotPDevKn.Items[1]=K2 frmHiPus_EP.TotPDevKn.Items[2]=K3 frmHiPus_EP.TotPDevKn.Items[3]=K4 frmHiPus_EP.TotPDevKn.Hint=Kn value frmHiPus_EP.TotPDevNum.Text=110 frmHiPus_EP.TotPDevNum.Hint=Setting range is K110~K32,767 PLS frmHiPus_EP.TotPDevEF.Items[0]= frmHiPus_EP.TotPDevEF.Items[1]=E0 frmHiPus_EP.TotPDevEF.Items[2]=E1 frmHiPus_EP.TotPDevEF.Items[3]=E2 frmHiPus_EP.TotPDevEF.Items[4]=E3 frmHiPus_EP.TotPDevEF.Items[5]=F0 frmHiPus_EP.TotPDevEF.Items[6]=F1 frmHiPus_EP.TotPDevEF.Items[7]=F2 frmHiPus_EP.TotPDevEF.Items[8]=F3 frmHiPus_EP.TotPDevEF.Hint=Index register E,F frmHiPus_EP.PlsrOutput.Items[0]=Y0 frmHiPus_EP.PlsrOutput.Items[1]=Y1 frmHiPus_EP.PlsrOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_EP.Panel3.Caption= frmHiPus_EP.rbPlsr16.Caption=16 Bits frmHiPus_EP.rbPlsr16.Hint=PLSR instruction of 16 bits frmHiPus_EP.rbPlsr32.Caption=32 Bits frmHiPus_EP.rbPlsr32.Hint=DPLSR instruction of 32 bits frmHiPus_EP.SpecDev.Items[0]=K frmHiPus_EP.SpecDev.Items[1]=H frmHiPus_EP.SpecDev.Items[2]=KnX frmHiPus_EP.SpecDev.Items[3]=KnY frmHiPus_EP.SpecDev.Items[4]=KnM frmHiPus_EP.SpecDev.Items[5]=KnS frmHiPus_EP.SpecDev.Items[6]=T frmHiPus_EP.SpecDev.Items[7]=C frmHiPus_EP.SpecDev.Items[8]=D frmHiPus_EP.SpecDev.Items[9]=E frmHiPus_EP.SpecDev.Items[10]=F frmHiPus_EP.SpecDev.Hint=Device number of acceleration/deceleration time frmHiPus_EP.SpecDevKn.Items[0]=K1 frmHiPus_EP.SpecDevKn.Items[1]=K2 frmHiPus_EP.SpecDevKn.Items[2]=K3 frmHiPus_EP.SpecDevKn.Items[3]=K4 frmHiPus_EP.SpecDevKn.Hint=Kn value frmHiPus_EP.SpecDevNum.Text=0 frmHiPus_EP.SpecDevNum.Hint=Setting range is below 5,000 ms frmHiPus_EP.SpecDevEF.Items[0]= frmHiPus_EP.SpecDevEF.Items[1]=E0 frmHiPus_EP.SpecDevEF.Items[2]=E1 frmHiPus_EP.SpecDevEF.Items[3]=E2 frmHiPus_EP.SpecDevEF.Items[4]=E3 frmHiPus_EP.SpecDevEF.Items[5]=F0 frmHiPus_EP.SpecDevEF.Items[6]=F1 frmHiPus_EP.SpecDevEF.Items[7]=F2 frmHiPus_EP.SpecDevEF.Items[8]=F3 frmHiPus_EP.SpecDevEF.Hint=Index register E,F frmHiPus_EP.Button2.Caption=Timing Diagram frmHiPus_EP.Button2.Hint= frmHiPus_EP.PlsrOpNUM.Text=0 frmHiPus_EP.PlsrOpNUM.Hint=The device number of operand of conditional clause frmHiPus_EP.Button3.Caption=Reset frmHiPus_EP.Button3.Hint=Clear all fields setting of this page frmHiPus_EP.GroupBox8.Caption= Please multiple selection for high-speed pulse application instruction you want to generate frmHiPus_EP.GroupBox8.Hint= frmHiPus_EP.ckTabSheet1.Caption=Pulse output with acceleration/deceleration speed (M1115) / Two phase (M1172) / Special high-speed pulse (50KHz) (M1133) frmHiPus_EP.ckTabSheet1.Hint= frmHiPus_EP.ckTabSheet2.Caption=Adjustable accel/decel pulse output (M1144) frmHiPus_EP.ckTabSheet2.Hint= frmHiPus_EP.ckTabSheet3.Caption=High-speed pulse output instructions (PLSY, PWM, PLSR) frmHiPus_EP.ckTabSheet3.Hint= frmHiPus_EP.Panel4.Caption= frmHiPus_EP.PreBtn.Caption=Back frmHiPus_EP.PreBtn.Hint= frmHiPus_EP.BitBtn3.Caption=Cancel frmHiPus_EP.BitBtn3.Hint= frmHiPus_EP.NextBtn.Caption=Next frmHiPus_EP.NextBtn.Hint= [frmHiPus_ES] frmHiPus_ES.Caption=Pulse Output Wizard for ES/EX/SS series frmHiPus_ES.Panel1.Caption= frmHiPus_ES.GroupBox3.Caption= frmHiPus_ES.GroupBox3.Hint= frmHiPus_ES.Label80.Caption=Pulse output width frmHiPus_ES.Label80.Hint= frmHiPus_ES.Label81.Caption=Output circuit frmHiPus_ES.Label81.Hint= frmHiPus_ES.Label82.Caption=Output device frmHiPus_ES.Label82.Hint= frmHiPus_ES.Label104.Caption=Conditional clause frmHiPus_ES.Label104.Hint= frmHiPus_ES.Label79.Caption=Condtional clause for toggle frmHiPus_ES.Label79.Hint=M1115 frmHiPus_ES.ckPwm.Caption=PWM pulse width modulation output frmHiPus_ES.ckPwm.Hint=The output connot be the same as the output of PLSY,PLSR instruction while PWM instruction is used in program. frmHiPus_ES.PwmOPCode.Items[0]=LD frmHiPus_ES.PwmOPCode.Items[1]=LDI frmHiPus_ES.PwmOPCode.Items[2]=LDP frmHiPus_ES.PwmOPCode.Items[3]=LDF frmHiPus_ES.PwmOPCode.Hint=The operator of conditional clause frmHiPus_ES.PwmOperand.Items[0]=X frmHiPus_ES.PwmOperand.Items[1]=Y frmHiPus_ES.PwmOperand.Items[2]=M frmHiPus_ES.PwmOperand.Items[3]=S frmHiPus_ES.PwmOperand.Items[4]=T frmHiPus_ES.PwmOperand.Items[5]=C frmHiPus_ES.PwmOperand.Hint=The device of operand of conditional clause frmHiPus_ES.WidthDev.Items[0]=K frmHiPus_ES.WidthDev.Items[1]=H frmHiPus_ES.WidthDev.Items[2]=KnX frmHiPus_ES.WidthDev.Items[3]=KnY frmHiPus_ES.WidthDev.Items[4]=KnM frmHiPus_ES.WidthDev.Items[5]=KnS frmHiPus_ES.WidthDev.Items[6]=T frmHiPus_ES.WidthDev.Items[7]=C frmHiPus_ES.WidthDev.Items[8]=D frmHiPus_ES.WidthDev.Items[9]=E frmHiPus_ES.WidthDev.Items[10]=F frmHiPus_ES.WidthDev.Hint=Device number of output width frmHiPus_ES.WidthDevKn.Items[0]=K1 frmHiPus_ES.WidthDevKn.Items[1]=K2 frmHiPus_ES.WidthDevKn.Items[2]=K3 frmHiPus_ES.WidthDevKn.Items[3]=K4 frmHiPus_ES.WidthDevKn.Hint=Kn value frmHiPus_ES.WidthDevNum.Text=0 frmHiPus_ES.WidthDevNum.Hint=The range of pulse output width is : K0~K32,767 ms . Note: pulse output width <= pulse output cycle frmHiPus_ES.WidthDevEF.Items[0]= frmHiPus_ES.WidthDevEF.Items[1]=E frmHiPus_ES.WidthDevEF.Items[2]=F frmHiPus_ES.WidthDevEF.Hint=Index register E,F frmHiPus_ES.CirDev.Items[0]=K frmHiPus_ES.CirDev.Items[1]=H frmHiPus_ES.CirDev.Items[2]=KnX frmHiPus_ES.CirDev.Items[3]=KnY frmHiPus_ES.CirDev.Items[4]=KnM frmHiPus_ES.CirDev.Items[5]=KnS frmHiPus_ES.CirDev.Items[6]=T frmHiPus_ES.CirDev.Items[7]=C frmHiPus_ES.CirDev.Items[8]=D frmHiPus_ES.CirDev.Items[9]=E frmHiPus_ES.CirDev.Items[10]=F frmHiPus_ES.CirDev.Hint=Device number of output cycle frmHiPus_ES.CirDevKn.Items[0]=K1 frmHiPus_ES.CirDevKn.Items[1]=K2 frmHiPus_ES.CirDevKn.Items[2]=K3 frmHiPus_ES.CirDevKn.Items[3]=K4 frmHiPus_ES.CirDevKn.Hint=Kn value frmHiPus_ES.CirDevNum.Text=1 frmHiPus_ES.CirDevNum.Hint=The range of pulse output cycle is K1~K32,767 ms. Notice pulse output width <= pulse output cycle frmHiPus_ES.CirDevEF.Items[0]= frmHiPus_ES.CirDevEF.Items[1]=E frmHiPus_ES.CirDevEF.Items[2]=F frmHiPus_ES.CirDevEF.Hint=Index register E,F frmHiPus_ES.PwmOutput.Items[0]=Y1 frmHiPus_ES.PwmOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_ES.ckPwmChange.Caption=Pulse unit exchange frmHiPus_ES.ckPwmChange.Hint=When PWM instruction output Y1 , the pulse unit will exchange. When M1070=ON, the pulse unit is 100us, when M1070=OFF, the pulse unit is 1ms. frmHiPus_ES.ChangeOpCode.Items[0]=LD frmHiPus_ES.ChangeOpCode.Items[1]=LDI frmHiPus_ES.ChangeOpCode.Items[2]=LDP frmHiPus_ES.ChangeOpCode.Items[3]=LDF frmHiPus_ES.ChangeOpCode.Hint=The operator of conditional clause frmHiPus_ES.ChangeOperand.Items[0]=X frmHiPus_ES.ChangeOperand.Items[1]=Y frmHiPus_ES.ChangeOperand.Items[2]=M frmHiPus_ES.ChangeOperand.Items[3]=S frmHiPus_ES.ChangeOperand.Items[4]=T frmHiPus_ES.ChangeOperand.Items[5]=C frmHiPus_ES.ChangeOperand.Hint=The device of operand of conditional clause frmHiPus_ES.PwmOpNUM.Text=0 frmHiPus_ES.PwmOpNUM.Hint=The device number of operand of conditional clause frmHiPus_ES.ChangeNum.Text=0 frmHiPus_ES.ChangeNum.Hint=The device number of operand of conditional clause frmHiPus_ES.GroupBox1.Caption= frmHiPus_ES.GroupBox1.Hint= frmHiPus_ES.Label1.Caption=Index of output register (D1104) frmHiPus_ES.Label1.Hint= frmHiPus_ES.Label4.Caption=Gap frequency frmHiPus_ES.Label4.Hint= frmHiPus_ES.Label6.Caption=Target frequency frmHiPus_ES.Label6.Hint= frmHiPus_ES.Label7.Caption=The total number of pulse output frmHiPus_ES.Label7.Hint= frmHiPus_ES.Label8.Caption=Total number of pulse output number in accel/decel area frmHiPus_ES.Label8.Hint= frmHiPus_ES.Label3.Caption=Start frequency frmHiPus_ES.Label3.Hint= frmHiPus_ES.Label10.Caption=Conditional clause for toggle frmHiPus_ES.Label10.Hint=Correspond to component M1115 frmHiPus_ES.Label66.Caption=Conditional clause for D parameter frmHiPus_ES.Label66.Hint=Setting the conditional clause of parameter index frmHiPus_ES.AddGoalF.Hint=The range of frequency is 25Hz~10KHz frmHiPus_ES.AddIntVF.Hint=Gap frequency must be less than (target frequency - start frequency) frmHiPus_ES.AddStartF.Hint=The range of frequency is 25Hz~10KHz frmHiPus_ES.AddOPCode.Items[0]=LD frmHiPus_ES.AddOPCode.Items[1]=LDI frmHiPus_ES.AddOPCode.Items[2]=LDP frmHiPus_ES.AddOPCode.Items[3]=LDF frmHiPus_ES.AddOPCode.Hint=The operator of conditional clause frmHiPus_ES.AddOperand.Items[0]=X frmHiPus_ES.AddOperand.Items[1]=Y frmHiPus_ES.AddOperand.Items[2]=M frmHiPus_ES.AddOperand.Items[3]=S frmHiPus_ES.AddOperand.Items[4]=T frmHiPus_ES.AddOperand.Items[5]=C frmHiPus_ES.AddOperand.Hint=The device of operand of conditional clause frmHiPus_ES.Addck.Caption=Pulse output with Acceleration/Deceleration speed (M1115) frmHiPus_ES.Addck.Hint=Setting the special D and special M of accel/decel pulse output function (M1115~M1119, D1104) frmHiPus_ES.AddArg.Hint=The range of parameter index (correspond to D component) can not within the range of special data register frmHiPus_ES.AddDOPCode.Items[0]=LD frmHiPus_ES.AddDOPCode.Items[1]=LDI frmHiPus_ES.AddDOPCode.Items[2]=LDP frmHiPus_ES.AddDOPCode.Items[3]=LDF frmHiPus_ES.AddDOPCode.Hint=The operator of conditional clause frmHiPus_ES.AddDOperand.Items[0]=X frmHiPus_ES.AddDOperand.Items[1]=Y frmHiPus_ES.AddDOperand.Items[2]=M frmHiPus_ES.AddDOperand.Items[3]=S frmHiPus_ES.AddDOperand.Items[4]=T frmHiPus_ES.AddDOperand.Items[5]=C frmHiPus_ES.AddDOperand.Hint=The device of operand of conditional clause frmHiPus_ES.AddOutNUM.Hint=Gap frequency must be greater than (accel/decel pulse number*2) frmHiPus_ES.AddOutNUM2.Hint=Accel/decel pulse number must be greater than accel/decel step number frmHiPus_ES.AddTimeGraph.Caption=Timing Diagram frmHiPus_ES.AddTimeGraph.Hint= frmHiPus_ES.AddOpNUM.Text=0 frmHiPus_ES.AddOpNUM.Hint=The device number of operand of conditional clause frmHiPus_ES.AddDOpNUM.Text=0 frmHiPus_ES.AddDOpNUM.Hint=The device number of operand of conditional clause frmHiPus_ES.GroupBox2.Caption= frmHiPus_ES.GroupBox2.Hint= frmHiPus_ES.Label75.Caption=Conditional clause frmHiPus_ES.Label75.Hint=M1115 frmHiPus_ES.Label76.Caption=Pulse output frequency frmHiPus_ES.Label76.Hint= frmHiPus_ES.Label77.Caption=Pulse output number frmHiPus_ES.Label77.Hint= frmHiPus_ES.Label78.Caption=Output device frmHiPus_ES.Label78.Hint= frmHiPus_ES.Label94.Caption=Condtional frmHiPus_ES.Label94.Hint=M1115 frmHiPus_ES.Label2.Caption=Condtional frmHiPus_ES.Label2.Hint=M1115 frmHiPus_ES.ckPlsy.Caption=PLSY pulse output frmHiPus_ES.ckPlsy.Hint=The output connot be the same as the output of PWM,PSR instruction while PLSY instruction is used in program. frmHiPus_ES.PlsyOPCode.Items[0]=LD frmHiPus_ES.PlsyOPCode.Items[1]=LDI frmHiPus_ES.PlsyOPCode.Items[2]=LDP frmHiPus_ES.PlsyOPCode.Items[3]=LDF frmHiPus_ES.PlsyOPCode.Hint=The operator of conditional clause frmHiPus_ES.PlsyOperand.Items[0]=X frmHiPus_ES.PlsyOperand.Items[1]=Y frmHiPus_ES.PlsyOperand.Items[2]=M frmHiPus_ES.PlsyOperand.Items[3]=S frmHiPus_ES.PlsyOperand.Items[4]=T frmHiPus_ES.PlsyOperand.Items[5]=C frmHiPus_ES.PlsyOperand.Hint=The device of operand of conditional clause frmHiPus_ES.Panel2.Caption= frmHiPus_ES.rbPlsy16.Caption=16 Bits frmHiPus_ES.rbPlsy16.Hint=PLSY instruction of 16 bits frmHiPus_ES.rbPlsy32.Caption=32 Bits frmHiPus_ES.rbPlsy32.Hint=DPLSY instruction of 32 bits frmHiPus_ES.FreqDev.Items[0]=K frmHiPus_ES.FreqDev.Items[1]=H frmHiPus_ES.FreqDev.Items[2]=KnX frmHiPus_ES.FreqDev.Items[3]=KnY frmHiPus_ES.FreqDev.Items[4]=KnM frmHiPus_ES.FreqDev.Items[5]=KnS frmHiPus_ES.FreqDev.Items[6]=T frmHiPus_ES.FreqDev.Items[7]=C frmHiPus_ES.FreqDev.Items[8]=D frmHiPus_ES.FreqDev.Items[9]=E frmHiPus_ES.FreqDev.Items[10]=F frmHiPus_ES.FreqDev.Hint=Device number of output frequency frmHiPus_ES.FreqDevKn.Items[0]=K1 frmHiPus_ES.FreqDevKn.Items[1]=K2 frmHiPus_ES.FreqDevKn.Items[2]=K3 frmHiPus_ES.FreqDevKn.Items[3]=K4 frmHiPus_ES.FreqDevKn.Hint=Kn value frmHiPus_ES.FreqDevNum.Text=1 frmHiPus_ES.FreqDevNum.Hint=Setting range of pulse output frequency is K1~10,000 Hz frmHiPus_ES.FreqDevEF.Items[0]= frmHiPus_ES.FreqDevEF.Items[1]=E frmHiPus_ES.FreqDevEF.Items[2]=F frmHiPus_ES.FreqDevEF.Hint=Index register E,F frmHiPus_ES.OutDev.Items[0]=K frmHiPus_ES.OutDev.Items[1]=H frmHiPus_ES.OutDev.Items[2]=KnX frmHiPus_ES.OutDev.Items[3]=KnY frmHiPus_ES.OutDev.Items[4]=KnM frmHiPus_ES.OutDev.Items[5]=KnS frmHiPus_ES.OutDev.Items[6]=T frmHiPus_ES.OutDev.Items[7]=C frmHiPus_ES.OutDev.Items[8]=D frmHiPus_ES.OutDev.Items[9]=E frmHiPus_ES.OutDev.Items[10]=F frmHiPus_ES.OutDev.Hint=Device number of output number frmHiPus_ES.OutDevKn.Items[0]=K1 frmHiPus_ES.OutDevKn.Items[1]=K2 frmHiPus_ES.OutDevKn.Items[2]=K3 frmHiPus_ES.OutDevKn.Items[3]=K4 frmHiPus_ES.OutDevKn.Hint=Kn value frmHiPus_ES.OutDevNum.Text=1 frmHiPus_ES.OutDevNum.Hint=The range of pulse output number is: K1~K32767 frmHiPus_ES.OutDevEF.Items[0]= frmHiPus_ES.OutDevEF.Items[1]=E frmHiPus_ES.OutDevEF.Items[2]=F frmHiPus_ES.OutDevEF.Hint=Index register E,F frmHiPus_ES.PlsyOutput.Items[0]=Y0 frmHiPus_ES.PlsyOutput.Items[1]=Y1 frmHiPus_ES.PlsyOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_ES.ckPlsyESConti.Caption=Pulse output continuously frmHiPus_ES.ckPlsyESConti.Hint=When M1010=ON, Y0 can output limitless continuous pulses. frmHiPus_ES.PESContiOpCode.Items[0]=LD frmHiPus_ES.PESContiOpCode.Items[1]=LDI frmHiPus_ES.PESContiOpCode.Items[2]=LDP frmHiPus_ES.PESContiOpCode.Items[3]=LDF frmHiPus_ES.PESContiOpCode.Hint=The operator of conditional clause frmHiPus_ES.PESContiOperand.Items[0]=X frmHiPus_ES.PESContiOperand.Items[1]=Y frmHiPus_ES.PESContiOperand.Items[2]=M frmHiPus_ES.PESContiOperand.Items[3]=S frmHiPus_ES.PESContiOperand.Items[4]=T frmHiPus_ES.PESContiOperand.Items[5]=C frmHiPus_ES.PESContiOperand.Hint=The device of operand of conditional clause frmHiPus_ES.PlsyOpNUM.Text=0 frmHiPus_ES.PlsyOpNUM.Hint=The device number of operand of conditional clause frmHiPus_ES.PESContiNum.Text=0 frmHiPus_ES.PESContiNum.Hint=The device number of operand of conditional clause frmHiPus_ES.ckPusStop.Caption=Pulse output stop frmHiPus_ES.ckPusStop.Hint=Y0/Y1 pulse output stop (M1078/M1079) frmHiPus_ES.STOPContiOpCode.Items[0]=LD frmHiPus_ES.STOPContiOpCode.Items[1]=LDI frmHiPus_ES.STOPContiOpCode.Items[2]=LDP frmHiPus_ES.STOPContiOpCode.Items[3]=LDF frmHiPus_ES.STOPContiOpCode.Hint=The operator of conditional clause frmHiPus_ES.STOPContiOperand.Items[0]=X frmHiPus_ES.STOPContiOperand.Items[1]=Y frmHiPus_ES.STOPContiOperand.Items[2]=M frmHiPus_ES.STOPContiOperand.Items[3]=S frmHiPus_ES.STOPContiOperand.Items[4]=T frmHiPus_ES.STOPContiOperand.Items[5]=C frmHiPus_ES.STOPContiOperand.Hint=The device of operand of conditional clause frmHiPus_ES.STOPContiNum.Text=0 frmHiPus_ES.STOPContiNum.Hint=The device number of operand of conditional clause frmHiPus_ES.GroupBox4.Caption= frmHiPus_ES.GroupBox4.Hint= frmHiPus_ES.Label84.Caption=Maximum frequency of output frmHiPus_ES.Label84.Hint= frmHiPus_ES.Label85.Caption=Pulse output quantity frmHiPus_ES.Label85.Hint= frmHiPus_ES.Label86.Caption=Output device frmHiPus_ES.Label86.Hint= frmHiPus_ES.Label87.Caption=Acceleration/Deceleration time frmHiPus_ES.Label87.Hint= frmHiPus_ES.Label108.Caption=Conditional clause frmHiPus_ES.Label108.Hint= frmHiPus_ES.ckPlsr.Caption=PLSR pulse wave output with Acceleration/Deceleration speed frmHiPus_ES.ckPlsr.Hint=The output connot be the same as the output of PLSY,PWM instruction while PLSR instruction is used in program. frmHiPus_ES.PlsrOPCode.Items[0]=LD frmHiPus_ES.PlsrOPCode.Items[1]=LDI frmHiPus_ES.PlsrOPCode.Items[2]=LDP frmHiPus_ES.PlsrOPCode.Items[3]=LDF frmHiPus_ES.PlsrOPCode.Hint=The operator of conditional clause frmHiPus_ES.PlsrOperand.Items[0]=X frmHiPus_ES.PlsrOperand.Items[1]=Y frmHiPus_ES.PlsrOperand.Items[2]=M frmHiPus_ES.PlsrOperand.Items[3]=S frmHiPus_ES.PlsrOperand.Items[4]=T frmHiPus_ES.PlsrOperand.Items[5]=C frmHiPus_ES.PlsrOperand.Hint=The device of operand of conditional clause frmHiPus_ES.MaxFreqDev.Items[0]=K frmHiPus_ES.MaxFreqDev.Items[1]=H frmHiPus_ES.MaxFreqDev.Items[2]=KnX frmHiPus_ES.MaxFreqDev.Items[3]=KnY frmHiPus_ES.MaxFreqDev.Items[4]=KnM frmHiPus_ES.MaxFreqDev.Items[5]=KnS frmHiPus_ES.MaxFreqDev.Items[6]=T frmHiPus_ES.MaxFreqDev.Items[7]=C frmHiPus_ES.MaxFreqDev.Items[8]=D frmHiPus_ES.MaxFreqDev.Items[9]=E frmHiPus_ES.MaxFreqDev.Items[10]=F frmHiPus_ES.MaxFreqDev.Hint=Device number of the maximum frequency of output frmHiPus_ES.MaxFreqDevKn.Items[0]=K1 frmHiPus_ES.MaxFreqDevKn.Items[1]=K2 frmHiPus_ES.MaxFreqDevKn.Items[2]=K3 frmHiPus_ES.MaxFreqDevKn.Items[3]=K4 frmHiPus_ES.MaxFreqDevKn.Hint=Kn value frmHiPus_ES.MaxFreqDevNum.Text=10 frmHiPus_ES.MaxFreqDevNum.Hint=Setting range is K10~K32,767Hz , and the number must be the multiples of 10 frmHiPus_ES.MaxFreqDevEF.Items[0]= frmHiPus_ES.MaxFreqDevEF.Items[1]=E frmHiPus_ES.MaxFreqDevEF.Items[2]=F frmHiPus_ES.MaxFreqDevEF.Hint=Index register E,F frmHiPus_ES.TotPDev.Items[0]=K frmHiPus_ES.TotPDev.Items[1]=H frmHiPus_ES.TotPDev.Items[2]=KnX frmHiPus_ES.TotPDev.Items[3]=KnY frmHiPus_ES.TotPDev.Items[4]=KnM frmHiPus_ES.TotPDev.Items[5]=KnS frmHiPus_ES.TotPDev.Items[6]=T frmHiPus_ES.TotPDev.Items[7]=C frmHiPus_ES.TotPDev.Items[8]=D frmHiPus_ES.TotPDev.Items[9]=E frmHiPus_ES.TotPDev.Items[10]=F frmHiPus_ES.TotPDev.Hint=Device number of pulse total number frmHiPus_ES.TotPDevKn.Items[0]=K1 frmHiPus_ES.TotPDevKn.Items[1]=K2 frmHiPus_ES.TotPDevKn.Items[2]=K3 frmHiPus_ES.TotPDevKn.Items[3]=K4 frmHiPus_ES.TotPDevKn.Hint=Kn value frmHiPus_ES.TotPDevNum.Text=110 frmHiPus_ES.TotPDevNum.Hint=Setting range is K110~K32,767 PLS frmHiPus_ES.TotPDevEF.Items[0]= frmHiPus_ES.TotPDevEF.Items[1]=E frmHiPus_ES.TotPDevEF.Items[2]=F frmHiPus_ES.TotPDevEF.Hint=Index register E,F frmHiPus_ES.PlsrOutput.Items[0]=Y0 frmHiPus_ES.PlsrOutput.Items[1]=Y1 frmHiPus_ES.PlsrOutput.Hint=Pulse output device (Please use transistor output as the output module) frmHiPus_ES.Panel3.Caption= frmHiPus_ES.rbPlsr16.Caption=16 Bits frmHiPus_ES.rbPlsr16.Hint=PLSR instruction of 16 bits frmHiPus_ES.rbPlsr32.Caption=32 Bits frmHiPus_ES.rbPlsr32.Hint=DPLSR instruction of 32 bits frmHiPus_ES.SpecDev.Items[0]=K frmHiPus_ES.SpecDev.Items[1]=H frmHiPus_ES.SpecDev.Items[2]=KnX frmHiPus_ES.SpecDev.Items[3]=KnY frmHiPus_ES.SpecDev.Items[4]=KnM frmHiPus_ES.SpecDev.Items[5]=KnS frmHiPus_ES.SpecDev.Items[6]=T frmHiPus_ES.SpecDev.Items[7]=C frmHiPus_ES.SpecDev.Items[8]=D frmHiPus_ES.SpecDev.Items[9]=E frmHiPus_ES.SpecDev.Items[10]=F frmHiPus_ES.SpecDev.Hint=Device number of acceleration/deceleration time frmHiPus_ES.SpecDevKn.Items[0]=K1 frmHiPus_ES.SpecDevKn.Items[1]=K2 frmHiPus_ES.SpecDevKn.Items[2]=K3 frmHiPus_ES.SpecDevKn.Items[3]=K4 frmHiPus_ES.SpecDevKn.Hint=Kn value frmHiPus_ES.SpecDevNum.Text=0 frmHiPus_ES.SpecDevNum.Hint=Setting range is below 5,000 ms frmHiPus_ES.SpecDevEF.Items[0]= frmHiPus_ES.SpecDevEF.Items[1]=E frmHiPus_ES.SpecDevEF.Items[2]=F frmHiPus_ES.SpecDevEF.Hint=Index register E,F frmHiPus_ES.Button2.Caption=Timing Diagram frmHiPus_ES.Button2.Hint= frmHiPus_ES.PlsrOpNUM.Text=0 frmHiPus_ES.PlsrOpNUM.Hint=The device number of operand of conditional clause frmHiPus_ES.Panel4.Caption= frmHiPus_ES.BitBtn3.Caption=Cancel frmHiPus_ES.BitBtn3.Hint= frmHiPus_ES.NextBtn.Caption=Finish frmHiPus_ES.NextBtn.Hint= frmHiPus_ES.btnClean3.Caption=Reset frmHiPus_ES.btnClean3.Hint=Clear all fields setting of this page [PID_frm] PID_frm.Caption=PID Wizard PID_frm.Label1.Caption=Welcome to use the wizard interface of special application instructions! PID_frm.Label1.Hint= PID_frm.Label2.Caption=The wizard interface provide a convenient programming tool to set up PID_frm.Label2.Hint= PID_frm.Label8.Caption=Ladder Diagram PID_frm.Label8.Hint= PID_frm.pid_page.Caption= PID_frm.pid_page.Hint= PID_frm.Label60.Caption=Target Value PID_frm.Label60.Hint= PID_frm.Label68.Caption=Sampling time PID_frm.Label68.Hint= PID_frm.Label70.Caption=Propotional gain PID_frm.Label70.Hint= PID_frm.Label72.Caption=Integral gain PID_frm.Label72.Hint= PID_frm.Label74.Caption=Differential gain PID_frm.Label74.Hint= PID_frm.Label76.Caption=Action direction PID_frm.Label76.Hint= PID_frm.Label78.Caption=Error value with the rang has no work PID_frm.Label78.Hint= PID_frm.Label61.Caption=Present Value PID_frm.Label61.Hint= PID_frm.Label62.Caption=Parameter PID_frm.Label62.Hint=parameter start the data register D PID_frm.Label63.Caption=Output Value PID_frm.Label63.Hint= PID_frm.Label64.Caption=The setting range is 0~30,000 (%) PID_frm.Label64.Hint= PID_frm.Label67.Caption=The setting range is 0~30,000 (%) PID_frm.Label67.Hint= PID_frm.Label71.Caption=The setting range is -30,000~30,000 (%) PID_frm.Label71.Hint= PID_frm.Label73.Caption=The setting range is 0~32,767 PID_frm.Label73.Hint= PID_frm.Label80.Caption=Upper bound of saturated output PID_frm.Label80.Hint= PID_frm.Label84.Caption=Upper bound of saturated integration PID_frm.Label84.Hint= PID_frm.Label65.Caption=Lower bound of saturated output PID_frm.Label65.Hint= PID_frm.Label66.Caption=Lower bound of saturated integration PID_frm.Label66.Hint= PID_frm.Label16.Caption=Conditional of PID instruction PID_frm.Label16.Hint= PID_frm.Label69.Caption=Sampling time must larger than one program scan time (unit 10 ms) PID_frm.Label69.Hint= PID_frm.Label32.Caption=Conditional of setting parameter PID_frm.Label32.Hint= PID_frm.Label6.Caption=Specific usage for temperature control PID_frm.Label6.Hint= PID_frm.Label3.Caption=Output Width PID_frm.Label3.Hint= PID_frm.Label4.Caption=Output Cycle PID_frm.Label4.Hint= PID_frm.Label5.Caption=Output Device PID_frm.Label5.Hint= PID_frm.Panel2.Caption=Panel2 PID_frm.Edit1.Text=GPWM- General Pulse Width Modulation PID_frm.Edit1.Hint= PID_frm.rbAuto.Caption=Normal control PID_frm.rbAuto.Hint=Normal control PID_frm.rbFwd.Caption=Forward control PID_frm.rbFwd.Hint=Forward control (Target value to present measured value) PID_frm.rbRev.Caption=Inverse control PID_frm.rbRev.Hint=Inverse control (Present measured value to target value) PID_frm.PIDOPCode.Items[0]=LD PID_frm.PIDOPCode.Items[1]=LDI PID_frm.PIDOPCode.Items[2]=LDP PID_frm.PIDOPCode.Items[3]=LDF PID_frm.PIDOPCode.Hint=Activate PID conditional instruction PID_frm.PIDOperand.Items[0]=X PID_frm.PIDOperand.Items[1]=Y PID_frm.PIDOperand.Items[2]=M PID_frm.PIDOperand.Items[3]=S PID_frm.PIDOperand.Items[4]=T PID_frm.PIDOperand.Items[5]=C PID_frm.PIDOperand.Hint=Activate PID conditional device PID_frm.PIDparmOpCode.Items[0]=LD PID_frm.PIDparmOpCode.Items[1]=LDI PID_frm.PIDparmOpCode.Items[2]=LDP PID_frm.PIDparmOpCode.Items[3]=LDF PID_frm.PIDparmOpCode.Hint=The opcode of conditional to set parameter PID_frm.PIDparmOperand.Items[0]=X PID_frm.PIDparmOperand.Items[1]=Y PID_frm.PIDparmOperand.Items[2]=M PID_frm.PIDparmOperand.Items[3]=S PID_frm.PIDparmOperand.Items[4]=T PID_frm.PIDparmOperand.Items[5]=C PID_frm.PIDparmOperand.Hint=The operand of conditional to set parameter PID_frm.PIDOperandNUM.Text=0 PID_frm.PIDOperandNUM.Hint=Activate PID conditional device no. PID_frm.rbManual.Caption=User-defined parameter PID_frm.rbManual.Hint=Specific function of temeprature control for the parameter that is set already PID_frm.rbAutoTurn.Caption=Automatic adjustment PID_frm.rbAutoTurn.Hint=Automatic adjustment function of parameter for temperature control PID_frm.GPWM_arg1.Text=D0 PID_frm.GPWM_arg1.Hint= PID_frm.GPWM_arg2.Text=D0 PID_frm.GPWM_arg2.Hint= PID_frm.GPWM_arg3_dev.Items[0]=Y PID_frm.GPWM_arg3_dev.Items[1]=M PID_frm.GPWM_arg3_dev.Items[2]=S PID_frm.GPWM_arg3_dev.Hint= PID_frm.GPWM_arg3.Text=0 PID_frm.GPWM_arg3.Hint= PID_frm.pidSV.Text=D0 PID_frm.pidSV.Hint=Target value data register D PID_frm.pidPV.Text=D0 PID_frm.pidPV.Hint=Present value the number of data register D PID_frm.pidArg.Text=D0 PID_frm.pidArg.Hint=Determine data register number for parameter setting PID_frm.pidMV.Text=D0 PID_frm.pidMV.Hint=The number of data register D which store the output value PID_frm.Label7.Caption= GPWM- General Pulse Width Modulation PID_frm.PIDparmNum.Text=0 PID_frm.PIDparmNum.Hint=The device number of conditional to set parameter PID_frm.pidTs.Text=1 PID_frm.pidTs.Hint=The setting range is 1~2000 PID_frm.pidKp.Text=0 PID_frm.pidKp.Hint=It will use the maximum value when propotional gain setting exceeds the maximum value PID_frm.pidKl.Text=0 PID_frm.pidKl.Hint=It will use the maximum value when integral gain setting exceeds the maximum value PID_frm.pidKd.Text=0 PID_frm.pidKd.Hint=It will use the maximum value when differential gain setting exceeds the maximum value PID_frm.pidE.Text=0 PID_frm.pidE.Hint=The range that Error value has no work PID_frm.pidMV_max.Text=0 PID_frm.pidMV_max.Hint=Upper bound of saturated output PID_frm.pidK_max.Text=0 PID_frm.pidK_max.Hint=Upper bound of saturated integration PID_frm.pidMV_min.Text=0 PID_frm.pidMV_min.Hint=Lower bound of saturated output PID_frm.pidK_min.Text=0 PID_frm.pidK_min.Hint=Lower bound of saturated integration PID_frm.sampVal.Text=1 PID_frm.sampVal.Hint=Setting range is 1~32767 PID_frm.ckGPWM.Caption= PID_frm.ckGPWM.Hint= PID_frm.PIDtype.Caption=Instruction type of PID PID_frm.PIDtype.Items[0]=16 bits instruction PID_frm.PIDtype.Items[1]=32 bits instruction PID_frm.PIDtype.Hint=Instruction type PID_frm.Panel1.Caption= PID_frm.NextBtn.Caption=OK PID_frm.NextBtn.Hint= PID_frm.BitBtn3.Caption=Exit PID_frm.BitBtn3.Hint= PID_frm.ClearAll_6.Caption=Reset PID_frm.ClearAll_6.Hint=Reset all setting value of this page [frmHSC_EH] frmHSC_EH.Caption=The Wizard of High-Speed Counter for EH Series frmHSC_EH.PageGroup.Pages[0].Caption=Page_1 frmHSC_EH.PageGroup.Pages[1].Caption=Page_2 frmHSC_EH.PageGroup.Pages[2].Caption=Page_4 frmHSC_EH.PageGroup.Pages[3].Caption=Page_5 frmHSC_EH.PageGroup.Pages[4].Caption=Page_6 frmHSC_EH.Label11.Caption=Welcome to use the wizard interface of special application instructions! frmHSC_EH.Label11.Hint= frmHSC_EH.Label21.Caption=This wizard interface provides you a convenient input tool to establish special function frmHSC_EH.Label21.Hint= frmHSC_EH.Label16.Caption= of ladder diagram. This is the most convenien input tool for programming. frmHSC_EH.Label16.Hint= frmHSC_EH.HSCType.Caption=Select the type of High-Speed Counter frmHSC_EH.HSCType.Items[0]=Software High-Speed Counter frmHSC_EH.HSCType.Items[1]=Hardware High-Speed Counter frmHSC_EH.Label4.Caption=Count direction frmHSC_EH.Label4.Hint= frmHSC_EH.Label5.Caption=The conditional clause for count up frmHSC_EH.Label5.Hint= frmHSC_EH.Label6.Caption=The conditional clause for count down frmHSC_EH.Label6.Hint= frmHSC_EH.Label2.Caption=Counter C frmHSC_EH.Label2.Hint= frmHSC_EH.Label17.Caption=Conditional for detonate the counter frmHSC_EH.Label17.Hint= frmHSC_EH.Label19.Caption=Conditional of setting store value frmHSC_EH.Label19.Hint= frmHSC_EH.Label29.Caption=Input contact frmHSC_EH.Label29.Hint= frmHSC_EH.Label22.Caption=EH series models Software High-Speed Counter parameters settings frmHSC_EH.Label22.Hint= frmHSC_EH.Label23.Caption=Please enter counter no, and setting value of ON contact, and check the count direction which frmHSC_EH.Label23.Hint= frmHSC_EH.Label24.Caption=determine the counter is either count up or count down and the trigger conditional. frmHSC_EH.Label24.Hint= frmHSC_EH.Label3.Caption=Setting value frmHSC_EH.Label3.Hint= frmHSC_EH.Panel2.Caption= frmHSC_EH.CDevCode.Items[0]=C235 frmHSC_EH.CDevCode.Items[1]=C236 frmHSC_EH.CDevCode.Items[2]=C237 frmHSC_EH.CDevCode.Items[3]=C238 frmHSC_EH.CDevCode.Items[4]=C239 frmHSC_EH.CDevCode.Items[5]=C240 frmHSC_EH.CDevCode.Hint=Choice counter number of DCNT command by pull-down menu frmHSC_EH.SetValueDev.Items[0]=K frmHSC_EH.SetValueDev.Items[1]=D frmHSC_EH.SetValueDev.Hint=The setting of counter can use constant K or register D(not includes special data register D1000~D1999) to be indricet setting frmHSC_EH.ckUpCount.Caption=Count up frmHSC_EH.ckUpCount.Hint=Accumulation counter frmHSC_EH.ckDownCount.Caption=Count down frmHSC_EH.ckDownCount.Hint=Decrease counter frmHSC_EH.UpOPCode.Items[0]=LD frmHSC_EH.UpOPCode.Items[1]=LDI frmHSC_EH.UpOPCode.Items[2]=LDP frmHSC_EH.UpOPCode.Items[3]=LDF frmHSC_EH.UpOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.UpOperand.Items[0]=X frmHSC_EH.UpOperand.Items[1]=Y frmHSC_EH.UpOperand.Items[2]=M frmHSC_EH.UpOperand.Items[3]=S frmHSC_EH.UpOperand.Items[4]=T frmHSC_EH.UpOperand.Items[5]=C frmHSC_EH.UpOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.DownOPCode.Items[0]=LD frmHSC_EH.DownOPCode.Items[1]=LDI frmHSC_EH.DownOPCode.Items[2]=LDP frmHSC_EH.DownOPCode.Items[3]=LDF frmHSC_EH.DownOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.DownOperand.Items[0]=X frmHSC_EH.DownOperand.Items[1]=Y frmHSC_EH.DownOperand.Items[2]=M frmHSC_EH.DownOperand.Items[3]=S frmHSC_EH.DownOperand.Items[4]=T frmHSC_EH.DownOperand.Items[5]=C frmHSC_EH.DownOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.SetDValue.Caption=Determine the store value of data register D frmHSC_EH.SetDValue.Hint=Predetermine the store value of data register D frmHSC_EH.ClearAll_1.Caption=Reset frmHSC_EH.ClearAll_1.Hint=Reset all setting value of this page frmHSC_EH.pCountOPCode.Items[0]=LD frmHSC_EH.pCountOPCode.Items[1]=LDI frmHSC_EH.pCountOPCode.Items[2]=LDP frmHSC_EH.pCountOPCode.Items[3]=LDF frmHSC_EH.pCountOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.pCountOperand.Items[0]=X frmHSC_EH.pCountOperand.Items[1]=Y frmHSC_EH.pCountOperand.Items[2]=M frmHSC_EH.pCountOperand.Items[3]=S frmHSC_EH.pCountOperand.Items[4]=T frmHSC_EH.pCountOperand.Items[5]=C frmHSC_EH.pCountOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.DValueOPCode.Items[0]=LD frmHSC_EH.DValueOPCode.Items[1]=LDI frmHSC_EH.DValueOPCode.Items[2]=LDP frmHSC_EH.DValueOPCode.Items[3]=LDF frmHSC_EH.DValueOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.DValueOperand.Items[0]=X frmHSC_EH.DValueOperand.Items[1]=Y frmHSC_EH.DValueOperand.Items[2]=M frmHSC_EH.DValueOperand.Items[3]=S frmHSC_EH.DValueOperand.Items[4]=T frmHSC_EH.DValueOperand.Items[5]=C frmHSC_EH.DValueOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.pCountOpNUM.Text=0 frmHSC_EH.pCountOpNUM.Hint= Decide the conditional device number frmHSC_EH.SetValueNum.Text=1 frmHSC_EH.SetValueNum.Hint= frmHSC_EH.DValue.Text=0 frmHSC_EH.DValue.Hint= frmHSC_EH.DValueOpNUM.Text=0 frmHSC_EH.DValueOpNUM.Hint=Decide the conditional device number frmHSC_EH.UpOpNUM.Text=0 frmHSC_EH.UpOpNUM.Hint= frmHSC_EH.DownOpNUM.Text=0 frmHSC_EH.DownOpNUM.Hint= frmHSC_EH.Label15.Caption=The conditional clause for count down frmHSC_EH.Label15.Hint= frmHSC_EH.Label7.Caption=Counter type frmHSC_EH.Label7.Hint= frmHSC_EH.Label8.Caption=Counter No. frmHSC_EH.Label8.Hint= frmHSC_EH.CDevLabel.Caption=C241 frmHSC_EH.CDevLabel.Hint= frmHSC_EH.Label9.Caption=Setting value frmHSC_EH.Label9.Hint= frmHSC_EH.Label10.Caption=HHSC mode frmHSC_EH.Label10.Hint= frmHSC_EH.Label12.Caption=Pulse input frequency frmHSC_EH.Label12.Hint= frmHSC_EH.Label13.Caption=Count direction frmHSC_EH.Label13.Hint= frmHSC_EH.Label14.Caption=The conditional clause for count up frmHSC_EH.Label14.Hint= frmHSC_EH.Label18.Caption=Conditional clause for detonate the counter frmHSC_EH.Label18.Hint= frmHSC_EH.Label20.Caption=Conditional of setting store value frmHSC_EH.Label20.Hint= frmHSC_EH.Label30.Caption=Input contact frmHSC_EH.Label30.Hint= frmHSC_EH.Label25.Caption=Please select the type of Hardware High-Speed counter (HHSC0~HHSC3), and setting value when fire the frmHSC_EH.Label25.Hint= frmHSC_EH.Label26.Caption=contact, HHSC mode (1-phase input,1-phase 2 inputs and 2-phase inputs), and frequency of pulse. When frmHSC_EH.Label26.Hint= frmHSC_EH.Label27.Caption=the HHSC mode is "1-phase input", make sure count direction(up or down) is checked. frmHSC_EH.Label27.Hint= frmHSC_EH.Panel3.Caption= frmHSC_EH.HHSCtype.Items[0]=HHSC0 frmHSC_EH.HHSCtype.Items[1]=HHSC1 frmHSC_EH.HHSCtype.Items[2]=HHSC2 frmHSC_EH.HHSCtype.Items[3]=HHSC3 frmHSC_EH.HHSCtype.Hint=Decide the type of Hardware High-Speed counter by pull-down menu frmHSC_EH.HHSetDev.Items[0]=K frmHSC_EH.HHSetDev.Items[1]=D frmHSC_EH.HHSetDev.Hint=The setting of counter can use constant K or register D(not includes special data register D1000~D1999) to be indricet setting frmHSC_EH.ckHHDValue.Caption=Determine the store value for data register D frmHSC_EH.ckHHDValue.Hint=Predetermine the store value of data register D frmHSC_EH.HHCountMode.Items[0]=Normal frequency frmHSC_EH.HHCountMode.Items[1]=Double frequency frmHSC_EH.HHCountMode.Hint=Decide the type of pulse input frequency by pull-down menu frmHSC_EH.ckHHUpCount.Caption=Count up frmHSC_EH.ckHHUpCount.Hint=Accumulation counter frmHSC_EH.HHUpOpCode.Items[0]=LD frmHSC_EH.HHUpOpCode.Items[1]=LDI frmHSC_EH.HHUpOpCode.Items[2]=LDP frmHSC_EH.HHUpOpCode.Items[3]=LDF frmHSC_EH.HHUpOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.HHUpDev.Items[0]=X frmHSC_EH.HHUpDev.Items[1]=Y frmHSC_EH.HHUpDev.Items[2]=M frmHSC_EH.HHUpDev.Items[3]=S frmHSC_EH.HHUpDev.Items[4]=T frmHSC_EH.HHUpDev.Items[5]=C frmHSC_EH.HHUpDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.HHDownDev.Items[0]=X frmHSC_EH.HHDownDev.Items[1]=Y frmHSC_EH.HHDownDev.Items[2]=M frmHSC_EH.HHDownDev.Items[3]=S frmHSC_EH.HHDownDev.Items[4]=T frmHSC_EH.HHDownDev.Items[5]=C frmHSC_EH.HHDownDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.HHDownOpCode.Items[0]=LD frmHSC_EH.HHDownOpCode.Items[1]=LDI frmHSC_EH.HHDownOpCode.Items[2]=LDP frmHSC_EH.HHDownOpCode.Items[3]=LDF frmHSC_EH.HHDownOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.ckHHDownCount.Caption=Count down frmHSC_EH.ckHHDownCount.Hint=Decrease counter frmHSC_EH.ClearAll_3.Caption=Reset frmHSC_EH.ClearAll_3.Hint=Reset all setting value of this page frmHSC_EH.rb1_1.Caption=1-Phase Input frmHSC_EH.rb1_1.Hint=1-phase input, it is called Pulse/Direction mode frmHSC_EH.rb1_2.Caption=1-Phase 2 Inputs frmHSC_EH.rb1_2.Hint=1-phase 2 inputs, it is called CW/CCW mode frmHSC_EH.rb2.Caption=2-Phase Inputs frmHSC_EH.rb2.Hint=2-phase inputs, it is called AB-phase mode frmHSC_EH.hCountOPCode.Items[0]=LD frmHSC_EH.hCountOPCode.Items[1]=LDI frmHSC_EH.hCountOPCode.Items[2]=LDP frmHSC_EH.hCountOPCode.Items[3]=LDF frmHSC_EH.hCountOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.hCountOperand.Items[0]=X frmHSC_EH.hCountOperand.Items[1]=Y frmHSC_EH.hCountOperand.Items[2]=M frmHSC_EH.hCountOperand.Items[3]=S frmHSC_EH.hCountOperand.Items[4]=T frmHSC_EH.hCountOperand.Items[5]=C frmHSC_EH.hCountOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.hDValueOPCode.Items[0]=LD frmHSC_EH.hDValueOPCode.Items[1]=LDI frmHSC_EH.hDValueOPCode.Items[2]=LDP frmHSC_EH.hDValueOPCode.Items[3]=LDF frmHSC_EH.hDValueOPCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.hDValueOperand.Items[0]=X frmHSC_EH.hDValueOperand.Items[1]=Y frmHSC_EH.hDValueOperand.Items[2]=M frmHSC_EH.hDValueOperand.Items[3]=S frmHSC_EH.hDValueOperand.Items[4]=T frmHSC_EH.hDValueOperand.Items[5]=C frmHSC_EH.hDValueOperand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.hCountOpNUM.Text=0 frmHSC_EH.hCountOpNUM.Hint=Decide the conditional device number frmHSC_EH.HHSetValue.Text=1 frmHSC_EH.HHSetValue.Hint= frmHSC_EH.HHDStoreVal.Text=0 frmHSC_EH.HHDStoreVal.Hint= frmHSC_EH.hDValueOpNUM.Text=0 frmHSC_EH.hDValueOpNUM.Hint=Decide the conditional device number frmHSC_EH.HHUpDevNUM.Text=0 frmHSC_EH.HHUpDevNUM.Hint=Decide the conditional device number frmHSC_EH.HHDownDevNUM.Text=0 frmHSC_EH.HHDownDevNUM.Hint=Decide the conditional device number frmHSC_EH.Label28.Caption=Hardware High-Speed Counter frmHSC_EH.Label28.Hint= frmHSC_EH.Label31.Caption=Reset (or start) signal end external control signal input contact disable frmHSC_EH.Label31.Hint= frmHSC_EH.GroupBox2.Caption= Start signal (S) frmHSC_EH.GroupBox2.Hint= frmHSC_EH.Label38.Caption=Conditional clause frmHSC_EH.Label38.Hint= frmHSC_EH.Label39.Caption=Conditional clause frmHSC_EH.Label39.Hint= frmHSC_EH.ckSetOutside.Caption=External control signal input contact disable frmHSC_EH.ckSetOutside.Hint= frmHSC_EH.SetOutOpCode.Items[0]=LD frmHSC_EH.SetOutOpCode.Items[1]=LDI frmHSC_EH.SetOutOpCode.Items[2]=LDP frmHSC_EH.SetOutOpCode.Items[3]=LDF frmHSC_EH.SetOutOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.SetOutDev.Items[0]=X frmHSC_EH.SetOutDev.Items[1]=Y frmHSC_EH.SetOutDev.Items[2]=M frmHSC_EH.SetOutDev.Items[3]=S frmHSC_EH.SetOutDev.Items[4]=T frmHSC_EH.SetOutDev.Items[5]=C frmHSC_EH.SetOutDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.ckSetInter.Caption=Internal control signal input contact frmHSC_EH.ckSetInter.Hint= frmHSC_EH.SetInOpCode.Items[0]=LD frmHSC_EH.SetInOpCode.Items[1]=LDI frmHSC_EH.SetInOpCode.Items[2]=LDP frmHSC_EH.SetInOpCode.Items[3]=LDF frmHSC_EH.SetInOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.SetInDev.Items[0]=X frmHSC_EH.SetInDev.Items[1]=Y frmHSC_EH.SetInDev.Items[2]=M frmHSC_EH.SetInDev.Items[3]=S frmHSC_EH.SetInDev.Items[4]=T frmHSC_EH.SetInDev.Items[5]=C frmHSC_EH.SetInDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.Edit7.Text= frmHSC_EH.Edit7.Hint= frmHSC_EH.Edit8.Text= frmHSC_EH.Edit8.Hint= frmHSC_EH.SetOutDevNUM.Text=0 frmHSC_EH.SetOutDevNUM.Hint=Decide the conditional device number frmHSC_EH.SetInDevNUM.Text=0 frmHSC_EH.SetInDevNUM.Hint=Decide the conditional device number frmHSC_EH.GroupBox1.Caption= Reset signal (R) frmHSC_EH.GroupBox1.Hint= frmHSC_EH.Label36.Caption=Conditional clause frmHSC_EH.Label36.Hint= frmHSC_EH.Label37.Caption=Conditional clause frmHSC_EH.Label37.Hint= frmHSC_EH.ckResetOutside.Caption=External control signal input contact disable frmHSC_EH.ckResetOutside.Hint= frmHSC_EH.ResetOutOpCode.Items[0]=LD frmHSC_EH.ResetOutOpCode.Items[1]=LDI frmHSC_EH.ResetOutOpCode.Items[2]=LDP frmHSC_EH.ResetOutOpCode.Items[3]=LDF frmHSC_EH.ResetOutOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.ResetOutDev.Items[0]=X frmHSC_EH.ResetOutDev.Items[1]=Y frmHSC_EH.ResetOutDev.Items[2]=M frmHSC_EH.ResetOutDev.Items[3]=S frmHSC_EH.ResetOutDev.Items[4]=T frmHSC_EH.ResetOutDev.Items[5]=C frmHSC_EH.ResetOutDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.ckResetInter.Caption=Internal control signal input contact frmHSC_EH.ckResetInter.Hint= frmHSC_EH.ResetInOpCode.Items[0]=LD frmHSC_EH.ResetInOpCode.Items[1]=LDI frmHSC_EH.ResetInOpCode.Items[2]=LDP frmHSC_EH.ResetInOpCode.Items[3]=LDF frmHSC_EH.ResetInOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.ResetInDev.Items[0]=X frmHSC_EH.ResetInDev.Items[1]=Y frmHSC_EH.ResetInDev.Items[2]=M frmHSC_EH.ResetInDev.Items[3]=S frmHSC_EH.ResetInDev.Items[4]=T frmHSC_EH.ResetInDev.Items[5]=C frmHSC_EH.ResetInDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.Edit5.Text= frmHSC_EH.Edit5.Hint= frmHSC_EH.Edit6.Text= frmHSC_EH.Edit6.Hint= frmHSC_EH.ResetOutDevNUM.Text=0 frmHSC_EH.ResetOutDevNUM.Hint=Decide the conditional device number frmHSC_EH.ResetInDevNUM.Text=0 frmHSC_EH.ResetInDevNUM.Hint=Decide the conditional device number frmHSC_EH.ClearAll_4.Caption=Reset frmHSC_EH.ClearAll_4.Hint=Reset all setting value of this page frmHSC_EH.GroupBox9.Caption= frmHSC_EH.GroupBox9.Hint= frmHSC_EH.SCSCondiDev.Items[0]=X frmHSC_EH.SCSCondiDev.Items[1]=Y frmHSC_EH.SCSCondiDev.Items[2]=M frmHSC_EH.SCSCondiDev.Items[3]=S frmHSC_EH.SCSCondiDev.Items[4]=T frmHSC_EH.SCSCondiDev.Items[5]=C frmHSC_EH.SCSCondiDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.SCSCondiOpCode.Items[0]=LD frmHSC_EH.SCSCondiOpCode.Items[1]=LDI frmHSC_EH.SCSCondiOpCode.Items[2]=LDP frmHSC_EH.SCSCondiOpCode.Items[3]=LDF frmHSC_EH.SCSCondiOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.ckHHSCS.Caption=DHSCS frmHSC_EH.ckHHSCS.Hint=32-bit High-Speed counter comparison set (DHSCS) frmHSC_EH.RadioGroup1.Caption=Designate action when count attains frmHSC_EH.rbSCSyms.Caption=General device output frmHSC_EH.rbSCSyms.Hint=The result of output is general device YMS output frmHSC_EH.ymsDev.Items[0]=Y frmHSC_EH.ymsDev.Items[1]=M frmHSC_EH.ymsDev.Items[2]=S frmHSC_EH.ymsDev.Hint=Pull down the list to decide the device of output frmHSC_EH.ymsDevEF.Items[0]= frmHSC_EH.ymsDevEF.Items[1]=E0 frmHSC_EH.ymsDevEF.Items[2]=E1 frmHSC_EH.ymsDevEF.Items[3]=E2 frmHSC_EH.ymsDevEF.Items[4]=E3 frmHSC_EH.ymsDevEF.Items[5]=E4 frmHSC_EH.ymsDevEF.Items[6]=E5 frmHSC_EH.ymsDevEF.Items[7]=E6 frmHSC_EH.ymsDevEF.Items[8]=E7 frmHSC_EH.ymsDevEF.Items[9]=F0 frmHSC_EH.ymsDevEF.Items[10]=F1 frmHSC_EH.ymsDevEF.Items[11]=F2 frmHSC_EH.ymsDevEF.Items[12]=F3 frmHSC_EH.ymsDevEF.Items[13]=F4 frmHSC_EH.ymsDevEF.Items[14]=F5 frmHSC_EH.ymsDevEF.Items[15]=F6 frmHSC_EH.ymsDevEF.Items[16]=F7 frmHSC_EH.ymsDevEF.Hint=Index register E,F frmHSC_EH.SCSinterEF.Items[0]= frmHSC_EH.SCSinterEF.Items[1]=E0 frmHSC_EH.SCSinterEF.Items[2]=E1 frmHSC_EH.SCSinterEF.Items[3]=E2 frmHSC_EH.SCSinterEF.Items[4]=E3 frmHSC_EH.SCSinterEF.Items[5]=E4 frmHSC_EH.SCSinterEF.Items[6]=E5 frmHSC_EH.SCSinterEF.Items[7]=E6 frmHSC_EH.SCSinterEF.Items[8]=E7 frmHSC_EH.SCSinterEF.Items[9]=F0 frmHSC_EH.SCSinterEF.Items[10]=F1 frmHSC_EH.SCSinterEF.Items[11]=F2 frmHSC_EH.SCSinterEF.Items[12]=F3 frmHSC_EH.SCSinterEF.Items[13]=F4 frmHSC_EH.SCSinterEF.Items[14]=F5 frmHSC_EH.SCSinterEF.Items[15]=F6 frmHSC_EH.SCSinterEF.Items[16]=F7 frmHSC_EH.SCSinterEF.Hint=Index register E,F frmHSC_EH.rbSCSinter.Caption=Enable interrupt routine frmHSC_EH.rbSCSinter.Hint=The compare result of DHSCS is interrupt routine frmHSC_EH.ckStopInter.Caption=Interrupt inhibit frmHSC_EH.ckStopInter.Hint=Determine the conditional clause of interrupt disable frmHSC_EH.StopInterOpCode.Items[0]=LD frmHSC_EH.StopInterOpCode.Items[1]=LDI frmHSC_EH.StopInterOpCode.Items[2]=LDP frmHSC_EH.StopInterOpCode.Items[3]=LDF frmHSC_EH.StopInterOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.StopInterDev.Items[0]=X frmHSC_EH.StopInterDev.Items[1]=Y frmHSC_EH.StopInterDev.Items[2]=M frmHSC_EH.StopInterDev.Items[3]=S frmHSC_EH.StopInterDev.Items[4]=T frmHSC_EH.StopInterDev.Items[5]=C frmHSC_EH.StopInterDev.Hint=The operand number of conditional clause frmHSC_EH.GroupBox3.Caption= Compare value frmHSC_EH.GroupBox3.Hint= frmHSC_EH.SCScompDev.Items[0]=K frmHSC_EH.SCScompDev.Items[1]=H frmHSC_EH.SCScompDev.Items[2]=KnX frmHSC_EH.SCScompDev.Items[3]=KnY frmHSC_EH.SCScompDev.Items[4]=KnM frmHSC_EH.SCScompDev.Items[5]=KnS frmHSC_EH.SCScompDev.Items[6]=T frmHSC_EH.SCScompDev.Items[7]=C frmHSC_EH.SCScompDev.Items[8]=D frmHSC_EH.SCScompDev.Items[9]=E frmHSC_EH.SCScompDev.Items[10]=F frmHSC_EH.SCScompDev.Hint=The operand of compare value frmHSC_EH.SCScompDevEF.Items[0]= frmHSC_EH.SCScompDevEF.Items[1]=E0 frmHSC_EH.SCScompDevEF.Items[2]=E1 frmHSC_EH.SCScompDevEF.Items[3]=E2 frmHSC_EH.SCScompDevEF.Items[4]=E3 frmHSC_EH.SCScompDevEF.Items[5]=E4 frmHSC_EH.SCScompDevEF.Items[6]=E5 frmHSC_EH.SCScompDevEF.Items[7]=E6 frmHSC_EH.SCScompDevEF.Items[8]=E7 frmHSC_EH.SCScompDevEF.Items[9]=F0 frmHSC_EH.SCScompDevEF.Items[10]=F1 frmHSC_EH.SCScompDevEF.Items[11]=F2 frmHSC_EH.SCScompDevEF.Items[12]=F3 frmHSC_EH.SCScompDevEF.Items[13]=F4 frmHSC_EH.SCScompDevEF.Items[14]=F5 frmHSC_EH.SCScompDevEF.Items[15]=F6 frmHSC_EH.SCScompDevEF.Items[16]=F7 frmHSC_EH.SCScompDevEF.Hint=Index register E,F frmHSC_EH.SCScompDevKn.Items[0]=K1 frmHSC_EH.SCScompDevKn.Items[1]=K2 frmHSC_EH.SCScompDevKn.Items[2]=K3 frmHSC_EH.SCScompDevKn.Items[3]=K4 frmHSC_EH.SCScompDevKn.Items[4]=K5 frmHSC_EH.SCScompDevKn.Items[5]=K6 frmHSC_EH.SCScompDevKn.Items[6]=K7 frmHSC_EH.SCScompDevKn.Items[7]=K8 frmHSC_EH.SCScompDevKn.Hint=Kn value frmHSC_EH.SCScompDevNUM.Text=0 frmHSC_EH.SCScompDevNUM.Hint= frmHSC_EH.HStopInterupt.Text= frmHSC_EH.HStopInterupt.Hint= frmHSC_EH.InterrNUM.Items[0]=I010 frmHSC_EH.InterrNUM.Items[1]=I020 frmHSC_EH.InterrNUM.Items[2]=I030 frmHSC_EH.InterrNUM.Items[3]=I040 frmHSC_EH.InterrNUM.Items[4]=I050 frmHSC_EH.InterrNUM.Items[5]=I060 frmHSC_EH.InterrNUM.Hint=Decide interrupt number by pull-down menu frmHSC_EH.SCSCondiDevNUM.Text=0 frmHSC_EH.SCSCondiDevNUM.Hint=Decide the conditional device number frmHSC_EH.ymsDevNUM.Text=0 frmHSC_EH.ymsDevNUM.Hint= frmHSC_EH.StopInterDevNUM.Text=0 frmHSC_EH.StopInterDevNUM.Hint=Decide the conditional device number frmHSC_EH.GroupBox10.Caption= frmHSC_EH.GroupBox10.Hint= frmHSC_EH.Label1.Caption=Conditional frmHSC_EH.Label1.Hint= frmHSC_EH.ckHHSCR.Caption=DHSCR frmHSC_EH.ckHHSCR.Hint=32-bit High-Speed counter comparison reset (DHSCR) frmHSC_EH.SCRCondiOpCode.Items[0]=LD frmHSC_EH.SCRCondiOpCode.Items[1]=LDI frmHSC_EH.SCRCondiOpCode.Items[2]=LDP frmHSC_EH.SCRCondiOpCode.Items[3]=LDF frmHSC_EH.SCRCondiOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.SCRCondiDev.Items[0]=X frmHSC_EH.SCRCondiDev.Items[1]=Y frmHSC_EH.SCRCondiDev.Items[2]=M frmHSC_EH.SCRCondiDev.Items[3]=S frmHSC_EH.SCRCondiDev.Items[4]=T frmHSC_EH.SCRCondiDev.Items[5]=C frmHSC_EH.SCRCondiDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.RadioGroup2.Caption=Designate action when count attains frmHSC_EH.rbSCRyms.Caption=General device output frmHSC_EH.rbSCRyms.Hint=The result of output is general device YMS output frmHSC_EH.SCRymsDev.Items[0]=Y frmHSC_EH.SCRymsDev.Items[1]=M frmHSC_EH.SCRymsDev.Items[2]=S frmHSC_EH.SCRymsDev.Hint=Pull down the list to decide the device of output frmHSC_EH.rbSCRClean.Caption=Reset Hight-speed counter with the same number frmHSC_EH.rbSCRClean.Hint=The output result of DHSCR is to reset the counter itself frmHSC_EH.GroupBox4.Caption= Compare value frmHSC_EH.GroupBox4.Hint= frmHSC_EH.HSCRCompDev.Items[0]=K frmHSC_EH.HSCRCompDev.Items[1]=H frmHSC_EH.HSCRCompDev.Items[2]=KnX frmHSC_EH.HSCRCompDev.Items[3]=KnY frmHSC_EH.HSCRCompDev.Items[4]=KnM frmHSC_EH.HSCRCompDev.Items[5]=KnS frmHSC_EH.HSCRCompDev.Items[6]=T frmHSC_EH.HSCRCompDev.Items[7]=C frmHSC_EH.HSCRCompDev.Items[8]=D frmHSC_EH.HSCRCompDev.Items[9]=E frmHSC_EH.HSCRCompDev.Items[10]=F frmHSC_EH.HSCRCompDev.Hint=The operand of compare value frmHSC_EH.HSCRCompDevEF.Items[0]= frmHSC_EH.HSCRCompDevEF.Items[1]=E0 frmHSC_EH.HSCRCompDevEF.Items[2]=E1 frmHSC_EH.HSCRCompDevEF.Items[3]=E2 frmHSC_EH.HSCRCompDevEF.Items[4]=E3 frmHSC_EH.HSCRCompDevEF.Items[5]=E4 frmHSC_EH.HSCRCompDevEF.Items[6]=E5 frmHSC_EH.HSCRCompDevEF.Items[7]=E6 frmHSC_EH.HSCRCompDevEF.Items[8]=E7 frmHSC_EH.HSCRCompDevEF.Items[9]=F0 frmHSC_EH.HSCRCompDevEF.Items[10]=F1 frmHSC_EH.HSCRCompDevEF.Items[11]=F2 frmHSC_EH.HSCRCompDevEF.Items[12]=F3 frmHSC_EH.HSCRCompDevEF.Items[13]=F4 frmHSC_EH.HSCRCompDevEF.Items[14]=F5 frmHSC_EH.HSCRCompDevEF.Items[15]=F6 frmHSC_EH.HSCRCompDevEF.Items[16]=F7 frmHSC_EH.HSCRCompDevEF.Hint=Index register E,F frmHSC_EH.HSCRCompDevKn.Items[0]=K1 frmHSC_EH.HSCRCompDevKn.Items[1]=K2 frmHSC_EH.HSCRCompDevKn.Items[2]=K3 frmHSC_EH.HSCRCompDevKn.Items[3]=K4 frmHSC_EH.HSCRCompDevKn.Items[4]=K5 frmHSC_EH.HSCRCompDevKn.Items[5]=K6 frmHSC_EH.HSCRCompDevKn.Items[6]=K7 frmHSC_EH.HSCRCompDevKn.Items[7]=K8 frmHSC_EH.HSCRCompDevKn.Hint=Kn value frmHSC_EH.HSCRCompDevNUM.Text=0 frmHSC_EH.HSCRCompDevNUM.Hint= frmHSC_EH.ckM1261.Caption=External reset mode frmHSC_EH.ckM1261.Hint=M1261 is used to specify the external reset mode of high-speed counter frmHSC_EH.M1261OpCode.Items[0]=LD frmHSC_EH.M1261OpCode.Items[1]=LDI frmHSC_EH.M1261OpCode.Items[2]=LDP frmHSC_EH.M1261OpCode.Items[3]=LDF frmHSC_EH.M1261OpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.M1261Operand.Items[0]=X frmHSC_EH.M1261Operand.Items[1]=Y frmHSC_EH.M1261Operand.Items[2]=M frmHSC_EH.M1261Operand.Items[3]=S frmHSC_EH.M1261Operand.Items[4]=T frmHSC_EH.M1261Operand.Items[5]=C frmHSC_EH.M1261Operand.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.SCRCondiDevNUM.Text=0 frmHSC_EH.SCRCondiDevNUM.Hint=Decide the conditional device number frmHSC_EH.SCRymsDevNUM.Text=0 frmHSC_EH.SCRymsDevNUM.Hint= frmHSC_EH.M1261OpNum.Text=0 frmHSC_EH.M1261OpNum.Hint=Decide the conditional device number frmHSC_EH.GroupBox11.Caption= frmHSC_EH.GroupBox11.Hint= frmHSC_EH.ckHHSZ.Caption=DHSZ frmHSC_EH.ckHHSZ.Hint=32-bit Zone comparison, DHSZ (High-Speed counter) frmHSC_EH.SZCondiOpCode.Items[0]=LD frmHSC_EH.SZCondiOpCode.Items[1]=LDI frmHSC_EH.SZCondiOpCode.Items[2]=LDP frmHSC_EH.SZCondiOpCode.Items[3]=LDF frmHSC_EH.SZCondiOpCode.Hint=Determine the opcode of conditional by pull-down menu frmHSC_EH.SZCondiDev.Items[0]=X frmHSC_EH.SZCondiDev.Items[1]=Y frmHSC_EH.SZCondiDev.Items[2]=M frmHSC_EH.SZCondiDev.Items[3]=S frmHSC_EH.SZCondiDev.Items[4]=T frmHSC_EH.SZCondiDev.Items[5]=C frmHSC_EH.SZCondiDev.Hint=Decide the conditional operand by pull-down menu frmHSC_EH.RadioGroup3.Caption=Designate action when count attains frmHSC_EH.rbSZyms.Caption=General device output frmHSC_EH.rbSZyms.Hint=The result of output is general device YMS output frmHSC_EH.SZymsDev.Items[0]=Y frmHSC_EH.SZymsDev.Items[1]=M frmHSC_EH.SZymsDev.Items[2]=S frmHSC_EH.SZymsDev.Hint=Pull down the list to decide the device of output frmHSC_EH.rbM1150.Caption=M1150 Multi-group setting comparison mode frmHSC_EH.rbM1150.Hint=The compare result is setting M1150 frmHSC_EH.rbM1152.Caption=M1152 Frequency control mode frmHSC_EH.rbM1152.Hint=The compare result is setting M1152 frmHSC_EH.GroupBox5.Caption= Compare value frmHSC_EH.GroupBox5.Hint= frmHSC_EH.Label52.Caption=Upper bound frmHSC_EH.Label52.Hint= frmHSC_EH.Label53.Caption=Lower bound frmHSC_EH.Label53.Hint= frmHSC_EH.HZComUpDev.Hint=The operand of upper-limit value of zone comparison frmHSC_EH.HZComUpDevEF.Items[0]= frmHSC_EH.HZComUpDevEF.Items[1]=E0 frmHSC_EH.HZComUpDevEF.Items[2]=E1 frmHSC_EH.HZComUpDevEF.Items[3]=E2 frmHSC_EH.HZComUpDevEF.Items[4]=E3 frmHSC_EH.HZComUpDevEF.Items[5]=E4 frmHSC_EH.HZComUpDevEF.Items[6]=E5 frmHSC_EH.HZComUpDevEF.Items[7]=E6 frmHSC_EH.HZComUpDevEF.Items[8]=E7 frmHSC_EH.HZComUpDevEF.Items[9]=F0 frmHSC_EH.HZComUpDevEF.Items[10]=F1 frmHSC_EH.HZComUpDevEF.Items[11]=F2 frmHSC_EH.HZComUpDevEF.Items[12]=F3 frmHSC_EH.HZComUpDevEF.Items[13]=F4 frmHSC_EH.HZComUpDevEF.Items[14]=F5 frmHSC_EH.HZComUpDevEF.Items[15]=F6 frmHSC_EH.HZComUpDevEF.Items[16]=F7 frmHSC_EH.HZComUpDevEF.Hint=Index register E,F frmHSC_EH.HZComDownDev.Hint=The operand of lower-limit value of zone comparison frmHSC_EH.HZComDownDevEF.Items[0]= frmHSC_EH.HZComDownDevEF.Items[1]=E0 frmHSC_EH.HZComDownDevEF.Items[2]=E1 frmHSC_EH.HZComDownDevEF.Items[3]=E2 frmHSC_EH.HZComDownDevEF.Items[4]=E3 frmHSC_EH.HZComDownDevEF.Items[5]=E4 frmHSC_EH.HZComDownDevEF.Items[6]=E5 frmHSC_EH.HZComDownDevEF.Items[7]=E6 frmHSC_EH.HZComDownDevEF.Items[8]=E7 frmHSC_EH.HZComDownDevEF.Items[9]=F0 frmHSC_EH.HZComDownDevEF.Items[10]=F1 frmHSC_EH.HZComDownDevEF.Items[11]=F2 frmHSC_EH.HZComDownDevEF.Items[12]=F3 frmHSC_EH.HZComDownDevEF.Items[13]=F4 frmHSC_EH.HZComDownDevEF.Items[14]=F5 frmHSC_EH.HZComDownDevEF.Items[15]=F6 frmHSC_EH.HZComDownDevEF.Items[16]=F7 frmHSC_EH.HZComDownDevEF.Hint=Index register E,F frmHSC_EH.HZComUpDevKn.Items[0]=K1 frmHSC_EH.HZComUpDevKn.Items[1]=K2 frmHSC_EH.HZComUpDevKn.Items[2]=K3 frmHSC_EH.HZComUpDevKn.Items[3]=K4 frmHSC_EH.HZComUpDevKn.Items[4]=K5 frmHSC_EH.HZComUpDevKn.Items[5]=K6 frmHSC_EH.HZComUpDevKn.Items[6]=K7 frmHSC_EH.HZComUpDevKn.Items[7]=K8 frmHSC_EH.HZComUpDevKn.Hint=Kn value frmHSC_EH.HZComDownDevKn.Items[0]=K1 frmHSC_EH.HZComDownDevKn.Items[1]=K2 frmHSC_EH.HZComDownDevKn.Items[2]=K3 frmHSC_EH.HZComDownDevKn.Items[3]=K4 frmHSC_EH.HZComDownDevKn.Items[4]=K5 frmHSC_EH.HZComDownDevKn.Items[5]=K6 frmHSC_EH.HZComDownDevKn.Items[6]=K7 frmHSC_EH.HZComDownDevKn.Items[7]=K8 frmHSC_EH.HZComDownDevKn.Hint=Kn value frmHSC_EH.HZComUpDevNUM.Text=0 frmHSC_EH.HZComUpDevNUM.Hint= frmHSC_EH.HZComDownDevNUM.Text=0 frmHSC_EH.HZComDownDevNUM.Hint= frmHSC_EH.SZCondiDevNUM.Text=0 frmHSC_EH.SZCondiDevNUM.Hint=Decide the conditional device number frmHSC_EH.SZymsDevNUM.Text=0 frmHSC_EH.SZymsDevNUM.Hint= frmHSC_EH.ClearAll_5.Caption=Reset frmHSC_EH.ClearAll_5.Hint=Reset all setting value of this page frmHSC_EH.Panel1.Caption= frmHSC_EH.PreBtn.Caption=Back frmHSC_EH.PreBtn.Hint= frmHSC_EH.NextBtn.Caption=Next frmHSC_EH.NextBtn.Hint= frmHSC_EH.BitBtn3.Caption=Exit frmHSC_EH.BitBtn3.Hint= [HSCESPfrm] HSCESPfrm.Caption= HSCESPfrm.PageGroup.Pages[0].Caption=Page_8 HSCESPfrm.PageGroup.Pages[1].Caption=Page_3 HSCESPfrm.Label21.Caption=Setting value HSCESPfrm.Label21.Hint= HSCESPfrm.Label22.Caption=Count direction HSCESPfrm.Label22.Hint= HSCESPfrm.Label23.Caption=The conditional clause for count up HSCESPfrm.Label23.Hint= HSCESPfrm.Label24.Caption=The conditional clause for count down HSCESPfrm.Label24.Hint= HSCESPfrm.Label25.Caption=Counter No. HSCESPfrm.Label25.Hint= HSCESPfrm.Label26.Caption=Conditional clause for detonate the counter HSCESPfrm.Label26.Hint= HSCESPfrm.Label27.Caption=Setting conditional HSCESPfrm.Label27.Hint= HSCESPfrm.Label28.Caption=Counting mode HSCESPfrm.Label28.Hint= HSCESPfrm.Label31.Caption=Input contact HSCESPfrm.Label31.Hint= HSCESPfrm.Type_Lab.Caption=SA/SX/SC HSCESPfrm.Type_Lab.Hint= HSCESPfrm.Label35.Caption=Set the parameter of High-speed counter HSCESPfrm.Label35.Hint= HSCESPfrm.Label40.Caption=Please pick a counter number and set relative parameters, and count mode (1-phase input, 1-phase 2 inputs, and 2-phase inputs). HSCESPfrm.Label40.Hint= HSCESPfrm.Label41.Caption=When the counting mode is 1-phase 1 input, please choose the counting direction (count up or count down) HSCESPfrm.Label41.Hint= HSCESPfrm.Label12.Caption=Pulse input frequency HSCESPfrm.Label12.Hint= HSCESPfrm.Label1.Caption=Rising/Falling edge Mode HSCESPfrm.Label1.Hint= HSCESPfrm.Panel4.Caption= HSCESPfrm.EsCDevCode.Items[0]=C235 HSCESPfrm.EsCDevCode.Items[1]=C236 HSCESPfrm.EsCDevCode.Items[2]=C237 HSCESPfrm.EsCDevCode.Items[3]=C238 HSCESPfrm.EsCDevCode.Items[4]=C241 HSCESPfrm.EsCDevCode.Items[5]=C242 HSCESPfrm.EsCDevCode.Items[6]=C244 HSCESPfrm.EsCDevCode.Hint=Choice counter number of DCNT instruction by pull-down menu HSCESPfrm.EspSetValueDev.Items[0]=K HSCESPfrm.EspSetValueDev.Items[1]=D HSCESPfrm.EspSetValueDev.Hint=The setting of counter can use constant K or register D(not includes special data register D1000~D1999) to be indricet setting HSCESPfrm.ckEspUpCount.Caption=Count up HSCESPfrm.ckEspUpCount.Hint=Accumulation counter HSCESPfrm.ckEspDownCount.Caption=Count down HSCESPfrm.ckEspDownCount.Hint=Decrease counter HSCESPfrm.EspUpOPCode.Items[0]=LD HSCESPfrm.EspUpOPCode.Items[1]=LDI HSCESPfrm.EspUpOPCode.Items[2]=LDP HSCESPfrm.EspUpOPCode.Items[3]=LDF HSCESPfrm.EspUpOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.EspUpOperand.Items[0]=X HSCESPfrm.EspUpOperand.Items[1]=Y HSCESPfrm.EspUpOperand.Items[2]=M HSCESPfrm.EspUpOperand.Items[3]=S HSCESPfrm.EspUpOperand.Items[4]=T HSCESPfrm.EspUpOperand.Items[5]=C HSCESPfrm.EspUpOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.EspDownOPCode.Items[0]=LD HSCESPfrm.EspDownOPCode.Items[1]=LDI HSCESPfrm.EspDownOPCode.Items[2]=LDP HSCESPfrm.EspDownOPCode.Items[3]=LDF HSCESPfrm.EspDownOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.EspDownOperand.Items[0]=X HSCESPfrm.EspDownOperand.Items[1]=Y HSCESPfrm.EspDownOperand.Items[2]=M HSCESPfrm.EspDownOperand.Items[3]=S HSCESPfrm.EspDownOperand.Items[4]=T HSCESPfrm.EspDownOperand.Items[5]=C HSCESPfrm.EspDownOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.ckEspSetDValue.Caption=Determine the store value for data register D HSCESPfrm.ckEspSetDValue.Hint=Predetermine the store value of data register D HSCESPfrm.ClearAll_8.Caption=Reset HSCESPfrm.ClearAll_8.Hint=Reset all setting value of this page HSCESPfrm.EspCountOPCode.Items[0]=LD HSCESPfrm.EspCountOPCode.Items[1]=LDI HSCESPfrm.EspCountOPCode.Items[2]=LDP HSCESPfrm.EspCountOPCode.Items[3]=LDF HSCESPfrm.EspCountOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.EspCountOperand.Items[0]=X HSCESPfrm.EspCountOperand.Items[1]=Y HSCESPfrm.EspCountOperand.Items[2]=M HSCESPfrm.EspCountOperand.Items[3]=S HSCESPfrm.EspCountOperand.Items[4]=T HSCESPfrm.EspCountOperand.Items[5]=C HSCESPfrm.EspCountOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.EspDValueOPCode.Items[0]=LD HSCESPfrm.EspDValueOPCode.Items[1]=LDI HSCESPfrm.EspDValueOPCode.Items[2]=LDP HSCESPfrm.EspDValueOPCode.Items[3]=LDF HSCESPfrm.EspDValueOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.EspDValueOperand.Items[0]=X HSCESPfrm.EspDValueOperand.Items[1]=Y HSCESPfrm.EspDValueOperand.Items[2]=M HSCESPfrm.EspDValueOperand.Items[3]=S HSCESPfrm.EspDValueOperand.Items[4]=T HSCESPfrm.EspDValueOperand.Items[5]=C HSCESPfrm.EspDValueOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.EsRb_1.Caption=1-phase input HSCESPfrm.EsRb_1.Hint=1-phase input, it is called Pulse/Direction mode HSCESPfrm.EsRb_2.Caption=1-phase 2 inputs HSCESPfrm.EsRb_2.Hint=1-phase 2 inputs, it is called CW/CCW mode HSCESPfrm.EsRb_3.Caption=2-phase inputs HSCESPfrm.EsRb_3.Hint=2-phase inputs, it is called AB-phase mode HSCESPfrm.EspCountOpNUM.Text=0 HSCESPfrm.EspCountOpNUM.Hint=Decide the conditional device number HSCESPfrm.EspSetValueNum.Text=1 HSCESPfrm.EspSetValueNum.Hint= HSCESPfrm.EspDValue.Text=0 HSCESPfrm.EspDValue.Hint= HSCESPfrm.EspDValueOpNUM.Text=0 HSCESPfrm.EspDValueOpNUM.Hint= HSCESPfrm.EspUpOpNUM.Text=0 HSCESPfrm.EspUpOpNUM.Hint= HSCESPfrm.EspDownOpNUM.Text=0 HSCESPfrm.EspDownOpNUM.Hint= HSCESPfrm.CountMode.Items[0]=Normal frequency HSCESPfrm.CountMode.Items[1]=Double frequency HSCESPfrm.CountMode.Items[2]=Four times frequency HSCESPfrm.CountMode.Hint=Decide the type of pulse input frequency by pull-down menu HSCESPfrm.UpDownMode.Items[0]=¤W½tp¼Æ HSCESPfrm.UpDownMode.Items[1]=¤U½tp¼Æ HSCESPfrm.UpDownMode.Items[2]=¤W¤U½tp¼Æ HSCESPfrm.UpDownMode.Hint=Decide the mode type of rising-edge or falling-edge by pull-down menu HSCESPfrm.GroupBox6.Caption= HSCESPfrm.GroupBox6.Hint= HSCESPfrm.ckSCS.Caption=DHSCS HSCESPfrm.ckSCS.Hint=32-bit High-Speed counter comparison set (DHSCS) HSCESPfrm.SCSOPCode.Items[0]=LD HSCESPfrm.SCSOPCode.Items[1]=LDI HSCESPfrm.SCSOPCode.Items[2]=LDP HSCESPfrm.SCSOPCode.Items[3]=LDF HSCESPfrm.SCSOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.SCSOperand.Items[0]=X HSCESPfrm.SCSOperand.Items[1]=Y HSCESPfrm.SCSOperand.Items[2]=M HSCESPfrm.SCSOperand.Items[3]=S HSCESPfrm.SCSOperand.Items[4]=T HSCESPfrm.SCSOperand.Items[5]=C HSCESPfrm.SCSOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.DHSCSOutput.Caption=Designate action when count attains HSCESPfrm.rbNormalYMS.Caption=General device output HSCESPfrm.rbNormalYMS.Hint=The result of output is general device YMS output HSCESPfrm.NOutputDev.Items[0]=Y HSCESPfrm.NOutputDev.Items[1]=M HSCESPfrm.NOutputDev.Items[2]=S HSCESPfrm.NOutputDev.Hint=Pull down the list to decide the device of output HSCESPfrm.NOutputEF.Items[0]= HSCESPfrm.NOutputEF.Items[1]=E0 HSCESPfrm.NOutputEF.Items[2]=E1 HSCESPfrm.NOutputEF.Items[3]=E2 HSCESPfrm.NOutputEF.Items[4]=E3 HSCESPfrm.NOutputEF.Items[5]=E4 HSCESPfrm.NOutputEF.Items[6]=E5 HSCESPfrm.NOutputEF.Items[7]=E6 HSCESPfrm.NOutputEF.Items[8]=E7 HSCESPfrm.NOutputEF.Items[9]=F0 HSCESPfrm.NOutputEF.Items[10]=F1 HSCESPfrm.NOutputEF.Items[11]=F2 HSCESPfrm.NOutputEF.Items[12]=F3 HSCESPfrm.NOutputEF.Items[13]=F4 HSCESPfrm.NOutputEF.Items[14]=F5 HSCESPfrm.NOutputEF.Items[15]=F6 HSCESPfrm.NOutputEF.Items[16]=F7 HSCESPfrm.NOutputEF.Hint=Index register E,F HSCESPfrm.rbInterrupt.Caption=Enable interrupt routine HSCESPfrm.rbInterrupt.Hint=The compare result of DHSCS is interrupt routine HSCESPfrm.InterrupEF.Items[0]= HSCESPfrm.InterrupEF.Items[1]=E0 HSCESPfrm.InterrupEF.Items[2]=E1 HSCESPfrm.InterrupEF.Items[3]=E2 HSCESPfrm.InterrupEF.Items[4]=E3 HSCESPfrm.InterrupEF.Items[5]=E4 HSCESPfrm.InterrupEF.Items[6]=E5 HSCESPfrm.InterrupEF.Items[7]=E6 HSCESPfrm.InterrupEF.Items[8]=E7 HSCESPfrm.InterrupEF.Items[9]=F0 HSCESPfrm.InterrupEF.Items[10]=F1 HSCESPfrm.InterrupEF.Items[11]=F2 HSCESPfrm.InterrupEF.Items[12]=F3 HSCESPfrm.InterrupEF.Items[13]=F4 HSCESPfrm.InterrupEF.Items[14]=F5 HSCESPfrm.InterrupEF.Items[15]=F6 HSCESPfrm.InterrupEF.Items[16]=F7 HSCESPfrm.InterrupEF.Hint=Index register E,F HSCESPfrm.ckStopInterrupt.Caption=Interrupt inhibit HSCESPfrm.ckStopInterrupt.Hint=Determine the conditional clause of interrupt disable HSCESPfrm.SIOPCode.Items[0]=LD HSCESPfrm.SIOPCode.Items[1]=LDI HSCESPfrm.SIOPCode.Items[2]=LDP HSCESPfrm.SIOPCode.Items[3]=LDF HSCESPfrm.SIOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.SIOperand.Items[0]=X HSCESPfrm.SIOperand.Items[1]=Y HSCESPfrm.SIOperand.Items[2]=M HSCESPfrm.SIOperand.Items[3]=S HSCESPfrm.SIOperand.Items[4]=T HSCESPfrm.SIOperand.Items[5]=C HSCESPfrm.SIOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.CompGroup1.Caption= Compare value HSCESPfrm.CompGroup1.Hint= HSCESPfrm.CompDev.Items[0]=K HSCESPfrm.CompDev.Items[1]=H HSCESPfrm.CompDev.Items[2]=KnX HSCESPfrm.CompDev.Items[3]=KnY HSCESPfrm.CompDev.Items[4]=KnM HSCESPfrm.CompDev.Items[5]=KnS HSCESPfrm.CompDev.Items[6]=T HSCESPfrm.CompDev.Items[7]=C HSCESPfrm.CompDev.Items[8]=D HSCESPfrm.CompDev.Items[9]=E HSCESPfrm.CompDev.Items[10]=F HSCESPfrm.CompDev.Hint=The operand of compare value HSCESPfrm.CompValueDev.Items[0]=K1 HSCESPfrm.CompValueDev.Items[1]=K2 HSCESPfrm.CompValueDev.Items[2]=K3 HSCESPfrm.CompValueDev.Items[3]=K4 HSCESPfrm.CompValueDev.Items[4]=K5 HSCESPfrm.CompValueDev.Items[5]=K6 HSCESPfrm.CompValueDev.Items[6]=K7 HSCESPfrm.CompValueDev.Items[7]=K8 HSCESPfrm.CompValueDev.Hint=Kn value HSCESPfrm.CompDevNUM.Text=0 HSCESPfrm.CompDevNUM.Hint= HSCESPfrm.CompValueEF.Items[0]= HSCESPfrm.CompValueEF.Items[1]=E0 HSCESPfrm.CompValueEF.Items[2]=E1 HSCESPfrm.CompValueEF.Items[3]=E2 HSCESPfrm.CompValueEF.Items[4]=E3 HSCESPfrm.CompValueEF.Items[5]=E4 HSCESPfrm.CompValueEF.Items[6]=E5 HSCESPfrm.CompValueEF.Items[7]=E6 HSCESPfrm.CompValueEF.Items[8]=E7 HSCESPfrm.CompValueEF.Items[9]=F0 HSCESPfrm.CompValueEF.Items[10]=F1 HSCESPfrm.CompValueEF.Items[11]=F2 HSCESPfrm.CompValueEF.Items[12]=F3 HSCESPfrm.CompValueEF.Items[13]=F4 HSCESPfrm.CompValueEF.Items[14]=F5 HSCESPfrm.CompValueEF.Items[15]=F6 HSCESPfrm.CompValueEF.Items[16]=F7 HSCESPfrm.CompValueEF.Hint=Index register E,F HSCESPfrm.StopInterupt.Text=M1059 HSCESPfrm.StopInterupt.Hint= HSCESPfrm.InterruptNUM.Items[0]=I010 HSCESPfrm.InterruptNUM.Items[1]=I020 HSCESPfrm.InterruptNUM.Items[2]=I030 HSCESPfrm.InterruptNUM.Items[3]=I040 HSCESPfrm.InterruptNUM.Items[4]=I050 HSCESPfrm.InterruptNUM.Items[5]=I060 HSCESPfrm.InterruptNUM.Hint=Decide interrupt number by pull-down menu HSCESPfrm.SCSOperandNUM.Text=0 HSCESPfrm.SCSOperandNUM.Hint=Decide the conditional device number HSCESPfrm.NOutputDevNUM.Text=0 HSCESPfrm.NOutputDevNUM.Hint= HSCESPfrm.SIOperandNUM.Text=0 HSCESPfrm.SIOperandNUM.Hint=Decide the conditional device number HSCESPfrm.GroupBox7.Caption= HSCESPfrm.GroupBox7.Hint= HSCESPfrm.ckSCR.Caption=DHSCR HSCESPfrm.ckSCR.Hint=32-bit High-Speed counter comparison reset (DHSCR) HSCESPfrm.SCROPCode.Items[0]=LD HSCESPfrm.SCROPCode.Items[1]=LDI HSCESPfrm.SCROPCode.Items[2]=LDP HSCESPfrm.SCROPCode.Items[3]=LDF HSCESPfrm.SCROPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.SCROperand.Items[0]=X HSCESPfrm.SCROperand.Items[1]=Y HSCESPfrm.SCROperand.Items[2]=M HSCESPfrm.SCROperand.Items[3]=S HSCESPfrm.SCROperand.Items[4]=T HSCESPfrm.SCROperand.Items[5]=C HSCESPfrm.SCROperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.RadioGroup4.Caption=Designate action when count attains HSCESPfrm.rbSCRNormal.Caption=General device output HSCESPfrm.rbSCRNormal.Hint=The result of output is general device YMS output HSCESPfrm.SCRNorDev.Items[0]=Y HSCESPfrm.SCRNorDev.Items[1]=M HSCESPfrm.SCRNorDev.Items[2]=S HSCESPfrm.SCRNorDev.Hint=Pull down the list to decide the device of output HSCESPfrm.SCRNorEF.Items[0]= HSCESPfrm.SCRNorEF.Items[1]=E0 HSCESPfrm.SCRNorEF.Items[2]=E1 HSCESPfrm.SCRNorEF.Items[3]=E2 HSCESPfrm.SCRNorEF.Items[4]=E3 HSCESPfrm.SCRNorEF.Items[5]=E4 HSCESPfrm.SCRNorEF.Items[6]=E5 HSCESPfrm.SCRNorEF.Items[7]=E6 HSCESPfrm.SCRNorEF.Items[8]=E7 HSCESPfrm.SCRNorEF.Items[9]=F0 HSCESPfrm.SCRNorEF.Items[10]=F1 HSCESPfrm.SCRNorEF.Items[11]=F2 HSCESPfrm.SCRNorEF.Items[12]=F3 HSCESPfrm.SCRNorEF.Items[13]=F4 HSCESPfrm.SCRNorEF.Items[14]=F5 HSCESPfrm.SCRNorEF.Items[15]=F6 HSCESPfrm.SCRNorEF.Items[16]=F7 HSCESPfrm.SCRNorEF.Hint=Index register E,F HSCESPfrm.rbCleanCounter.Caption=Reset the same Hight-speed counter HSCESPfrm.rbCleanCounter.Hint=The output result of DHSCR is to reset the counter itself HSCESPfrm.CompGroup2.Caption= Compare value HSCESPfrm.CompGroup2.Hint= HSCESPfrm.SCRCompDev.Items[0]=K HSCESPfrm.SCRCompDev.Items[1]=H HSCESPfrm.SCRCompDev.Items[2]=KnX HSCESPfrm.SCRCompDev.Items[3]=KnY HSCESPfrm.SCRCompDev.Items[4]=KnM HSCESPfrm.SCRCompDev.Items[5]=KnS HSCESPfrm.SCRCompDev.Items[6]=T HSCESPfrm.SCRCompDev.Items[7]=C HSCESPfrm.SCRCompDev.Items[8]=D HSCESPfrm.SCRCompDev.Items[9]=E HSCESPfrm.SCRCompDev.Items[10]=F HSCESPfrm.SCRCompDev.Hint=The operand of compare value HSCESPfrm.SCRCompKn.Items[0]=K1 HSCESPfrm.SCRCompKn.Items[1]=K2 HSCESPfrm.SCRCompKn.Items[2]=K3 HSCESPfrm.SCRCompKn.Items[3]=K4 HSCESPfrm.SCRCompKn.Items[4]=K5 HSCESPfrm.SCRCompKn.Items[5]=K6 HSCESPfrm.SCRCompKn.Items[6]=K7 HSCESPfrm.SCRCompKn.Items[7]=K8 HSCESPfrm.SCRCompKn.Hint=Kn value HSCESPfrm.SCRCompDevNUM.Text=0 HSCESPfrm.SCRCompDevNUM.Hint= HSCESPfrm.SCRCompEF.Items[0]= HSCESPfrm.SCRCompEF.Items[1]=E0 HSCESPfrm.SCRCompEF.Items[2]=E1 HSCESPfrm.SCRCompEF.Items[3]=E2 HSCESPfrm.SCRCompEF.Items[4]=E3 HSCESPfrm.SCRCompEF.Items[5]=E4 HSCESPfrm.SCRCompEF.Items[6]=E5 HSCESPfrm.SCRCompEF.Items[7]=E6 HSCESPfrm.SCRCompEF.Items[8]=E7 HSCESPfrm.SCRCompEF.Items[9]=F0 HSCESPfrm.SCRCompEF.Items[10]=F1 HSCESPfrm.SCRCompEF.Items[11]=F2 HSCESPfrm.SCRCompEF.Items[12]=F3 HSCESPfrm.SCRCompEF.Items[13]=F4 HSCESPfrm.SCRCompEF.Items[14]=F5 HSCESPfrm.SCRCompEF.Items[15]=F6 HSCESPfrm.SCRCompEF.Items[16]=F7 HSCESPfrm.SCRCompEF.Hint=Index register E,F HSCESPfrm.SCROperandNUM.Text=0 HSCESPfrm.SCROperandNUM.Hint=Decide the conditional device number HSCESPfrm.SCRDevNUM.Text=0 HSCESPfrm.SCRDevNUM.Hint= HSCESPfrm.GroupBox8.Caption= HSCESPfrm.GroupBox8.Hint= HSCESPfrm.ckSZ.Caption=DHSZ HSCESPfrm.ckSZ.Hint=32-bit Zone comparison, DHSZ (High-Speed counter) HSCESPfrm.SZOPCode.Items[0]=LD HSCESPfrm.SZOPCode.Items[1]=LDI HSCESPfrm.SZOPCode.Items[2]=LDP HSCESPfrm.SZOPCode.Items[3]=LDF HSCESPfrm.SZOPCode.Hint=Determine the opcode of conditional by pull-down menu HSCESPfrm.SZOperand.Items[0]=X HSCESPfrm.SZOperand.Items[1]=Y HSCESPfrm.SZOperand.Items[2]=M HSCESPfrm.SZOperand.Items[3]=S HSCESPfrm.SZOperand.Items[4]=T HSCESPfrm.SZOperand.Items[5]=C HSCESPfrm.SZOperand.Hint=Decide the conditional operand by pull-down menu HSCESPfrm.RadioGroup5.Caption=Designate action when count attains HSCESPfrm.SZNorDev.Items[0]=Y HSCESPfrm.SZNorDev.Items[1]=M HSCESPfrm.SZNorDev.Items[2]=S HSCESPfrm.SZNorDev.Hint=The operand of compare result HSCESPfrm.CompGroup3.Caption= Compare value HSCESPfrm.CompGroup3.Hint= HSCESPfrm.Label33.Caption=Upper bound HSCESPfrm.Label33.Hint= HSCESPfrm.Label34.Caption=Lower bound HSCESPfrm.Label34.Hint= HSCESPfrm.SZCompUpDev.Items[0]=K HSCESPfrm.SZCompUpDev.Items[1]=H HSCESPfrm.SZCompUpDev.Items[2]=KnX HSCESPfrm.SZCompUpDev.Items[3]=KnY HSCESPfrm.SZCompUpDev.Items[4]=KnM HSCESPfrm.SZCompUpDev.Items[5]=KnS HSCESPfrm.SZCompUpDev.Items[6]=T HSCESPfrm.SZCompUpDev.Items[7]=C HSCESPfrm.SZCompUpDev.Items[8]=D HSCESPfrm.SZCompUpDev.Items[9]=E HSCESPfrm.SZCompUpDev.Items[10]=F HSCESPfrm.SZCompUpDev.Hint=The operand of upper-limit value of zone comparison HSCESPfrm.SZCompUpEF.Items[0]= HSCESPfrm.SZCompUpEF.Items[1]=E0 HSCESPfrm.SZCompUpEF.Items[2]=E1 HSCESPfrm.SZCompUpEF.Items[3]=E2 HSCESPfrm.SZCompUpEF.Items[4]=E3 HSCESPfrm.SZCompUpEF.Items[5]=E4 HSCESPfrm.SZCompUpEF.Items[6]=E5 HSCESPfrm.SZCompUpEF.Items[7]=E6 HSCESPfrm.SZCompUpEF.Items[8]=E7 HSCESPfrm.SZCompUpEF.Items[9]=F0 HSCESPfrm.SZCompUpEF.Items[10]=F1 HSCESPfrm.SZCompUpEF.Items[11]=F2 HSCESPfrm.SZCompUpEF.Items[12]=F3 HSCESPfrm.SZCompUpEF.Items[13]=F4 HSCESPfrm.SZCompUpEF.Items[14]=F5 HSCESPfrm.SZCompUpEF.Items[15]=F6 HSCESPfrm.SZCompUpEF.Items[16]=F7 HSCESPfrm.SZCompUpEF.Hint=Index register E,F HSCESPfrm.SZCompDownDev.Items[0]=K HSCESPfrm.SZCompDownDev.Items[1]=H HSCESPfrm.SZCompDownDev.Items[2]=KnX HSCESPfrm.SZCompDownDev.Items[3]=KnY HSCESPfrm.SZCompDownDev.Items[4]=KnM HSCESPfrm.SZCompDownDev.Items[5]=KnS HSCESPfrm.SZCompDownDev.Items[6]=T HSCESPfrm.SZCompDownDev.Items[7]=C HSCESPfrm.SZCompDownDev.Items[8]=D HSCESPfrm.SZCompDownDev.Items[9]=E HSCESPfrm.SZCompDownDev.Items[10]=F HSCESPfrm.SZCompDownDev.Hint=The operand of lower-limit value of zone comparison HSCESPfrm.SZCompDownEF.Items[0]= HSCESPfrm.SZCompDownEF.Items[1]=E0 HSCESPfrm.SZCompDownEF.Items[2]=E1 HSCESPfrm.SZCompDownEF.Items[3]=E2 HSCESPfrm.SZCompDownEF.Items[4]=E3 HSCESPfrm.SZCompDownEF.Items[5]=E4 HSCESPfrm.SZCompDownEF.Items[6]=E5 HSCESPfrm.SZCompDownEF.Items[7]=E6 HSCESPfrm.SZCompDownEF.Items[8]=E7 HSCESPfrm.SZCompDownEF.Items[9]=F0 HSCESPfrm.SZCompDownEF.Items[10]=F1 HSCESPfrm.SZCompDownEF.Items[11]=F2 HSCESPfrm.SZCompDownEF.Items[12]=F3 HSCESPfrm.SZCompDownEF.Items[13]=F4 HSCESPfrm.SZCompDownEF.Items[14]=F5 HSCESPfrm.SZCompDownEF.Items[15]=F6 HSCESPfrm.SZCompDownEF.Items[16]=F7 HSCESPfrm.SZCompDownEF.Hint=Index register E,F HSCESPfrm.SZCompUpKn.Items[0]=K1 HSCESPfrm.SZCompUpKn.Items[1]=K2 HSCESPfrm.SZCompUpKn.Items[2]=K3 HSCESPfrm.SZCompUpKn.Items[3]=K4 HSCESPfrm.SZCompUpKn.Items[4]=K5 HSCESPfrm.SZCompUpKn.Items[5]=K6 HSCESPfrm.SZCompUpKn.Items[6]=K7 HSCESPfrm.SZCompUpKn.Items[7]=K8 HSCESPfrm.SZCompUpKn.Hint=Kn value HSCESPfrm.SZCompDownKn.Items[0]=K1 HSCESPfrm.SZCompDownKn.Items[1]=K2 HSCESPfrm.SZCompDownKn.Items[2]=K3 HSCESPfrm.SZCompDownKn.Items[3]=K4 HSCESPfrm.SZCompDownKn.Items[4]=K5 HSCESPfrm.SZCompDownKn.Items[5]=K6 HSCESPfrm.SZCompDownKn.Items[6]=K7 HSCESPfrm.SZCompDownKn.Items[7]=K8 HSCESPfrm.SZCompDownKn.Hint=Kn value HSCESPfrm.SZCompUpDevNUM.Text=0 HSCESPfrm.SZCompUpDevNUM.Hint= HSCESPfrm.SZCompDownDevNUM.Text=0 HSCESPfrm.SZCompDownDevNUM.Hint= HSCESPfrm.SZOperandNUM.Text=0 HSCESPfrm.SZOperandNUM.Hint=Decide the conditional device number HSCESPfrm.SZDevNUM.Text=0 HSCESPfrm.SZDevNUM.Hint= HSCESPfrm.ClearAll_2.Caption=Reset HSCESPfrm.ClearAll_2.Hint=Reset all setting value of this page HSCESPfrm.Panel1.Caption= HSCESPfrm.PreBtn.Caption=Back HSCESPfrm.PreBtn.Hint= HSCESPfrm.NextBtn.Caption=Next HSCESPfrm.NextBtn.Hint= HSCESPfrm.BitBtn3.Caption=Exit HSCESPfrm.BitBtn3.Hint= [frmOriContr] frmOriContr.Caption=Positioning Control Wizard frmOriContr.page.Pages[0].Caption=TabSheet1 frmOriContr.page.Pages[1].Caption=TabSheet2 frmOriContr.page.Pages[2].Caption=TabSheet3 frmOriContr.page.Pages[3].Caption=TabSheet4 frmOriContr.Label2.Caption=Positioning control wizard provides a convenient way to input the following instruction, include absolute current value read frmOriContr.Label2.Hint= frmOriContr.Label3.Caption=( ABSR ), variable speed pulse output ( PLSV ) and relative/absolute position control instruction ( DRVI / DRVA ). frmOriContr.Label3.Hint= frmOriContr.Label57.Caption=Notes when using positioning control instructions (ZRN, PLSV, DRVI, DRVA) and pulse output instructions (PLSY, PWM frmOriContr.Label57.Hint= frmOriContr.Label58.Caption=The current value register ( D1337 high word, D1336 low word ) of CH0 pulse or current value register ( D1339 high word, frmOriContr.Label58.Hint= frmOriContr.Label42.Caption=D1338 low word ) of CH1 will both be used in positioning control instructions and pulse output instructions and this will result frmOriContr.Label42.Hint= frmOriContr.Label59.Caption=in complicated operation. To avoid incorrect operation when pulse output instructions are required while positioning frmOriContr.Label59.Hint= frmOriContr.Label73.Caption=, PLSR) at the same time: frmOriContr.Label73.Hint= frmOriContr.Label77.Caption=control instructions are used, it is recommended to use positioning control instructions in place of pulse output instructions. frmOriContr.Label77.Hint= frmOriContr.GroupBox1.Caption=Common special data register setting of positioning control instruction - ZRN,DRVI,DRVA instruction frmOriContr.GroupBox1.Hint= frmOriContr.Label60.Caption=Note: When controlling stepping motor, please consider the resonance of stepping motor and limit of initial frequency. frmOriContr.Label60.Hint= frmOriContr.GroupBox11.Caption=CH0 First step acceleration and last step deceleration frmOriContr.GroupBox11.Hint= frmOriContr.Label92.Caption=Conditional clause frmOriContr.Label92.Hint=M1115 frmOriContr.Label4.Caption=Frequency frmOriContr.Label4.Hint=M1115 frmOriContr.Label5.Caption=Conditional clause frmOriContr.Label5.Hint=M1115 frmOriContr.Label6.Caption=Acc/Dec time frmOriContr.Label6.Hint=M1115 frmOriContr.ckD1340.Caption=Setting frequency (D1340) frmOriContr.ckD1340.Hint= frmOriContr.ckD1343.Caption=Setting Acceleration/Deceleration time (D1343) frmOriContr.ckD1343.Hint= frmOriContr.D1340Operand.Items[0]=X frmOriContr.D1340Operand.Items[1]=Y frmOriContr.D1340Operand.Items[2]=M frmOriContr.D1340Operand.Items[3]=S frmOriContr.D1340Operand.Items[4]=T frmOriContr.D1340Operand.Items[5]=C frmOriContr.D1340Operand.Hint=The device of operand of conditional clause frmOriContr.D1340OpCode.Items[0]=LD frmOriContr.D1340OpCode.Items[1]=LDI frmOriContr.D1340OpCode.Items[2]=LDP frmOriContr.D1340OpCode.Items[3]=LDF frmOriContr.D1340OpCode.Hint=The operator of conditional clause frmOriContr.D1340FreqVal.Hint=Setting speed can not less than 10Hz. If the speed is less than 10Hz or larger than the maximum output frequency, it will output by 10Hz. frmOriContr.D1343Operand.Items[0]=X frmOriContr.D1343Operand.Items[1]=Y frmOriContr.D1343Operand.Items[2]=M frmOriContr.D1343Operand.Items[3]=S frmOriContr.D1343Operand.Items[4]=T frmOriContr.D1343Operand.Items[5]=C frmOriContr.D1343Operand.Hint=The device of operand of conditional clause frmOriContr.D1343OpCode.Items[0]=LD frmOriContr.D1343OpCode.Items[1]=LDI frmOriContr.D1343OpCode.Items[2]=LDP frmOriContr.D1343OpCode.Items[3]=LDF frmOriContr.D1343OpCode.Hint=The operator of conditional clause frmOriContr.D1343Time.Hint=Setting range of Acceleration/Deceleration time 50ms - 5000 ms frmOriContr.D1340DevNum.Text=0 frmOriContr.D1340DevNum.Hint= frmOriContr.D1343DevNum.Text=0 frmOriContr.D1343DevNum.Hint= frmOriContr.GroupBox12.Caption=CH1 First step acceleration and last step deceleration frmOriContr.GroupBox12.Hint= frmOriContr.Label1.Caption=Conditional clause frmOriContr.Label1.Hint=M1115 frmOriContr.Label61.Caption=Frequency frmOriContr.Label61.Hint=M1115 frmOriContr.Label71.Caption=Conditional clause frmOriContr.Label71.Hint=M1115 frmOriContr.Label72.Caption=Acc/Dec time frmOriContr.Label72.Hint=M1115 frmOriContr.ckD1352.Caption=Setting frequency (D1352) frmOriContr.ckD1352.Hint= frmOriContr.ckD1353.Caption=Setting Acceleration/Deceleration time (D1353) frmOriContr.ckD1353.Hint= frmOriContr.D1352Operand.Items[0]=X frmOriContr.D1352Operand.Items[1]=Y frmOriContr.D1352Operand.Items[2]=M frmOriContr.D1352Operand.Items[3]=S frmOriContr.D1352Operand.Items[4]=T frmOriContr.D1352Operand.Items[5]=C frmOriContr.D1352Operand.Hint=The device of operand of conditional clause frmOriContr.D1352OpCode.Items[0]=LD frmOriContr.D1352OpCode.Items[1]=LDI frmOriContr.D1352OpCode.Items[2]=LDP frmOriContr.D1352OpCode.Items[3]=LDF frmOriContr.D1352OpCode.Hint=The operator of conditional clause frmOriContr.D1352FreqVal.Hint=Setting speed can not less than 10Hz. If the speed is less than 10Hz or larger than the maximum output frequency, it will output by 10Hz. frmOriContr.D1353Operand.Items[0]=X frmOriContr.D1353Operand.Items[1]=Y frmOriContr.D1353Operand.Items[2]=M frmOriContr.D1353Operand.Items[3]=S frmOriContr.D1353Operand.Items[4]=T frmOriContr.D1353Operand.Items[5]=C frmOriContr.D1353Operand.Hint=The device of operand of conditional clause frmOriContr.D1353OpCode.Items[0]=LD frmOriContr.D1353OpCode.Items[1]=LDI frmOriContr.D1353OpCode.Items[2]=LDP frmOriContr.D1353OpCode.Items[3]=LDF frmOriContr.D1353OpCode.Hint=The operator of conditional clause frmOriContr.D1353Time.Hint=Setting range of Acceleration/Deceleration time 50ms - 5000 ms frmOriContr.D1352DevNum.Text=0 frmOriContr.D1352DevNum.Hint= frmOriContr.D1353DevNum.Text=0 frmOriContr.D1353DevNum.Hint= frmOriContr.GroupBox3.Caption= frmOriContr.GroupBox3.Hint= frmOriContr.Label10.Caption=Conditional clause frmOriContr.Label10.Hint=M1115 frmOriContr.Label11.Caption=Zero point return speed frmOriContr.Label11.Hint= frmOriContr.Label12.Caption=Creep speed frmOriContr.Label12.Hint= frmOriContr.Label13.Caption=Near point signal (DOG) frmOriContr.Label13.Hint= frmOriContr.Label14.Caption=Pulse output device frmOriContr.Label14.Hint= frmOriContr.Label16.Caption=Conditional clause frmOriContr.Label16.Hint=M1115 frmOriContr.GroupBox10.Caption=Relative setting of pulse output (For EH Series) frmOriContr.GroupBox10.Hint= frmOriContr.Label15.Caption=Conditional clause frmOriContr.Label15.Hint=M1115 frmOriContr.Label51.Caption=Conditional clause frmOriContr.Label51.Hint=M1115 frmOriContr.Label52.Caption=Output format frmOriContr.Label52.Hint=M1115 frmOriContr.ckZRN_end.Caption=Output pulse while END instruction is executed frmOriContr.ckZRN_end.Hint=When M1010=On, Y0,Y1 and Y2,Y3 will output pulse while END command is ececuted. When output starts, M1010 will automatically turn off frmOriContr.ZRN_endOpCode.Items[0]=LD frmOriContr.ZRN_endOpCode.Items[1]=LDI frmOriContr.ZRN_endOpCode.Items[2]=LDP frmOriContr.ZRN_endOpCode.Items[3]=LDF frmOriContr.ZRN_endOpCode.Hint=The operator of conditional clause frmOriContr.ZRN_endOperand.Items[0]=X frmOriContr.ZRN_endOperand.Items[1]=Y frmOriContr.ZRN_endOperand.Items[2]=M frmOriContr.ZRN_endOperand.Items[3]=S frmOriContr.ZRN_endOperand.Items[4]=T frmOriContr.ZRN_endOperand.Items[5]=C frmOriContr.ZRN_endOperand.Hint=The device of operand of conditional clause frmOriContr.ckSetZRN_Pul.Caption=The phase setting of pulse output frmOriContr.ckSetZRN_Pul.Hint= frmOriContr.ZRN_PulOpCode.Items[0]=LD frmOriContr.ZRN_PulOpCode.Items[1]=LDI frmOriContr.ZRN_PulOpCode.Items[2]=LDP frmOriContr.ZRN_PulOpCode.Items[3]=LDF frmOriContr.ZRN_PulOpCode.Hint=The operator of conditional clause frmOriContr.ZRN_PulOperand.Items[0]=X frmOriContr.ZRN_PulOperand.Items[1]=Y frmOriContr.ZRN_PulOperand.Items[2]=M frmOriContr.ZRN_PulOperand.Items[3]=S frmOriContr.ZRN_PulOperand.Items[4]=T frmOriContr.ZRN_PulOperand.Items[5]=C frmOriContr.ZRN_PulOperand.Hint=The device of operand of conditional clause frmOriContr.ZRN_PulStyle.Items[0]=Y0 output frmOriContr.ZRN_PulStyle.Items[1]=Y0 Y1 AB phase output (A leads B) frmOriContr.ZRN_PulStyle.Items[2]=Y0 Y1 AB phase output (B leads A) frmOriContr.ZRN_PulStyle.Items[3]=Y1 output frmOriContr.ZRN_PulStyle.Hint= frmOriContr.ZRN_endDevNum.Text=0 frmOriContr.ZRN_endDevNum.Hint= frmOriContr.ZRN_PulDevNum.Text=0 frmOriContr.ZRN_PulDevNum.Hint= frmOriContr.ckZRN.Caption=ZRN Zero Point Return frmOriContr.ckZRN.Hint=This instruction is applicable to the Servo motor equipped with absolute positioning function is connected frmOriContr.ZRNOperand.Items[0]=X frmOriContr.ZRNOperand.Items[1]=Y frmOriContr.ZRNOperand.Items[2]=M frmOriContr.ZRNOperand.Items[3]=S frmOriContr.ZRNOperand.Items[4]=T frmOriContr.ZRNOperand.Items[5]=C frmOriContr.ZRNOperand.Hint=The device of operand of conditional clause frmOriContr.OrignDev.Items[0]=K frmOriContr.OrignDev.Items[1]=H frmOriContr.OrignDev.Items[2]=KnX frmOriContr.OrignDev.Items[3]=KnY frmOriContr.OrignDev.Items[4]=KnM frmOriContr.OrignDev.Items[5]=KnS frmOriContr.OrignDev.Items[6]=T frmOriContr.OrignDev.Items[7]=C frmOriContr.OrignDev.Items[8]=D frmOriContr.OrignDev.Items[9]=E frmOriContr.OrignDev.Items[10]=F frmOriContr.OrignDev.Hint=Operand device frmOriContr.OrignKn.Items[0]=K1 frmOriContr.OrignKn.Items[1]=K2 frmOriContr.OrignKn.Items[2]=K3 frmOriContr.OrignKn.Items[3]=K4 frmOriContr.OrignKn.Hint=Kn value frmOriContr.OrignNum.Text=10 frmOriContr.OrignNum.Hint=Device number frmOriContr.OrignEF.Items[0]= frmOriContr.OrignEF.Items[1]=E0 frmOriContr.OrignEF.Items[2]=E1 frmOriContr.OrignEF.Items[3]=E2 frmOriContr.OrignEF.Items[4]=E3 frmOriContr.OrignEF.Items[5]=E4 frmOriContr.OrignEF.Items[6]=E5 frmOriContr.OrignEF.Items[7]=E6 frmOriContr.OrignEF.Items[8]=E7 frmOriContr.OrignEF.Items[9]=F0 frmOriContr.OrignEF.Items[10]=F1 frmOriContr.OrignEF.Items[11]=F2 frmOriContr.OrignEF.Items[12]=F3 frmOriContr.OrignEF.Items[13]=F4 frmOriContr.OrignEF.Items[14]=F5 frmOriContr.OrignEF.Items[15]=F6 frmOriContr.OrignEF.Items[16]=F7 frmOriContr.OrignEF.Hint=Index register E,F frmOriContr.ZRNOpCode.Items[0]=LD frmOriContr.ZRNOpCode.Items[1]=LDI frmOriContr.ZRNOpCode.Items[2]=LDP frmOriContr.ZRNOpCode.Items[3]=LDF frmOriContr.ZRNOpCode.Hint=The operator of conditional clause frmOriContr.SpeedDev.Items[0]=K frmOriContr.SpeedDev.Items[1]=H frmOriContr.SpeedDev.Items[2]=KnX frmOriContr.SpeedDev.Items[3]=KnY frmOriContr.SpeedDev.Items[4]=KnM frmOriContr.SpeedDev.Items[5]=KnS frmOriContr.SpeedDev.Items[6]=T frmOriContr.SpeedDev.Items[7]=C frmOriContr.SpeedDev.Items[8]=D frmOriContr.SpeedDev.Items[9]=E frmOriContr.SpeedDev.Items[10]=F frmOriContr.SpeedDev.Hint=Operand device frmOriContr.SpeedKn.Items[0]=K1 frmOriContr.SpeedKn.Items[1]=K2 frmOriContr.SpeedKn.Items[2]=K3 frmOriContr.SpeedKn.Items[3]=K4 frmOriContr.SpeedKn.Hint=Kn value frmOriContr.SpeedNum.Text=10 frmOriContr.SpeedNum.Hint=Device number frmOriContr.SpeedEF.Items[0]= frmOriContr.SpeedEF.Items[1]=E0 frmOriContr.SpeedEF.Items[2]=E1 frmOriContr.SpeedEF.Items[3]=E2 frmOriContr.SpeedEF.Items[4]=E3 frmOriContr.SpeedEF.Items[5]=E4 frmOriContr.SpeedEF.Items[6]=E5 frmOriContr.SpeedEF.Items[7]=E6 frmOriContr.SpeedEF.Items[8]=E7 frmOriContr.SpeedEF.Items[9]=F0 frmOriContr.SpeedEF.Items[10]=F1 frmOriContr.SpeedEF.Items[11]=F2 frmOriContr.SpeedEF.Items[12]=F3 frmOriContr.SpeedEF.Items[13]=F4 frmOriContr.SpeedEF.Items[14]=F5 frmOriContr.SpeedEF.Items[15]=F6 frmOriContr.SpeedEF.Items[16]=F7 frmOriContr.SpeedEF.Hint=Index register E,F frmOriContr.DOGDev.Items[0]=X frmOriContr.DOGDev.Items[1]=Y frmOriContr.DOGDev.Items[2]=M frmOriContr.DOGDev.Items[3]=S frmOriContr.DOGDev.Hint=Operand device frmOriContr.ZRNOutput.Items[0]=Y0 frmOriContr.ZRNOutput.Items[1]=Y2 frmOriContr.ZRNOutput.Hint=Please use transistor output as output module frmOriContr.Panel2.Caption= frmOriContr.ZRN_16.Caption=16 Bits frmOriContr.ZRN_16.Hint=ZRN 16-bit instruction frmOriContr.ZRN_32.Caption=32 Bits frmOriContr.ZRN_32.Hint=ZRN 32-bit instruction frmOriContr.ckM1346.Caption=Setting reset flag M1346 frmOriContr.ckM1346.Hint=When reset flag M1346 = ON, the reset signal is sent to the servo drive when zero point turn is completed. frmOriContr.M1346OpCode.Items[0]=LD frmOriContr.M1346OpCode.Items[1]=LDI frmOriContr.M1346OpCode.Items[2]=LDP frmOriContr.M1346OpCode.Items[3]=LDF frmOriContr.M1346OpCode.Hint=The operator of conditional clause frmOriContr.M1346Operand.Items[0]=X frmOriContr.M1346Operand.Items[1]=Y frmOriContr.M1346Operand.Items[2]=M frmOriContr.M1346Operand.Items[3]=S frmOriContr.M1346Operand.Items[4]=T frmOriContr.M1346Operand.Items[5]=C frmOriContr.M1346Operand.Hint=The device of operand of conditional clause frmOriContr.ZRNDevNum.Text=0 frmOriContr.ZRNDevNum.Hint= frmOriContr.DOGNum.Text=0 frmOriContr.DOGNum.Hint= frmOriContr.M1346Num.Text=0 frmOriContr.M1346Num.Hint= frmOriContr.GroupBox2.Caption= frmOriContr.GroupBox2.Hint= frmOriContr.Label75.Caption=Conditional clause frmOriContr.Label75.Hint=M1115 frmOriContr.Label7.Caption=Input signal from Servo frmOriContr.Label7.Hint= frmOriContr.Label8.Caption=Control signal for controlling Servo frmOriContr.Label8.Hint= frmOriContr.Label9.Caption=Absolute position data read from Servo frmOriContr.Label9.Hint= frmOriContr.Label62.Caption=The Servo motor with absolute positioning frmOriContr.Label62.Hint= frmOriContr.Label63.Caption=function should be rotated more than one frmOriContr.Label63.Hint= frmOriContr.Label64.Caption=revolution and given the reset signal before frmOriContr.Label64.Hint= frmOriContr.Label65.Caption=manufacturing equipments. Please use one frmOriContr.Label65.Hint= frmOriContr.Label66.Caption=of the following methods to proceed the first frmOriContr.Label66.Hint= frmOriContr.Label67.Caption=time zero point return: frmOriContr.Label67.Hint= frmOriContr.Label68.Caption=1. Execute ZRN instruction. frmOriContr.Label68.Hint= frmOriContr.Label69.Caption=2. After using JOG or manual operation to frmOriContr.Label69.Hint= frmOriContr.Label70.Caption=adjust the zero point position of the equ- frmOriContr.Label70.Hint= frmOriContr.Label80.Caption=ipment, input reset signal SERVO AMP. frmOriContr.Label80.Hint= frmOriContr.ckDABSR.Caption=DABSR Absolute Current Value Read - 32 -bit instruction frmOriContr.ckDABSR.Hint=This instruction provides continuous absolute position data read function of mitsubishi servo drive MR-J2 (with absolute position check function) frmOriContr.DABSROpCode.Items[0]=LD frmOriContr.DABSROpCode.Items[1]=LDI frmOriContr.DABSROpCode.Hint=The operator of conditional clause frmOriContr.DABSROperand.Items[0]=X frmOriContr.DABSROperand.Items[1]=Y frmOriContr.DABSROperand.Items[2]=M frmOriContr.DABSROperand.Items[3]=S frmOriContr.DABSROperand.Items[4]=T frmOriContr.DABSROperand.Items[5]=C frmOriContr.DABSROperand.Hint=The device of operand of conditional clause frmOriContr.InputSignalDev.Items[0]=X frmOriContr.InputSignalDev.Items[1]=Y frmOriContr.InputSignalDev.Items[2]=M frmOriContr.InputSignalDev.Items[3]=S frmOriContr.InputSignalDev.Hint=Operand device frmOriContr.InputSignalEF.Items[0]= frmOriContr.InputSignalEF.Items[1]=E0 frmOriContr.InputSignalEF.Items[2]=E1 frmOriContr.InputSignalEF.Items[3]=E2 frmOriContr.InputSignalEF.Items[4]=E3 frmOriContr.InputSignalEF.Items[5]=E4 frmOriContr.InputSignalEF.Items[6]=E5 frmOriContr.InputSignalEF.Items[7]=E6 frmOriContr.InputSignalEF.Items[8]=E7 frmOriContr.InputSignalEF.Items[9]=F0 frmOriContr.InputSignalEF.Items[10]=F1 frmOriContr.InputSignalEF.Items[11]=F2 frmOriContr.InputSignalEF.Items[12]=F3 frmOriContr.InputSignalEF.Items[13]=F4 frmOriContr.InputSignalEF.Items[14]=F5 frmOriContr.InputSignalEF.Items[15]=F6 frmOriContr.InputSignalEF.Items[16]=F7 frmOriContr.InputSignalEF.Hint=Index register E,F frmOriContr.ContSignalDev.Items[0]=Y frmOriContr.ContSignalDev.Items[1]=M frmOriContr.ContSignalDev.Items[2]=S frmOriContr.ContSignalDev.Hint=Operand device frmOriContr.ContSignalEF.Items[0]= frmOriContr.ContSignalEF.Items[1]=E0 frmOriContr.ContSignalEF.Items[2]=E1 frmOriContr.ContSignalEF.Items[3]=E2 frmOriContr.ContSignalEF.Items[4]=E3 frmOriContr.ContSignalEF.Items[5]=E4 frmOriContr.ContSignalEF.Items[6]=E5 frmOriContr.ContSignalEF.Items[7]=E6 frmOriContr.ContSignalEF.Items[8]=E7 frmOriContr.ContSignalEF.Items[9]=F0 frmOriContr.ContSignalEF.Items[10]=F1 frmOriContr.ContSignalEF.Items[11]=F2 frmOriContr.ContSignalEF.Items[12]=F3 frmOriContr.ContSignalEF.Items[13]=F4 frmOriContr.ContSignalEF.Items[14]=F5 frmOriContr.ContSignalEF.Items[15]=F6 frmOriContr.ContSignalEF.Items[16]=F7 frmOriContr.ContSignalEF.Hint=Index register E,F frmOriContr.ABSDev.Items[0]=KnY frmOriContr.ABSDev.Items[1]=KnM frmOriContr.ABSDev.Items[2]=KnS frmOriContr.ABSDev.Items[3]=T frmOriContr.ABSDev.Items[4]=C frmOriContr.ABSDev.Items[5]=D frmOriContr.ABSDev.Items[6]=E frmOriContr.ABSDev.Items[7]=F frmOriContr.ABSDev.Hint=Operand device frmOriContr.ABSKn.Items[0]=K1 frmOriContr.ABSKn.Items[1]=K2 frmOriContr.ABSKn.Items[2]=K3 frmOriContr.ABSKn.Items[3]=K4 frmOriContr.ABSKn.Items[4]=K5 frmOriContr.ABSKn.Items[5]=K6 frmOriContr.ABSKn.Items[6]=K7 frmOriContr.ABSKn.Items[7]=K8 frmOriContr.ABSKn.Hint=Kn value frmOriContr.ABSEF.Items[0]= frmOriContr.ABSEF.Items[1]=E0 frmOriContr.ABSEF.Items[2]=E1 frmOriContr.ABSEF.Items[3]=E2 frmOriContr.ABSEF.Items[4]=E3 frmOriContr.ABSEF.Items[5]=E4 frmOriContr.ABSEF.Items[6]=E5 frmOriContr.ABSEF.Items[7]=E6 frmOriContr.ABSEF.Items[8]=E7 frmOriContr.ABSEF.Items[9]=F0 frmOriContr.ABSEF.Items[10]=F1 frmOriContr.ABSEF.Items[11]=F2 frmOriContr.ABSEF.Items[12]=F3 frmOriContr.ABSEF.Items[13]=F4 frmOriContr.ABSEF.Items[14]=F5 frmOriContr.ABSEF.Items[15]=F6 frmOriContr.ABSEF.Items[16]=F7 frmOriContr.ABSEF.Hint=Index register E,F frmOriContr.ckM1029.Caption=After the instruction execution completed, the flag M1029 will be reset frmOriContr.ckM1029.Hint=When DABSR instruction drive contact turns ON and read starts, the command execution completed flag M1029 will be energized. The flag must be reset by user. frmOriContr.DABSRDevNum.Text=0 frmOriContr.DABSRDevNum.Hint= frmOriContr.ABSNum.Text=0 frmOriContr.ABSNum.Hint= frmOriContr.InputSignalNum.Text=0 frmOriContr.InputSignalNum.Hint= frmOriContr.ContSignalNum.Text=0 frmOriContr.ContSignalNum.Hint= frmOriContr.GroupBox4.Caption= frmOriContr.GroupBox4.Hint= frmOriContr.Label17.Caption=Conditional clause frmOriContr.Label17.Hint=M1115 frmOriContr.Label18.Caption=Pulse output frequency frmOriContr.Label18.Hint= frmOriContr.Label19.Caption=Pulse output device frmOriContr.Label19.Hint= frmOriContr.Label20.Caption=Rotation direction signal frmOriContr.Label20.Hint= frmOriContr.Label23.Caption=Conditional clause frmOriContr.Label23.Hint=M1115 frmOriContr.Label24.Caption=Start setting of ramp signal frmOriContr.Label24.Hint=M1115 frmOriContr.Label25.Caption=End setting of ramp signal frmOriContr.Label25.Hint=M1115 frmOriContr.Label26.Caption=Current value of ramp signal frmOriContr.Label26.Hint=M1115 frmOriContr.Label27.Caption=Scan times frmOriContr.Label27.Hint=M1115 frmOriContr.Label28.Caption=D frmOriContr.Label28.Hint= frmOriContr.Label29.Caption=D frmOriContr.Label29.Hint= frmOriContr.Label30.Caption=D frmOriContr.Label30.Hint= frmOriContr.Label31.Caption=RAMP is used to get a ramp signal. A ramp signal frmOriContr.Label31.Hint= frmOriContr.Label34.Caption=Conditional clause frmOriContr.Label34.Hint=M1115 frmOriContr.Label35.Caption=Setting value frmOriContr.Label35.Hint=M1115 frmOriContr.Label74.Caption=PLSV instruction do not has acceleration/deceleration setting frmOriContr.Label74.Hint= frmOriContr.Label76.Caption=function. If cushion start and stop is desired, please increase or frmOriContr.Label76.Hint= frmOriContr.Label47.Caption=(ms) frmOriContr.Label47.Hint= frmOriContr.Label78.Caption=decrease the output pulse frequency by using RAMP instruction. frmOriContr.Label78.Hint= frmOriContr.Label32.Caption=has a strong connection with linear and scan time. frmOriContr.Label32.Hint= frmOriContr.Label33.Caption=Therefore, must fix the scan time before using this frmOriContr.Label33.Hint= frmOriContr.Label79.Caption=RAMP instruction. frmOriContr.Label79.Hint= frmOriContr.ckPLSV.Caption=PLSV Variable Speed Pulse Output frmOriContr.ckPLSV.Hint= frmOriContr.PLSVOperand.Items[0]=X frmOriContr.PLSVOperand.Items[1]=Y frmOriContr.PLSVOperand.Items[2]=M frmOriContr.PLSVOperand.Items[3]=S frmOriContr.PLSVOperand.Items[4]=T frmOriContr.PLSVOperand.Items[5]=C frmOriContr.PLSVOperand.Hint=The device of operand of conditional clause frmOriContr.OutFreqDev.Items[0]=K frmOriContr.OutFreqDev.Items[1]=H frmOriContr.OutFreqDev.Items[2]=KnX frmOriContr.OutFreqDev.Items[3]=KnY frmOriContr.OutFreqDev.Items[4]=KnM frmOriContr.OutFreqDev.Items[5]=KnS frmOriContr.OutFreqDev.Items[6]=T frmOriContr.OutFreqDev.Items[7]=C frmOriContr.OutFreqDev.Items[8]=D frmOriContr.OutFreqDev.Items[9]=E frmOriContr.OutFreqDev.Items[10]=F frmOriContr.OutFreqDev.Hint=Operand device frmOriContr.OutFreqKn.Items[0]=K1 frmOriContr.OutFreqKn.Items[1]=K2 frmOriContr.OutFreqKn.Items[2]=K3 frmOriContr.OutFreqKn.Items[3]=K4 frmOriContr.OutFreqKn.Hint=Kn value frmOriContr.OutFreqNum.Text=1 frmOriContr.OutFreqNum.Hint=Setting range : K0~K32767 frmOriContr.OutFreqEF.Items[0]= frmOriContr.OutFreqEF.Items[1]=E0 frmOriContr.OutFreqEF.Items[2]=E1 frmOriContr.OutFreqEF.Items[3]=E2 frmOriContr.OutFreqEF.Items[4]=E3 frmOriContr.OutFreqEF.Items[5]=E4 frmOriContr.OutFreqEF.Items[6]=E5 frmOriContr.OutFreqEF.Items[7]=E6 frmOriContr.OutFreqEF.Items[8]=E7 frmOriContr.OutFreqEF.Items[9]=F0 frmOriContr.OutFreqEF.Items[10]=F1 frmOriContr.OutFreqEF.Items[11]=F2 frmOriContr.OutFreqEF.Items[12]=F3 frmOriContr.OutFreqEF.Items[13]=F4 frmOriContr.OutFreqEF.Items[14]=F5 frmOriContr.OutFreqEF.Items[15]=F6 frmOriContr.OutFreqEF.Items[16]=F7 frmOriContr.OutFreqEF.Hint=Index register E,F frmOriContr.PLSVOpCode.Items[0]=LD frmOriContr.PLSVOpCode.Items[1]=LDI frmOriContr.PLSVOpCode.Items[2]=LDP frmOriContr.PLSVOpCode.Items[3]=LDF frmOriContr.PLSVOpCode.Hint=The operator of conditional clause frmOriContr.ReSignOutDev.Items[0]=Y frmOriContr.ReSignOutDev.Items[1]=M frmOriContr.ReSignOutDev.Items[2]=S frmOriContr.ReSignOutDev.Hint=Operand device frmOriContr.Panel3.Caption= frmOriContr.PLSV_16.Caption=16 Bits frmOriContr.PLSV_16.Hint=PLSV 16-bit instruction frmOriContr.PLSV_32.Caption=32 Bits frmOriContr.PLSV_32.Hint=PLSV 32-bit instruction frmOriContr.ckRAMP.Caption=RAMP Ramp Signal frmOriContr.ckRAMP.Hint= frmOriContr.RAMPOpCode.Items[0]=LD frmOriContr.RAMPOpCode.Items[1]=LDI frmOriContr.RAMPOpCode.Items[2]=LDP frmOriContr.RAMPOpCode.Items[3]=LDF frmOriContr.RAMPOpCode.Hint=The operator of conditional clause frmOriContr.RAMPOperand.Items[0]=X frmOriContr.RAMPOperand.Items[1]=Y frmOriContr.RAMPOperand.Items[2]=M frmOriContr.RAMPOperand.Items[3]=S frmOriContr.RAMPOperand.Items[4]=T frmOriContr.RAMPOperand.Items[5]=C frmOriContr.RAMPOperand.Hint=The device of operand of conditional clause frmOriContr.SkewSiglStrNum.Hint=Device number frmOriContr.ScanTimeDev.Items[0]=K frmOriContr.ScanTimeDev.Items[1]=H frmOriContr.ScanTimeDev.Hint=Operand device frmOriContr.SkewSiglStrEF.Items[0]= frmOriContr.SkewSiglStrEF.Items[1]=E0 frmOriContr.SkewSiglStrEF.Items[2]=E1 frmOriContr.SkewSiglStrEF.Items[3]=E2 frmOriContr.SkewSiglStrEF.Items[4]=E3 frmOriContr.SkewSiglStrEF.Items[5]=E4 frmOriContr.SkewSiglStrEF.Items[6]=E5 frmOriContr.SkewSiglStrEF.Items[7]=E6 frmOriContr.SkewSiglStrEF.Items[8]=E7 frmOriContr.SkewSiglStrEF.Items[9]=F0 frmOriContr.SkewSiglStrEF.Items[10]=F1 frmOriContr.SkewSiglStrEF.Items[11]=F2 frmOriContr.SkewSiglStrEF.Items[12]=F3 frmOriContr.SkewSiglStrEF.Items[13]=F4 frmOriContr.SkewSiglStrEF.Items[14]=F5 frmOriContr.SkewSiglStrEF.Items[15]=F6 frmOriContr.SkewSiglStrEF.Items[16]=F7 frmOriContr.SkewSiglStrEF.Hint=Index register E,F frmOriContr.SkewSiglEndEF.Items[0]= frmOriContr.SkewSiglEndEF.Items[1]=E0 frmOriContr.SkewSiglEndEF.Items[2]=E1 frmOriContr.SkewSiglEndEF.Items[3]=E2 frmOriContr.SkewSiglEndEF.Items[4]=E3 frmOriContr.SkewSiglEndEF.Items[5]=E4 frmOriContr.SkewSiglEndEF.Items[6]=E5 frmOriContr.SkewSiglEndEF.Items[7]=E6 frmOriContr.SkewSiglEndEF.Items[8]=E7 frmOriContr.SkewSiglEndEF.Items[9]=F0 frmOriContr.SkewSiglEndEF.Items[10]=F1 frmOriContr.SkewSiglEndEF.Items[11]=F2 frmOriContr.SkewSiglEndEF.Items[12]=F3 frmOriContr.SkewSiglEndEF.Items[13]=F4 frmOriContr.SkewSiglEndEF.Items[14]=F5 frmOriContr.SkewSiglEndEF.Items[15]=F6 frmOriContr.SkewSiglEndEF.Items[16]=F7 frmOriContr.SkewSiglEndEF.Hint=Index register E,F frmOriContr.SkewSiglEndNum.Hint=Device number frmOriContr.SkewSiglValEF.Items[0]= frmOriContr.SkewSiglValEF.Items[1]=E0 frmOriContr.SkewSiglValEF.Items[2]=E1 frmOriContr.SkewSiglValEF.Items[3]=E2 frmOriContr.SkewSiglValEF.Items[4]=E3 frmOriContr.SkewSiglValEF.Items[5]=E4 frmOriContr.SkewSiglValEF.Items[6]=E5 frmOriContr.SkewSiglValEF.Items[7]=E6 frmOriContr.SkewSiglValEF.Items[8]=E7 frmOriContr.SkewSiglValEF.Items[9]=F0 frmOriContr.SkewSiglValEF.Items[10]=F1 frmOriContr.SkewSiglValEF.Items[11]=F2 frmOriContr.SkewSiglValEF.Items[12]=F3 frmOriContr.SkewSiglValEF.Items[13]=F4 frmOriContr.SkewSiglValEF.Items[14]=F5 frmOriContr.SkewSiglValEF.Items[15]=F6 frmOriContr.SkewSiglValEF.Items[16]=F7 frmOriContr.SkewSiglValEF.Hint=Index register E,F frmOriContr.SkewSiglValNum.Hint=Device number frmOriContr.ScanTimeNum.Text=1 frmOriContr.ScanTimeNum.Hint=Device number frmOriContr.ckM1039.Caption=Fix scan time (M1039) frmOriContr.ckM1039.Hint= frmOriContr.M1039OpCode.Items[0]=LD frmOriContr.M1039OpCode.Items[1]=LDI frmOriContr.M1039OpCode.Items[2]=LDP frmOriContr.M1039OpCode.Items[3]=LDF frmOriContr.M1039OpCode.Hint=The operator of conditional clause frmOriContr.M1039Operand.Items[0]=X frmOriContr.M1039Operand.Items[1]=Y frmOriContr.M1039Operand.Items[2]=M frmOriContr.M1039Operand.Items[3]=S frmOriContr.M1039Operand.Items[4]=T frmOriContr.M1039Operand.Items[5]=C frmOriContr.M1039Operand.Hint=The device of operand of conditional clause frmOriContr.M1039FixTime.Hint=The setting value of the fixed scan time will be written into special register D1039 frmOriContr.PLSVOutput.Items[0]=Y0 frmOriContr.PLSVOutput.Items[1]=Y2 frmOriContr.PLSVOutput.Hint=Please use transistor output as output module frmOriContr.GroupBox8.Caption=Relative setting of pulse output (For EH Series) frmOriContr.GroupBox8.Hint= frmOriContr.Label21.Caption=Conditional clause frmOriContr.Label21.Hint=M1115 frmOriContr.Label53.Caption=Conditional clause frmOriContr.Label53.Hint=M1115 frmOriContr.Label54.Caption=Output format frmOriContr.Label54.Hint=M1115 frmOriContr.ckPLSV_end.Caption=Output pulse while END instruction is executed frmOriContr.ckPLSV_end.Hint=When M1010=On, Y0,Y1 and Y2,Y3 will output pulse while END command is ececuted. When output starts, M1010 will automatically turn off frmOriContr.PLSV_endOpCode.Items[0]=LD frmOriContr.PLSV_endOpCode.Items[1]=LDI frmOriContr.PLSV_endOpCode.Items[2]=LDP frmOriContr.PLSV_endOpCode.Items[3]=LDF frmOriContr.PLSV_endOpCode.Hint=The operator of conditional clause frmOriContr.PLSV_endOperand.Items[0]=X frmOriContr.PLSV_endOperand.Items[1]=Y frmOriContr.PLSV_endOperand.Items[2]=M frmOriContr.PLSV_endOperand.Items[3]=S frmOriContr.PLSV_endOperand.Items[4]=T frmOriContr.PLSV_endOperand.Items[5]=C frmOriContr.PLSV_endOperand.Hint=The device of operand of conditional clause frmOriContr.ckPLSV_pulse.Caption=The phase setting of pulse output frmOriContr.ckPLSV_pulse.Hint= frmOriContr.PLSV_pulseOpCode.Items[0]=LD frmOriContr.PLSV_pulseOpCode.Items[1]=LDI frmOriContr.PLSV_pulseOpCode.Items[2]=LDP frmOriContr.PLSV_pulseOpCode.Items[3]=LDF frmOriContr.PLSV_pulseOpCode.Hint=The operator of conditional clause frmOriContr.PLSV_pulseOperand.Items[0]=X frmOriContr.PLSV_pulseOperand.Items[1]=Y frmOriContr.PLSV_pulseOperand.Items[2]=M frmOriContr.PLSV_pulseOperand.Items[3]=S frmOriContr.PLSV_pulseOperand.Items[4]=T frmOriContr.PLSV_pulseOperand.Items[5]=C frmOriContr.PLSV_pulseOperand.Hint=The device of operand of conditional clause frmOriContr.PLSV_pulseStyle.Items[0]=Y0 output frmOriContr.PLSV_pulseStyle.Items[1]=Y0 Y1 AB phase output (A leads B) frmOriContr.PLSV_pulseStyle.Items[2]=Y0 Y1 AB phase output (B leads A) frmOriContr.PLSV_pulseStyle.Items[3]=Y1 output frmOriContr.PLSV_pulseStyle.Hint= frmOriContr.PLSV_endNum.Text=0 frmOriContr.PLSV_endNum.Hint= frmOriContr.PLSV_pulseNum.Text=0 frmOriContr.PLSV_pulseNum.Hint= frmOriContr.ReSignOutEF.Items[0]= frmOriContr.ReSignOutEF.Items[1]=E0 frmOriContr.ReSignOutEF.Items[2]=E1 frmOriContr.ReSignOutEF.Items[3]=E2 frmOriContr.ReSignOutEF.Items[4]=E3 frmOriContr.ReSignOutEF.Items[5]=E4 frmOriContr.ReSignOutEF.Items[6]=E5 frmOriContr.ReSignOutEF.Items[7]=E6 frmOriContr.ReSignOutEF.Items[8]=E7 frmOriContr.ReSignOutEF.Items[9]=F0 frmOriContr.ReSignOutEF.Items[10]=F1 frmOriContr.ReSignOutEF.Items[11]=F2 frmOriContr.ReSignOutEF.Items[12]=F3 frmOriContr.ReSignOutEF.Items[13]=F4 frmOriContr.ReSignOutEF.Items[14]=F5 frmOriContr.ReSignOutEF.Items[15]=F6 frmOriContr.ReSignOutEF.Items[16]=F7 frmOriContr.ReSignOutEF.Hint=Index register E,F frmOriContr.PLSVDevNum.Text=0 frmOriContr.PLSVDevNum.Hint= frmOriContr.ReSignOutNum.Text=0 frmOriContr.ReSignOutNum.Hint= frmOriContr.RAMPDevNum.Text=0 frmOriContr.RAMPDevNum.Hint= frmOriContr.M1039Num.Text=0 frmOriContr.M1039Num.Hint= frmOriContr.GroupBox6.Caption= frmOriContr.GroupBox6.Hint= frmOriContr.Label22.Caption=Conditional clause frmOriContr.Label22.Hint=M1115 frmOriContr.Label43.Caption=Numbers of pulses frmOriContr.Label43.Hint= frmOriContr.Label44.Caption=Pulse output frequency frmOriContr.Label44.Hint= frmOriContr.Label45.Caption=Rotation direction signal frmOriContr.Label45.Hint= frmOriContr.Label48.Caption=Pulse output device frmOriContr.Label48.Hint= frmOriContr.ckDRVA.Caption=DRVA Absolute Positioning Control frmOriContr.ckDRVA.Hint= frmOriContr.DRVAOperand.Items[0]=X frmOriContr.DRVAOperand.Items[1]=Y frmOriContr.DRVAOperand.Items[2]=M frmOriContr.DRVAOperand.Items[3]=S frmOriContr.DRVAOperand.Items[4]=T frmOriContr.DRVAOperand.Items[5]=C frmOriContr.DRVAOperand.Hint=The device of operand of conditional clause frmOriContr.DRVApulseDev.Items[0]=K frmOriContr.DRVApulseDev.Items[1]=H frmOriContr.DRVApulseDev.Items[2]=KnX frmOriContr.DRVApulseDev.Items[3]=KnY frmOriContr.DRVApulseDev.Items[4]=KnM frmOriContr.DRVApulseDev.Items[5]=KnS frmOriContr.DRVApulseDev.Items[6]=T frmOriContr.DRVApulseDev.Items[7]=C frmOriContr.DRVApulseDev.Items[8]=D frmOriContr.DRVApulseDev.Items[9]=E frmOriContr.DRVApulseDev.Items[10]=F frmOriContr.DRVApulseDev.Hint=Operand device frmOriContr.DRVApulseKn.Items[0]=K1 frmOriContr.DRVApulseKn.Items[1]=K2 frmOriContr.DRVApulseKn.Items[2]=K3 frmOriContr.DRVApulseKn.Items[3]=K4 frmOriContr.DRVApulseKn.Hint=Kn value frmOriContr.DRVApulseNum.Text=1 frmOriContr.DRVApulseNum.Hint=Device number frmOriContr.DRVApulseEF.Items[0]= frmOriContr.DRVApulseEF.Items[1]=E0 frmOriContr.DRVApulseEF.Items[2]=E1 frmOriContr.DRVApulseEF.Items[3]=E2 frmOriContr.DRVApulseEF.Items[4]=E3 frmOriContr.DRVApulseEF.Items[5]=E4 frmOriContr.DRVApulseEF.Items[6]=E5 frmOriContr.DRVApulseEF.Items[7]=E6 frmOriContr.DRVApulseEF.Items[8]=E7 frmOriContr.DRVApulseEF.Items[9]=F0 frmOriContr.DRVApulseEF.Items[10]=F1 frmOriContr.DRVApulseEF.Items[11]=F2 frmOriContr.DRVApulseEF.Items[12]=F3 frmOriContr.DRVApulseEF.Items[13]=F4 frmOriContr.DRVApulseEF.Items[14]=F5 frmOriContr.DRVApulseEF.Items[15]=F6 frmOriContr.DRVApulseEF.Items[16]=F7 frmOriContr.DRVApulseEF.Hint=Index register E,F frmOriContr.DRVAOpCode.Items[0]=LD frmOriContr.DRVAOpCode.Items[1]=LDI frmOriContr.DRVAOpCode.Items[2]=LDP frmOriContr.DRVAOpCode.Items[3]=LDF frmOriContr.DRVAOpCode.Hint=The operator of conditional clause frmOriContr.DRVAreSigDev.Items[0]=Y frmOriContr.DRVAreSigDev.Items[1]=M frmOriContr.DRVAreSigDev.Items[2]=S frmOriContr.DRVAreSigDev.Hint=Operand device frmOriContr.Panel5.Caption= frmOriContr.DRVA_16.Caption=16 Bits frmOriContr.DRVA_16.Hint=DRVA 16-bit instruction frmOriContr.DRVA_32.Caption=32 Bits frmOriContr.DRVA_32.Hint=DRVA 32-bit instruction frmOriContr.DRVAreSigEF.Items[0]= frmOriContr.DRVAreSigEF.Items[1]=E0 frmOriContr.DRVAreSigEF.Items[2]=E1 frmOriContr.DRVAreSigEF.Items[3]=E2 frmOriContr.DRVAreSigEF.Items[4]=E3 frmOriContr.DRVAreSigEF.Items[5]=E4 frmOriContr.DRVAreSigEF.Items[6]=E5 frmOriContr.DRVAreSigEF.Items[7]=E6 frmOriContr.DRVAreSigEF.Items[8]=E7 frmOriContr.DRVAreSigEF.Items[9]=F0 frmOriContr.DRVAreSigEF.Items[10]=F1 frmOriContr.DRVAreSigEF.Items[11]=F2 frmOriContr.DRVAreSigEF.Items[12]=F3 frmOriContr.DRVAreSigEF.Items[13]=F4 frmOriContr.DRVAreSigEF.Items[14]=F5 frmOriContr.DRVAreSigEF.Items[15]=F6 frmOriContr.DRVAreSigEF.Items[16]=F7 frmOriContr.DRVAreSigEF.Hint=Index register E,F frmOriContr.DRVAoutput.Items[0]=Y0 frmOriContr.DRVAoutput.Items[1]=Y2 frmOriContr.DRVAoutput.Hint=Please use transistor output as output module frmOriContr.DRVAfreqDev.Items[0]=K frmOriContr.DRVAfreqDev.Items[1]=H frmOriContr.DRVAfreqDev.Items[2]=KnX frmOriContr.DRVAfreqDev.Items[3]=KnY frmOriContr.DRVAfreqDev.Items[4]=KnM frmOriContr.DRVAfreqDev.Items[5]=KnS frmOriContr.DRVAfreqDev.Items[6]=T frmOriContr.DRVAfreqDev.Items[7]=C frmOriContr.DRVAfreqDev.Items[8]=D frmOriContr.DRVAfreqDev.Items[9]=E frmOriContr.DRVAfreqDev.Items[10]=F frmOriContr.DRVAfreqDev.Hint=Operand device frmOriContr.DRVAfreqKn.Items[0]=K1 frmOriContr.DRVAfreqKn.Items[1]=K2 frmOriContr.DRVAfreqKn.Items[2]=K3 frmOriContr.DRVAfreqKn.Items[3]=K4 frmOriContr.DRVAfreqKn.Hint=Kn value frmOriContr.DRVAfreqNum.Text=10 frmOriContr.DRVAfreqNum.Hint=Device number frmOriContr.DRVAfreqEF.Items[0]= frmOriContr.DRVAfreqEF.Items[1]=E0 frmOriContr.DRVAfreqEF.Items[2]=E1 frmOriContr.DRVAfreqEF.Items[3]=E2 frmOriContr.DRVAfreqEF.Items[4]=E3 frmOriContr.DRVAfreqEF.Items[5]=E4 frmOriContr.DRVAfreqEF.Items[6]=E5 frmOriContr.DRVAfreqEF.Items[7]=E6 frmOriContr.DRVAfreqEF.Items[8]=E7 frmOriContr.DRVAfreqEF.Items[9]=F0 frmOriContr.DRVAfreqEF.Items[10]=F1 frmOriContr.DRVAfreqEF.Items[11]=F2 frmOriContr.DRVAfreqEF.Items[12]=F3 frmOriContr.DRVAfreqEF.Items[13]=F4 frmOriContr.DRVAfreqEF.Items[14]=F5 frmOriContr.DRVAfreqEF.Items[15]=F6 frmOriContr.DRVAfreqEF.Items[16]=F7 frmOriContr.DRVAfreqEF.Hint=Index register E,F frmOriContr.GroupBox9.Caption=Relative setting of pulse output (For EH Series) frmOriContr.GroupBox9.Hint= frmOriContr.Label46.Caption=Conditional clause frmOriContr.Label46.Hint=M1115 frmOriContr.Label55.Caption=Conditional clause frmOriContr.Label55.Hint=M1115 frmOriContr.Label56.Caption=Output format frmOriContr.Label56.Hint=M1115 frmOriContr.ckDRVA_end.Caption=Output pulse while END instruction is executed frmOriContr.ckDRVA_end.Hint=When M1010=On, Y0,Y1 and Y2,Y3 will output pulse while END command is ececuted. When output starts, M1010 will automatically turn off frmOriContr.DRVA_endOpCode.Items[0]=LD frmOriContr.DRVA_endOpCode.Items[1]=LDI frmOriContr.DRVA_endOpCode.Items[2]=LDP frmOriContr.DRVA_endOpCode.Items[3]=LDF frmOriContr.DRVA_endOpCode.Hint=The operator of conditional clause frmOriContr.DRVA_endOperand.Items[0]=X frmOriContr.DRVA_endOperand.Items[1]=Y frmOriContr.DRVA_endOperand.Items[2]=M frmOriContr.DRVA_endOperand.Items[3]=S frmOriContr.DRVA_endOperand.Items[4]=T frmOriContr.DRVA_endOperand.Items[5]=C frmOriContr.DRVA_endOperand.Hint=The device of operand of conditional clause frmOriContr.ckDRVA_pulse.Caption=The phase setting of pulse output frmOriContr.ckDRVA_pulse.Hint= frmOriContr.DRVA_pulseOpCode.Items[0]=LD frmOriContr.DRVA_pulseOpCode.Items[1]=LDI frmOriContr.DRVA_pulseOpCode.Items[2]=LDP frmOriContr.DRVA_pulseOpCode.Items[3]=LDF frmOriContr.DRVA_pulseOpCode.Hint=The operator of conditional clause frmOriContr.DRVA_pulseOperand.Items[0]=X frmOriContr.DRVA_pulseOperand.Items[1]=Y frmOriContr.DRVA_pulseOperand.Items[2]=M frmOriContr.DRVA_pulseOperand.Items[3]=S frmOriContr.DRVA_pulseOperand.Items[4]=T frmOriContr.DRVA_pulseOperand.Items[5]=C frmOriContr.DRVA_pulseOperand.Hint=The device of operand of conditional clause frmOriContr.DRVA_pulseStyle.Items[0]=Y0 output frmOriContr.DRVA_pulseStyle.Items[1]=Y0 Y1 AB phase output (A leads B) frmOriContr.DRVA_pulseStyle.Items[2]=Y0 Y1 AB phase output (B leads A) frmOriContr.DRVA_pulseStyle.Items[3]=Y1 output frmOriContr.DRVA_pulseStyle.Hint= frmOriContr.DRVA_endNum.Text=0 frmOriContr.DRVA_endNum.Hint= frmOriContr.DRVA_pulseNum.Text=0 frmOriContr.DRVA_pulseNum.Hint= frmOriContr.DRVADevNum.Text=0 frmOriContr.DRVADevNum.Hint= frmOriContr.DRVAreSigNum.Text=0 frmOriContr.DRVAreSigNum.Hint= frmOriContr.GroupBox5.Caption= frmOriContr.GroupBox5.Hint= frmOriContr.Label36.Caption=Conditional clause frmOriContr.Label36.Hint=M1115 frmOriContr.Label37.Caption=Numbers of pulses frmOriContr.Label37.Hint= frmOriContr.Label38.Caption=Pulse output frequency frmOriContr.Label38.Hint= frmOriContr.Label39.Caption=Rotation direction signal frmOriContr.Label39.Hint= frmOriContr.Label40.Caption=Pulse output device frmOriContr.Label40.Hint= frmOriContr.ckDRVI.Caption=DRVI Relative Positioning Control frmOriContr.ckDRVI.Hint= frmOriContr.DRVIOperand.Items[0]=X frmOriContr.DRVIOperand.Items[1]=Y frmOriContr.DRVIOperand.Items[2]=M frmOriContr.DRVIOperand.Items[3]=S frmOriContr.DRVIOperand.Items[4]=T frmOriContr.DRVIOperand.Items[5]=C frmOriContr.DRVIOperand.Hint=The device of operand of conditional clause frmOriContr.DRVIpulseDev.Items[0]=K frmOriContr.DRVIpulseDev.Items[1]=H frmOriContr.DRVIpulseDev.Items[2]=KnX frmOriContr.DRVIpulseDev.Items[3]=KnY frmOriContr.DRVIpulseDev.Items[4]=KnM frmOriContr.DRVIpulseDev.Items[5]=KnS frmOriContr.DRVIpulseDev.Items[6]=T frmOriContr.DRVIpulseDev.Items[7]=C frmOriContr.DRVIpulseDev.Items[8]=D frmOriContr.DRVIpulseDev.Items[9]=E frmOriContr.DRVIpulseDev.Items[10]=F frmOriContr.DRVIpulseDev.Hint=Operand device frmOriContr.DRVIpulseKn.Items[0]=K1 frmOriContr.DRVIpulseKn.Items[1]=K2 frmOriContr.DRVIpulseKn.Items[2]=K3 frmOriContr.DRVIpulseKn.Items[3]=K4 frmOriContr.DRVIpulseKn.Hint=Kn value frmOriContr.DRVIpulseNum.Text=1 frmOriContr.DRVIpulseNum.Hint=Device number frmOriContr.DRVIpulseEF.Items[0]= frmOriContr.DRVIpulseEF.Items[1]=E0 frmOriContr.DRVIpulseEF.Items[2]=E1 frmOriContr.DRVIpulseEF.Items[3]=E2 frmOriContr.DRVIpulseEF.Items[4]=E3 frmOriContr.DRVIpulseEF.Items[5]=E4 frmOriContr.DRVIpulseEF.Items[6]=E5 frmOriContr.DRVIpulseEF.Items[7]=E6 frmOriContr.DRVIpulseEF.Items[8]=E7 frmOriContr.DRVIpulseEF.Items[9]=F0 frmOriContr.DRVIpulseEF.Items[10]=F1 frmOriContr.DRVIpulseEF.Items[11]=F2 frmOriContr.DRVIpulseEF.Items[12]=F3 frmOriContr.DRVIpulseEF.Items[13]=F4 frmOriContr.DRVIpulseEF.Items[14]=F5 frmOriContr.DRVIpulseEF.Items[15]=F6 frmOriContr.DRVIpulseEF.Items[16]=F7 frmOriContr.DRVIpulseEF.Hint=Index register E,F frmOriContr.DRVIOpCode.Items[0]=LD frmOriContr.DRVIOpCode.Items[1]=LDI frmOriContr.DRVIOpCode.Items[2]=LDP frmOriContr.DRVIOpCode.Items[3]=LDF frmOriContr.DRVIOpCode.Hint=The operator of conditional clause frmOriContr.DRVIReSignalDev.Items[0]=Y frmOriContr.DRVIReSignalDev.Items[1]=M frmOriContr.DRVIReSignalDev.Items[2]=S frmOriContr.DRVIReSignalDev.Hint=Operand device frmOriContr.Panel4.Caption= frmOriContr.DRVI_16.Caption=16 Bits frmOriContr.DRVI_16.Hint=DRVI 16-bit instruction frmOriContr.DRVI_32.Caption=32 Bits frmOriContr.DRVI_32.Hint=DRVI 32-bit instruction frmOriContr.DRVIReSignalEF.Items[0]= frmOriContr.DRVIReSignalEF.Items[1]=E0 frmOriContr.DRVIReSignalEF.Items[2]=E1 frmOriContr.DRVIReSignalEF.Items[3]=E2 frmOriContr.DRVIReSignalEF.Items[4]=E3 frmOriContr.DRVIReSignalEF.Items[5]=E4 frmOriContr.DRVIReSignalEF.Items[6]=E5 frmOriContr.DRVIReSignalEF.Items[7]=E6 frmOriContr.DRVIReSignalEF.Items[8]=E7 frmOriContr.DRVIReSignalEF.Items[9]=F0 frmOriContr.DRVIReSignalEF.Items[10]=F1 frmOriContr.DRVIReSignalEF.Items[11]=F2 frmOriContr.DRVIReSignalEF.Items[12]=F3 frmOriContr.DRVIReSignalEF.Items[13]=F4 frmOriContr.DRVIReSignalEF.Items[14]=F5 frmOriContr.DRVIReSignalEF.Items[15]=F6 frmOriContr.DRVIReSignalEF.Items[16]=F7 frmOriContr.DRVIReSignalEF.Hint=Index register E,F frmOriContr.DRVIoutput.Items[0]=Y0 frmOriContr.DRVIoutput.Items[1]=Y2 frmOriContr.DRVIoutput.Hint=Please use transistor output as output module frmOriContr.DRVIfreqDev.Items[0]=K frmOriContr.DRVIfreqDev.Items[1]=H frmOriContr.DRVIfreqDev.Items[2]=KnX frmOriContr.DRVIfreqDev.Items[3]=KnY frmOriContr.DRVIfreqDev.Items[4]=KnM frmOriContr.DRVIfreqDev.Items[5]=KnS frmOriContr.DRVIfreqDev.Items[6]=T frmOriContr.DRVIfreqDev.Items[7]=C frmOriContr.DRVIfreqDev.Items[8]=D frmOriContr.DRVIfreqDev.Items[9]=E frmOriContr.DRVIfreqDev.Items[10]=F frmOriContr.DRVIfreqDev.Hint=Operand device frmOriContr.DRVIfreqKn.Items[0]=K1 frmOriContr.DRVIfreqKn.Items[1]=K2 frmOriContr.DRVIfreqKn.Items[2]=K3 frmOriContr.DRVIfreqKn.Items[3]=K4 frmOriContr.DRVIfreqKn.Hint=Kn value frmOriContr.DRVIfreqNum.Text=10 frmOriContr.DRVIfreqNum.Hint=Device number frmOriContr.DRVIfreqEF.Items[0]= frmOriContr.DRVIfreqEF.Items[1]=E0 frmOriContr.DRVIfreqEF.Items[2]=E1 frmOriContr.DRVIfreqEF.Items[3]=E2 frmOriContr.DRVIfreqEF.Items[4]=E3 frmOriContr.DRVIfreqEF.Items[5]=E4 frmOriContr.DRVIfreqEF.Items[6]=E5 frmOriContr.DRVIfreqEF.Items[7]=E6 frmOriContr.DRVIfreqEF.Items[8]=E7 frmOriContr.DRVIfreqEF.Items[9]=F0 frmOriContr.DRVIfreqEF.Items[10]=F1 frmOriContr.DRVIfreqEF.Items[11]=F2 frmOriContr.DRVIfreqEF.Items[12]=F3 frmOriContr.DRVIfreqEF.Items[13]=F4 frmOriContr.DRVIfreqEF.Items[14]=F5 frmOriContr.DRVIfreqEF.Items[15]=F6 frmOriContr.DRVIfreqEF.Items[16]=F7 frmOriContr.DRVIfreqEF.Hint=Index register E,F frmOriContr.GroupBox7.Caption=Relative setting of pulse output (For EH Series) frmOriContr.GroupBox7.Hint= frmOriContr.Label41.Caption=Conditional clause frmOriContr.Label41.Hint=M1115 frmOriContr.Label49.Caption=Conditional clause frmOriContr.Label49.Hint=M1115 frmOriContr.Label50.Caption=Output format frmOriContr.Label50.Hint=M1115 frmOriContr.ckDRVI_end.Caption=Output pulse while END instruction is executed frmOriContr.ckDRVI_end.Hint=When M1010=On, Y0,Y1 and Y2,Y3 will output pulse while END command is ececuted. When output starts, M1010 will automatically turn off frmOriContr.DRVI_endOpCode.Items[0]=LD frmOriContr.DRVI_endOpCode.Items[1]=LDI frmOriContr.DRVI_endOpCode.Items[2]=LDP frmOriContr.DRVI_endOpCode.Items[3]=LDF frmOriContr.DRVI_endOpCode.Hint=The operator of conditional clause frmOriContr.DRVI_endOperand.Items[0]=X frmOriContr.DRVI_endOperand.Items[1]=Y frmOriContr.DRVI_endOperand.Items[2]=M frmOriContr.DRVI_endOperand.Items[3]=S frmOriContr.DRVI_endOperand.Items[4]=T frmOriContr.DRVI_endOperand.Items[5]=C frmOriContr.DRVI_endOperand.Hint=The device of operand of conditional clause frmOriContr.ckDRVIpulseType.Caption=The phase setting of pulse output frmOriContr.ckDRVIpulseType.Hint= frmOriContr.DRVIpulseTypeOpCode.Items[0]=LD frmOriContr.DRVIpulseTypeOpCode.Items[1]=LDI frmOriContr.DRVIpulseTypeOpCode.Items[2]=LDP frmOriContr.DRVIpulseTypeOpCode.Items[3]=LDF frmOriContr.DRVIpulseTypeOpCode.Hint=The operator of conditional clause frmOriContr.DRVIpulseTypeOperand.Items[0]=X frmOriContr.DRVIpulseTypeOperand.Items[1]=Y frmOriContr.DRVIpulseTypeOperand.Items[2]=M frmOriContr.DRVIpulseTypeOperand.Items[3]=S frmOriContr.DRVIpulseTypeOperand.Items[4]=T frmOriContr.DRVIpulseTypeOperand.Items[5]=C frmOriContr.DRVIpulseTypeOperand.Hint=The device of operand of conditional clause frmOriContr.DRVIpulseType.Items[0]=Y0 output frmOriContr.DRVIpulseType.Items[1]=Y0 Y1 AB phase output (A leads B) frmOriContr.DRVIpulseType.Items[2]=Y0 Y1 AB phase output (B leads A) frmOriContr.DRVIpulseType.Items[3]=Y1 output frmOriContr.DRVIpulseType.Hint= frmOriContr.DRVI_endNum.Text=0 frmOriContr.DRVI_endNum.Hint= frmOriContr.DRVIpulseTypeNum.Text=0 frmOriContr.DRVIpulseTypeNum.Hint= frmOriContr.DRVIDevNum.Text=0 frmOriContr.DRVIDevNum.Hint= frmOriContr.DRVIReSignalNum.Text=0 frmOriContr.DRVIReSignalNum.Hint= frmOriContr.Panel1.Caption= frmOriContr.PreButton.Caption=Back frmOriContr.PreButton.Hint= frmOriContr.NextButton.Caption=Next frmOriContr.NextButton.Hint= frmOriContr.CancelButton.Caption=Cancel frmOriContr.CancelButton.Hint= [PLCLinkForm] PLCLinkForm.Caption=PLC Link Wizard PLCLinkForm.Label52.Caption=ID2 PLCLinkForm.Label52.Hint= PLCLinkForm.Label53.Caption=ID1 PLCLinkForm.Label53.Hint= PLCLinkForm.pcPLCLink.Pages[0].Caption=Master PLCLinkForm.pcPLCLink.Pages[1].Caption=Slave PLCLinkForm.pcPLCLink.Pages[2].Caption=LinkTab PLCLinkForm.pcPLCLink.Pages[3].Caption=MonitorTab PLCLinkForm.Label1.Caption=Setting basic parameter of master station PLCLinkForm.Label1.Hint= PLCLinkForm.Label2.Caption=Communication address (D1121) PLCLinkForm.Label2.Hint= PLCLinkForm.Label3.Caption=Communication time out (time unit = ms) PLCLinkForm.Label3.Hint= PLCLinkForm.Label4.Caption=The communication address (ID) between master station and PLCLinkForm.Label4.Hint= PLCLinkForm.Label41.Caption=The connecting port between PC and PLC PLCLinkForm.Label41.Hint= PLCLinkForm.Label43.Caption=Note !! When connecting to RS-485, the baud rate for all slave peripheral and communication format should be the same as master PLC, PLCLinkForm.Label43.Hint= PLCLinkForm.Label45.Caption=such as D1120 for PLC. When SA/SX/SC/EH MPU is used to be slave, ASCII mode and RTU mode can be used. PLCLinkForm.Label45.Hint= PLCLinkForm.Label50.Caption=slave station can not be the same. PLCLinkForm.Label50.Hint= PLCLinkForm.GroupBox1.Caption=RS-485 communication protocol setting (D1120) PLCLinkForm.GroupBox1.Hint= PLCLinkForm.Label6.Caption=Data length PLCLinkForm.Label6.Hint= PLCLinkForm.Label7.Caption=Parity bit check PLCLinkForm.Label7.Hint= PLCLinkForm.Label8.Caption=Stop bits PLCLinkForm.Label8.Hint= PLCLinkForm.Label9.Caption=Baud rate PLCLinkForm.Label9.Hint= PLCLinkForm.StopBits.Caption= PLCLinkForm.StopBits.Items[0]=1 bit PLCLinkForm.StopBits.Items[1]=2 bits PLCLinkForm.BaudRateSel.Items[0]=1200 PLCLinkForm.BaudRateSel.Items[1]=2400 PLCLinkForm.BaudRateSel.Items[2]=4800 PLCLinkForm.BaudRateSel.Items[3]=9600 PLCLinkForm.BaudRateSel.Items[4]=19200 PLCLinkForm.BaudRateSel.Items[5]=38400 PLCLinkForm.BaudRateSel.Items[6]=57600 PLCLinkForm.BaudRateSel.Items[7]=115200 PLCLinkForm.BaudRateSel.Hint= PLCLinkForm.PartialNo.Caption= PLCLinkForm.PartialNo.Items[0]=Odd PLCLinkForm.PartialNo.Items[1]=Even PLCLinkForm.PartialNo.Items[2]=None PLCLinkForm.DataLength.Caption= PLCLinkForm.DataLength.Items[0]=7 PLCLinkForm.DataLength.Items[1]=8 PLCLinkForm.DataFormat.Caption=Setting data format of communication (M1143) PLCLinkForm.DataFormat.Items[0]=ASCII Mode PLCLinkForm.DataFormat.Items[1]=RTU Mode PLCLinkForm.cbComNUM.Hint= PLCLinkForm.ckM1120.Caption=Hold communication setting (M1120) PLCLinkForm.ckM1120.Hint= PLCLinkForm.ckI170.Caption=Communication interrupt I170 (Interrupt will occur when receive data completed in SLAVE mode) PLCLinkForm.ckI170.Hint= PLCLinkForm.ckD1399.Caption=Specify the start address of ID1 from slave station (D1399) PLCLinkForm.ckD1399.Hint= PLCLinkForm.D1399Num.Text=1 PLCLinkForm.D1399Num.Hint=Setting range : 1~230 PLCLinkForm.MasterID.Text=1 PLCLinkForm.MasterID.Hint=Related to data register D1121 PLCLinkForm.timeOUT.Text=200 PLCLinkForm.timeOUT.Hint=Setting range for timeout : 200 - 3000 (ms) (D1129) PLCLinkForm.Panel2.Caption= PLCLinkForm.GroupBox2.Caption=Setting data to slave station PLCLinkForm.GroupBox2.Hint= PLCLinkForm.Label10.Caption=Slave ID PLCLinkForm.Label10.Hint= PLCLinkForm.relative_addr.Caption= PLCLinkForm.relative_addr.Hint= PLCLinkForm.addr_title.Caption=Comm. Addr : PLCLinkForm.addr_title.Hint= PLCLinkForm.ReadWrite.Pages[0].Caption=Read out data PLCLinkForm.ReadWrite.Pages[1].Caption=Write in data PLCLinkForm.Label11.Caption=Device communication address PLCLinkForm.Label11.Hint= PLCLinkForm.Label12.Caption=Number of records PLCLinkForm.Label12.Hint= PLCLinkForm.Label15.Caption=Master <== Slave PLCLinkForm.Label15.Hint= PLCLinkForm.ReadDev.Text=1064 PLCLinkForm.ReadDev.Hint=Hexadecimal address PLCLinkForm.ReadNum.Text=1 PLCLinkForm.ReadNum.Hint=The number of records reading from slave station is no more then 16 or 100 PLCLinkForm.ckReadDelta_D.Caption=D Device PLCLinkForm.ckReadDelta_D.Hint= PLCLinkForm.ReadD.Text=100 PLCLinkForm.ReadD.Hint=The number of records reading from slave station is no more then 16 or 100 PLCLinkForm.Label13.Caption=Device communication address PLCLinkForm.Label13.Hint= PLCLinkForm.Label14.Caption=Number of records PLCLinkForm.Label14.Hint= PLCLinkForm.Label16.Caption=Master ==> Slave PLCLinkForm.Label16.Hint= PLCLinkForm.WriteDev.Text=10C8 PLCLinkForm.WriteDev.Hint=Hexadecimal address PLCLinkForm.WriteNum.Text=1 PLCLinkForm.WriteNum.Hint=The number of records writing to slave station is no more than 16 or 100 PLCLinkForm.ckWriteDelta_D.Caption=D Device PLCLinkForm.ckWriteDelta_D.Hint= PLCLinkForm.WriteD.Text=200 PLCLinkForm.WriteD.Hint=The number of records reading from slave station is no more then 16 or 100 PLCLinkForm.btAddSlav.Caption=Add / Modify PLCLinkForm.btAddSlav.Hint= PLCLinkForm.btDelSlav.Caption=Delete single record PLCLinkForm.btDelSlav.Hint= PLCLinkForm.Button4.Caption=Delete all records PLCLinkForm.Button4.Hint= PLCLinkForm.ckM1353.Caption=Starts 32 PLC to link and read more than 16 records, PLCLinkForm.ckM1353.Hint= PLCLinkForm.ckM1354.Caption=Start the function of read and write synchronously (M1354) PLCLinkForm.ckM1354.Hint= PLCLinkForm.SlaveId.Text=1 PLCLinkForm.SlaveId.Hint= PLCLinkForm.PageC_ReadWrite.Pages[0].Caption=Read 1-16 PLCLinkForm.PageC_ReadWrite.Pages[1].Caption=Read 17-32 PLCLinkForm.PageC_ReadWrite.Pages[2].Caption=Write to 1-16 PLCLinkForm.PageC_ReadWrite.Pages[3].Caption=Write to 17-32 PLCLinkForm.RLabelID_8.Caption=8 PLCLinkForm.RLabelID_8.Hint= PLCLinkForm.RLabelID_1.Caption=1 PLCLinkForm.RLabelID_1.Hint= PLCLinkForm.RLabelID_2.Caption=2 PLCLinkForm.RLabelID_2.Hint= PLCLinkForm.RLabelID_3.Caption=3 PLCLinkForm.RLabelID_3.Hint= PLCLinkForm.RLabelID_4.Caption=4 PLCLinkForm.RLabelID_4.Hint= PLCLinkForm.RLabelID_5.Caption=5 PLCLinkForm.RLabelID_5.Hint= PLCLinkForm.RLabelID_6.Caption=6 PLCLinkForm.RLabelID_6.Hint= PLCLinkForm.RLabelID_7.Caption=7 PLCLinkForm.RLabelID_7.Hint= PLCLinkForm.RLabelID_9.Caption=9 PLCLinkForm.RLabelID_9.Hint= PLCLinkForm.RLabelID_10.Caption=10 PLCLinkForm.RLabelID_10.Hint= PLCLinkForm.RLabelID_11.Caption=11 PLCLinkForm.RLabelID_11.Hint= PLCLinkForm.RLabelID_12.Caption=12 PLCLinkForm.RLabelID_12.Hint= PLCLinkForm.RLabelID_13.Caption=13 PLCLinkForm.RLabelID_13.Hint= PLCLinkForm.RLabelID_14.Caption=14 PLCLinkForm.RLabelID_14.Hint= PLCLinkForm.RLabelID_15.Caption=15 PLCLinkForm.RLabelID_15.Hint= PLCLinkForm.RLabelID_16.Caption=16 PLCLinkForm.RLabelID_16.Hint= PLCLinkForm.Read_ID9.Text=D0 PLCLinkForm.Read_ID9.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID1.Text=D0 PLCLinkForm.Read_ID1.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID2.Text=D0 PLCLinkForm.Read_ID2.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID3.Text=D0 PLCLinkForm.Read_ID3.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID4.Text=D0 PLCLinkForm.Read_ID4.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID5.Text=D0 PLCLinkForm.Read_ID5.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID6.Text=D0 PLCLinkForm.Read_ID6.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID7.Text=D0 PLCLinkForm.Read_ID7.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID8.Text=D0 PLCLinkForm.Read_ID8.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID10.Text=D0 PLCLinkForm.Read_ID10.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID11.Text=D0 PLCLinkForm.Read_ID11.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID12.Text=D0 PLCLinkForm.Read_ID12.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID13.Text=D0 PLCLinkForm.Read_ID13.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID14.Text=D0 PLCLinkForm.Read_ID14.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID15.Text=D0 PLCLinkForm.Read_ID15.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID16.Text=D0 PLCLinkForm.Read_ID16.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.RLabelID_25.Caption=25 PLCLinkForm.RLabelID_25.Hint= PLCLinkForm.RLabelID_32.Caption=32 PLCLinkForm.RLabelID_32.Hint= PLCLinkForm.RLabelID_24.Caption=24 PLCLinkForm.RLabelID_24.Hint= PLCLinkForm.RLabelID_17.Caption=17 PLCLinkForm.RLabelID_17.Hint= PLCLinkForm.RLabelID_18.Caption=18 PLCLinkForm.RLabelID_18.Hint= PLCLinkForm.RLabelID_19.Caption=19 PLCLinkForm.RLabelID_19.Hint= PLCLinkForm.RLabelID_20.Caption=20 PLCLinkForm.RLabelID_20.Hint= PLCLinkForm.RLabelID_21.Caption=21 PLCLinkForm.RLabelID_21.Hint= PLCLinkForm.RLabelID_22.Caption=22 PLCLinkForm.RLabelID_22.Hint= PLCLinkForm.RLabelID_23.Caption=23 PLCLinkForm.RLabelID_23.Hint= PLCLinkForm.RLabelID_26.Caption=26 PLCLinkForm.RLabelID_26.Hint= PLCLinkForm.RLabelID_27.Caption=27 PLCLinkForm.RLabelID_27.Hint= PLCLinkForm.RLabelID_28.Caption=28 PLCLinkForm.RLabelID_28.Hint= PLCLinkForm.RLabelID_29.Caption=29 PLCLinkForm.RLabelID_29.Hint= PLCLinkForm.RLabelID_30.Caption=30 PLCLinkForm.RLabelID_30.Hint= PLCLinkForm.RLabelID_31.Caption=31 PLCLinkForm.RLabelID_31.Hint= PLCLinkForm.Read_ID17.Text=D0 PLCLinkForm.Read_ID17.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID20.Text=D0 PLCLinkForm.Read_ID20.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID21.Text=D0 PLCLinkForm.Read_ID21.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID22.Text=D0 PLCLinkForm.Read_ID22.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID23.Text=D0 PLCLinkForm.Read_ID23.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID24.Text=D0 PLCLinkForm.Read_ID24.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID25.Text=D0 PLCLinkForm.Read_ID25.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID26.Text=D0 PLCLinkForm.Read_ID26.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID27.Text=D0 PLCLinkForm.Read_ID27.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID28.Text=D0 PLCLinkForm.Read_ID28.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID29.Text=D0 PLCLinkForm.Read_ID29.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID30.Text=D0 PLCLinkForm.Read_ID30.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID31.Text=D0 PLCLinkForm.Read_ID31.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID32.Text=D0 PLCLinkForm.Read_ID32.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID18.Text=D0 PLCLinkForm.Read_ID18.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Read_ID19.Text=D0 PLCLinkForm.Read_ID19.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.WLabelID_16.Caption=16 PLCLinkForm.WLabelID_16.Hint= PLCLinkForm.WLabelID_9.Caption=9 PLCLinkForm.WLabelID_9.Hint= PLCLinkForm.WLabelID_8.Caption=8 PLCLinkForm.WLabelID_8.Hint= PLCLinkForm.WLabelID_1.Caption=1 PLCLinkForm.WLabelID_1.Hint= PLCLinkForm.WLabelID_2.Caption=2 PLCLinkForm.WLabelID_2.Hint= PLCLinkForm.WLabelID_3.Caption=3 PLCLinkForm.WLabelID_3.Hint= PLCLinkForm.WLabelID_4.Caption=4 PLCLinkForm.WLabelID_4.Hint= PLCLinkForm.WLabelID_5.Caption=5 PLCLinkForm.WLabelID_5.Hint= PLCLinkForm.WLabelID_6.Caption=6 PLCLinkForm.WLabelID_6.Hint= PLCLinkForm.WLabelID_7.Caption=7 PLCLinkForm.WLabelID_7.Hint= PLCLinkForm.WLabelID_10.Caption=10 PLCLinkForm.WLabelID_10.Hint= PLCLinkForm.WLabelID_11.Caption=11 PLCLinkForm.WLabelID_11.Hint= PLCLinkForm.WLabelID_12.Caption=12 PLCLinkForm.WLabelID_12.Hint= PLCLinkForm.WLabelID_13.Caption=13 PLCLinkForm.WLabelID_13.Hint= PLCLinkForm.WLabelID_14.Caption=14 PLCLinkForm.WLabelID_14.Hint= PLCLinkForm.WLabelID_15.Caption=15 PLCLinkForm.WLabelID_15.Hint= PLCLinkForm.Write_ID1.Text=D0 PLCLinkForm.Write_ID1.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID2.Text=D0 PLCLinkForm.Write_ID2.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID3.Text=D0 PLCLinkForm.Write_ID3.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID4.Text=D0 PLCLinkForm.Write_ID4.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID5.Text=D0 PLCLinkForm.Write_ID5.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID6.Text=D0 PLCLinkForm.Write_ID6.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID7.Text=D0 PLCLinkForm.Write_ID7.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID8.Text=D0 PLCLinkForm.Write_ID8.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID9.Text=D0 PLCLinkForm.Write_ID9.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID10.Text=D0 PLCLinkForm.Write_ID10.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID11.Text=D0 PLCLinkForm.Write_ID11.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID12.Text=D0 PLCLinkForm.Write_ID12.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID13.Text=D0 PLCLinkForm.Write_ID13.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID14.Text=D0 PLCLinkForm.Write_ID14.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID15.Text=D0 PLCLinkForm.Write_ID15.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID16.Text=D0 PLCLinkForm.Write_ID16.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.WLabelID_25.Caption=25 PLCLinkForm.WLabelID_25.Hint= PLCLinkForm.WLabelID_32.Caption=32 PLCLinkForm.WLabelID_32.Hint= PLCLinkForm.WLabelID_24.Caption=24 PLCLinkForm.WLabelID_24.Hint= PLCLinkForm.WLabelID_17.Caption=17 PLCLinkForm.WLabelID_17.Hint= PLCLinkForm.WLabelID_18.Caption=18 PLCLinkForm.WLabelID_18.Hint= PLCLinkForm.WLabelID_19.Caption=19 PLCLinkForm.WLabelID_19.Hint= PLCLinkForm.WLabelID_20.Caption=20 PLCLinkForm.WLabelID_20.Hint= PLCLinkForm.WLabelID_21.Caption=21 PLCLinkForm.WLabelID_21.Hint= PLCLinkForm.WLabelID_22.Caption=22 PLCLinkForm.WLabelID_22.Hint= PLCLinkForm.WLabelID_23.Caption=23 PLCLinkForm.WLabelID_23.Hint= PLCLinkForm.WLabelID_26.Caption=26 PLCLinkForm.WLabelID_26.Hint= PLCLinkForm.WLabelID_27.Caption=27 PLCLinkForm.WLabelID_27.Hint= PLCLinkForm.WLabelID_28.Caption=28 PLCLinkForm.WLabelID_28.Hint= PLCLinkForm.WLabelID_29.Caption=29 PLCLinkForm.WLabelID_29.Hint= PLCLinkForm.WLabelID_30.Caption=30 PLCLinkForm.WLabelID_30.Hint= PLCLinkForm.WLabelID_31.Caption=31 PLCLinkForm.WLabelID_31.Hint= PLCLinkForm.Write_ID17.Text=D0 PLCLinkForm.Write_ID17.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID18.Text=D0 PLCLinkForm.Write_ID18.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID19.Text=D0 PLCLinkForm.Write_ID19.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID20.Text=D0 PLCLinkForm.Write_ID20.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID21.Text=D0 PLCLinkForm.Write_ID21.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID22.Text=D0 PLCLinkForm.Write_ID22.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID23.Text=D0 PLCLinkForm.Write_ID23.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID24.Text=D0 PLCLinkForm.Write_ID24.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID25.Text=D0 PLCLinkForm.Write_ID25.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID26.Text=D0 PLCLinkForm.Write_ID26.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID27.Text=D0 PLCLinkForm.Write_ID27.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID28.Text=D0 PLCLinkForm.Write_ID28.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID29.Text=D0 PLCLinkForm.Write_ID29.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID30.Text=D0 PLCLinkForm.Write_ID30.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID31.Text=D0 PLCLinkForm.Write_ID31.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.Write_ID32.Text=D0 PLCLinkForm.Write_ID32.Hint=Setting range 0 ~9900 (Please avoid using the range of special data register D1000-1999) PLCLinkForm.masterTOslave.Caption=Writting in data from master station to slave station PLCLinkForm.masterTOslave.Hint= PLCLinkForm.Label5.Caption=Data register PLCLinkForm.Label5.Hint= PLCLinkForm.Label47.Caption=Setting value PLCLinkForm.Label47.Hint= PLCLinkForm.DataReg_num.Hint= PLCLinkForm.K_dev.Caption=K PLCLinkForm.K_dev.Hint= PLCLinkForm.H_dev.Caption=H PLCLinkForm.H_dev.Hint= PLCLinkForm.KH_num.Text=0 PLCLinkForm.KH_num.Hint= PLCLinkForm.AddBtn.Caption= PLCLinkForm.AddBtn.Hint= PLCLinkForm.Label48.Caption=Start conditional PLCLinkForm.Label48.Hint= PLCLinkForm.Label49.Caption=Stop conditional PLCLinkForm.Label49.Hint= PLCLinkForm.GroupBox3.Caption=Operation mode of PLC Link PLCLinkForm.GroupBox3.Hint= PLCLinkForm.Label17.Caption=The repeat times of communication(D1431) PLCLinkForm.Label17.Hint= PLCLinkForm.Label46.Caption=Conditional clause which start operating mode PLCLinkForm.Label46.Hint= PLCLinkForm.rbAuto.Caption=Automatic mode (M1351) PLCLinkForm.rbAuto.Hint= PLCLinkForm.rbManual.Caption=Manual mode (M1352) PLCLinkForm.rbManual.Hint= PLCLinkForm.ModeOPCode.Items[0]=LD PLCLinkForm.ModeOPCode.Items[1]=LDI PLCLinkForm.ModeOPCode.Items[2]=LDP PLCLinkForm.ModeOPCode.Items[3]=LDF PLCLinkForm.ModeOPCode.Hint=Operator of conditional clause PLCLinkForm.ModeOperand.Items[0]=X PLCLinkForm.ModeOperand.Items[1]=Y PLCLinkForm.ModeOperand.Items[2]=M PLCLinkForm.ModeOperand.Items[3]=S PLCLinkForm.ModeOperand.Items[4]=T PLCLinkForm.ModeOperand.Items[5]=C PLCLinkForm.ModeOperand.Hint=Operand of conditional clause PLCLinkForm.CycleTimes.Text=1 PLCLinkForm.CycleTimes.Hint=Setting range : 1~32767 (D1431) PLCLinkForm.ModeOpNUM.Text=1 PLCLinkForm.ModeOpNUM.Hint=Operand number of conditional clause PLCLinkForm.PageControl1.Pages[0].Caption=Status value of flag : Slave 1-16 PLCLinkForm.PageControl1.Pages[1].Caption=Status value of flag : Slave 17-32 PLCLinkForm.PageControl1.Pages[2].Caption=Read out the device content PLCLinkForm.Panel3.Caption= PLCLinkForm.Label18.Caption=Exist PLCLinkForm.Label18.Hint= PLCLinkForm.Label19.Caption=Action PLCLinkForm.Label19.Hint= PLCLinkForm.Label20.Caption=Error PLCLinkForm.Label20.Hint= PLCLinkForm.Label21.Caption=Read PLCLinkForm.Label21.Hint= PLCLinkForm.Label22.Caption=Finish PLCLinkForm.Label22.Hint= PLCLinkForm.Label23.Caption=Write PLCLinkForm.Label23.Hint= PLCLinkForm.Label24.Caption=Finish PLCLinkForm.Label24.Hint= PLCLinkForm.Label25.Caption=1 PLCLinkForm.Label25.Hint= PLCLinkForm.Label26.Caption=2 PLCLinkForm.Label26.Hint= PLCLinkForm.Label27.Caption=3 PLCLinkForm.Label27.Hint= PLCLinkForm.Label28.Caption=4 PLCLinkForm.Label28.Hint= PLCLinkForm.Label29.Caption=7 PLCLinkForm.Label29.Hint= PLCLinkForm.Label30.Caption=8 PLCLinkForm.Label30.Hint= PLCLinkForm.Label31.Caption=6 PLCLinkForm.Label31.Hint= PLCLinkForm.Label32.Caption=5 PLCLinkForm.Label32.Hint= PLCLinkForm.Label33.Caption=11 PLCLinkForm.Label33.Hint= PLCLinkForm.Label34.Caption=12 PLCLinkForm.Label34.Hint= PLCLinkForm.Label35.Caption=10 PLCLinkForm.Label35.Hint= PLCLinkForm.Label36.Caption=9 PLCLinkForm.Label36.Hint= PLCLinkForm.Label37.Caption=15 PLCLinkForm.Label37.Hint= PLCLinkForm.Label38.Caption=16 PLCLinkForm.Label38.Hint= PLCLinkForm.Label39.Caption=14 PLCLinkForm.Label39.Hint= PLCLinkForm.Label40.Caption=13 PLCLinkForm.Label40.Hint= PLCLinkForm.Label42.Caption=Status of PLC Link PLCLinkForm.Label42.Hint= PLCLinkForm.Panel5.Caption= PLCLinkForm.Label44.Caption=Exist PLCLinkForm.Label44.Hint= PLCLinkForm.Label51.Caption=Action PLCLinkForm.Label51.Hint= PLCLinkForm.Label54.Caption=Error PLCLinkForm.Label54.Hint= PLCLinkForm.Label55.Caption=Read PLCLinkForm.Label55.Hint= PLCLinkForm.Label56.Caption=Finish PLCLinkForm.Label56.Hint= PLCLinkForm.Label57.Caption=Write PLCLinkForm.Label57.Hint= PLCLinkForm.Label58.Caption=Finish PLCLinkForm.Label58.Hint= PLCLinkForm.Label59.Caption=17 PLCLinkForm.Label59.Hint= PLCLinkForm.Label60.Caption=18 PLCLinkForm.Label60.Hint= PLCLinkForm.Label61.Caption=19 PLCLinkForm.Label61.Hint= PLCLinkForm.Label62.Caption=20 PLCLinkForm.Label62.Hint= PLCLinkForm.Label63.Caption=23 PLCLinkForm.Label63.Hint= PLCLinkForm.Label64.Caption=24 PLCLinkForm.Label64.Hint= PLCLinkForm.Label65.Caption=22 PLCLinkForm.Label65.Hint= PLCLinkForm.Label66.Caption=21 PLCLinkForm.Label66.Hint= PLCLinkForm.Label67.Caption=27 PLCLinkForm.Label67.Hint= PLCLinkForm.Label68.Caption=28 PLCLinkForm.Label68.Hint= PLCLinkForm.Label69.Caption=26 PLCLinkForm.Label69.Hint= PLCLinkForm.Label70.Caption=25 PLCLinkForm.Label70.Hint= PLCLinkForm.Label71.Caption=31 PLCLinkForm.Label71.Hint= PLCLinkForm.Label72.Caption=32 PLCLinkForm.Label72.Hint= PLCLinkForm.Label73.Caption=30 PLCLinkForm.Label73.Hint= PLCLinkForm.Label74.Caption=29 PLCLinkForm.Label74.Hint= PLCLinkForm.StopLink.Caption=Stop PLCLinkForm.StopLink.Hint= PLCLinkForm.StartLink.Caption=Start PLCLinkForm.StartLink.Hint= PLCLinkForm.StartOPCode.Items[0]=LD PLCLinkForm.StartOPCode.Items[1]=LDI PLCLinkForm.StartOPCode.Items[2]=LDP PLCLinkForm.StartOPCode.Items[3]=LDF PLCLinkForm.StartOPCode.Hint=Operator of conditional clause which start PLC Link PLCLinkForm.StartOperand.Items[0]=X PLCLinkForm.StartOperand.Items[1]=Y PLCLinkForm.StartOperand.Items[2]=M PLCLinkForm.StartOperand.Items[3]=S PLCLinkForm.StartOperand.Items[4]=T PLCLinkForm.StartOperand.Items[5]=C PLCLinkForm.StartOperand.Hint=Operand of conditional clause which start PLC Link PLCLinkForm.EndOPCode.Items[0]=LD PLCLinkForm.EndOPCode.Items[1]=LDI PLCLinkForm.EndOPCode.Items[2]=LDP PLCLinkForm.EndOPCode.Items[3]=LDF PLCLinkForm.EndOPCode.Hint=Conditional clause which stop PLC Link PLCLinkForm.EndOperand.Items[0]=X PLCLinkForm.EndOperand.Items[1]=Y PLCLinkForm.EndOperand.Items[2]=M PLCLinkForm.EndOperand.Items[3]=S PLCLinkForm.EndOperand.Items[4]=T PLCLinkForm.EndOperand.Items[5]=C PLCLinkForm.EndOperand.Hint=Operand of conditional clause which stop PLC Link PLCLinkForm.StartOpNUM.Text=0 PLCLinkForm.StartOpNUM.Hint=Operand number of conditional clause which start PLC Link PLCLinkForm.EndOpNUM.Text=0 PLCLinkForm.EndOpNUM.Hint=Operand number of conditional clause which stop PLC Link PLCLinkForm.Panel4.Caption= PLCLinkForm.debugPag.Pages[0].Caption=Expect receiving content PLCLinkForm.debugPag.Pages[1].Caption=Actual receiving content PLCLinkForm.debugPag.Pages[2].Caption=Receiving contect PLCLinkForm.Panel1.Caption= PLCLinkForm.PreButton.Caption=Back PLCLinkForm.PreButton.Hint= PLCLinkForm.NextButton.Caption=Next PLCLinkForm.NextButton.Hint= PLCLinkForm.CancelButton.Caption=Cancel PLCLinkForm.CancelButton.Hint= PLCLinkForm.btProductCode.Caption=Code Generating PLCLinkForm.btProductCode.Hint=Product actual program command PLCLinkForm.Label75.Caption= for EH series (M1353) [InterForm] InterForm.Caption=Generate Interrupt Pointer InterForm.Label1.Caption=Type of Interrupt Pointer InterForm.Label1.Hint= InterForm.Panel2.Caption= InterForm.TimeLab1.Caption=Time InterForm.TimeLab1.Hint= InterForm.rbUpInterrupt.Caption=Rising-edge trigger InterForm.rbUpInterrupt.Hint= InterForm.rbDownInterrupt.Caption=Falling-edge trigger InterForm.rbDownInterrupt.Hint= InterForm.btAdd.Caption= InterForm.btAdd.Hint=Add interrupt flag InterForm.Panel3.Caption= InterForm.btOk.Caption=OK InterForm.btOk.Hint= InterForm.btCancel.Caption=Cancel InterForm.btCancel.Hint= InterForm.InterType.Items[0]=Insert external interrupt InterForm.InterType.Items[1]=Insert time interrupt InterForm.InterType.Items[2]=Insert high-speed counter attained interrupt InterForm.InterType.Items[3]=Insert communication interrupt InterForm.InterType.Items[4]=Insert pulse interrupt InterForm.InterType.Hint= InterForm.btSelAll.Caption=Select all InterForm.btSelAll.Hint= InterForm.btDelSel.Caption=Delete selection InterForm.btDelSel.Hint= InterForm.ckEI.Caption=Enable interrupt instruction (EI) InterForm.ckEI.Hint= [fCommAPP] fCommAPP.Caption=Communication Wizard fCommAPP.PageControl1.Pages[0].Caption=Communication setting fCommAPP.PageControl1.Pages[1].Caption=Transmit data fCommAPP.PageControl1.Pages[2].Caption=Communication data transmitting fCommAPP.PageControl1.Pages[3].Caption=VFD-A series AC drive fCommAPP.PageControl1.Pages[4].Caption=Choose command fCommAPP.GroupBox1.Caption= Communication protocol (D1120) fCommAPP.GroupBox1.Hint= fCommAPP.Label6.Caption=Data length fCommAPP.Label6.Hint= fCommAPP.Label7.Caption=Parity bit check fCommAPP.Label7.Hint= fCommAPP.Label8.Caption=Stop bits fCommAPP.Label8.Hint= fCommAPP.Label9.Caption=Baud rate fCommAPP.Label9.Hint= fCommAPP.Label2.Caption=Conditional fCommAPP.Label2.Hint= fCommAPP.Label1.Caption=Optional to check for setting communication control string and content fCommAPP.Label1.Hint= fCommAPP.StopBits.Caption= fCommAPP.StopBits.Hint= fCommAPP.StopBits.Items[0]=1 bit fCommAPP.StopBits.Items[1]=2 bits fCommAPP.BaudRateSel.Items[0]=110 fCommAPP.BaudRateSel.Items[1]=150 fCommAPP.BaudRateSel.Items[2]=300 fCommAPP.BaudRateSel.Items[3]=600 fCommAPP.BaudRateSel.Items[4]=1200 fCommAPP.BaudRateSel.Items[5]=2400 fCommAPP.BaudRateSel.Items[6]=4800 fCommAPP.BaudRateSel.Items[7]=9600 fCommAPP.BaudRateSel.Items[8]=19200 fCommAPP.BaudRateSel.Items[9]=38400 fCommAPP.BaudRateSel.Items[10]=57600 fCommAPP.BaudRateSel.Items[11]=115200 fCommAPP.BaudRateSel.Hint= fCommAPP.PartialNo.Caption= fCommAPP.PartialNo.Hint= fCommAPP.PartialNo.Items[0]=Odd fCommAPP.PartialNo.Items[1]=Even fCommAPP.PartialNo.Items[2]=None fCommAPP.DataLength.Caption= fCommAPP.DataLength.Hint=Communication data length - 7-bits or 8-bits fCommAPP.DataLength.Items[0]=7 fCommAPP.DataLength.Items[1]=8 fCommAPP.ckKeepRule.Caption=Communication protocol holding (M1120) fCommAPP.ckKeepRule.Hint=Hold communication protocol setting (M1120) fCommAPP.ComProOP.Items[0]=LD fCommAPP.ComProOP.Items[1]=LDI fCommAPP.ComProOP.Items[2]=LDP fCommAPP.ComProOP.Items[3]=LDF fCommAPP.ComProOP.Hint=Setting the control condition express for setting the content of D1120 fCommAPP.ComProOperand.Items[0]=X fCommAPP.ComProOperand.Items[1]=Y fCommAPP.ComProOperand.Items[2]=M fCommAPP.ComProOperand.Items[3]=S fCommAPP.ComProOperand.Items[4]=T fCommAPP.ComProOperand.Items[5]=C fCommAPP.ComProOperand.Hint=Setting device for the control condition express to set the content of D1120 fCommAPP.ckUserSTX.Caption=Start word (STX) fCommAPP.ckUserSTX.Hint=Start word of control characters which is setted by user fCommAPP.ckUserCHK1.Caption=First end word (ETX1) fCommAPP.ckUserCHK1.Hint=Frist end word of control characters which is setted by user fCommAPP.ckUserCHK2.Caption=Second end word (ETX2) fCommAPP.ckUserCHK2.Hint=Second end word of control characters setted by user fCommAPP.Button1.Caption=Setting the content ... fCommAPP.Button1.Hint= fCommAPP.ComProOpNUM.Text=0 fCommAPP.ComProOpNUM.Hint=Setting device number for the control condition express to set the content of D1120 fCommAPP.DataFormat.Caption=Setting data format of communication (M1143) fCommAPP.DataFormat.Hint=ASCII / RTU mode selection (for MODRD / MODWR / MODRW instruction) fCommAPP.DataFormat.Items[0]=ASCII Mode fCommAPP.DataFormat.Items[1]=RTU Mode fCommAPP.OHChange.Caption=8 / 16 bits mode switch (M1161) fCommAPP.OHChange.Hint=8/16-bits process mode selection fCommAPP.OHChange.Items[0]=8 bits fCommAPP.OHChange.Items[1]=16 bits fCommAPP.GroupBox2.Caption=Setting time out of communication (D1129) fCommAPP.GroupBox2.Hint= fCommAPP.Label3.Caption=time unit = ms fCommAPP.Label3.Hint= fCommAPP.TimeOUTNo.Hint=Communication time out is abnormally 0~32766 fCommAPP.GroupBox14.Caption=Reset the status of flag fCommAPP.GroupBox14.Hint= fCommAPP.ckM1123.Caption=Reset M1123 when receive completed fCommAPP.ckM1123.Hint=After completing receiving data, reset M1123 to be Off fCommAPP.ckM1127.Caption=Transmitting completed and reset flag M1127 fCommAPP.ckM1127.Hint=Flag M1127 will be reset when communication command has sending data completed fCommAPP.ckM1129.Caption=Reset the status of receive time out flag (M1129) fCommAPP.ckM1129.Hint=When communication time out is occured and reset flag M1129 fCommAPP.btCPclear.Caption=Reset fCommAPP.btCPclear.Hint=Reset all setting value of this page fCommAPP.GroupBox3.Caption=Serial data communication fCommAPP.GroupBox3.Hint= fCommAPP.Label16.Caption=Start device for the operation of check sum fCommAPP.Label16.Hint= fCommAPP.Label17.Caption=D fCommAPP.Label17.Hint= fCommAPP.Label18.Caption=D fCommAPP.Label18.Hint= fCommAPP.Label20.Caption=Operand group number fCommAPP.Label20.Hint= fCommAPP.Label4.Caption=Conditional clause for trigger RS instruction fCommAPP.Label4.Hint= fCommAPP.Label5.Caption=Start device of operand result fCommAPP.Label5.Hint= fCommAPP.RSsendGroup.Caption=Send data fCommAPP.RSsendGroup.Hint= fCommAPP.Label10.Caption=Start device fCommAPP.Label10.Hint= fCommAPP.Label11.Caption=Data group number fCommAPP.Label11.Hint= fCommAPP.Label12.Caption=D fCommAPP.Label12.Hint= fCommAPP.RSsendDevNUM.Hint=Start number of device D of transmit data fCommAPP.RSsendDevEF.Items[0]= fCommAPP.RSsendDevEF.Items[1]=E0 fCommAPP.RSsendDevEF.Items[2]=E1 fCommAPP.RSsendDevEF.Items[3]=E2 fCommAPP.RSsendDevEF.Items[4]=E3 fCommAPP.RSsendDevEF.Items[5]=E4 fCommAPP.RSsendDevEF.Items[6]=E5 fCommAPP.RSsendDevEF.Items[7]=E6 fCommAPP.RSsendDevEF.Items[8]=E7 fCommAPP.RSsendDevEF.Items[9]=F0 fCommAPP.RSsendDevEF.Items[10]=F1 fCommAPP.RSsendDevEF.Items[11]=F2 fCommAPP.RSsendDevEF.Items[12]=F3 fCommAPP.RSsendDevEF.Items[13]=F4 fCommAPP.RSsendDevEF.Items[14]=F5 fCommAPP.RSsendDevEF.Items[15]=F6 fCommAPP.RSsendDevEF.Items[16]=F7 fCommAPP.RSsendDevEF.Hint=Index register E,F fCommAPP.RSsdataDEV.Items[0]=K fCommAPP.RSsdataDEV.Items[1]=H fCommAPP.RSsdataDEV.Items[2]=D fCommAPP.RSsdataDEV.Hint=Setting the device of data group (K,H,D) fCommAPP.RSsdataNUM.Text=0 fCommAPP.RSsdataNUM.Hint=Setting the device number of data group fCommAPP.RSreceiveGroup.Caption=Receive data fCommAPP.RSreceiveGroup.Hint= fCommAPP.Label13.Caption=Start device fCommAPP.Label13.Hint= fCommAPP.Label14.Caption=Data group number fCommAPP.Label14.Hint= fCommAPP.Label15.Caption=D fCommAPP.Label15.Hint= fCommAPP.RSreviveDevNUM.Hint=Start device number of receiving data fCommAPP.RSreviveDevEF.Items[0]= fCommAPP.RSreviveDevEF.Items[1]=E0 fCommAPP.RSreviveDevEF.Items[2]=E1 fCommAPP.RSreviveDevEF.Items[3]=E2 fCommAPP.RSreviveDevEF.Items[4]=E3 fCommAPP.RSreviveDevEF.Items[5]=E4 fCommAPP.RSreviveDevEF.Items[6]=E5 fCommAPP.RSreviveDevEF.Items[7]=E6 fCommAPP.RSreviveDevEF.Items[8]=E7 fCommAPP.RSreviveDevEF.Items[9]=F0 fCommAPP.RSreviveDevEF.Items[10]=F1 fCommAPP.RSreviveDevEF.Items[11]=F2 fCommAPP.RSreviveDevEF.Items[12]=F3 fCommAPP.RSreviveDevEF.Items[13]=F4 fCommAPP.RSreviveDevEF.Items[14]=F5 fCommAPP.RSreviveDevEF.Items[15]=F6 fCommAPP.RSreviveDevEF.Items[16]=F7 fCommAPP.RSreviveDevEF.Hint=Index register E,F fCommAPP.RSrdataDEV.Items[0]=K fCommAPP.RSrdataDEV.Items[1]=H fCommAPP.RSrdataDEV.Items[2]=D fCommAPP.RSrdataDEV.Hint=Setting the device of data group (K,H,D) fCommAPP.RSrdataNUM.Text=0 fCommAPP.RSrdataNUM.Hint=Setting the device number of data group fCommAPP.ckProdCheckSum.Caption=Product LRC or CRC check fCommAPP.ckProdCheckSum.Hint=Using LRC or CRC instruction to operate checksum fCommAPP.LRCorCRC.Text= fCommAPP.LRCorCRC.Hint= fCommAPP.StartDnum.Hint=Starting device for the operation of check sum fCommAPP.StartDEF.Items[0]= fCommAPP.StartDEF.Items[1]=E0 fCommAPP.StartDEF.Items[2]=E1 fCommAPP.StartDEF.Items[3]=E2 fCommAPP.StartDEF.Items[4]=E3 fCommAPP.StartDEF.Items[5]=E4 fCommAPP.StartDEF.Items[6]=E5 fCommAPP.StartDEF.Items[7]=E6 fCommAPP.StartDEF.Items[8]=E7 fCommAPP.StartDEF.Items[9]=F0 fCommAPP.StartDEF.Items[10]=F1 fCommAPP.StartDEF.Items[11]=F2 fCommAPP.StartDEF.Items[12]=F3 fCommAPP.StartDEF.Items[13]=F4 fCommAPP.StartDEF.Items[14]=F5 fCommAPP.StartDEF.Items[15]=F6 fCommAPP.StartDEF.Items[16]=F7 fCommAPP.StartDEF.Hint=Index register E,F fCommAPP.ResultDnum.Hint=Starting device number for storing the operation result fCommAPP.ResultDEF.Items[0]= fCommAPP.ResultDEF.Items[1]=E0 fCommAPP.ResultDEF.Items[2]=E1 fCommAPP.ResultDEF.Items[3]=E2 fCommAPP.ResultDEF.Items[4]=E3 fCommAPP.ResultDEF.Items[5]=E4 fCommAPP.ResultDEF.Items[6]=E5 fCommAPP.ResultDEF.Items[7]=E6 fCommAPP.ResultDEF.Items[8]=E7 fCommAPP.ResultDEF.Items[9]=F0 fCommAPP.ResultDEF.Items[10]=F1 fCommAPP.ResultDEF.Items[11]=F2 fCommAPP.ResultDEF.Items[12]=F3 fCommAPP.ResultDEF.Items[13]=F4 fCommAPP.ResultDEF.Items[14]=F5 fCommAPP.ResultDEF.Items[15]=F6 fCommAPP.ResultDEF.Items[16]=F7 fCommAPP.ResultDEF.Hint=Index register E,F fCommAPP.CalDev.Items[0]=K fCommAPP.CalDev.Items[1]=H fCommAPP.CalDev.Items[2]=D fCommAPP.CalDev.Hint=Setting device of operand numbers (K,H,D) fCommAPP.ckRSsend.Caption=RS instruction fCommAPP.ckRSsend.Hint=Setting the sending request when transmits data fCommAPP.RSstartOP.Items[0]=LD fCommAPP.RSstartOP.Items[1]=LDI fCommAPP.RSstartOP.Hint=Setting the control condition express for starting RS command fCommAPP.RSsendOP.Items[0]=LDP fCommAPP.RSsendOP.Items[1]=LDF fCommAPP.RSsendOP.Hint=Setting control condition of sending request fCommAPP.RSsendOperand.Items[0]=X fCommAPP.RSsendOperand.Items[1]=Y fCommAPP.RSsendOperand.Items[2]=M fCommAPP.RSsendOperand.Items[3]=S fCommAPP.RSsendOperand.Items[4]=T fCommAPP.RSsendOperand.Items[5]=C fCommAPP.RSsendOperand.Hint=Setting device of control condition to send request fCommAPP.RSstartDEV.Items[0]=X fCommAPP.RSstartDEV.Items[1]=Y fCommAPP.RSstartDEV.Items[2]=M fCommAPP.RSstartDEV.Items[3]=S fCommAPP.RSstartDEV.Items[4]=T fCommAPP.RSstartDEV.Items[5]=C fCommAPP.RSstartDEV.Hint=Setting device for the control condition express to start RS command fCommAPP.CalEF.Items[0]= fCommAPP.CalEF.Items[1]=E0 fCommAPP.CalEF.Items[2]=E1 fCommAPP.CalEF.Items[3]=E2 fCommAPP.CalEF.Items[4]=E3 fCommAPP.CalEF.Items[5]=E4 fCommAPP.CalEF.Items[6]=E5 fCommAPP.CalEF.Items[7]=E6 fCommAPP.CalEF.Items[8]=E7 fCommAPP.CalEF.Items[9]=F0 fCommAPP.CalEF.Items[10]=F1 fCommAPP.CalEF.Items[11]=F2 fCommAPP.CalEF.Items[12]=F3 fCommAPP.CalEF.Items[13]=F4 fCommAPP.CalEF.Items[14]=F5 fCommAPP.CalEF.Items[15]=F6 fCommAPP.CalEF.Items[16]=F7 fCommAPP.CalEF.Hint=Index register E,F fCommAPP.CalNum.Text=1 fCommAPP.CalNum.Hint=Setting device number of operand numbers fCommAPP.ckI150.Caption=Set interrupt (I150) request when receiving specific characters. Specific characters (Hex) is set to low byte of D1168. fCommAPP.ckI150.Hint= fCommAPP.ckI160.Caption=Set interrupt (I160) request when receiving specific data length. Specific characters is set to low byte of D1169 fCommAPP.ckI160.Hint= fCommAPP.D1168data.Text=00 fCommAPP.D1168data.Hint=When received characters in communication are equal to the low byte of D1168, I150 is On fCommAPP.D1169data.Hint=When the length of received characters in communication is equal to the low byte of D1169, I160 is On. When D1169=0, interrupt is invalid fCommAPP.RSsendOPNum.Text=0 fCommAPP.RSsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.RSstartNUM.Text=0 fCommAPP.RSstartNUM.Hint=Setting device number for the control condition express to start RS command fCommAPP.btClearRS.Caption=Reset fCommAPP.btClearRS.Hint=Reset all setting value of this page fCommAPP.GroupBox6.Caption=MODBUS data read fCommAPP.GroupBox6.Hint= fCommAPP.Label21.Caption=Communication address fCommAPP.Label21.Hint= fCommAPP.Label22.Caption=Data address of reading fCommAPP.Label22.Hint= fCommAPP.Label23.Caption=Data length fCommAPP.Label23.Hint= fCommAPP.Label27.Caption=Conditional fCommAPP.Label27.Hint= fCommAPP.ckMODRDsend.Caption=MODRD instruction fCommAPP.ckMODRDsend.Hint=Setting the sending request when transmits data fCommAPP.MODRDlinkDev.Items[0]=K fCommAPP.MODRDlinkDev.Items[1]=H fCommAPP.MODRDlinkDev.Items[2]=D fCommAPP.MODRDlinkDev.Hint=Operand device fCommAPP.MODRDlinkEF.Items[0]= fCommAPP.MODRDlinkEF.Items[1]=E0 fCommAPP.MODRDlinkEF.Items[2]=E1 fCommAPP.MODRDlinkEF.Items[3]=E2 fCommAPP.MODRDlinkEF.Items[4]=E3 fCommAPP.MODRDlinkEF.Items[5]=E4 fCommAPP.MODRDlinkEF.Items[6]=E5 fCommAPP.MODRDlinkEF.Items[7]=E6 fCommAPP.MODRDlinkEF.Items[8]=E7 fCommAPP.MODRDlinkEF.Items[9]=F0 fCommAPP.MODRDlinkEF.Items[10]=F1 fCommAPP.MODRDlinkEF.Items[11]=F2 fCommAPP.MODRDlinkEF.Items[12]=F3 fCommAPP.MODRDlinkEF.Items[13]=F4 fCommAPP.MODRDlinkEF.Items[14]=F5 fCommAPP.MODRDlinkEF.Items[15]=F6 fCommAPP.MODRDlinkEF.Items[16]=F7 fCommAPP.MODRDlinkEF.Hint=Index register E,F fCommAPP.MODRDreadDev.Items[0]=K fCommAPP.MODRDreadDev.Items[1]=H fCommAPP.MODRDreadDev.Items[2]=D fCommAPP.MODRDreadDev.Hint=Operand device fCommAPP.MODRDreadEF.Items[0]= fCommAPP.MODRDreadEF.Items[1]=E0 fCommAPP.MODRDreadEF.Items[2]=E1 fCommAPP.MODRDreadEF.Items[3]=E2 fCommAPP.MODRDreadEF.Items[4]=E3 fCommAPP.MODRDreadEF.Items[5]=E4 fCommAPP.MODRDreadEF.Items[6]=E5 fCommAPP.MODRDreadEF.Items[7]=E6 fCommAPP.MODRDreadEF.Items[8]=E7 fCommAPP.MODRDreadEF.Items[9]=F0 fCommAPP.MODRDreadEF.Items[10]=F1 fCommAPP.MODRDreadEF.Items[11]=F2 fCommAPP.MODRDreadEF.Items[12]=F3 fCommAPP.MODRDreadEF.Items[13]=F4 fCommAPP.MODRDreadEF.Items[14]=F5 fCommAPP.MODRDreadEF.Items[15]=F6 fCommAPP.MODRDreadEF.Items[16]=F7 fCommAPP.MODRDreadEF.Hint=Index register E,F fCommAPP.MODRDdataLDev.Items[0]=K fCommAPP.MODRDdataLDev.Items[1]=H fCommAPP.MODRDdataLDev.Items[2]=D fCommAPP.MODRDdataLDev.Hint=Operand device fCommAPP.MODRDdataLEF.Items[0]= fCommAPP.MODRDdataLEF.Items[1]=E0 fCommAPP.MODRDdataLEF.Items[2]=E1 fCommAPP.MODRDdataLEF.Items[3]=E2 fCommAPP.MODRDdataLEF.Items[4]=E3 fCommAPP.MODRDdataLEF.Items[5]=E4 fCommAPP.MODRDdataLEF.Items[6]=E5 fCommAPP.MODRDdataLEF.Items[7]=E6 fCommAPP.MODRDdataLEF.Items[8]=E7 fCommAPP.MODRDdataLEF.Items[9]=F0 fCommAPP.MODRDdataLEF.Items[10]=F1 fCommAPP.MODRDdataLEF.Items[11]=F2 fCommAPP.MODRDdataLEF.Items[12]=F3 fCommAPP.MODRDdataLEF.Items[13]=F4 fCommAPP.MODRDdataLEF.Items[14]=F5 fCommAPP.MODRDdataLEF.Items[15]=F6 fCommAPP.MODRDdataLEF.Items[16]=F7 fCommAPP.MODRDdataLEF.Hint=Index register E,F fCommAPP.MODRDOP.Items[0]=LD fCommAPP.MODRDOP.Items[1]=LDI fCommAPP.MODRDOP.Hint=Setting the control condition express for starting MODRD command fCommAPP.MODRDOperand.Items[0]=X fCommAPP.MODRDOperand.Items[1]=Y fCommAPP.MODRDOperand.Items[2]=M fCommAPP.MODRDOperand.Items[3]=S fCommAPP.MODRDOperand.Items[4]=T fCommAPP.MODRDOperand.Items[5]=C fCommAPP.MODRDOperand.Hint=Setting device for the control condition express to start MODRD command fCommAPP.MODRDsendOP.Items[0]=LDP fCommAPP.MODRDsendOP.Items[1]=LDF fCommAPP.MODRDsendOP.Hint=Setting control condition of sending request fCommAPP.MODRDsendOperand.Items[0]=X fCommAPP.MODRDsendOperand.Items[1]=Y fCommAPP.MODRDsendOperand.Items[2]=M fCommAPP.MODRDsendOperand.Items[3]=S fCommAPP.MODRDsendOperand.Items[4]=T fCommAPP.MODRDsendOperand.Items[5]=C fCommAPP.MODRDsendOperand.Hint=Setting device of control condition to send request fCommAPP.MODRDlinkNum.Text=0 fCommAPP.MODRDlinkNum.Hint=Device number fCommAPP.MODRDreadNum.Text=0 fCommAPP.MODRDreadNum.Hint=Device number fCommAPP.MODRDdataLNum.Text=1 fCommAPP.MODRDdataLNum.Hint=Device number fCommAPP.MODRDsendOPNum.Text=0 fCommAPP.MODRDsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.MODRDOpNUM.Text=0 fCommAPP.MODRDOpNUM.Hint=Setting device number for the control condition express to start MODRD command fCommAPP.GroupBox7.Caption=MODBUS data write in fCommAPP.GroupBox7.Hint= fCommAPP.Label24.Caption=Communication address fCommAPP.Label24.Hint= fCommAPP.Label25.Caption=Data address of writing fCommAPP.Label25.Hint= fCommAPP.Label26.Caption=Data content of writing fCommAPP.Label26.Hint= fCommAPP.Label28.Caption=Conditional fCommAPP.Label28.Hint= fCommAPP.ckMODWRsend.Caption=MODWR instruction fCommAPP.ckMODWRsend.Hint=Setting the sending request when transmits data fCommAPP.MODWRlinkDev.Items[0]=K fCommAPP.MODWRlinkDev.Items[1]=H fCommAPP.MODWRlinkDev.Items[2]=D fCommAPP.MODWRlinkDev.Hint=Operand device fCommAPP.MODWRlinkEF.Items[0]= fCommAPP.MODWRlinkEF.Items[1]=E0 fCommAPP.MODWRlinkEF.Items[2]=E1 fCommAPP.MODWRlinkEF.Items[3]=E2 fCommAPP.MODWRlinkEF.Items[4]=E3 fCommAPP.MODWRlinkEF.Items[5]=E4 fCommAPP.MODWRlinkEF.Items[6]=E5 fCommAPP.MODWRlinkEF.Items[7]=E6 fCommAPP.MODWRlinkEF.Items[8]=E7 fCommAPP.MODWRlinkEF.Items[9]=F0 fCommAPP.MODWRlinkEF.Items[10]=F1 fCommAPP.MODWRlinkEF.Items[11]=F2 fCommAPP.MODWRlinkEF.Items[12]=F3 fCommAPP.MODWRlinkEF.Items[13]=F4 fCommAPP.MODWRlinkEF.Items[14]=F5 fCommAPP.MODWRlinkEF.Items[15]=F6 fCommAPP.MODWRlinkEF.Items[16]=F7 fCommAPP.MODWRlinkEF.Hint=Index register E,F fCommAPP.MODWRwritDev.Items[0]=K fCommAPP.MODWRwritDev.Items[1]=H fCommAPP.MODWRwritDev.Items[2]=D fCommAPP.MODWRwritDev.Hint=Operand device fCommAPP.MODWRwritEF.Items[0]= fCommAPP.MODWRwritEF.Items[1]=E0 fCommAPP.MODWRwritEF.Items[2]=E1 fCommAPP.MODWRwritEF.Items[3]=E2 fCommAPP.MODWRwritEF.Items[4]=E3 fCommAPP.MODWRwritEF.Items[5]=E4 fCommAPP.MODWRwritEF.Items[6]=E5 fCommAPP.MODWRwritEF.Items[7]=E6 fCommAPP.MODWRwritEF.Items[8]=E7 fCommAPP.MODWRwritEF.Items[9]=F0 fCommAPP.MODWRwritEF.Items[10]=F1 fCommAPP.MODWRwritEF.Items[11]=F2 fCommAPP.MODWRwritEF.Items[12]=F3 fCommAPP.MODWRwritEF.Items[13]=F4 fCommAPP.MODWRwritEF.Items[14]=F5 fCommAPP.MODWRwritEF.Items[15]=F6 fCommAPP.MODWRwritEF.Items[16]=F7 fCommAPP.MODWRwritEF.Hint=Index register E,F fCommAPP.MODWRdataDev.Items[0]=K fCommAPP.MODWRdataDev.Items[1]=H fCommAPP.MODWRdataDev.Items[2]=D fCommAPP.MODWRdataDev.Hint=Operand device fCommAPP.MODWRdataEF.Items[0]= fCommAPP.MODWRdataEF.Items[1]=E0 fCommAPP.MODWRdataEF.Items[2]=E1 fCommAPP.MODWRdataEF.Items[3]=E2 fCommAPP.MODWRdataEF.Items[4]=E3 fCommAPP.MODWRdataEF.Items[5]=E4 fCommAPP.MODWRdataEF.Items[6]=E5 fCommAPP.MODWRdataEF.Items[7]=E6 fCommAPP.MODWRdataEF.Items[8]=E7 fCommAPP.MODWRdataEF.Items[9]=F0 fCommAPP.MODWRdataEF.Items[10]=F1 fCommAPP.MODWRdataEF.Items[11]=F2 fCommAPP.MODWRdataEF.Items[12]=F3 fCommAPP.MODWRdataEF.Items[13]=F4 fCommAPP.MODWRdataEF.Items[14]=F5 fCommAPP.MODWRdataEF.Items[15]=F6 fCommAPP.MODWRdataEF.Items[16]=F7 fCommAPP.MODWRdataEF.Hint=Index register E,F fCommAPP.MODWROP.Items[0]=LD fCommAPP.MODWROP.Items[1]=LDI fCommAPP.MODWROP.Items[2]=LDP fCommAPP.MODWROP.Items[3]=LDF fCommAPP.MODWROP.Hint=Setting the control condition express for starting MODWR command fCommAPP.MODWROperand.Items[0]=X fCommAPP.MODWROperand.Items[1]=Y fCommAPP.MODWROperand.Items[2]=M fCommAPP.MODWROperand.Items[3]=S fCommAPP.MODWROperand.Items[4]=T fCommAPP.MODWROperand.Items[5]=C fCommAPP.MODWROperand.Hint=Setting device for the control condition express to start MODWR command fCommAPP.MODWRsendOP.Items[0]=LDP fCommAPP.MODWRsendOP.Items[1]=LDF fCommAPP.MODWRsendOP.Hint=Setting control condition of sending request fCommAPP.MODWRsendOperand.Items[0]=X fCommAPP.MODWRsendOperand.Items[1]=Y fCommAPP.MODWRsendOperand.Items[2]=M fCommAPP.MODWRsendOperand.Items[3]=S fCommAPP.MODWRsendOperand.Items[4]=T fCommAPP.MODWRsendOperand.Items[5]=C fCommAPP.MODWRsendOperand.Hint=Setting device of control condition to send request fCommAPP.MODWRlinkNum.Text=0 fCommAPP.MODWRlinkNum.Hint=Device number fCommAPP.MODWRwritNum.Text=0 fCommAPP.MODWRwritNum.Hint=Device number fCommAPP.MODWRdataNum.Text=0 fCommAPP.MODWRdataNum.Hint=Device number fCommAPP.MODWRsendOPNum.Text=0 fCommAPP.MODWRsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.MODWROpNUM.Text=0 fCommAPP.MODWROpNUM.Hint=Setting device number for the control condition express to start MODWR comman fCommAPP.GroupBox8.Caption=MODBUS data read/write in fCommAPP.GroupBox8.Hint= fCommAPP.Label29.Caption=Communication address fCommAPP.Label29.Hint= fCommAPP.Label30.Caption=Data address fCommAPP.Label30.Hint= fCommAPP.Label31.Caption=Store to data register fCommAPP.Label31.Hint= fCommAPP.Label32.Caption=Conditional fCommAPP.Label32.Hint= fCommAPP.Label33.Caption=Function code fCommAPP.Label33.Hint= fCommAPP.Label34.Caption=D fCommAPP.Label34.Hint= fCommAPP.Label19.Caption=Data length fCommAPP.Label19.Hint= fCommAPP.ckMODRWsend.Caption=MODRW instruction fCommAPP.ckMODRWsend.Hint=Setting the sending request when transmits data fCommAPP.MODRWlinkDev.Items[0]=K fCommAPP.MODRWlinkDev.Items[1]=H fCommAPP.MODRWlinkDev.Items[2]=D fCommAPP.MODRWlinkDev.Hint=Operand device fCommAPP.MODRWlinkEF.Items[0]= fCommAPP.MODRWlinkEF.Items[1]=E0 fCommAPP.MODRWlinkEF.Items[2]=E1 fCommAPP.MODRWlinkEF.Items[3]=E2 fCommAPP.MODRWlinkEF.Items[4]=E3 fCommAPP.MODRWlinkEF.Items[5]=E4 fCommAPP.MODRWlinkEF.Items[6]=E5 fCommAPP.MODRWlinkEF.Items[7]=E6 fCommAPP.MODRWlinkEF.Items[8]=E7 fCommAPP.MODRWlinkEF.Items[9]=F0 fCommAPP.MODRWlinkEF.Items[10]=F1 fCommAPP.MODRWlinkEF.Items[11]=F2 fCommAPP.MODRWlinkEF.Items[12]=F3 fCommAPP.MODRWlinkEF.Items[13]=F4 fCommAPP.MODRWlinkEF.Items[14]=F5 fCommAPP.MODRWlinkEF.Items[15]=F6 fCommAPP.MODRWlinkEF.Items[16]=F7 fCommAPP.MODRWlinkEF.Hint=Index register E,F fCommAPP.MODRWdataDev.Items[0]=K fCommAPP.MODRWdataDev.Items[1]=H fCommAPP.MODRWdataDev.Items[2]=D fCommAPP.MODRWdataDev.Hint=Operand device fCommAPP.MODRWdataEF.Items[0]= fCommAPP.MODRWdataEF.Items[1]=E0 fCommAPP.MODRWdataEF.Items[2]=E1 fCommAPP.MODRWdataEF.Items[3]=E2 fCommAPP.MODRWdataEF.Items[4]=E3 fCommAPP.MODRWdataEF.Items[5]=E4 fCommAPP.MODRWdataEF.Items[6]=E5 fCommAPP.MODRWdataEF.Items[7]=E6 fCommAPP.MODRWdataEF.Items[8]=E7 fCommAPP.MODRWdataEF.Items[9]=F0 fCommAPP.MODRWdataEF.Items[10]=F1 fCommAPP.MODRWdataEF.Items[11]=F2 fCommAPP.MODRWdataEF.Items[12]=F3 fCommAPP.MODRWdataEF.Items[13]=F4 fCommAPP.MODRWdataEF.Items[14]=F5 fCommAPP.MODRWdataEF.Items[15]=F6 fCommAPP.MODRWdataEF.Items[16]=F7 fCommAPP.MODRWdataEF.Hint=Index register E,F fCommAPP.MODRWbufNum.Hint=Device number fCommAPP.MODRWbufEF.Items[0]= fCommAPP.MODRWbufEF.Items[1]=E0 fCommAPP.MODRWbufEF.Items[2]=E1 fCommAPP.MODRWbufEF.Items[3]=E2 fCommAPP.MODRWbufEF.Items[4]=E3 fCommAPP.MODRWbufEF.Items[5]=E4 fCommAPP.MODRWbufEF.Items[6]=E5 fCommAPP.MODRWbufEF.Items[7]=E6 fCommAPP.MODRWbufEF.Items[8]=E7 fCommAPP.MODRWbufEF.Items[9]=F0 fCommAPP.MODRWbufEF.Items[10]=F1 fCommAPP.MODRWbufEF.Items[11]=F2 fCommAPP.MODRWbufEF.Items[12]=F3 fCommAPP.MODRWbufEF.Items[13]=F4 fCommAPP.MODRWbufEF.Items[14]=F5 fCommAPP.MODRWbufEF.Items[15]=F6 fCommAPP.MODRWbufEF.Items[16]=F7 fCommAPP.MODRWbufEF.Hint=Index register E,F fCommAPP.MODRWOP.Items[0]=LD fCommAPP.MODRWOP.Items[1]=LDI fCommAPP.MODRWOP.Items[2]=LDP fCommAPP.MODRWOP.Items[3]=LDF fCommAPP.MODRWOP.Hint=Setting the control condition express for starting MODRW command fCommAPP.MODRWOperand.Items[0]=X fCommAPP.MODRWOperand.Items[1]=Y fCommAPP.MODRWOperand.Items[2]=M fCommAPP.MODRWOperand.Items[3]=S fCommAPP.MODRWOperand.Items[4]=T fCommAPP.MODRWOperand.Items[5]=C fCommAPP.MODRWOperand.Hint=Setting device for the control condition express to start MODRW command fCommAPP.MODRWsendOP.Items[0]=LDP fCommAPP.MODRWsendOP.Items[1]=LDF fCommAPP.MODRWsendOP.Hint=Setting control condition of sending request fCommAPP.MODRWsendOperand.Items[0]=X fCommAPP.MODRWsendOperand.Items[1]=Y fCommAPP.MODRWsendOperand.Items[2]=M fCommAPP.MODRWsendOperand.Items[3]=S fCommAPP.MODRWsendOperand.Items[4]=T fCommAPP.MODRWsendOperand.Items[5]=C fCommAPP.MODRWsendOperand.Hint=Setting device of control condition to send request fCommAPP.MODRDfunDev.Items[0]=K fCommAPP.MODRDfunDev.Items[1]=H fCommAPP.MODRDfunDev.Items[2]=D fCommAPP.MODRDfunDev.Hint=Operand device fCommAPP.MODRDfunEF.Items[0]= fCommAPP.MODRDfunEF.Items[1]=E0 fCommAPP.MODRDfunEF.Items[2]=E1 fCommAPP.MODRDfunEF.Items[3]=E2 fCommAPP.MODRDfunEF.Items[4]=E3 fCommAPP.MODRDfunEF.Items[5]=E4 fCommAPP.MODRDfunEF.Items[6]=E5 fCommAPP.MODRDfunEF.Items[7]=E6 fCommAPP.MODRDfunEF.Items[8]=E7 fCommAPP.MODRDfunEF.Items[9]=F0 fCommAPP.MODRDfunEF.Items[10]=F1 fCommAPP.MODRDfunEF.Items[11]=F2 fCommAPP.MODRDfunEF.Items[12]=F3 fCommAPP.MODRDfunEF.Items[13]=F4 fCommAPP.MODRDfunEF.Items[14]=F5 fCommAPP.MODRDfunEF.Items[15]=F6 fCommAPP.MODRDfunEF.Items[16]=F7 fCommAPP.MODRDfunEF.Hint=Index register E,F fCommAPP.MODRWdataLDev.Items[0]=K fCommAPP.MODRWdataLDev.Items[1]=H fCommAPP.MODRWdataLDev.Items[2]=D fCommAPP.MODRWdataLDev.Hint=Operand device fCommAPP.MODRWdataLEF.Items[0]= fCommAPP.MODRWdataLEF.Items[1]=E0 fCommAPP.MODRWdataLEF.Items[2]=E1 fCommAPP.MODRWdataLEF.Items[3]=E2 fCommAPP.MODRWdataLEF.Items[4]=E3 fCommAPP.MODRWdataLEF.Items[5]=E4 fCommAPP.MODRWdataLEF.Items[6]=E5 fCommAPP.MODRWdataLEF.Items[7]=E6 fCommAPP.MODRWdataLEF.Items[8]=E7 fCommAPP.MODRWdataLEF.Items[9]=F0 fCommAPP.MODRWdataLEF.Items[10]=F1 fCommAPP.MODRWdataLEF.Items[11]=F2 fCommAPP.MODRWdataLEF.Items[12]=F3 fCommAPP.MODRWdataLEF.Items[13]=F4 fCommAPP.MODRWdataLEF.Items[14]=F5 fCommAPP.MODRWdataLEF.Items[15]=F6 fCommAPP.MODRWdataLEF.Items[16]=F7 fCommAPP.MODRWdataLEF.Hint=Index register E,F fCommAPP.MODRWlinkNum.Text=0 fCommAPP.MODRWlinkNum.Hint=Device number fCommAPP.MODRDfunNum.Text=0 fCommAPP.MODRDfunNum.Hint=Device number fCommAPP.MODRWdataNum.Text=0 fCommAPP.MODRWdataNum.Hint=Device number fCommAPP.MODRWdataLNum.Text=1 fCommAPP.MODRWdataLNum.Hint=Device number fCommAPP.MODRWsendOPNum.Text=0 fCommAPP.MODRWsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.MODRWOpNUM.Text=0 fCommAPP.MODRWOpNUM.Hint=Setting device number for the control condition express to start MODRW command fCommAPP.btMODclear.Caption=Reset fCommAPP.btMODclear.Hint=Reset all setting value of this page fCommAPP.tabGroup.Pages[0].Caption=Drive forward fCommAPP.tabGroup.Pages[1].Caption=Drive reverse fCommAPP.tabGroup.Pages[2].Caption=Drive stop fCommAPP.tabGroup.Pages[3].Caption=Drive status read fCommAPP.tabGroup.Pages[4].Caption=Drive abnormal reset fCommAPP.GroupBox10.Caption=VFD fCommAPP.GroupBox10.Hint= fCommAPP.Label40.Caption=Communication address fCommAPP.Label40.Hint= fCommAPP.Label41.Caption=Master frequency fCommAPP.Label41.Hint= fCommAPP.Label42.Caption=Command object fCommAPP.Label42.Hint= fCommAPP.Label43.Caption=Conditional clause for toggle fCommAPP.Label43.Hint= fCommAPP.ckFWDsend.Caption=A series FWD instruction fCommAPP.ckFWDsend.Hint=Setting the sending request when transmits data fCommAPP.FWDlinkDev.Items[0]=K fCommAPP.FWDlinkDev.Items[1]=H fCommAPP.FWDlinkDev.Items[2]=D fCommAPP.FWDlinkDev.Hint=Operand device fCommAPP.FWDlinkEF.Items[0]= fCommAPP.FWDlinkEF.Items[1]=E0 fCommAPP.FWDlinkEF.Items[2]=E1 fCommAPP.FWDlinkEF.Items[3]=E2 fCommAPP.FWDlinkEF.Items[4]=E3 fCommAPP.FWDlinkEF.Items[5]=E4 fCommAPP.FWDlinkEF.Items[6]=E5 fCommAPP.FWDlinkEF.Items[7]=E6 fCommAPP.FWDlinkEF.Items[8]=E7 fCommAPP.FWDlinkEF.Items[9]=F0 fCommAPP.FWDlinkEF.Items[10]=F1 fCommAPP.FWDlinkEF.Items[11]=F2 fCommAPP.FWDlinkEF.Items[12]=F3 fCommAPP.FWDlinkEF.Items[13]=F4 fCommAPP.FWDlinkEF.Items[14]=F5 fCommAPP.FWDlinkEF.Items[15]=F6 fCommAPP.FWDlinkEF.Items[16]=F7 fCommAPP.FWDlinkEF.Hint=Index register E,F fCommAPP.FWDTranDev.Items[0]=K fCommAPP.FWDTranDev.Items[1]=H fCommAPP.FWDTranDev.Items[2]=D fCommAPP.FWDTranDev.Hint=Operand device fCommAPP.FWDTranEF.Items[0]= fCommAPP.FWDTranEF.Items[1]=E0 fCommAPP.FWDTranEF.Items[2]=E1 fCommAPP.FWDTranEF.Items[3]=E2 fCommAPP.FWDTranEF.Items[4]=E3 fCommAPP.FWDTranEF.Items[5]=E4 fCommAPP.FWDTranEF.Items[6]=E5 fCommAPP.FWDTranEF.Items[7]=E6 fCommAPP.FWDTranEF.Items[8]=E7 fCommAPP.FWDTranEF.Items[9]=F0 fCommAPP.FWDTranEF.Items[10]=F1 fCommAPP.FWDTranEF.Items[11]=F2 fCommAPP.FWDTranEF.Items[12]=F3 fCommAPP.FWDTranEF.Items[13]=F4 fCommAPP.FWDTranEF.Items[14]=F5 fCommAPP.FWDTranEF.Items[15]=F6 fCommAPP.FWDTranEF.Items[16]=F7 fCommAPP.FWDTranEF.Hint=Index register E,F fCommAPP.FWDorderDev.Items[0]=K fCommAPP.FWDorderDev.Items[1]=H fCommAPP.FWDorderDev.Items[2]=D fCommAPP.FWDorderDev.Hint=Operand device fCommAPP.FWDorderEF.Items[0]= fCommAPP.FWDorderEF.Items[1]=E0 fCommAPP.FWDorderEF.Items[2]=E1 fCommAPP.FWDorderEF.Items[3]=E2 fCommAPP.FWDorderEF.Items[4]=E3 fCommAPP.FWDorderEF.Items[5]=E4 fCommAPP.FWDorderEF.Items[6]=E5 fCommAPP.FWDorderEF.Items[7]=E6 fCommAPP.FWDorderEF.Items[8]=E7 fCommAPP.FWDorderEF.Items[9]=F0 fCommAPP.FWDorderEF.Items[10]=F1 fCommAPP.FWDorderEF.Items[11]=F2 fCommAPP.FWDorderEF.Items[12]=F3 fCommAPP.FWDorderEF.Items[13]=F4 fCommAPP.FWDorderEF.Items[14]=F5 fCommAPP.FWDorderEF.Items[15]=F6 fCommAPP.FWDorderEF.Items[16]=F7 fCommAPP.FWDorderEF.Hint=Index register E,F fCommAPP.FWDOP.Items[0]=LD fCommAPP.FWDOP.Items[1]=LDI fCommAPP.FWDOP.Hint=Setting control condition to trigger FWD command fCommAPP.FWDOperand.Items[0]=X fCommAPP.FWDOperand.Items[1]=Y fCommAPP.FWDOperand.Items[2]=M fCommAPP.FWDOperand.Items[3]=S fCommAPP.FWDOperand.Items[4]=T fCommAPP.FWDOperand.Items[5]=C fCommAPP.FWDOperand.Hint=Setting device of control condition to trigger FWD command fCommAPP.FWDsendOP.Items[0]=LDP fCommAPP.FWDsendOP.Items[1]=LDF fCommAPP.FWDsendOP.Hint=Setting control condition of sending request fCommAPP.FWDsendOperand.Items[0]=X fCommAPP.FWDsendOperand.Items[1]=Y fCommAPP.FWDsendOperand.Items[2]=M fCommAPP.FWDsendOperand.Items[3]=S fCommAPP.FWDsendOperand.Items[4]=T fCommAPP.FWDsendOperand.Items[5]=C fCommAPP.FWDsendOperand.Hint=Setting device of control condition to send request fCommAPP.FWDlinkNum.Text=0 fCommAPP.FWDlinkNum.Hint=Device number fCommAPP.FWDTranNum.Text=0 fCommAPP.FWDTranNum.Hint=Setting range for A series : K0~K4000 , 0.0 Hz~400.0 Hz fCommAPP.FWDorderNum.Text=1 fCommAPP.FWDorderNum.Hint=K1-for one assigned device, K2-for all device connected fCommAPP.FWDsendOPNum.Text=0 fCommAPP.FWDsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.FWDOpNUM.Text=0 fCommAPP.FWDOpNUM.Hint=Setting device number of control condition to trigger FWD command fCommAPP.btFWDclear.Caption=Reset fCommAPP.btFWDclear.Hint=Clean all setting value of VFD-A series drive forward command (FWD) fCommAPP.GroupBox11.Caption=VFD fCommAPP.GroupBox11.Hint= fCommAPP.Label39.Caption=Communication address fCommAPP.Label39.Hint= fCommAPP.Label44.Caption=Master frequency fCommAPP.Label44.Hint= fCommAPP.Label45.Caption=Command object fCommAPP.Label45.Hint= fCommAPP.Label46.Caption=Conditional clause for toggle fCommAPP.Label46.Hint= fCommAPP.ckREVsend.Caption=A series REV instruction fCommAPP.ckREVsend.Hint=Setting the sending request when transmits data fCommAPP.REVlinkDev.Items[0]=K fCommAPP.REVlinkDev.Items[1]=H fCommAPP.REVlinkDev.Items[2]=D fCommAPP.REVlinkDev.Hint=Operand device fCommAPP.REVlinkEF.Items[0]= fCommAPP.REVlinkEF.Items[1]=E0 fCommAPP.REVlinkEF.Items[2]=E1 fCommAPP.REVlinkEF.Items[3]=E2 fCommAPP.REVlinkEF.Items[4]=E3 fCommAPP.REVlinkEF.Items[5]=E4 fCommAPP.REVlinkEF.Items[6]=E5 fCommAPP.REVlinkEF.Items[7]=E6 fCommAPP.REVlinkEF.Items[8]=E7 fCommAPP.REVlinkEF.Items[9]=F0 fCommAPP.REVlinkEF.Items[10]=F1 fCommAPP.REVlinkEF.Items[11]=F2 fCommAPP.REVlinkEF.Items[12]=F3 fCommAPP.REVlinkEF.Items[13]=F4 fCommAPP.REVlinkEF.Items[14]=F5 fCommAPP.REVlinkEF.Items[15]=F6 fCommAPP.REVlinkEF.Items[16]=F7 fCommAPP.REVlinkEF.Hint=Index register E,F fCommAPP.REVTranDev.Items[0]=K fCommAPP.REVTranDev.Items[1]=H fCommAPP.REVTranDev.Items[2]=D fCommAPP.REVTranDev.Hint=Operand device fCommAPP.REVTranEF.Items[0]= fCommAPP.REVTranEF.Items[1]=E0 fCommAPP.REVTranEF.Items[2]=E1 fCommAPP.REVTranEF.Items[3]=E2 fCommAPP.REVTranEF.Items[4]=E3 fCommAPP.REVTranEF.Items[5]=E4 fCommAPP.REVTranEF.Items[6]=E5 fCommAPP.REVTranEF.Items[7]=E6 fCommAPP.REVTranEF.Items[8]=E7 fCommAPP.REVTranEF.Items[9]=F0 fCommAPP.REVTranEF.Items[10]=F1 fCommAPP.REVTranEF.Items[11]=F2 fCommAPP.REVTranEF.Items[12]=F3 fCommAPP.REVTranEF.Items[13]=F4 fCommAPP.REVTranEF.Items[14]=F5 fCommAPP.REVTranEF.Items[15]=F6 fCommAPP.REVTranEF.Items[16]=F7 fCommAPP.REVTranEF.Hint=Index register E,F fCommAPP.REVorderDev.Items[0]=K fCommAPP.REVorderDev.Items[1]=H fCommAPP.REVorderDev.Items[2]=D fCommAPP.REVorderDev.Hint=Operand device fCommAPP.REVorderEF.Items[0]= fCommAPP.REVorderEF.Items[1]=E0 fCommAPP.REVorderEF.Items[2]=E1 fCommAPP.REVorderEF.Items[3]=E2 fCommAPP.REVorderEF.Items[4]=E3 fCommAPP.REVorderEF.Items[5]=E4 fCommAPP.REVorderEF.Items[6]=E5 fCommAPP.REVorderEF.Items[7]=E6 fCommAPP.REVorderEF.Items[8]=E7 fCommAPP.REVorderEF.Items[9]=F0 fCommAPP.REVorderEF.Items[10]=F1 fCommAPP.REVorderEF.Items[11]=F2 fCommAPP.REVorderEF.Items[12]=F3 fCommAPP.REVorderEF.Items[13]=F4 fCommAPP.REVorderEF.Items[14]=F5 fCommAPP.REVorderEF.Items[15]=F6 fCommAPP.REVorderEF.Items[16]=F7 fCommAPP.REVorderEF.Hint=Index register E,F fCommAPP.REVOP.Items[0]=LD fCommAPP.REVOP.Items[1]=LDI fCommAPP.REVOP.Hint=Setting the control condition express for starting REV command fCommAPP.REVOperand.Items[0]=X fCommAPP.REVOperand.Items[1]=Y fCommAPP.REVOperand.Items[2]=M fCommAPP.REVOperand.Items[3]=S fCommAPP.REVOperand.Items[4]=T fCommAPP.REVOperand.Items[5]=C fCommAPP.REVOperand.Hint=Setting device for the control condition express to start REV command fCommAPP.REVsendOP.Items[0]=LDP fCommAPP.REVsendOP.Items[1]=LDF fCommAPP.REVsendOP.Hint=Setting control condition of sending request fCommAPP.REVsendOperand.Items[0]=X fCommAPP.REVsendOperand.Items[1]=Y fCommAPP.REVsendOperand.Items[2]=M fCommAPP.REVsendOperand.Items[3]=S fCommAPP.REVsendOperand.Items[4]=T fCommAPP.REVsendOperand.Items[5]=C fCommAPP.REVsendOperand.Hint=Setting device of control condition to send request fCommAPP.REVlinkNum.Text=0 fCommAPP.REVlinkNum.Hint=Device number fCommAPP.REVTranNum.Text=0 fCommAPP.REVTranNum.Hint=Setting range for A series : K0~K4000 , 0.0 Hz~400.0 Hz fCommAPP.REVorderNum.Text=1 fCommAPP.REVorderNum.Hint=K1-for one assigned device, K2-for all device connected fCommAPP.REVsendOPNum.Text=0 fCommAPP.REVsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.REVOpNUM.Text=0 fCommAPP.REVOpNUM.Hint=Setting device number for the control condition express to start REV command fCommAPP.btREVclear.Caption=Reset fCommAPP.btREVclear.Hint=Clean all setting value of VFD-A Series drive reverse command (REV) fCommAPP.GroupBox12.Caption=VFD fCommAPP.GroupBox12.Hint= fCommAPP.Label47.Caption=Communication address fCommAPP.Label47.Hint= fCommAPP.Label48.Caption=Master frequency fCommAPP.Label48.Hint= fCommAPP.Label49.Caption=Command object fCommAPP.Label49.Hint= fCommAPP.Label50.Caption=Conditional clause for toggle fCommAPP.Label50.Hint= fCommAPP.ckSTOPsend.Caption=A series STOP instruction fCommAPP.ckSTOPsend.Hint=Setting the sending request when transmits data fCommAPP.STOPlinkDev.Items[0]=K fCommAPP.STOPlinkDev.Items[1]=H fCommAPP.STOPlinkDev.Items[2]=D fCommAPP.STOPlinkDev.Hint=Operand device fCommAPP.STOPlinkEF.Items[0]= fCommAPP.STOPlinkEF.Items[1]=E0 fCommAPP.STOPlinkEF.Items[2]=E1 fCommAPP.STOPlinkEF.Items[3]=E2 fCommAPP.STOPlinkEF.Items[4]=E3 fCommAPP.STOPlinkEF.Items[5]=E4 fCommAPP.STOPlinkEF.Items[6]=E5 fCommAPP.STOPlinkEF.Items[7]=E6 fCommAPP.STOPlinkEF.Items[8]=E7 fCommAPP.STOPlinkEF.Items[9]=F0 fCommAPP.STOPlinkEF.Items[10]=F1 fCommAPP.STOPlinkEF.Items[11]=F2 fCommAPP.STOPlinkEF.Items[12]=F3 fCommAPP.STOPlinkEF.Items[13]=F4 fCommAPP.STOPlinkEF.Items[14]=F5 fCommAPP.STOPlinkEF.Items[15]=F6 fCommAPP.STOPlinkEF.Items[16]=F7 fCommAPP.STOPlinkEF.Hint=Index register E,F fCommAPP.STOPTranDev.Items[0]=K fCommAPP.STOPTranDev.Items[1]=H fCommAPP.STOPTranDev.Items[2]=D fCommAPP.STOPTranDev.Hint=Operand device fCommAPP.STOPTranEF.Items[0]= fCommAPP.STOPTranEF.Items[1]=E0 fCommAPP.STOPTranEF.Items[2]=E1 fCommAPP.STOPTranEF.Items[3]=E2 fCommAPP.STOPTranEF.Items[4]=E3 fCommAPP.STOPTranEF.Items[5]=E4 fCommAPP.STOPTranEF.Items[6]=E5 fCommAPP.STOPTranEF.Items[7]=E6 fCommAPP.STOPTranEF.Items[8]=E7 fCommAPP.STOPTranEF.Items[9]=F0 fCommAPP.STOPTranEF.Items[10]=F1 fCommAPP.STOPTranEF.Items[11]=F2 fCommAPP.STOPTranEF.Items[12]=F3 fCommAPP.STOPTranEF.Items[13]=F4 fCommAPP.STOPTranEF.Items[14]=F5 fCommAPP.STOPTranEF.Items[15]=F6 fCommAPP.STOPTranEF.Items[16]=F7 fCommAPP.STOPTranEF.Hint=Index register E,F fCommAPP.STOPorderDev.Items[0]=K fCommAPP.STOPorderDev.Items[1]=H fCommAPP.STOPorderDev.Items[2]=D fCommAPP.STOPorderDev.Hint=Operand device fCommAPP.STOPorderEF.Items[0]= fCommAPP.STOPorderEF.Items[1]=E0 fCommAPP.STOPorderEF.Items[2]=E1 fCommAPP.STOPorderEF.Items[3]=E2 fCommAPP.STOPorderEF.Items[4]=E3 fCommAPP.STOPorderEF.Items[5]=E4 fCommAPP.STOPorderEF.Items[6]=E5 fCommAPP.STOPorderEF.Items[7]=E6 fCommAPP.STOPorderEF.Items[8]=E7 fCommAPP.STOPorderEF.Items[9]=F0 fCommAPP.STOPorderEF.Items[10]=F1 fCommAPP.STOPorderEF.Items[11]=F2 fCommAPP.STOPorderEF.Items[12]=F3 fCommAPP.STOPorderEF.Items[13]=F4 fCommAPP.STOPorderEF.Items[14]=F5 fCommAPP.STOPorderEF.Items[15]=F6 fCommAPP.STOPorderEF.Items[16]=F7 fCommAPP.STOPorderEF.Hint=Index register E,F fCommAPP.STOPOP.Items[0]=LD fCommAPP.STOPOP.Items[1]=LDI fCommAPP.STOPOP.Hint=Setting the control condition express for starting STOP command fCommAPP.STOPOperand.Items[0]=X fCommAPP.STOPOperand.Items[1]=Y fCommAPP.STOPOperand.Items[2]=M fCommAPP.STOPOperand.Items[3]=S fCommAPP.STOPOperand.Items[4]=T fCommAPP.STOPOperand.Items[5]=C fCommAPP.STOPOperand.Hint=Setting device for the control condition express to start STOP command fCommAPP.STOPsendOP.Items[0]=LDP fCommAPP.STOPsendOP.Items[1]=LDF fCommAPP.STOPsendOP.Hint=Setting control condition of sending request fCommAPP.STOPsendOperand.Items[0]=X fCommAPP.STOPsendOperand.Items[1]=Y fCommAPP.STOPsendOperand.Items[2]=M fCommAPP.STOPsendOperand.Items[3]=S fCommAPP.STOPsendOperand.Items[4]=T fCommAPP.STOPsendOperand.Items[5]=C fCommAPP.STOPsendOperand.Hint=Setting device of control condition to send request fCommAPP.STOPlinkNum.Text=0 fCommAPP.STOPlinkNum.Hint=Device number fCommAPP.STOPTranNum.Text=0 fCommAPP.STOPTranNum.Hint=Setting range for A series : K0~K4000 , 0.0 Hz~400.0 Hz fCommAPP.STOPorderNum.Text=1 fCommAPP.STOPorderNum.Hint=K1-for one assigned device, K2-for all device connected fCommAPP.STOPsendOPNum.Text=0 fCommAPP.STOPsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.STOPOpNUM.Text=0 fCommAPP.STOPOpNUM.Hint=Setting device number for the control condition express to start STOP command fCommAPP.btSTOPclear.Caption=Reset fCommAPP.btSTOPclear.Hint=Clean all setting value of VFD-A series drive stop command (STOP) fCommAPP.GroupBox13.Caption=VFD fCommAPP.GroupBox13.Hint= fCommAPP.Label52.Caption=Communication address fCommAPP.Label52.Hint= fCommAPP.Label54.Caption=Command object fCommAPP.Label54.Hint= fCommAPP.Label55.Caption=Conditional clause for toggle fCommAPP.Label55.Hint= fCommAPP.ckRDSTsend.Caption=A series RDST instruction fCommAPP.ckRDSTsend.Hint=Setting the sending request when transmits data fCommAPP.RDSTlinkDev.Items[0]=K fCommAPP.RDSTlinkDev.Items[1]=H fCommAPP.RDSTlinkDev.Items[2]=D fCommAPP.RDSTlinkDev.Hint=Operand device fCommAPP.RDSTlinkEF.Items[0]= fCommAPP.RDSTlinkEF.Items[1]=E0 fCommAPP.RDSTlinkEF.Items[2]=E1 fCommAPP.RDSTlinkEF.Items[3]=E2 fCommAPP.RDSTlinkEF.Items[4]=E3 fCommAPP.RDSTlinkEF.Items[5]=E4 fCommAPP.RDSTlinkEF.Items[6]=E5 fCommAPP.RDSTlinkEF.Items[7]=E6 fCommAPP.RDSTlinkEF.Items[8]=E7 fCommAPP.RDSTlinkEF.Items[9]=F0 fCommAPP.RDSTlinkEF.Items[10]=F1 fCommAPP.RDSTlinkEF.Items[11]=F2 fCommAPP.RDSTlinkEF.Items[12]=F3 fCommAPP.RDSTlinkEF.Items[13]=F4 fCommAPP.RDSTlinkEF.Items[14]=F5 fCommAPP.RDSTlinkEF.Items[15]=F6 fCommAPP.RDSTlinkEF.Items[16]=F7 fCommAPP.RDSTlinkEF.Hint=Index register E,F fCommAPP.RDSTorderDev.Items[0]=K fCommAPP.RDSTorderDev.Items[1]=H fCommAPP.RDSTorderDev.Items[2]=D fCommAPP.RDSTorderDev.Hint=Operand device fCommAPP.RDSTorderEF.Items[0]= fCommAPP.RDSTorderEF.Items[1]=E0 fCommAPP.RDSTorderEF.Items[2]=E1 fCommAPP.RDSTorderEF.Items[3]=E2 fCommAPP.RDSTorderEF.Items[4]=E3 fCommAPP.RDSTorderEF.Items[5]=E4 fCommAPP.RDSTorderEF.Items[6]=E5 fCommAPP.RDSTorderEF.Items[7]=E6 fCommAPP.RDSTorderEF.Items[8]=E7 fCommAPP.RDSTorderEF.Items[9]=F0 fCommAPP.RDSTorderEF.Items[10]=F1 fCommAPP.RDSTorderEF.Items[11]=F2 fCommAPP.RDSTorderEF.Items[12]=F3 fCommAPP.RDSTorderEF.Items[13]=F4 fCommAPP.RDSTorderEF.Items[14]=F5 fCommAPP.RDSTorderEF.Items[15]=F6 fCommAPP.RDSTorderEF.Items[16]=F7 fCommAPP.RDSTorderEF.Hint=Index register E,F fCommAPP.RDSTOP.Items[0]=LD fCommAPP.RDSTOP.Items[1]=LDI fCommAPP.RDSTOP.Hint=Setting the control condition express for starting RDST command fCommAPP.RDSTOperand.Items[0]=X fCommAPP.RDSTOperand.Items[1]=Y fCommAPP.RDSTOperand.Items[2]=M fCommAPP.RDSTOperand.Items[3]=S fCommAPP.RDSTOperand.Items[4]=T fCommAPP.RDSTOperand.Items[5]=C fCommAPP.RDSTOperand.Hint=Setting device for the control condition express to start RDST command fCommAPP.RDSTsendOP.Items[0]=LDP fCommAPP.RDSTsendOP.Items[1]=LDF fCommAPP.RDSTsendOP.Hint=Setting control condition of sending request fCommAPP.RDSTsendOperand.Items[0]=X fCommAPP.RDSTsendOperand.Items[1]=Y fCommAPP.RDSTsendOperand.Items[2]=M fCommAPP.RDSTsendOperand.Items[3]=S fCommAPP.RDSTsendOperand.Items[4]=T fCommAPP.RDSTsendOperand.Items[5]=C fCommAPP.RDSTsendOperand.Hint=Setting device of control condition to send request fCommAPP.RDSTlinkNum.Text=0 fCommAPP.RDSTlinkNum.Hint=Device number fCommAPP.RDSTorderNum.Text=0 fCommAPP.RDSTorderNum.Hint=K0 : frequency command, K1:output frequency, K2:output current, K3:operation command fCommAPP.RDSTsendOPNum.Text=0 fCommAPP.RDSTsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.RDSTOpNUM.Text=0 fCommAPP.RDSTOpNUM.Hint=Setting device number for the control condition express to start RDST command fCommAPP.btRDSTclear.Caption=Reset fCommAPP.btRDSTclear.Hint=Clean all setting value of VFD-A series drive status read command (RDST) fCommAPP.GroupBox9.Caption=VFD fCommAPP.GroupBox9.Hint= fCommAPP.Label36.Caption=Communication address fCommAPP.Label36.Hint= fCommAPP.Label37.Caption=Command object fCommAPP.Label37.Hint= fCommAPP.Label38.Caption=Conditional clause for toggle fCommAPP.Label38.Hint= fCommAPP.ckRSTEFsend.Caption=A series RSTEF instruction fCommAPP.ckRSTEFsend.Hint=Setting the sending request when transmits data fCommAPP.RSTEFlinkDev.Items[0]=K fCommAPP.RSTEFlinkDev.Items[1]=H fCommAPP.RSTEFlinkDev.Items[2]=D fCommAPP.RSTEFlinkDev.Hint=Operand device fCommAPP.RSTEFlinkEF.Items[0]= fCommAPP.RSTEFlinkEF.Items[1]=E0 fCommAPP.RSTEFlinkEF.Items[2]=E1 fCommAPP.RSTEFlinkEF.Items[3]=E2 fCommAPP.RSTEFlinkEF.Items[4]=E3 fCommAPP.RSTEFlinkEF.Items[5]=E4 fCommAPP.RSTEFlinkEF.Items[6]=E5 fCommAPP.RSTEFlinkEF.Items[7]=E6 fCommAPP.RSTEFlinkEF.Items[8]=E7 fCommAPP.RSTEFlinkEF.Items[9]=F0 fCommAPP.RSTEFlinkEF.Items[10]=F1 fCommAPP.RSTEFlinkEF.Items[11]=F2 fCommAPP.RSTEFlinkEF.Items[12]=F3 fCommAPP.RSTEFlinkEF.Items[13]=F4 fCommAPP.RSTEFlinkEF.Items[14]=F5 fCommAPP.RSTEFlinkEF.Items[15]=F6 fCommAPP.RSTEFlinkEF.Items[16]=F7 fCommAPP.RSTEFlinkEF.Hint=Index register E,F fCommAPP.RSTEForderDev.Items[0]=K fCommAPP.RSTEForderDev.Items[1]=H fCommAPP.RSTEForderDev.Items[2]=D fCommAPP.RSTEForderDev.Hint=Operand device fCommAPP.RSTEForderEF.Items[0]= fCommAPP.RSTEForderEF.Items[1]=E0 fCommAPP.RSTEForderEF.Items[2]=E1 fCommAPP.RSTEForderEF.Items[3]=E2 fCommAPP.RSTEForderEF.Items[4]=E3 fCommAPP.RSTEForderEF.Items[5]=E4 fCommAPP.RSTEForderEF.Items[6]=E5 fCommAPP.RSTEForderEF.Items[7]=E6 fCommAPP.RSTEForderEF.Items[8]=E7 fCommAPP.RSTEForderEF.Items[9]=F0 fCommAPP.RSTEForderEF.Items[10]=F1 fCommAPP.RSTEForderEF.Items[11]=F2 fCommAPP.RSTEForderEF.Items[12]=F3 fCommAPP.RSTEForderEF.Items[13]=F4 fCommAPP.RSTEForderEF.Items[14]=F5 fCommAPP.RSTEForderEF.Items[15]=F6 fCommAPP.RSTEForderEF.Items[16]=F7 fCommAPP.RSTEForderEF.Hint=Index register E,F fCommAPP.RSTEFOP.Items[0]=LD fCommAPP.RSTEFOP.Items[1]=LDI fCommAPP.RSTEFOP.Hint=Setting the control condition express for starting RSTEF command fCommAPP.RSTEFOperand.Items[0]=X fCommAPP.RSTEFOperand.Items[1]=Y fCommAPP.RSTEFOperand.Items[2]=M fCommAPP.RSTEFOperand.Items[3]=S fCommAPP.RSTEFOperand.Items[4]=T fCommAPP.RSTEFOperand.Items[5]=C fCommAPP.RSTEFOperand.Hint=Setting device for the control condition express to start RSTEF command fCommAPP.RSTEFsendOP.Items[0]=LDP fCommAPP.RSTEFsendOP.Items[1]=LDF fCommAPP.RSTEFsendOP.Hint=Setting control condition of sending request fCommAPP.RSTEFsendOperand.Items[0]=X fCommAPP.RSTEFsendOperand.Items[1]=Y fCommAPP.RSTEFsendOperand.Items[2]=M fCommAPP.RSTEFsendOperand.Items[3]=S fCommAPP.RSTEFsendOperand.Items[4]=T fCommAPP.RSTEFsendOperand.Items[5]=C fCommAPP.RSTEFsendOperand.Hint=Setting device of control condition to send request fCommAPP.RSTEFlinkNum.Text=0 fCommAPP.RSTEFlinkNum.Hint=Device number fCommAPP.RSTEForderNum.Text=1 fCommAPP.RSTEForderNum.Hint=K1-for one assigned device, K2-for all device connected fCommAPP.RSTEFsendOPNum.Text=0 fCommAPP.RSTEFsendOPNum.Hint=Setting device number of control condition to send request fCommAPP.RSTEFOpNUM.Text=0 fCommAPP.RSTEFOpNUM.Hint=Setting device number for the control condition express to start RSTEF command fCommAPP.btRSTEFclear.Caption=Reset fCommAPP.btRSTEFclear.Hint=Clean all setting value of VFD-A series drive abnormal reset command (RSTEF) fCommAPP.GroupBox4.Caption= Please multiple selection for communication application instruction you want to generate fCommAPP.GroupBox4.Hint= fCommAPP.ckPage1.Caption=Serial data communication - RS instruction fCommAPP.ckPage1.Hint= fCommAPP.ckPage2.Caption=Communication instructions for MODBUS format - MODRD, MODWR, MODRW instructions fCommAPP.ckPage2.Hint= fCommAPP.ckPage3.Caption=VFD-A series AC dirve communication instruction- FWD, REV, STOP, RDST, RSTEF instructions fCommAPP.ckPage3.Hint= fCommAPP.Panel1.Caption= fCommAPP.PreButton.Caption=Back fCommAPP.PreButton.Hint= fCommAPP.NextButton.Caption=Next fCommAPP.NextButton.Hint= fCommAPP.CancelButton.Caption=Cancel fCommAPP.CancelButton.Hint= [fContrStr] fContrStr.Caption=Define Control Characters of RS Instruction fContrStr.Label1.Caption=Start word (STX) fContrStr.Label1.Hint= fContrStr.Label2.Caption=First end word (ETX1) fContrStr.Label2.Hint= fContrStr.Label3.Caption=Second end word (ETX2) fContrStr.Label3.Hint= fContrStr.ckM1130.Caption=M1130 fContrStr.ckM1130.Hint= fContrStr.ckM1126.Caption=M1126 fContrStr.ckM1126.Hint= fContrStr.startSTR.Text= fContrStr.startSTR.Hint= fContrStr.endSTR1.Text= fContrStr.endSTR1.Hint= fContrStr.endSTR2.Text= fContrStr.endSTR2.Hint= fContrStr.btOK.Caption=OK fContrStr.btOK.Hint= fContrStr.btCancel.Caption=Cancel fContrStr.btCancel.Hint= //---------------------------CRproj------------------------------------------------------ [frmCRmain] frmCRmain.Caption=Auxiliary Design of Extension Module frmCRmain.GroupBox1.Caption= frmCRmain.GroupBox1.Hint= frmCRmain.Label1.Caption=Extension module type frmCRmain.Label1.Hint= frmCRmain.Label2.Caption=NO frmCRmain.Label2.Hint= frmCRmain.ckMode_0.Caption=0 frmCRmain.ckMode_0.Hint= frmCRmain.ckMode_1.Caption=1 frmCRmain.ckMode_1.Hint= frmCRmain.ckMode_2.Caption=2 frmCRmain.ckMode_2.Hint= frmCRmain.ckMode_3.Caption=3 frmCRmain.ckMode_3.Hint= frmCRmain.ckMode_4.Caption=4 frmCRmain.ckMode_4.Hint= frmCRmain.ckMode_5.Caption=5 frmCRmain.ckMode_5.Hint= frmCRmain.ckMode_6.Caption=6 frmCRmain.ckMode_6.Hint= frmCRmain.ckMode_7.Caption=7 frmCRmain.ckMode_7.Hint= frmCRmain.btSetModel_0.Caption=Setting ... frmCRmain.btSetModel_0.Hint= frmCRmain.btSetModel_1.Caption=Setting ... frmCRmain.btSetModel_1.Hint= frmCRmain.btSetModel_2.Caption=Setting ... frmCRmain.btSetModel_2.Hint= frmCRmain.btSetModel_3.Caption=Setting ... frmCRmain.btSetModel_3.Hint= frmCRmain.btSetModel_4.Caption=Setting ... frmCRmain.btSetModel_4.Hint= frmCRmain.btSetModel_7.Caption=Setting ... frmCRmain.btSetModel_7.Hint= frmCRmain.btSetModel_6.Caption=Setting ... frmCRmain.btSetModel_6.Hint= frmCRmain.btSetModel_5.Caption=Setting ... frmCRmain.btSetModel_5.Hint= frmCRmain.Panel1.Caption= frmCRmain.CancelButton.Caption=Cancel frmCRmain.CancelButton.Hint= frmCRmain.OKButton.Caption=OK frmCRmain.OKButton.Hint= frmCRmain.Button1.Caption=Reset all setting frmCRmain.Button1.Hint= [frmDVP04AD] frmDVP04AD.Caption=DVP04AD Analog Input Module frmDVP04AD.Lab.Caption= frmDVP04AD.Lab.Hint= frmDVP04AD.Label6.Caption=Instruction List frmDVP04AD.Label6.Hint= frmDVP04AD.Value_Panel.Caption= frmDVP04AD.GroupBox4.Caption=Setting value frmDVP04AD.GroupBox4.Hint= frmDVP04AD.Value_lab.Caption= frmDVP04AD.Value_lab.Hint= frmDVP04AD.WriteValueDev.Items[0]=K frmDVP04AD.WriteValueDev.Items[1]=H frmDVP04AD.WriteValueDev.Items[2]=KnX frmDVP04AD.WriteValueDev.Items[3]=KnY frmDVP04AD.WriteValueDev.Items[4]=KnM frmDVP04AD.WriteValueDev.Items[5]=KnS frmDVP04AD.WriteValueDev.Items[6]=T frmDVP04AD.WriteValueDev.Items[7]=C frmDVP04AD.WriteValueDev.Items[8]=D frmDVP04AD.WriteValueDev.Items[9]=E frmDVP04AD.WriteValueDev.Items[10]=F frmDVP04AD.WriteValueDev.Hint=Operand device frmDVP04AD.WriteValueKn.Items[0]=K1 frmDVP04AD.WriteValueKn.Items[1]=K2 frmDVP04AD.WriteValueKn.Items[2]=K3 frmDVP04AD.WriteValueKn.Items[3]=K4 frmDVP04AD.WriteValueKn.Hint=Kn value frmDVP04AD.WriteValueNum.Text=0 frmDVP04AD.WriteValueNum.Hint= frmDVP04AD.WriteValueEF.Items[0]= frmDVP04AD.WriteValueEF.Items[1]=E0 frmDVP04AD.WriteValueEF.Items[2]=E1 frmDVP04AD.WriteValueEF.Items[3]=E2 frmDVP04AD.WriteValueEF.Items[4]=E3 frmDVP04AD.WriteValueEF.Items[5]=E4 frmDVP04AD.WriteValueEF.Items[6]=E5 frmDVP04AD.WriteValueEF.Items[7]=E6 frmDVP04AD.WriteValueEF.Items[8]=E7 frmDVP04AD.WriteValueEF.Items[9]=F0 frmDVP04AD.WriteValueEF.Items[10]=F1 frmDVP04AD.WriteValueEF.Items[11]=F2 frmDVP04AD.WriteValueEF.Items[12]=F3 frmDVP04AD.WriteValueEF.Items[13]=F4 frmDVP04AD.WriteValueEF.Items[14]=F5 frmDVP04AD.WriteValueEF.Items[15]=F6 frmDVP04AD.WriteValueEF.Items[16]=F7 frmDVP04AD.WriteValueEF.Hint=Index register E,F frmDVP04AD.CR33Value_Panel.Caption= frmDVP04AD.GroupBox3.Caption=Setting value frmDVP04AD.GroupBox3.Hint= frmDVP04AD.PageControl1.Pages[0].Caption=CH1 frmDVP04AD.PageControl1.Pages[1].Caption=CH2 frmDVP04AD.PageControl1.Pages[2].Caption=CH3 frmDVP04AD.PageControl1.Pages[3].Caption=CH4 frmDVP04AD.ckCH1Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04AD.ckCH1Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04AD.ckCH1Power.Caption=non-latched frmDVP04AD.ckCH1Power.Hint=Determine characteristic register is non-latched or not frmDVP04AD.ckCH1Reset.Caption=Reset to factory setting frmDVP04AD.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP04AD.ckCH2Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04AD.ckCH2Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04AD.ckCH2Reset.Caption=Reset to factory setting frmDVP04AD.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP04AD.ckCH2Power.Caption=non-latched frmDVP04AD.ckCH2Power.Hint=Determine characteristic register is non-latched or not frmDVP04AD.ckCH3Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04AD.ckCH3Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04AD.ckCH3Reset.Caption=Reset to factory setting frmDVP04AD.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP04AD.ckCH3Power.Caption=non-latched frmDVP04AD.ckCH3Power.Hint=Determine characteristic register is non-latched or not frmDVP04AD.ckCH4Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04AD.ckCH4Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04AD.ckCH4Reset.Caption=Reset to factory setting frmDVP04AD.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP04AD.ckCH4Power.Caption=non-latched frmDVP04AD.ckCH4Power.Hint=Determine characteristic register is non-latched or not frmDVP04AD.BaudRate_Panel.Caption= frmDVP04AD.GroupBox8.Caption=Setting value frmDVP04AD.GroupBox8.Hint= frmDVP04AD.Label2.Caption=Data mode frmDVP04AD.Label2.Hint= frmDVP04AD.Label3.Caption=Baud Rate frmDVP04AD.Label3.Hint= frmDVP04AD.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP04AD.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP04AD.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP04AD.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP04AD.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP04AD.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP04AD.BaudRate_val.Hint= frmDVP04AD.RadioGroup1.Caption= frmDVP04AD.RadioGroup1.Hint= frmDVP04AD.rbASCII.Caption=ASCII frmDVP04AD.rbASCII.Hint= frmDVP04AD.rbRTU.Caption=RTU frmDVP04AD.rbRTU.Hint= frmDVP04AD.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP04AD.ckCRC.Hint= frmDVP04AD.CRList.Hint= frmDVP04AD.CRList.Items[0]=#0 Model type frmDVP04AD.CRList.Items[1]=#1 Input mode setting frmDVP04AD.CRList.Items[2]=#2 CH1 average number frmDVP04AD.CRList.Items[3]=#3 CH2 average number frmDVP04AD.CRList.Items[4]=#4 CH3 average number frmDVP04AD.CRList.Items[5]=#5 CH4 average number frmDVP04AD.CRList.Items[6]=#6 Average value of CH1 input signal frmDVP04AD.CRList.Items[7]=#7 Average value of CH2 input signal frmDVP04AD.CRList.Items[8]=#8 Average value of CH3 input signal frmDVP04AD.CRList.Items[9]=#9 Average value of CH4 input signal frmDVP04AD.CRList.Items[10]=#12 Present value of CH1 input signal frmDVP04AD.CRList.Items[11]=#13 Present value of CH2 input signal frmDVP04AD.CRList.Items[12]=#14 Present value of CH3 input signal frmDVP04AD.CRList.Items[13]=#15 Present value of CH4 input signal frmDVP04AD.CRList.Items[14]=#18 To adjust OFFSET value of CH1 frmDVP04AD.CRList.Items[15]=#19 To adjust OFFSET value of CH2 frmDVP04AD.CRList.Items[16]=#20 To adjust OFFSET value of CH3 frmDVP04AD.CRList.Items[17]=#21 To adjust OFFSET value of CH4 frmDVP04AD.CRList.Items[18]=#24 To adjust GAIN value of CH1 frmDVP04AD.CRList.Items[19]=#25 To adjust GAIN value of CH2 frmDVP04AD.CRList.Items[20]=#26 To adjust GAIN value of CH3 frmDVP04AD.CRList.Items[21]=#27 To adjust GAIN value of CH4 frmDVP04AD.CRList.Items[22]=#30 Error status frmDVP04AD.CRList.Items[23]=#31 Communication address setting frmDVP04AD.CRList.Items[24]=#32 Communication baud rate setting frmDVP04AD.CRList.Items[25]=#33 Reset to factory setting and set characteristics adjustable priority frmDVP04AD.CRList.Items[26]=#34 Software version frmDVP04AD.Panel1.Caption= frmDVP04AD.GroupBox1.Caption=Read instruction frmDVP04AD.GroupBox1.Hint= frmDVP04AD.Label1.Caption=Conditional frmDVP04AD.Label1.Hint= frmDVP04AD.Label4.Caption=Address frmDVP04AD.Label4.Hint= frmDVP04AD.Label5.Caption=The number of CRs to read at once frmDVP04AD.Label5.Hint= frmDVP04AD.Read_OPCode.Items[0]=LD frmDVP04AD.Read_OPCode.Items[1]=LDI frmDVP04AD.Read_OPCode.Items[2]=LDP frmDVP04AD.Read_OPCode.Items[3]=LDF frmDVP04AD.Read_OPCode.Hint=The Opcode of conditional clause frmDVP04AD.Read_Operand.Items[0]=X frmDVP04AD.Read_Operand.Items[1]=Y frmDVP04AD.Read_Operand.Items[2]=M frmDVP04AD.Read_Operand.Items[3]=S frmDVP04AD.Read_Operand.Items[4]=T frmDVP04AD.Read_Operand.Items[5]=C frmDVP04AD.Read_Operand.Hint=The operand number of conditional clause frmDVP04AD.Read_StoreDev.Items[0]=KnY frmDVP04AD.Read_StoreDev.Items[1]=KnM frmDVP04AD.Read_StoreDev.Items[2]=KnS frmDVP04AD.Read_StoreDev.Items[3]=T frmDVP04AD.Read_StoreDev.Items[4]=C frmDVP04AD.Read_StoreDev.Items[5]=D frmDVP04AD.Read_StoreDev.Items[6]=E frmDVP04AD.Read_StoreDev.Items[7]=F frmDVP04AD.Read_StoreDev.Hint=Operand device frmDVP04AD.Read_StoreValueDev.Items[0]=K1 frmDVP04AD.Read_StoreValueDev.Items[1]=K2 frmDVP04AD.Read_StoreValueDev.Items[2]=K3 frmDVP04AD.Read_StoreValueDev.Items[3]=K4 frmDVP04AD.Read_StoreValueDev.Hint=Kn value frmDVP04AD.Read_StoreEF.Items[0]= frmDVP04AD.Read_StoreEF.Items[1]=E0 frmDVP04AD.Read_StoreEF.Items[2]=E1 frmDVP04AD.Read_StoreEF.Items[3]=E2 frmDVP04AD.Read_StoreEF.Items[4]=E3 frmDVP04AD.Read_StoreEF.Items[5]=E4 frmDVP04AD.Read_StoreEF.Items[6]=E5 frmDVP04AD.Read_StoreEF.Items[7]=E6 frmDVP04AD.Read_StoreEF.Items[8]=E7 frmDVP04AD.Read_StoreEF.Items[9]=F0 frmDVP04AD.Read_StoreEF.Items[10]=F1 frmDVP04AD.Read_StoreEF.Items[11]=F2 frmDVP04AD.Read_StoreEF.Items[12]=F3 frmDVP04AD.Read_StoreEF.Items[13]=F4 frmDVP04AD.Read_StoreEF.Items[14]=F5 frmDVP04AD.Read_StoreEF.Items[15]=F6 frmDVP04AD.Read_StoreEF.Items[16]=F7 frmDVP04AD.Read_StoreEF.Hint=Index register E,F frmDVP04AD.Read_num.Hint= frmDVP04AD.Read_OpNUM.Text=0 frmDVP04AD.Read_OpNUM.Hint= frmDVP04AD.Read_StoreDevNUM.Text=0 frmDVP04AD.Read_StoreDevNUM.Hint= frmDVP04AD.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP04AD.ckRead.Hint= frmDVP04AD.ckPulse_r.Caption=Instruction of pulse execution frmDVP04AD.ckPulse_r.Hint= frmDVP04AD.btPreview.Caption=Preview frmDVP04AD.btPreview.Hint= frmDVP04AD.WritePanel.Caption= frmDVP04AD.GroupBox7.Caption=Write condition frmDVP04AD.GroupBox7.Hint= frmDVP04AD.Write_OPCode.Items[0]=LD frmDVP04AD.Write_OPCode.Items[1]=LDI frmDVP04AD.Write_OPCode.Items[2]=LDP frmDVP04AD.Write_OPCode.Items[3]=LDF frmDVP04AD.Write_OPCode.Hint=The Opcode of conditional clause frmDVP04AD.Write_Operand.Items[0]=X frmDVP04AD.Write_Operand.Items[1]=Y frmDVP04AD.Write_Operand.Items[2]=M frmDVP04AD.Write_Operand.Items[3]=S frmDVP04AD.Write_Operand.Items[4]=T frmDVP04AD.Write_Operand.Items[5]=C frmDVP04AD.Write_Operand.Hint=The operand number of conditional clause frmDVP04AD.Write_OpNUM.Text=0 frmDVP04AD.Write_OpNUM.Hint= frmDVP04AD.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP04AD.ckWrite.Hint= frmDVP04AD.ckPulse_w.Caption=Instruction of pulse execution frmDVP04AD.ckPulse_w.Hint= //frmDVP04AD.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP04AD.PreviewList.Lines[1]="Add to List"button //frmDVP04AD.PreviewList.Lines[2]=, otherwise no program //frmDVP04AD.PreviewList.Lines[3]=code will be generated. frmDVP04AD.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP04AD.hintLab2.Caption =otherwise no program code will be generated. frmDVP04AD.btOK.Caption=Add to list frmDVP04AD.btOK.Hint= frmDVP04AD.ResultList.Hint= frmDVP04AD.btUP.Caption= frmDVP04AD.btUP.Hint= frmDVP04AD.btDOWN.Caption= frmDVP04AD.btDOWN.Hint= frmDVP04AD.btFinish.Caption=OK frmDVP04AD.btFinish.Hint= frmDVP04AD.btCancel.Caption=Cancel frmDVP04AD.btCancel.Hint= frmDVP04AD.UpdateBtn.Caption=Replace frmDVP04AD.UpdateBtn.Hint= frmDVP04AD.AddBtn.Caption=Add frmDVP04AD.AddBtn.Hint= frmDVP04AD.DeleteBtn.Caption=Delete frmDVP04AD.DeleteBtn.Hint= frmDVP04AD.ShowSingleEdit.Text= frmDVP04AD.ShowSingleEdit.Hint= frmDVP04AD.LSBValue_Panel.Caption= frmDVP04AD.GroupBox5.Caption=Setting value frmDVP04AD.GroupBox5.Hint= frmDVP04AD.LSB_Lab1.Caption= frmDVP04AD.LSB_Lab1.Hint= frmDVP04AD.LSB_Lab2.Caption= frmDVP04AD.LSB_Lab2.Hint= frmDVP04AD.LSB_Value.Hint= frmDVP04AD.CRV_Value.Text= frmDVP04AD.CRV_Value.Hint= frmDVP04AD.CRA_Value.Text= frmDVP04AD.CRA_Value.Hint= frmDVP04AD.ChanValue_Panel.Caption= frmDVP04AD.GroupBox6.Caption=Setting value frmDVP04AD.GroupBox6.Hint= frmDVP04AD.CR_Lab1.Caption=Channel 1 frmDVP04AD.CR_Lab1.Hint= frmDVP04AD.CR_Lab2.Caption=Channel 2 frmDVP04AD.CR_Lab2.Hint= frmDVP04AD.CR_Lab3.Caption=Channel 3 frmDVP04AD.CR_Lab3.Hint= frmDVP04AD.CR_Lab4.Caption=Channel 4 frmDVP04AD.CR_Lab4.Hint= frmDVP04AD.CR_CH1Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP04AD.CR_CH1Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP04AD.CR_CH1Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP04AD.CR_CH1Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP04AD.CR_CH1Value.Items[4]=Useless frmDVP04AD.CR_CH1Value.Hint= frmDVP04AD.CR_CH2Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP04AD.CR_CH2Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP04AD.CR_CH2Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP04AD.CR_CH2Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP04AD.CR_CH2Value.Items[4]=Useless frmDVP04AD.CR_CH2Value.Hint= frmDVP04AD.CR_CH3Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP04AD.CR_CH3Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP04AD.CR_CH3Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP04AD.CR_CH3Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP04AD.CR_CH3Value.Items[4]=Useless frmDVP04AD.CR_CH3Value.Hint= frmDVP04AD.CR_CH4Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP04AD.CR_CH4Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP04AD.CR_CH4Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP04AD.CR_CH4Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP04AD.CR_CH4Value.Items[4]=Useless frmDVP04AD.CR_CH4Value.Hint= frmDVP04AD.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP04DA] frmDVP04DA.Caption=DVP04DA Analog Output Module frmDVP04DA.Lab.Caption= frmDVP04DA.Lab.Hint= frmDVP04DA.Label6.Caption=Instruction List frmDVP04DA.Label6.Hint= frmDVP04DA.Panel1.Caption= frmDVP04DA.GroupBox1.Caption=Read instruction frmDVP04DA.GroupBox1.Hint= frmDVP04DA.Label1.Caption=Conditional frmDVP04DA.Label1.Hint= frmDVP04DA.Label4.Caption=Address frmDVP04DA.Label4.Hint= frmDVP04DA.Label5.Caption=The number of CRs to read at once frmDVP04DA.Label5.Hint= frmDVP04DA.Read_OPCode.Items[0]=LD frmDVP04DA.Read_OPCode.Items[1]=LDI frmDVP04DA.Read_OPCode.Items[2]=LDP frmDVP04DA.Read_OPCode.Items[3]=LDF frmDVP04DA.Read_OPCode.Hint=The Opcode of conditional clause frmDVP04DA.Read_Operand.Items[0]=X frmDVP04DA.Read_Operand.Items[1]=Y frmDVP04DA.Read_Operand.Items[2]=M frmDVP04DA.Read_Operand.Items[3]=S frmDVP04DA.Read_Operand.Items[4]=T frmDVP04DA.Read_Operand.Items[5]=C frmDVP04DA.Read_Operand.Hint=The operand number of conditional clause frmDVP04DA.Read_StoreDev.Items[0]=KnY frmDVP04DA.Read_StoreDev.Items[1]=KnM frmDVP04DA.Read_StoreDev.Items[2]=KnS frmDVP04DA.Read_StoreDev.Items[3]=T frmDVP04DA.Read_StoreDev.Items[4]=C frmDVP04DA.Read_StoreDev.Items[5]=D frmDVP04DA.Read_StoreDev.Items[6]=E frmDVP04DA.Read_StoreDev.Items[7]=F frmDVP04DA.Read_StoreDev.Hint=Operand device frmDVP04DA.Read_StoreValueDev.Items[0]=K1 frmDVP04DA.Read_StoreValueDev.Items[1]=K2 frmDVP04DA.Read_StoreValueDev.Items[2]=K3 frmDVP04DA.Read_StoreValueDev.Items[3]=K4 frmDVP04DA.Read_StoreValueDev.Hint=Kn value frmDVP04DA.Read_StoreEF.Items[0]= frmDVP04DA.Read_StoreEF.Items[1]=E0 frmDVP04DA.Read_StoreEF.Items[2]=E1 frmDVP04DA.Read_StoreEF.Items[3]=E2 frmDVP04DA.Read_StoreEF.Items[4]=E3 frmDVP04DA.Read_StoreEF.Items[5]=E4 frmDVP04DA.Read_StoreEF.Items[6]=E5 frmDVP04DA.Read_StoreEF.Items[7]=E6 frmDVP04DA.Read_StoreEF.Items[8]=E7 frmDVP04DA.Read_StoreEF.Items[9]=F0 frmDVP04DA.Read_StoreEF.Items[10]=F1 frmDVP04DA.Read_StoreEF.Items[11]=F2 frmDVP04DA.Read_StoreEF.Items[12]=F3 frmDVP04DA.Read_StoreEF.Items[13]=F4 frmDVP04DA.Read_StoreEF.Items[14]=F5 frmDVP04DA.Read_StoreEF.Items[15]=F6 frmDVP04DA.Read_StoreEF.Items[16]=F7 frmDVP04DA.Read_StoreEF.Hint=Index register E,F frmDVP04DA.Read_num.Hint= frmDVP04DA.Read_OpNUM.Text=0 frmDVP04DA.Read_OpNUM.Hint= frmDVP04DA.Read_StoreDevNUM.Text=0 frmDVP04DA.Read_StoreDevNUM.Hint= frmDVP04DA.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP04DA.ckRead.Hint= frmDVP04DA.ckPulse_r.Caption=Instruction of pulse execution frmDVP04DA.ckPulse_r.Hint= frmDVP04DA.btPreview.Caption=Preview frmDVP04DA.btPreview.Hint= frmDVP04DA.WritePanel.Caption= frmDVP04DA.GroupBox7.Caption=Write condition frmDVP04DA.GroupBox7.Hint= frmDVP04DA.Write_OPCode.Items[0]=LD frmDVP04DA.Write_OPCode.Items[1]=LDI frmDVP04DA.Write_OPCode.Items[2]=LDP frmDVP04DA.Write_OPCode.Items[3]=LDF frmDVP04DA.Write_OPCode.Hint=The Opcode of conditional clause frmDVP04DA.Write_Operand.Items[0]=X frmDVP04DA.Write_Operand.Items[1]=Y frmDVP04DA.Write_Operand.Items[2]=M frmDVP04DA.Write_Operand.Items[3]=S frmDVP04DA.Write_Operand.Items[4]=T frmDVP04DA.Write_Operand.Items[5]=C frmDVP04DA.Write_Operand.Hint=The operand number of conditional clause frmDVP04DA.Write_OpNUM.Text=0 frmDVP04DA.Write_OpNUM.Hint= frmDVP04DA.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP04DA.ckWrite.Hint= frmDVP04DA.ckPulse_w.Caption=Instruction of pulse execution frmDVP04DA.ckPulse_w.Hint= //frmDVP04DA.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP04DA.PreviewList.Lines[1]="Add to List"button //frmDVP04DA.PreviewList.Lines[2]=, otherwise no program frmDVP04DA.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP04DA.hintLab2.Caption =otherwise no program code will be generated. //frmDVP04DA.PreviewList.Lines[3]=code will be generated. frmDVP04DA.btOK.Caption=Add to list frmDVP04DA.btOK.Hint= frmDVP04DA.ResultList.Hint= frmDVP04DA.btUP.Caption= frmDVP04DA.btUP.Hint= frmDVP04DA.btDOWN.Caption= frmDVP04DA.btDOWN.Hint= frmDVP04DA.btFinish.Caption=OK frmDVP04DA.btFinish.Hint= frmDVP04DA.btCancel.Caption=Cancel frmDVP04DA.btCancel.Hint= frmDVP04DA.UpdateBtn.Caption=Replace frmDVP04DA.UpdateBtn.Hint= frmDVP04DA.AddBtn.Caption=Add frmDVP04DA.AddBtn.Hint= frmDVP04DA.DeleteBtn.Caption=Delete frmDVP04DA.DeleteBtn.Hint= frmDVP04DA.ShowSingleEdit.Text= frmDVP04DA.ShowSingleEdit.Hint= frmDVP04DA.LSBValue_Panel.Caption= frmDVP04DA.GroupBox5.Caption=Setting value frmDVP04DA.GroupBox5.Hint= frmDVP04DA.LSB_Lab.Caption= frmDVP04DA.LSB_Lab.Hint= frmDVP04DA.LSB_Value.Hint= frmDVP04DA.CRV_Value.Text= frmDVP04DA.CRV_Value.Hint= frmDVP04DA.CRA_Value.Text= frmDVP04DA.CRA_Value.Hint= frmDVP04DA.CR33Value_Panel.Caption= frmDVP04DA.GroupBox3.Caption=Setting value frmDVP04DA.GroupBox3.Hint= frmDVP04DA.PageControl1.Pages[0].Caption=CH1 frmDVP04DA.PageControl1.Pages[1].Caption=CH2 frmDVP04DA.PageControl1.Pages[2].Caption=CH3 frmDVP04DA.PageControl1.Pages[3].Caption=CH4 frmDVP04DA.ckCH1Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04DA.ckCH1Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04DA.ckCH1Power.Caption=non-latched frmDVP04DA.ckCH1Power.Hint=Determine characteristic register is non-latched or not frmDVP04DA.ckCH1Reset.Caption=Reset to factory setting frmDVP04DA.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP04DA.ckCH2Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04DA.ckCH2Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04DA.ckCH2Reset.Caption=Reset to factory setting frmDVP04DA.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP04DA.ckCH2Power.Caption=non-latched frmDVP04DA.ckCH2Power.Hint=Determine characteristic register is non-latched or not frmDVP04DA.ckCH3Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04DA.ckCH3Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04DA.ckCH3Reset.Caption=Reset to factory setting frmDVP04DA.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP04DA.ckCH3Power.Caption=non-latched frmDVP04DA.ckCH3Power.Hint=Determine characteristic register is non-latched or not frmDVP04DA.ckCH4Modify.Caption=Setting characteristics adjustable is not allowed frmDVP04DA.ckCH4Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP04DA.ckCH4Reset.Caption=Reset to factory setting frmDVP04DA.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP04DA.ckCH4Power.Caption=non-latched frmDVP04DA.ckCH4Power.Hint=Determine characteristic register is non-latched or not frmDVP04DA.Value_Panel.Caption= frmDVP04DA.GroupBox4.Caption=Setting value frmDVP04DA.GroupBox4.Hint= frmDVP04DA.Value_lab.Caption= frmDVP04DA.Value_lab.Hint= frmDVP04DA.WriteValueDev.Items[0]=K frmDVP04DA.WriteValueDev.Items[1]=H frmDVP04DA.WriteValueDev.Items[2]=KnX frmDVP04DA.WriteValueDev.Items[3]=KnY frmDVP04DA.WriteValueDev.Items[4]=KnM frmDVP04DA.WriteValueDev.Items[5]=KnS frmDVP04DA.WriteValueDev.Items[6]=T frmDVP04DA.WriteValueDev.Items[7]=C frmDVP04DA.WriteValueDev.Items[8]=D frmDVP04DA.WriteValueDev.Items[9]=E frmDVP04DA.WriteValueDev.Items[10]=F frmDVP04DA.WriteValueDev.Hint=Operand device frmDVP04DA.WriteValueKn.Items[0]=K1 frmDVP04DA.WriteValueKn.Items[1]=K2 frmDVP04DA.WriteValueKn.Items[2]=K3 frmDVP04DA.WriteValueKn.Items[3]=K4 frmDVP04DA.WriteValueKn.Hint=Kn value frmDVP04DA.WriteValueNum.Text=0 frmDVP04DA.WriteValueNum.Hint= frmDVP04DA.WriteValueEF.Items[0]= frmDVP04DA.WriteValueEF.Items[1]=E0 frmDVP04DA.WriteValueEF.Items[2]=E1 frmDVP04DA.WriteValueEF.Items[3]=E2 frmDVP04DA.WriteValueEF.Items[4]=E3 frmDVP04DA.WriteValueEF.Items[5]=E4 frmDVP04DA.WriteValueEF.Items[6]=E5 frmDVP04DA.WriteValueEF.Items[7]=E6 frmDVP04DA.WriteValueEF.Items[8]=E7 frmDVP04DA.WriteValueEF.Items[9]=F0 frmDVP04DA.WriteValueEF.Items[10]=F1 frmDVP04DA.WriteValueEF.Items[11]=F2 frmDVP04DA.WriteValueEF.Items[12]=F3 frmDVP04DA.WriteValueEF.Items[13]=F4 frmDVP04DA.WriteValueEF.Items[14]=F5 frmDVP04DA.WriteValueEF.Items[15]=F6 frmDVP04DA.WriteValueEF.Items[16]=F7 frmDVP04DA.WriteValueEF.Hint=Index register E,F frmDVP04DA.BaudRate_Panel.Caption= frmDVP04DA.GroupBox8.Caption=Setting value frmDVP04DA.GroupBox8.Hint= frmDVP04DA.Label2.Caption=Data mode frmDVP04DA.Label2.Hint= frmDVP04DA.Label3.Caption=Baud Rate frmDVP04DA.Label3.Hint= frmDVP04DA.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP04DA.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP04DA.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP04DA.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP04DA.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP04DA.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP04DA.BaudRate_val.Hint= frmDVP04DA.RadioGroup1.Caption= frmDVP04DA.RadioGroup1.Hint= frmDVP04DA.rbASCII.Caption=ASCII frmDVP04DA.rbASCII.Hint= frmDVP04DA.rbRTU.Caption=RTU frmDVP04DA.rbRTU.Hint= frmDVP04DA.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP04DA.ckCRC.Hint= frmDVP04DA.CRList.Hint= frmDVP04DA.CRList.Items[0]=#0 Model type frmDVP04DA.CRList.Items[1]=#1 Output mode setting frmDVP04DA.CRList.Items[2]=#6 CH1 output value frmDVP04DA.CRList.Items[3]=#7 CH2 output value frmDVP04DA.CRList.Items[4]=#8 CH3 output value frmDVP04DA.CRList.Items[5]=#9 CH4 output value frmDVP04DA.CRList.Items[6]=#18 To adjust OFFSET value of CH1 frmDVP04DA.CRList.Items[7]=#19 To adjust OFFSET value of CH2 frmDVP04DA.CRList.Items[8]=#20 To adjust OFFSET value of CH3 frmDVP04DA.CRList.Items[9]=#21 To adjust OFFSET value of CH4 frmDVP04DA.CRList.Items[10]=#24 To adjust GAIN value of CH1 frmDVP04DA.CRList.Items[11]=#25 To adjust GAIN value of CH2 frmDVP04DA.CRList.Items[12]=#26 To adjust GAIN value of CH3 frmDVP04DA.CRList.Items[13]=#27 To adjust GAIN value of CH4 frmDVP04DA.CRList.Items[14]=#30 Error status frmDVP04DA.CRList.Items[15]=#31 Communication address setting frmDVP04DA.CRList.Items[16]=#32 Communication baud rate setting frmDVP04DA.CRList.Items[17]=#33 Reset to factory setting and set characteristics adjustable priority frmDVP04DA.CRList.Items[18]=#34 Software version frmDVP04DA.ChanValue_Panel.Caption= frmDVP04DA.GroupBox6.Caption=Setting value frmDVP04DA.GroupBox6.Hint= frmDVP04DA.CR_Lab1.Caption=Channel 1 frmDVP04DA.CR_Lab1.Hint= frmDVP04DA.CR_Lab2.Caption=Channel 2 frmDVP04DA.CR_Lab2.Hint= frmDVP04DA.CR_Lab3.Caption=Channel 3 frmDVP04DA.CR_Lab3.Hint= frmDVP04DA.CR_Lab4.Caption=Channel 4 frmDVP04DA.CR_Lab4.Hint= frmDVP04DA.CR_CH1Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP04DA.CR_CH1Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP04DA.CR_CH1Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP04DA.CR_CH1Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP04DA.CR_CH1Value.Items[4]=Useless frmDVP04DA.CR_CH1Value.Hint= frmDVP04DA.CR_CH2Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP04DA.CR_CH2Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP04DA.CR_CH2Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP04DA.CR_CH2Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP04DA.CR_CH2Value.Items[4]=Useless frmDVP04DA.CR_CH2Value.Hint= frmDVP04DA.CR_CH3Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP04DA.CR_CH3Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP04DA.CR_CH3Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP04DA.CR_CH3Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP04DA.CR_CH3Value.Items[4]=Useless frmDVP04DA.CR_CH3Value.Hint= frmDVP04DA.CR_CH4Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP04DA.CR_CH4Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP04DA.CR_CH4Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP04DA.CR_CH4Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP04DA.CR_CH4Value.Items[4]=Useless frmDVP04DA.CR_CH4Value.Hint= frmDVP04DA.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP04PT] frmDVP04PT.Caption= frmDVP04PT.Lab.Caption= frmDVP04PT.Lab.Hint= frmDVP04PT.Label10.Caption=Instruction List frmDVP04PT.Label10.Hint= frmDVP04PT.ResultList.Hint= frmDVP04PT.CRList.Hint= frmDVP04PT.CRList.Items[0]=#0 Model type frmDVP04PT.CRList.Items[1]=#2 CH1 average number frmDVP04PT.CRList.Items[2]=#3 CH2 average number frmDVP04PT.CRList.Items[3]=#4 CH3 average number frmDVP04PT.CRList.Items[4]=#5 CH4 average number frmDVP04PT.CRList.Items[5]=#6 CH1 average degrees of Celsius frmDVP04PT.CRList.Items[6]=#7 CH2 average degrees of Celsius frmDVP04PT.CRList.Items[7]=#8 CH3 average degrees of Celsius frmDVP04PT.CRList.Items[8]=#9 CH4 average degrees of Celsius frmDVP04PT.CRList.Items[9]=#12 CH1 average degrees of Fahrenheit frmDVP04PT.CRList.Items[10]=#13 CH2 average degrees of Fahrenheit frmDVP04PT.CRList.Items[11]=#14 CH3 average degrees of Fahrenheit frmDVP04PT.CRList.Items[12]=#15 CH4 average degrees of Fahrenheit frmDVP04PT.CRList.Items[13]=#18 Present Celsius temperature of CH1 frmDVP04PT.CRList.Items[14]=#19 Present Celsius temperature of CH2 frmDVP04PT.CRList.Items[15]=#20 Present Celsius temperature of CH3 frmDVP04PT.CRList.Items[16]=#21 Present Celsius temperature of CH4 frmDVP04PT.CRList.Items[17]=#24 Present Fahrenheit temperature of CH1 frmDVP04PT.CRList.Items[18]=#25 Present Fahrenheit temperature of CH2 frmDVP04PT.CRList.Items[19]=#26 Present Fahrenheit temperature of CH3 frmDVP04PT.CRList.Items[20]=#27 Present Fahrenheit temperature of CH4 frmDVP04PT.CRList.Items[21]=#30 Error status frmDVP04PT.CRList.Items[22]=#31 Communication address setting frmDVP04PT.CRList.Items[23]=#32 Communication baud rate setting frmDVP04PT.CRList.Items[24]=#33 Reset to factory setting frmDVP04PT.CRList.Items[25]=#34 Software version frmDVP04PT.CR33Value_Panel.Caption= frmDVP04PT.GroupBox3.Caption=Setting value frmDVP04PT.GroupBox3.Hint= frmDVP04PT.Label6.Caption=Channel 1 frmDVP04PT.Label6.Hint= frmDVP04PT.Label7.Caption=Channel 2 frmDVP04PT.Label7.Hint= frmDVP04PT.Label8.Caption=Channel 3 frmDVP04PT.Label8.Hint= frmDVP04PT.Label9.Caption=Channel 4 frmDVP04PT.Label9.Hint= frmDVP04PT.ckCH1Reset.Caption=Reset to factory setting frmDVP04PT.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP04PT.ckCH2Reset.Caption=Reset to factory setting frmDVP04PT.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP04PT.ckCH3Reset.Caption=Reset to factory setting frmDVP04PT.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP04PT.ckCH4Reset.Caption=Reset to factory setting frmDVP04PT.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP04PT.ckCH1Err.Caption=ERR LED frmDVP04PT.ckCH1Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04PT.ckCH2Err.Caption=ERR LED frmDVP04PT.ckCH2Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04PT.ckCH3Err.Caption=ERR LED frmDVP04PT.ckCH3Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04PT.ckCH4Err.Caption=ERR LED frmDVP04PT.ckCH4Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04PT.Value_Panel.Caption= frmDVP04PT.GroupBox4.Caption=Setting value frmDVP04PT.GroupBox4.Hint= frmDVP04PT.Value_lab.Caption= frmDVP04PT.Value_lab.Hint= frmDVP04PT.WriteValueDev.Items[0]=K frmDVP04PT.WriteValueDev.Items[1]=H frmDVP04PT.WriteValueDev.Items[2]=KnX frmDVP04PT.WriteValueDev.Items[3]=KnY frmDVP04PT.WriteValueDev.Items[4]=KnM frmDVP04PT.WriteValueDev.Items[5]=KnS frmDVP04PT.WriteValueDev.Items[6]=T frmDVP04PT.WriteValueDev.Items[7]=C frmDVP04PT.WriteValueDev.Items[8]=D frmDVP04PT.WriteValueDev.Items[9]=E frmDVP04PT.WriteValueDev.Items[10]=F frmDVP04PT.WriteValueDev.Hint=Operand device frmDVP04PT.WriteValueKn.Items[0]=K1 frmDVP04PT.WriteValueKn.Items[1]=K2 frmDVP04PT.WriteValueKn.Items[2]=K3 frmDVP04PT.WriteValueKn.Items[3]=K4 frmDVP04PT.WriteValueKn.Hint=Kn value frmDVP04PT.WriteValueNum.Text=0 frmDVP04PT.WriteValueNum.Hint= frmDVP04PT.WriteValueEF.Items[0]= frmDVP04PT.WriteValueEF.Items[1]=E0 frmDVP04PT.WriteValueEF.Items[2]=E1 frmDVP04PT.WriteValueEF.Items[3]=E2 frmDVP04PT.WriteValueEF.Items[4]=E3 frmDVP04PT.WriteValueEF.Items[5]=E4 frmDVP04PT.WriteValueEF.Items[6]=E5 frmDVP04PT.WriteValueEF.Items[7]=E6 frmDVP04PT.WriteValueEF.Items[8]=E7 frmDVP04PT.WriteValueEF.Items[9]=F0 frmDVP04PT.WriteValueEF.Items[10]=F1 frmDVP04PT.WriteValueEF.Items[11]=F2 frmDVP04PT.WriteValueEF.Items[12]=F3 frmDVP04PT.WriteValueEF.Items[13]=F4 frmDVP04PT.WriteValueEF.Items[14]=F5 frmDVP04PT.WriteValueEF.Items[15]=F6 frmDVP04PT.WriteValueEF.Items[16]=F7 frmDVP04PT.WriteValueEF.Hint=Index register E,F frmDVP04PT.Panel1.Caption= frmDVP04PT.GroupBox1.Caption=Read instruction frmDVP04PT.GroupBox1.Hint= frmDVP04PT.Label1.Caption=Conditional frmDVP04PT.Label1.Hint= frmDVP04PT.Label4.Caption=Address frmDVP04PT.Label4.Hint= frmDVP04PT.Label5.Caption=The number of CRs to read at once frmDVP04PT.Label5.Hint= frmDVP04PT.Read_OPCode.Items[0]=LD frmDVP04PT.Read_OPCode.Items[1]=LDI frmDVP04PT.Read_OPCode.Items[2]=LDP frmDVP04PT.Read_OPCode.Items[3]=LDF frmDVP04PT.Read_OPCode.Hint=The Opcode of conditional clause frmDVP04PT.Read_Operand.Items[0]=X frmDVP04PT.Read_Operand.Items[1]=Y frmDVP04PT.Read_Operand.Items[2]=M frmDVP04PT.Read_Operand.Items[3]=S frmDVP04PT.Read_Operand.Items[4]=T frmDVP04PT.Read_Operand.Items[5]=C frmDVP04PT.Read_Operand.Hint=The operand number of conditional clause frmDVP04PT.Read_StoreDev.Items[0]=KnY frmDVP04PT.Read_StoreDev.Items[1]=KnM frmDVP04PT.Read_StoreDev.Items[2]=KnS frmDVP04PT.Read_StoreDev.Items[3]=T frmDVP04PT.Read_StoreDev.Items[4]=C frmDVP04PT.Read_StoreDev.Items[5]=D frmDVP04PT.Read_StoreDev.Items[6]=E frmDVP04PT.Read_StoreDev.Items[7]=F frmDVP04PT.Read_StoreDev.Hint=Operand device frmDVP04PT.Read_StoreValueDev.Items[0]=K1 frmDVP04PT.Read_StoreValueDev.Items[1]=K2 frmDVP04PT.Read_StoreValueDev.Items[2]=K3 frmDVP04PT.Read_StoreValueDev.Items[3]=K4 frmDVP04PT.Read_StoreValueDev.Hint=Kn value frmDVP04PT.Read_StoreEF.Items[0]= frmDVP04PT.Read_StoreEF.Items[1]=E0 frmDVP04PT.Read_StoreEF.Items[2]=E1 frmDVP04PT.Read_StoreEF.Items[3]=E2 frmDVP04PT.Read_StoreEF.Items[4]=E3 frmDVP04PT.Read_StoreEF.Items[5]=E4 frmDVP04PT.Read_StoreEF.Items[6]=E5 frmDVP04PT.Read_StoreEF.Items[7]=E6 frmDVP04PT.Read_StoreEF.Items[8]=E7 frmDVP04PT.Read_StoreEF.Items[9]=F0 frmDVP04PT.Read_StoreEF.Items[10]=F1 frmDVP04PT.Read_StoreEF.Items[11]=F2 frmDVP04PT.Read_StoreEF.Items[12]=F3 frmDVP04PT.Read_StoreEF.Items[13]=F4 frmDVP04PT.Read_StoreEF.Items[14]=F5 frmDVP04PT.Read_StoreEF.Items[15]=F6 frmDVP04PT.Read_StoreEF.Items[16]=F7 frmDVP04PT.Read_StoreEF.Hint=Index register E,F frmDVP04PT.Read_num.Hint= frmDVP04PT.Read_OpNUM.Text=0 frmDVP04PT.Read_OpNUM.Hint= frmDVP04PT.Read_StoreDevNUM.Text=0 frmDVP04PT.Read_StoreDevNUM.Hint= frmDVP04PT.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP04PT.ckRead.Hint= frmDVP04PT.ckPulse_r.Caption=Instruction of pulse execution frmDVP04PT.ckPulse_r.Hint= frmDVP04PT.btPreview.Caption=Preview frmDVP04PT.btPreview.Hint= frmDVP04PT.WritePanel.Caption= frmDVP04PT.GroupBox7.Caption=Write condition frmDVP04PT.GroupBox7.Hint= frmDVP04PT.Write_OPCode.Items[0]=LD frmDVP04PT.Write_OPCode.Items[1]=LDI frmDVP04PT.Write_OPCode.Items[2]=LDP frmDVP04PT.Write_OPCode.Items[3]=LDF frmDVP04PT.Write_OPCode.Hint=The Opcode of conditional clause frmDVP04PT.Write_Operand.Items[0]=X frmDVP04PT.Write_Operand.Items[1]=Y frmDVP04PT.Write_Operand.Items[2]=M frmDVP04PT.Write_Operand.Items[3]=S frmDVP04PT.Write_Operand.Items[4]=T frmDVP04PT.Write_Operand.Items[5]=C frmDVP04PT.Write_Operand.Hint=The operand number of conditional clause frmDVP04PT.Write_OpNUM.Text=0 frmDVP04PT.Write_OpNUM.Hint= frmDVP04PT.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP04PT.ckWrite.Hint= frmDVP04PT.ckPulse_w.Caption=Instruction of pulse execution frmDVP04PT.ckPulse_w.Hint= //frmDVP04PT.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP04PT.PreviewList.Lines[1]="Add to List"button //frmDVP04PT.PreviewList.Lines[2]=, otherwise no program //frmDVP04PT.PreviewList.Lines[3]=code will be generated. frmDVP04PT.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP04PT.hintLab2.Caption =otherwise no program code will be generated. frmDVP04PT.btOK.Caption=Add to list frmDVP04PT.btOK.Hint= frmDVP04PT.btUP.Caption= frmDVP04PT.btUP.Hint= frmDVP04PT.btDOWN.Caption= frmDVP04PT.btDOWN.Hint= frmDVP04PT.btFinish.Caption=OK frmDVP04PT.btFinish.Hint= frmDVP04PT.btCancel.Caption=Cancel frmDVP04PT.btCancel.Hint= frmDVP04PT.UpdateBtn.Caption=Replace frmDVP04PT.UpdateBtn.Hint= frmDVP04PT.AddBtn.Caption=Add frmDVP04PT.AddBtn.Hint= frmDVP04PT.DeleteBtn.Caption=Delete frmDVP04PT.DeleteBtn.Hint= frmDVP04PT.ShowSingleEdit.Text= frmDVP04PT.ShowSingleEdit.Hint= frmDVP04PT.BaudRate_Panel.Caption= frmDVP04PT.GroupBox8.Caption=Setting value frmDVP04PT.GroupBox8.Hint= frmDVP04PT.Label2.Caption=Data mode frmDVP04PT.Label2.Hint= frmDVP04PT.Label3.Caption=Baud Rate frmDVP04PT.Label3.Hint= frmDVP04PT.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP04PT.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP04PT.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP04PT.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP04PT.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP04PT.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP04PT.BaudRate_val.Hint= frmDVP04PT.RadioGroup1.Caption= frmDVP04PT.RadioGroup1.Hint= frmDVP04PT.rbASCII.Caption=ASCII frmDVP04PT.rbASCII.Hint= frmDVP04PT.rbRTU.Caption=RTU frmDVP04PT.rbRTU.Hint= frmDVP04PT.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP04PT.ckCRC.Hint= frmDVP04PT.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP04TC] frmDVP04TC.Caption= frmDVP04TC.Lab.Caption= frmDVP04TC.Lab.Hint= frmDVP04TC.Label10.Caption=Instruction List frmDVP04TC.Label10.Hint= frmDVP04TC.CRList.Hint= frmDVP04TC.CRList.Items[0]=#0 Model type frmDVP04TC.CRList.Items[1]=#1 Thermocouple type frmDVP04TC.CRList.Items[2]=#2 CH1 average number frmDVP04TC.CRList.Items[3]=#3 CH2 average number frmDVP04TC.CRList.Items[4]=#4 CH3 average number frmDVP04TC.CRList.Items[5]=#5 CH4 average number frmDVP04TC.CRList.Items[6]=#6 CH1 average degrees of Celsius frmDVP04TC.CRList.Items[7]=#7 CH2 average degrees of Celsius frmDVP04TC.CRList.Items[8]=#8 CH3 average degrees of Celsius frmDVP04TC.CRList.Items[9]=#9 CH4 average degrees of Celsius frmDVP04TC.CRList.Items[10]=#10 CH1 average degrees of Fahrenheit frmDVP04TC.CRList.Items[11]=#11 CH2 average degrees of Fahrenheit frmDVP04TC.CRList.Items[12]=#12 CH3 average degrees of Fahrenheit frmDVP04TC.CRList.Items[13]=#13 CH4 average degrees of Fahrenheit frmDVP04TC.CRList.Items[14]=#14 Present Celsius temperature of CH1 frmDVP04TC.CRList.Items[15]=#15 Present Celsius temperature of CH2 frmDVP04TC.CRList.Items[16]=#16 Present Celsius temperature of CH3 frmDVP04TC.CRList.Items[17]=#17 Present Celsius temperature of CH4 frmDVP04TC.CRList.Items[18]=#19 Present Fahrenheit temperature of CH1 frmDVP04TC.CRList.Items[19]=#20 Present Fahrenheit temperature of CH2 frmDVP04TC.CRList.Items[20]=#21 Present Fahrenheit temperature of CH3 frmDVP04TC.CRList.Items[21]=#22 Present Fahrenheit temperature of CH4 frmDVP04TC.CRList.Items[22]=#24 CH1 offset value frmDVP04TC.CRList.Items[23]=#25 CH2 offset value frmDVP04TC.CRList.Items[24]=#26 CH3 offset value frmDVP04TC.CRList.Items[25]=#27 CH4 offset value frmDVP04TC.CRList.Items[26]=#30 Error status frmDVP04TC.CRList.Items[27]=#31 Communication address setting frmDVP04TC.CRList.Items[28]=#32 Communication baud rate setting frmDVP04TC.CRList.Items[29]=#33 Reset to factory setting frmDVP04TC.CRList.Items[30]=#34 Software version frmDVP04TC.Panel1.Caption= frmDVP04TC.GroupBox1.Caption=Read instruction frmDVP04TC.GroupBox1.Hint= frmDVP04TC.Label1.Caption=Conditional frmDVP04TC.Label1.Hint= frmDVP04TC.Label4.Caption=Address frmDVP04TC.Label4.Hint= frmDVP04TC.Label5.Caption=The number of CRs to read at once frmDVP04TC.Label5.Hint= frmDVP04TC.Read_OPCode.Items[0]=LD frmDVP04TC.Read_OPCode.Items[1]=LDI frmDVP04TC.Read_OPCode.Items[2]=LDP frmDVP04TC.Read_OPCode.Items[3]=LDF frmDVP04TC.Read_OPCode.Hint=The Opcode of conditional clause frmDVP04TC.Read_Operand.Items[0]=X frmDVP04TC.Read_Operand.Items[1]=Y frmDVP04TC.Read_Operand.Items[2]=M frmDVP04TC.Read_Operand.Items[3]=S frmDVP04TC.Read_Operand.Items[4]=T frmDVP04TC.Read_Operand.Items[5]=C frmDVP04TC.Read_Operand.Hint=The operand number of conditional clause frmDVP04TC.Read_StoreDev.Items[0]=KnY frmDVP04TC.Read_StoreDev.Items[1]=KnM frmDVP04TC.Read_StoreDev.Items[2]=KnS frmDVP04TC.Read_StoreDev.Items[3]=T frmDVP04TC.Read_StoreDev.Items[4]=C frmDVP04TC.Read_StoreDev.Items[5]=D frmDVP04TC.Read_StoreDev.Items[6]=E frmDVP04TC.Read_StoreDev.Items[7]=F frmDVP04TC.Read_StoreDev.Hint=Operand device frmDVP04TC.Read_StoreValueDev.Items[0]=K1 frmDVP04TC.Read_StoreValueDev.Items[1]=K2 frmDVP04TC.Read_StoreValueDev.Items[2]=K3 frmDVP04TC.Read_StoreValueDev.Items[3]=K4 frmDVP04TC.Read_StoreValueDev.Hint=Kn value frmDVP04TC.Read_StoreEF.Items[0]= frmDVP04TC.Read_StoreEF.Items[1]=E0 frmDVP04TC.Read_StoreEF.Items[2]=E1 frmDVP04TC.Read_StoreEF.Items[3]=E2 frmDVP04TC.Read_StoreEF.Items[4]=E3 frmDVP04TC.Read_StoreEF.Items[5]=E4 frmDVP04TC.Read_StoreEF.Items[6]=E5 frmDVP04TC.Read_StoreEF.Items[7]=E6 frmDVP04TC.Read_StoreEF.Items[8]=E7 frmDVP04TC.Read_StoreEF.Items[9]=F0 frmDVP04TC.Read_StoreEF.Items[10]=F1 frmDVP04TC.Read_StoreEF.Items[11]=F2 frmDVP04TC.Read_StoreEF.Items[12]=F3 frmDVP04TC.Read_StoreEF.Items[13]=F4 frmDVP04TC.Read_StoreEF.Items[14]=F5 frmDVP04TC.Read_StoreEF.Items[15]=F6 frmDVP04TC.Read_StoreEF.Items[16]=F7 frmDVP04TC.Read_StoreEF.Hint=Index register E,F frmDVP04TC.Read_num.Hint= frmDVP04TC.Read_OpNUM.Text=0 frmDVP04TC.Read_OpNUM.Hint= frmDVP04TC.Read_StoreDevNUM.Text=0 frmDVP04TC.Read_StoreDevNUM.Hint= frmDVP04TC.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP04TC.ckRead.Hint= frmDVP04TC.ckPulse_r.Caption=Instruction of pulse execution frmDVP04TC.ckPulse_r.Hint= frmDVP04TC.btPreview.Caption=Preview frmDVP04TC.btPreview.Hint= frmDVP04TC.WritePanel.Caption= frmDVP04TC.GroupBox7.Caption=Write condition frmDVP04TC.GroupBox7.Hint= frmDVP04TC.Write_OPCode.Items[0]=LD frmDVP04TC.Write_OPCode.Items[1]=LDI frmDVP04TC.Write_OPCode.Items[2]=LDP frmDVP04TC.Write_OPCode.Items[3]=LDF frmDVP04TC.Write_OPCode.Hint=The Opcode of conditional clause frmDVP04TC.Write_Operand.Items[0]=X frmDVP04TC.Write_Operand.Items[1]=Y frmDVP04TC.Write_Operand.Items[2]=M frmDVP04TC.Write_Operand.Items[3]=S frmDVP04TC.Write_Operand.Items[4]=T frmDVP04TC.Write_Operand.Items[5]=C frmDVP04TC.Write_Operand.Hint=The operand number of conditional clause frmDVP04TC.Write_OpNUM.Text=0 frmDVP04TC.Write_OpNUM.Hint= frmDVP04TC.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP04TC.ckWrite.Hint= frmDVP04TC.ckPulse_w.Caption=Instruction of pulse execution frmDVP04TC.ckPulse_w.Hint= //frmDVP04TC.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP04TC.PreviewList.Lines[1]="Add to List"button //frmDVP04TC.PreviewList.Lines[2]=, otherwise no program //frmDVP04TC.PreviewList.Lines[3]=code will be generated. frmDVP04TC.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP04TC.hintLab2.Caption =otherwise no program code will be generated. frmDVP04TC.btOK.Caption=Add to list frmDVP04TC.btOK.Hint= frmDVP04TC.ResultList.Hint= frmDVP04TC.btUP.Caption= frmDVP04TC.btUP.Hint= frmDVP04TC.btDOWN.Caption= frmDVP04TC.btDOWN.Hint= frmDVP04TC.btFinish.Caption=OK frmDVP04TC.btFinish.Hint= frmDVP04TC.btCancel.Caption=Cancel frmDVP04TC.btCancel.Hint= frmDVP04TC.UpdateBtn.Caption=Replace frmDVP04TC.UpdateBtn.Hint= frmDVP04TC.AddBtn.Caption=Add frmDVP04TC.AddBtn.Hint= frmDVP04TC.DeleteBtn.Caption=Delete frmDVP04TC.DeleteBtn.Hint= frmDVP04TC.ShowSingleEdit.Text= frmDVP04TC.ShowSingleEdit.Hint= frmDVP04TC.LSBValue_Panel.Caption= frmDVP04TC.GroupBox5.Caption=Setting value frmDVP04TC.GroupBox5.Hint= frmDVP04TC.Label11.Caption=Input voltage frmDVP04TC.Label11.Hint= frmDVP04TC.Label12.Caption=Output voltage frmDVP04TC.Label12.Hint= frmDVP04TC.LSB_Lab1.Caption= frmDVP04TC.LSB_Lab1.Hint= frmDVP04TC.LSB_Lab2.Caption= frmDVP04TC.LSB_Lab2.Hint= frmDVP04TC.LSB_Value.Hint= frmDVP04TC.CRV_Value_1.Text= frmDVP04TC.CRV_Value_1.Hint= frmDVP04TC.CRA_Value_1.Text= frmDVP04TC.CRA_Value_1.Hint= frmDVP04TC.CRV_Value_2.Text= frmDVP04TC.CRV_Value_2.Hint= frmDVP04TC.CRA_Value_2.Text= frmDVP04TC.CRA_Value_2.Hint= frmDVP04TC.BaudRate_Panel.Caption= frmDVP04TC.GroupBox8.Caption=Setting value frmDVP04TC.GroupBox8.Hint= frmDVP04TC.Label2.Caption=Data mode frmDVP04TC.Label2.Hint= frmDVP04TC.Label3.Caption=Baud Rate frmDVP04TC.Label3.Hint= frmDVP04TC.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP04TC.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP04TC.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP04TC.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP04TC.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP04TC.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP04TC.BaudRate_val.Hint= frmDVP04TC.RadioGroup1.Caption= frmDVP04TC.RadioGroup1.Hint= frmDVP04TC.rbASCII.Caption=ASCII frmDVP04TC.rbASCII.Hint= frmDVP04TC.rbRTU.Caption=RTU frmDVP04TC.rbRTU.Hint= frmDVP04TC.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP04TC.ckCRC.Hint= frmDVP04TC.CR33Value_Panel.Caption= frmDVP04TC.GroupBox3.Caption=Setting value frmDVP04TC.GroupBox3.Hint= frmDVP04TC.Label6.Caption=Channel 1 frmDVP04TC.Label6.Hint= frmDVP04TC.Label7.Caption=Channel 2 frmDVP04TC.Label7.Hint= frmDVP04TC.Label8.Caption=Channel 3 frmDVP04TC.Label8.Hint= frmDVP04TC.Label9.Caption=Channel 4 frmDVP04TC.Label9.Hint= frmDVP04TC.ckCH1Reset.Caption=Reset to factory setting frmDVP04TC.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP04TC.ckCH2Reset.Caption=Reset to factory setting frmDVP04TC.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP04TC.ckCH3Reset.Caption=Reset to factory setting frmDVP04TC.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP04TC.ckCH4Reset.Caption=Reset to factory setting frmDVP04TC.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP04TC.ckCH1Err.Caption=ERR LED frmDVP04TC.ckCH1Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04TC.ckCH2Err.Caption=ERR LED frmDVP04TC.ckCH2Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04TC.ckCH3Err.Caption=ERR LED frmDVP04TC.ckCH3Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04TC.ckCH4Err.Caption=ERR LED frmDVP04TC.ckCH4Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP04TC.ChanValue_Panel.Caption= frmDVP04TC.GroupBox6.Caption=Setting value frmDVP04TC.GroupBox6.Hint= frmDVP04TC.CR_Lab1.Caption=Channel 1 frmDVP04TC.CR_Lab1.Hint= frmDVP04TC.CR_Lab2.Caption=Channel 2 frmDVP04TC.CR_Lab2.Hint= frmDVP04TC.CR_Lab3.Caption=Channel 3 frmDVP04TC.CR_Lab3.Hint= frmDVP04TC.CR_Lab4.Caption=Channel 4 frmDVP04TC.CR_Lab4.Hint= frmDVP04TC.CR_CH1Value.Items[0]=J - Type frmDVP04TC.CR_CH1Value.Items[1]=K - Type frmDVP04TC.CR_CH1Value.Items[2]=R - Type frmDVP04TC.CR_CH1Value.Items[3]=S - Type frmDVP04TC.CR_CH1Value.Items[4]=T - Type frmDVP04TC.CR_CH1Value.Hint= frmDVP04TC.CR_CH2Value.Items[0]=J - Type frmDVP04TC.CR_CH2Value.Items[1]=K - Type frmDVP04TC.CR_CH2Value.Items[2]=R - Type frmDVP04TC.CR_CH2Value.Items[3]=S - Type frmDVP04TC.CR_CH2Value.Items[4]=T - Type frmDVP04TC.CR_CH2Value.Hint= frmDVP04TC.CR_CH3Value.Items[0]=J - Type frmDVP04TC.CR_CH3Value.Items[1]=K - Type frmDVP04TC.CR_CH3Value.Items[2]=R - Type frmDVP04TC.CR_CH3Value.Items[3]=S - Type frmDVP04TC.CR_CH3Value.Items[4]=T - Type frmDVP04TC.CR_CH3Value.Hint= frmDVP04TC.CR_CH4Value.Items[0]=J - Type frmDVP04TC.CR_CH4Value.Items[1]=K - Type frmDVP04TC.CR_CH4Value.Items[2]=R - Type frmDVP04TC.CR_CH4Value.Items[3]=S - Type frmDVP04TC.CR_CH4Value.Items[4]=T - Type frmDVP04TC.CR_CH4Value.Hint= frmDVP04TC.Value_Panel.Caption= frmDVP04TC.GroupBox4.Caption=Setting value frmDVP04TC.GroupBox4.Hint= frmDVP04TC.Value_lab.Caption= frmDVP04TC.Value_lab.Hint= frmDVP04TC.WriteValueDev.Items[0]=K frmDVP04TC.WriteValueDev.Items[1]=H frmDVP04TC.WriteValueDev.Items[2]=KnX frmDVP04TC.WriteValueDev.Items[3]=KnY frmDVP04TC.WriteValueDev.Items[4]=KnM frmDVP04TC.WriteValueDev.Items[5]=KnS frmDVP04TC.WriteValueDev.Items[6]=T frmDVP04TC.WriteValueDev.Items[7]=C frmDVP04TC.WriteValueDev.Items[8]=D frmDVP04TC.WriteValueDev.Items[9]=E frmDVP04TC.WriteValueDev.Items[10]=F frmDVP04TC.WriteValueDev.Hint=Operand device frmDVP04TC.WriteValueKn.Items[0]=K1 frmDVP04TC.WriteValueKn.Items[1]=K2 frmDVP04TC.WriteValueKn.Items[2]=K3 frmDVP04TC.WriteValueKn.Items[3]=K4 frmDVP04TC.WriteValueKn.Hint=Kn value frmDVP04TC.WriteValueNum.Text=0 frmDVP04TC.WriteValueNum.Hint= frmDVP04TC.WriteValueEF.Items[0]= frmDVP04TC.WriteValueEF.Items[1]=E0 frmDVP04TC.WriteValueEF.Items[2]=E1 frmDVP04TC.WriteValueEF.Items[3]=E2 frmDVP04TC.WriteValueEF.Items[4]=E3 frmDVP04TC.WriteValueEF.Items[5]=E4 frmDVP04TC.WriteValueEF.Items[6]=E5 frmDVP04TC.WriteValueEF.Items[7]=E6 frmDVP04TC.WriteValueEF.Items[8]=E7 frmDVP04TC.WriteValueEF.Items[9]=F0 frmDVP04TC.WriteValueEF.Items[10]=F1 frmDVP04TC.WriteValueEF.Items[11]=F2 frmDVP04TC.WriteValueEF.Items[12]=F3 frmDVP04TC.WriteValueEF.Items[13]=F4 frmDVP04TC.WriteValueEF.Items[14]=F5 frmDVP04TC.WriteValueEF.Items[15]=F6 frmDVP04TC.WriteValueEF.Items[16]=F7 frmDVP04TC.WriteValueEF.Hint=Index register E,F frmDVP04TC.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP06XA] frmDVP06XA.Caption= frmDVP06XA.Lab.Caption= frmDVP06XA.Lab.Hint= frmDVP06XA.Label10.Caption=Instruction List frmDVP06XA.Label10.Hint= frmDVP06XA.ChanValue_Panel.Caption= frmDVP06XA.GroupBox6.Caption=Setting value frmDVP06XA.GroupBox6.Hint= frmDVP06XA.CR_Lab1.Caption=Channel 1 frmDVP06XA.CR_Lab1.Hint= frmDVP06XA.CR_Lab2.Caption=Channel 2 frmDVP06XA.CR_Lab2.Hint= frmDVP06XA.CR_Lab3.Caption=Channel 3 frmDVP06XA.CR_Lab3.Hint= frmDVP06XA.CR_Lab4.Caption=Channel 4 frmDVP06XA.CR_Lab4.Hint= frmDVP06XA.Label6.Caption=Channel 5 frmDVP06XA.Label6.Hint= frmDVP06XA.Label7.Caption=Channel 6 frmDVP06XA.Label7.Hint= frmDVP06XA.CR_CH1Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP06XA.CR_CH1Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP06XA.CR_CH1Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP06XA.CR_CH1Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP06XA.CR_CH1Value.Items[4]=Useless frmDVP06XA.CR_CH1Value.Hint= frmDVP06XA.CR_CH2Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP06XA.CR_CH2Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP06XA.CR_CH2Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP06XA.CR_CH2Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP06XA.CR_CH2Value.Items[4]=Useless frmDVP06XA.CR_CH2Value.Hint= frmDVP06XA.CR_CH3Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP06XA.CR_CH3Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP06XA.CR_CH3Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP06XA.CR_CH3Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP06XA.CR_CH3Value.Items[4]=Useless frmDVP06XA.CR_CH3Value.Hint= frmDVP06XA.CR_CH4Value.Items[0]=Input voltage mode -10V ~ +10V frmDVP06XA.CR_CH4Value.Items[1]=Input voltage mode -6V ~ +10V frmDVP06XA.CR_CH4Value.Items[2]=Input current mode -12mA ~ +20mA frmDVP06XA.CR_CH4Value.Items[3]=Input current mode -20mA ~ +20mA frmDVP06XA.CR_CH4Value.Items[4]=Useless frmDVP06XA.CR_CH4Value.Hint= frmDVP06XA.CR_CH5Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP06XA.CR_CH5Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP06XA.CR_CH5Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP06XA.CR_CH5Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP06XA.CR_CH5Value.Hint= frmDVP06XA.CR_CH6Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP06XA.CR_CH6Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP06XA.CR_CH6Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP06XA.CR_CH6Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP06XA.CR_CH6Value.Hint= frmDVP06XA.BaudRate_Panel.Caption= frmDVP06XA.GroupBox8.Caption=Setting value frmDVP06XA.GroupBox8.Hint= frmDVP06XA.Label2.Caption=Data mode frmDVP06XA.Label2.Hint= frmDVP06XA.Label3.Caption=Baud Rate frmDVP06XA.Label3.Hint= frmDVP06XA.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP06XA.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP06XA.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP06XA.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP06XA.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP06XA.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP06XA.BaudRate_val.Hint= frmDVP06XA.RadioGroup1.Caption= frmDVP06XA.RadioGroup1.Hint= frmDVP06XA.rbASCII.Caption=ASCII frmDVP06XA.rbASCII.Hint= frmDVP06XA.rbRTU.Caption=RTU frmDVP06XA.rbRTU.Hint= frmDVP06XA.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP06XA.ckCRC.Hint= frmDVP06XA.LSBValue_Panel.Caption= frmDVP06XA.GroupBox5.Caption=Setting value frmDVP06XA.GroupBox5.Hint= frmDVP06XA.Label8.Caption=Input voltage frmDVP06XA.Label8.Hint= frmDVP06XA.Label9.Caption=Output voltage frmDVP06XA.Label9.Hint= frmDVP06XA.LSB_Lab1.Caption= frmDVP06XA.LSB_Lab1.Hint= frmDVP06XA.LSB_Lab2.Caption= frmDVP06XA.LSB_Lab2.Hint= frmDVP06XA.LSB_Value.Hint= frmDVP06XA.CRV_Value_1.Text= frmDVP06XA.CRV_Value_1.Hint= frmDVP06XA.CRA_Value_1.Text= frmDVP06XA.CRA_Value_1.Hint= frmDVP06XA.CRV_Value_2.Text= frmDVP06XA.CRV_Value_2.Hint= frmDVP06XA.CRA_Value_2.Text= frmDVP06XA.CRA_Value_2.Hint= frmDVP06XA.Value_Panel.Caption= frmDVP06XA.GroupBox4.Caption=Setting value frmDVP06XA.GroupBox4.Hint= frmDVP06XA.Value_lab.Caption= frmDVP06XA.Value_lab.Hint= frmDVP06XA.WriteValueDev.Items[0]=K frmDVP06XA.WriteValueDev.Items[1]=H frmDVP06XA.WriteValueDev.Items[2]=KnX frmDVP06XA.WriteValueDev.Items[3]=KnY frmDVP06XA.WriteValueDev.Items[4]=KnM frmDVP06XA.WriteValueDev.Items[5]=KnS frmDVP06XA.WriteValueDev.Items[6]=T frmDVP06XA.WriteValueDev.Items[7]=C frmDVP06XA.WriteValueDev.Items[8]=D frmDVP06XA.WriteValueDev.Items[9]=E frmDVP06XA.WriteValueDev.Items[10]=F frmDVP06XA.WriteValueDev.Hint=Operand device frmDVP06XA.WriteValueKn.Items[0]=K1 frmDVP06XA.WriteValueKn.Items[1]=K2 frmDVP06XA.WriteValueKn.Items[2]=K3 frmDVP06XA.WriteValueKn.Items[3]=K4 frmDVP06XA.WriteValueKn.Hint=Kn value frmDVP06XA.WriteValueNum.Text=0 frmDVP06XA.WriteValueNum.Hint= frmDVP06XA.WriteValueEF.Items[0]= frmDVP06XA.WriteValueEF.Items[1]=E0 frmDVP06XA.WriteValueEF.Items[2]=E1 frmDVP06XA.WriteValueEF.Items[3]=E2 frmDVP06XA.WriteValueEF.Items[4]=E3 frmDVP06XA.WriteValueEF.Items[5]=E4 frmDVP06XA.WriteValueEF.Items[6]=E5 frmDVP06XA.WriteValueEF.Items[7]=E6 frmDVP06XA.WriteValueEF.Items[8]=E7 frmDVP06XA.WriteValueEF.Items[9]=F0 frmDVP06XA.WriteValueEF.Items[10]=F1 frmDVP06XA.WriteValueEF.Items[11]=F2 frmDVP06XA.WriteValueEF.Items[12]=F3 frmDVP06XA.WriteValueEF.Items[13]=F4 frmDVP06XA.WriteValueEF.Items[14]=F5 frmDVP06XA.WriteValueEF.Items[15]=F6 frmDVP06XA.WriteValueEF.Items[16]=F7 frmDVP06XA.WriteValueEF.Hint=Index register E,F frmDVP06XA.CRList.Hint= frmDVP06XA.CRList.Items[0]=#0 Model type frmDVP06XA.CRList.Items[1]=#1 Mode setting frmDVP06XA.CRList.Items[2]=#2 CH1 average number frmDVP06XA.CRList.Items[3]=#3 CH2 average number frmDVP06XA.CRList.Items[4]=#4 CH3 average number frmDVP06XA.CRList.Items[5]=#5 CH4 average number frmDVP06XA.CRList.Items[6]=#6 Average value of CH1 input signal frmDVP06XA.CRList.Items[7]=#7 Average value of CH2 input signal frmDVP06XA.CRList.Items[8]=#8 Average value of CH3 input signal frmDVP06XA.CRList.Items[9]=#9 Average value of CH4 input signal frmDVP06XA.CRList.Items[10]=#10 CH5 output signal value frmDVP06XA.CRList.Items[11]=#11 CH6 output signal value frmDVP06XA.CRList.Items[12]=#12 Present value of CH1 input signal frmDVP06XA.CRList.Items[13]=#13 Present value of CH2 input signal frmDVP06XA.CRList.Items[14]=#14 Present value of CH3 input signal frmDVP06XA.CRList.Items[15]=#15 Present value of CH4 input signal frmDVP06XA.CRList.Items[16]=#18 To adjust OFFSET value of CH1 frmDVP06XA.CRList.Items[17]=#19 To adjust OFFSET value of CH2 frmDVP06XA.CRList.Items[18]=#20 To adjust OFFSET value of CH3 frmDVP06XA.CRList.Items[19]=#21 To adjust OFFSET value of CH4 frmDVP06XA.CRList.Items[20]=#22 To adjust OFFSET value of CH5 frmDVP06XA.CRList.Items[21]=#23 To adjust OFFSET value of CH6 frmDVP06XA.CRList.Items[22]=#24 To adjust GAIN value of CH1 frmDVP06XA.CRList.Items[23]=#25 To adjust GAIN value of CH2 frmDVP06XA.CRList.Items[24]=#26 To adjust GAIN value of CH3 frmDVP06XA.CRList.Items[25]=#27 To adjust GAIN value of CH4 frmDVP06XA.CRList.Items[26]=#28 To adjust GAIN value of CH5 frmDVP06XA.CRList.Items[27]=#29 To adjust GAIN value of CH6 frmDVP06XA.CRList.Items[28]=#30 Error status frmDVP06XA.CRList.Items[29]=#31 Communication address setting frmDVP06XA.CRList.Items[30]=#32 Communication baud rate setting frmDVP06XA.CRList.Items[31]=#33 Reset to factory setting and set characteristics adjustable priority frmDVP06XA.CRList.Items[32]=#34 Software version frmDVP06XA.Panel1.Caption= frmDVP06XA.GroupBox1.Caption=Read command frmDVP06XA.GroupBox1.Hint= frmDVP06XA.Label1.Caption=Conditional frmDVP06XA.Label1.Hint= frmDVP06XA.Label4.Caption=Address frmDVP06XA.Label4.Hint= frmDVP06XA.Label5.Caption=The number of CRs to read at once frmDVP06XA.Label5.Hint= frmDVP06XA.Read_OPCode.Items[0]=LD frmDVP06XA.Read_OPCode.Items[1]=LDI frmDVP06XA.Read_OPCode.Items[2]=LDP frmDVP06XA.Read_OPCode.Items[3]=LDF frmDVP06XA.Read_OPCode.Hint=The Opcode of conditional clause frmDVP06XA.Read_Operand.Items[0]=X frmDVP06XA.Read_Operand.Items[1]=Y frmDVP06XA.Read_Operand.Items[2]=M frmDVP06XA.Read_Operand.Items[3]=S frmDVP06XA.Read_Operand.Items[4]=T frmDVP06XA.Read_Operand.Items[5]=C frmDVP06XA.Read_Operand.Hint=The operand number of conditional clause frmDVP06XA.Read_StoreDev.Items[0]=KnY frmDVP06XA.Read_StoreDev.Items[1]=KnM frmDVP06XA.Read_StoreDev.Items[2]=KnS frmDVP06XA.Read_StoreDev.Items[3]=T frmDVP06XA.Read_StoreDev.Items[4]=C frmDVP06XA.Read_StoreDev.Items[5]=D frmDVP06XA.Read_StoreDev.Items[6]=E frmDVP06XA.Read_StoreDev.Items[7]=F frmDVP06XA.Read_StoreDev.Hint=Operand device frmDVP06XA.Read_StoreValueDev.Items[0]=K1 frmDVP06XA.Read_StoreValueDev.Items[1]=K2 frmDVP06XA.Read_StoreValueDev.Items[2]=K3 frmDVP06XA.Read_StoreValueDev.Items[3]=K4 frmDVP06XA.Read_StoreValueDev.Hint=Kn value frmDVP06XA.Read_StoreEF.Items[0]= frmDVP06XA.Read_StoreEF.Items[1]=E0 frmDVP06XA.Read_StoreEF.Items[2]=E1 frmDVP06XA.Read_StoreEF.Items[3]=E2 frmDVP06XA.Read_StoreEF.Items[4]=E3 frmDVP06XA.Read_StoreEF.Items[5]=E4 frmDVP06XA.Read_StoreEF.Items[6]=E5 frmDVP06XA.Read_StoreEF.Items[7]=E6 frmDVP06XA.Read_StoreEF.Items[8]=E7 frmDVP06XA.Read_StoreEF.Items[9]=F0 frmDVP06XA.Read_StoreEF.Items[10]=F1 frmDVP06XA.Read_StoreEF.Items[11]=F2 frmDVP06XA.Read_StoreEF.Items[12]=F3 frmDVP06XA.Read_StoreEF.Items[13]=F4 frmDVP06XA.Read_StoreEF.Items[14]=F5 frmDVP06XA.Read_StoreEF.Items[15]=F6 frmDVP06XA.Read_StoreEF.Items[16]=F7 frmDVP06XA.Read_StoreEF.Hint=Index register E,F frmDVP06XA.Read_num.Hint= frmDVP06XA.Read_OpNUM.Text=0 frmDVP06XA.Read_OpNUM.Hint= frmDVP06XA.Read_StoreDevNUM.Text=0 frmDVP06XA.Read_StoreDevNUM.Hint= frmDVP06XA.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP06XA.ckRead.Hint= frmDVP06XA.ckPulse_r.Caption=Instruction of pulse execution frmDVP06XA.ckPulse_r.Hint= frmDVP06XA.btPreview.Caption=Preview frmDVP06XA.btPreview.Hint= frmDVP06XA.WritePanel.Caption= frmDVP06XA.GroupBox7.Caption=Write condition frmDVP06XA.GroupBox7.Hint= frmDVP06XA.Write_OPCode.Items[0]=LD frmDVP06XA.Write_OPCode.Items[1]=LDI frmDVP06XA.Write_OPCode.Items[2]=LDP frmDVP06XA.Write_OPCode.Items[3]=LDF frmDVP06XA.Write_OPCode.Hint=The Opcode of conditional clause frmDVP06XA.Write_Operand.Items[0]=X frmDVP06XA.Write_Operand.Items[1]=Y frmDVP06XA.Write_Operand.Items[2]=M frmDVP06XA.Write_Operand.Items[3]=S frmDVP06XA.Write_Operand.Items[4]=T frmDVP06XA.Write_Operand.Items[5]=C frmDVP06XA.Write_Operand.Hint=The operand number of conditional clause frmDVP06XA.Write_OpNUM.Text=0 frmDVP06XA.Write_OpNUM.Hint= frmDVP06XA.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP06XA.ckWrite.Hint= frmDVP06XA.ckPulse_w.Caption=Instruction of pulse execution frmDVP06XA.ckPulse_w.Hint= //frmDVP06XA.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP06XA.PreviewList.Lines[1]="Add to List"button //frmDVP06XA.PreviewList.Lines[2]=, otherwise no program //frmDVP06XA.PreviewList.Lines[3]=code will be generated. frmDVP06XA.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP06XA.hintLab2.Caption =otherwise no program code will be generated. frmDVP06XA.btOK.Caption=Add to list frmDVP06XA.btOK.Hint= frmDVP06XA.ResultList.Hint= frmDVP06XA.btUP.Caption= frmDVP06XA.btUP.Hint= frmDVP06XA.btDOWN.Caption= frmDVP06XA.btDOWN.Hint= frmDVP06XA.btFinish.Caption=OK frmDVP06XA.btFinish.Hint= frmDVP06XA.btCancel.Caption=Cancel frmDVP06XA.btCancel.Hint= frmDVP06XA.UpdateBtn.Caption=Replace frmDVP06XA.UpdateBtn.Hint= frmDVP06XA.AddBtn.Caption=Add frmDVP06XA.AddBtn.Hint= frmDVP06XA.DeleteBtn.Caption=Delete frmDVP06XA.DeleteBtn.Hint= frmDVP06XA.ShowSingleEdit.Text= frmDVP06XA.ShowSingleEdit.Hint= frmDVP06XA.CR33Value_Panel.Caption= frmDVP06XA.GroupBox3.Caption=Setting value frmDVP06XA.GroupBox3.Hint= frmDVP06XA.PageControl1.Pages[0].Caption=CH1 frmDVP06XA.PageControl1.Pages[1].Caption=CH2 frmDVP06XA.PageControl1.Pages[2].Caption=CH3 frmDVP06XA.PageControl1.Pages[3].Caption=CH4 frmDVP06XA.PageControl1.Pages[4].Caption=CH5 frmDVP06XA.PageControl1.Pages[5].Caption=CH6 frmDVP06XA.ckCH1Modify.Caption=Setting characteristics adjustable is not allowed frmDVP06XA.ckCH1Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP06XA.ckCH1Power.Caption=non-latched frmDVP06XA.ckCH1Power.Hint=Determine characteristic register is non-latched or not frmDVP06XA.ckCH1Reset.Caption=Reset to factory setting frmDVP06XA.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP06XA.ckCH2Modify.Caption=Setting characteristics adjustable is not allowed frmDVP06XA.ckCH2Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP06XA.ckCH2Reset.Caption=Reset to factory setting frmDVP06XA.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP06XA.ckCH2Power.Caption=non-latched frmDVP06XA.ckCH2Power.Hint=Determine characteristic register is non-latched or not frmDVP06XA.ckCH3Modify.Caption=Setting characteristics adjustable is not allowed frmDVP06XA.ckCH3Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP06XA.ckCH3Reset.Caption=Reset to factory setting frmDVP06XA.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP06XA.ckCH3Power.Caption=non-latched frmDVP06XA.ckCH3Power.Hint=Determine characteristic register is non-latched or not frmDVP06XA.ckCH4Modify.Caption=Setting characteristics adjustable is not allowed frmDVP06XA.ckCH4Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP06XA.ckCH4Reset.Caption=Reset to factory setting frmDVP06XA.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP06XA.ckCH4Power.Caption=non-latched frmDVP06XA.ckCH4Power.Hint=Determine characteristic register is non-latched or not frmDVP06XA.gbCH5.Items[0]=Can be adjusted, latched frmDVP06XA.gbCH5.Items[1]=Can be adjusted, non-latched frmDVP06XA.gbCH5.Items[2]=Adjusting is not allowed frmDVP06XA.gbCH5.Items[3]=Reset to factory setting frmDVP06XA.gbCH5.Hint= frmDVP06XA.gbCH6.Items[0]=Can be adjusted, latched frmDVP06XA.gbCH6.Items[1]=Can be adjusted, non-latched frmDVP06XA.gbCH6.Items[2]=Adjusting is not allowed frmDVP06XA.gbCH6.Items[3]=Reset to factory setting frmDVP06XA.gbCH6.Hint= frmDVP06XA.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP01HC] frmDVP01HC.Caption=DVP01HC High-Speed Counter Module frmDVP01HC.Lab.Caption= frmDVP01HC.Lab.Hint= frmDVP01HC.Label3.Caption=Instruction List frmDVP01HC.Label3.Hint= frmDVP01HC.Panel1.Caption= frmDVP01HC.GroupBox1.Caption=Read instruction frmDVP01HC.GroupBox1.Hint= frmDVP01HC.Label1.Caption=Conditional frmDVP01HC.Label1.Hint= frmDVP01HC.Label4.Caption=Address frmDVP01HC.Label4.Hint= frmDVP01HC.Label5.Caption=The number of CRs to read at once frmDVP01HC.Label5.Hint= frmDVP01HC.Read_OPCode.Items[0]=LD frmDVP01HC.Read_OPCode.Items[1]=LDI frmDVP01HC.Read_OPCode.Items[2]=LDP frmDVP01HC.Read_OPCode.Items[3]=LDF frmDVP01HC.Read_OPCode.Hint=The Opcode of conditional clause frmDVP01HC.Read_Operand.Items[0]=X frmDVP01HC.Read_Operand.Items[1]=Y frmDVP01HC.Read_Operand.Items[2]=M frmDVP01HC.Read_Operand.Items[3]=S frmDVP01HC.Read_Operand.Items[4]=T frmDVP01HC.Read_Operand.Items[5]=C frmDVP01HC.Read_Operand.Hint=The operand number of conditional clause frmDVP01HC.Read_StoreDev.Items[0]=KnY frmDVP01HC.Read_StoreDev.Items[1]=KnM frmDVP01HC.Read_StoreDev.Items[2]=KnS frmDVP01HC.Read_StoreDev.Items[3]=T frmDVP01HC.Read_StoreDev.Items[4]=C frmDVP01HC.Read_StoreDev.Items[5]=D frmDVP01HC.Read_StoreDev.Items[6]=E frmDVP01HC.Read_StoreDev.Items[7]=F frmDVP01HC.Read_StoreDev.Hint=Operand device frmDVP01HC.Read_StoreValueDev.Items[0]=K1 frmDVP01HC.Read_StoreValueDev.Items[1]=K2 frmDVP01HC.Read_StoreValueDev.Items[2]=K3 frmDVP01HC.Read_StoreValueDev.Items[3]=K4 frmDVP01HC.Read_StoreValueDev.Hint=Kn value frmDVP01HC.Read_StoreEF.Items[0]= frmDVP01HC.Read_StoreEF.Items[1]=E0 frmDVP01HC.Read_StoreEF.Items[2]=E1 frmDVP01HC.Read_StoreEF.Items[3]=E2 frmDVP01HC.Read_StoreEF.Items[4]=E3 frmDVP01HC.Read_StoreEF.Items[5]=E4 frmDVP01HC.Read_StoreEF.Items[6]=E5 frmDVP01HC.Read_StoreEF.Items[7]=E6 frmDVP01HC.Read_StoreEF.Items[8]=E7 frmDVP01HC.Read_StoreEF.Items[9]=F0 frmDVP01HC.Read_StoreEF.Items[10]=F1 frmDVP01HC.Read_StoreEF.Items[11]=F2 frmDVP01HC.Read_StoreEF.Items[12]=F3 frmDVP01HC.Read_StoreEF.Items[13]=F4 frmDVP01HC.Read_StoreEF.Items[14]=F5 frmDVP01HC.Read_StoreEF.Items[15]=F6 frmDVP01HC.Read_StoreEF.Items[16]=F7 frmDVP01HC.Read_StoreEF.Hint=Index register E,F frmDVP01HC.Read_num.Hint= frmDVP01HC.Read_OpNUM.Text=0 frmDVP01HC.Read_OpNUM.Hint= frmDVP01HC.Read_StoreDevNUM.Text=0 frmDVP01HC.Read_StoreDevNUM.Hint= frmDVP01HC.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP01HC.ckRead.Hint= frmDVP01HC.ckPulse_r.Caption=Instruction of pulse execution frmDVP01HC.ckPulse_r.Hint= frmDVP01HC.btPreview.Caption=Preview frmDVP01HC.btPreview.Hint= frmDVP01HC.ResultList.Hint= frmDVP01HC.WritePanel.Caption= frmDVP01HC.GroupBox7.Caption=Write condition frmDVP01HC.GroupBox7.Hint= frmDVP01HC.Write_OPCode.Items[0]=LD frmDVP01HC.Write_OPCode.Items[1]=LDI frmDVP01HC.Write_OPCode.Items[2]=LDP frmDVP01HC.Write_OPCode.Items[3]=LDF frmDVP01HC.Write_OPCode.Hint=The Opcode of conditional clause frmDVP01HC.Write_Operand.Items[0]=X frmDVP01HC.Write_Operand.Items[1]=Y frmDVP01HC.Write_Operand.Items[2]=M frmDVP01HC.Write_Operand.Items[3]=S frmDVP01HC.Write_Operand.Items[4]=T frmDVP01HC.Write_Operand.Items[5]=C frmDVP01HC.Write_Operand.Hint=The operand number of conditional clause frmDVP01HC.Write_OpNUM.Text=0 frmDVP01HC.Write_OpNUM.Hint= frmDVP01HC.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP01HC.ckWrite.Hint= frmDVP01HC.ckPulse_w.Caption=Instruction of pulse execution frmDVP01HC.ckPulse_w.Hint= //frmDVP01HC.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP01HC.PreviewList.Lines[1]="Add to List"button //frmDVP01HC.PreviewList.Lines[2]=, otherwise no program //frmDVP01HC.PreviewList.Lines[3]=code will be generated. frmDVP01HC.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP01HC.hintLab2.Caption =otherwise no program code will be generated. frmDVP01HC.btOK.Caption=Add to list frmDVP01HC.btOK.Hint= frmDVP01HC.UpDownValue_Panel.Caption= frmDVP01HC.GroupBox5.Caption=Counter mode frmDVP01HC.GroupBox5.Hint= frmDVP01HC.rbUpCount.Caption=Count up frmDVP01HC.rbUpCount.Hint= frmDVP01HC.rbDownCount.Caption=Count down frmDVP01HC.rbDownCount.Hint= frmDVP01HC.btUP.Caption= frmDVP01HC.btUP.Hint= frmDVP01HC.btDOWN.Caption= frmDVP01HC.btDOWN.Hint= frmDVP01HC.btFinish.Caption=OK frmDVP01HC.btFinish.Hint= frmDVP01HC.btCancel.Caption=Cancel frmDVP01HC.btCancel.Hint= frmDVP01HC.CRList.Hint= frmDVP01HC.CRList.Items[0]=#0 Model type frmDVP01HC.CRList.Items[1]=#1 Down/Up command (1-phase 1-input mode) frmDVP01HC.CRList.Items[2]=#2-3 Ring length frmDVP01HC.CRList.Items[3]=#4 Command frmDVP01HC.CRList.Items[4]=#5 Counter mode frmDVP01HC.CRList.Items[5]=#10-11 Preset data frmDVP01HC.CRList.Items[6]=#12-13 YH output compare value frmDVP01HC.CRList.Items[7]=#14-15 YL output compare value frmDVP01HC.CRList.Items[8]=#20-21 Counter vurrent value frmDVP01HC.CRList.Items[9]=#22-23 Maximum count value frmDVP01HC.CRList.Items[10]=#24-25 Minimum count value frmDVP01HC.CRList.Items[11]=#26 Compare results frmDVP01HC.CRList.Items[12]=#27 Action status frmDVP01HC.CRList.Items[13]=#29 Error status frmDVP01HC.CRList.Items[14]=#30 Software version frmDVP01HC.UpdateBtn.Caption=Replace frmDVP01HC.UpdateBtn.Hint= frmDVP01HC.AddBtn.Caption=Add frmDVP01HC.AddBtn.Hint= frmDVP01HC.DeleteBtn.Caption=Delete frmDVP01HC.DeleteBtn.Hint= frmDVP01HC.ShowSingleEdit.Text= frmDVP01HC.ShowSingleEdit.Hint= frmDVP01HC.Value_Panel.Caption= frmDVP01HC.GroupBox4.Caption=Setting value frmDVP01HC.GroupBox4.Hint= frmDVP01HC.Value_lab.Caption= frmDVP01HC.Value_lab.Hint= frmDVP01HC.WriteValueDev.Items[0]=K frmDVP01HC.WriteValueDev.Items[1]=H frmDVP01HC.WriteValueDev.Items[2]=KnX frmDVP01HC.WriteValueDev.Items[3]=KnY frmDVP01HC.WriteValueDev.Items[4]=KnM frmDVP01HC.WriteValueDev.Items[5]=KnS frmDVP01HC.WriteValueDev.Items[6]=T frmDVP01HC.WriteValueDev.Items[7]=C frmDVP01HC.WriteValueDev.Items[8]=D frmDVP01HC.WriteValueDev.Items[9]=E frmDVP01HC.WriteValueDev.Items[10]=F frmDVP01HC.WriteValueDev.Hint=Operand device frmDVP01HC.WriteValueKn.Items[0]=K1 frmDVP01HC.WriteValueKn.Items[1]=K2 frmDVP01HC.WriteValueKn.Items[2]=K3 frmDVP01HC.WriteValueKn.Items[3]=K4 frmDVP01HC.WriteValueKn.Hint=Kn value frmDVP01HC.WriteValueNum.Text=0 frmDVP01HC.WriteValueNum.Hint= frmDVP01HC.WriteValueEF.Items[0]= frmDVP01HC.WriteValueEF.Items[1]=E0 frmDVP01HC.WriteValueEF.Items[2]=E1 frmDVP01HC.WriteValueEF.Items[3]=E2 frmDVP01HC.WriteValueEF.Items[4]=E3 frmDVP01HC.WriteValueEF.Items[5]=E4 frmDVP01HC.WriteValueEF.Items[6]=E5 frmDVP01HC.WriteValueEF.Items[7]=E6 frmDVP01HC.WriteValueEF.Items[8]=E7 frmDVP01HC.WriteValueEF.Items[9]=F0 frmDVP01HC.WriteValueEF.Items[10]=F1 frmDVP01HC.WriteValueEF.Items[11]=F2 frmDVP01HC.WriteValueEF.Items[12]=F3 frmDVP01HC.WriteValueEF.Items[13]=F4 frmDVP01HC.WriteValueEF.Items[14]=F5 frmDVP01HC.WriteValueEF.Items[15]=F6 frmDVP01HC.WriteValueEF.Items[16]=F7 frmDVP01HC.WriteValueEF.Hint=Index register E,F frmDVP01HC.HCCR5Val_Panel.Caption= frmDVP01HC.GroupBox8.Caption=Counter mode frmDVP01HC.GroupBox8.Hint= frmDVP01HC.rb_inst.Caption= frmDVP01HC.rb_inst.Hint= frmDVP01HC.rb_32.Caption=32-bit counter mode frmDVP01HC.rb_32.Hint= frmDVP01HC.rb_16.Caption=16-bit counter mode frmDVP01HC.rb_16.Hint= frmDVP01HC.CR5_CountMode1.Items[0]=2-phase 2-input (AB phase input) frmDVP01HC.CR5_CountMode1.Items[1]=1-phase 2-input (add/subtract pulse) frmDVP01HC.CR5_CountMode1.Items[2]=1-phase 1-input frmDVP01HC.CR5_CountMode1.Hint= frmDVP01HC.CR5_CountMode2.Items[0]=Normal frequency frmDVP01HC.CR5_CountMode2.Items[1]=Double frequency frmDVP01HC.CR5_CountMode2.Items[2]=Four times frequency frmDVP01HC.CR5_CountMode2.Hint= frmDVP01HC.HCcr4Value_Panel.Caption= frmDVP01HC.PageControl1.Pages[0].Caption=Bit0 - Bit4 frmDVP01HC.PageControl1.Pages[1].Caption=Bit8 - Bit12 frmDVP01HC.rbG_b4.Caption= frmDVP01HC.rbG_b4.Hint= frmDVP01HC.rbG_b4.Items[0]=Preset prohibit frmDVP01HC.rbG_b4.Items[1]=Preset permit frmDVP01HC.rbG_b3.Caption= frmDVP01HC.rbG_b3.Hint= frmDVP01HC.rbG_b3.Items[0]=YH0/1 dependent frmDVP01HC.rbG_b3.Items[1]=YH0/1 independent frmDVP01HC.rbG_b2.Caption= frmDVP01HC.rbG_b2.Hint= frmDVP01HC.rbG_b2.Items[0]=YH1 output prohibit frmDVP01HC.rbG_b2.Items[1]=YH1 output permit frmDVP01HC.rbG_b1.Caption= frmDVP01HC.rbG_b1.Hint= frmDVP01HC.rbG_b1.Items[0]=YH0 output prohibit frmDVP01HC.rbG_b1.Items[1]=YH0 output permit frmDVP01HC.rbG_b0.Caption= frmDVP01HC.rbG_b0.Hint= frmDVP01HC.rbG_b0.Items[0]=Count prohibit frmDVP01HC.rbG_b0.Items[1]=Count permit frmDVP01HC.rbG_b12.Caption= frmDVP01HC.rbG_b12.Hint= frmDVP01HC.rbG_b12.Items[0]=No work frmDVP01HC.rbG_b12.Items[1]=YH1 output set frmDVP01HC.rbG_b11.Caption= frmDVP01HC.rbG_b11.Hint= frmDVP01HC.rbG_b11.Items[0]=No work frmDVP01HC.rbG_b11.Items[1]=YH0 output set frmDVP01HC.rbG_b10.Caption= frmDVP01HC.rbG_b10.Hint= frmDVP01HC.rbG_b10.Items[0]=No work frmDVP01HC.rbG_b10.Items[1]=YH1 output reset frmDVP01HC.rbG_b9.Caption= frmDVP01HC.rbG_b9.Hint= frmDVP01HC.rbG_b9.Items[0]=No work frmDVP01HC.rbG_b9.Items[1]=YH0 output reset frmDVP01HC.rbG_b8.Caption= frmDVP01HC.rbG_b8.Hint= frmDVP01HC.rbG_b8.Items[0]=No work frmDVP01HC.rbG_b8.Items[1]=Clean error flag frmDVP01HC.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP02HC] frmDVP02HC.Caption=DVP02HC High-Speed Counter Module frmDVP02HC.Lab.Caption= frmDVP02HC.Lab.Hint= frmDVP02HC.Label3.Caption=Instruction List frmDVP02HC.Label3.Hint= frmDVP02HC.Panel1.Caption= frmDVP02HC.GroupBox1.Caption=Read Instruction frmDVP02HC.GroupBox1.Hint= frmDVP02HC.Label1.Caption=Conditional frmDVP02HC.Label1.Hint= frmDVP02HC.Label4.Caption=Address frmDVP02HC.Label4.Hint= frmDVP02HC.Label5.Caption=The Number of CRs to Read at Once frmDVP02HC.Label5.Hint= frmDVP02HC.Read_OPCode.Items[0]=LD frmDVP02HC.Read_OPCode.Items[1]=LDI frmDVP02HC.Read_OPCode.Items[2]=LDP frmDVP02HC.Read_OPCode.Items[3]=LDF frmDVP02HC.Read_OPCode.Hint=The Opcode of Conditional Clause frmDVP02HC.Read_Operand.Items[0]=X frmDVP02HC.Read_Operand.Items[1]=Y frmDVP02HC.Read_Operand.Items[2]=M frmDVP02HC.Read_Operand.Items[3]=S frmDVP02HC.Read_Operand.Items[4]=T frmDVP02HC.Read_Operand.Items[5]=C frmDVP02HC.Read_Operand.Hint=The Operand Number of Conditional Clause frmDVP02HC.Read_StoreDev.Items[0]=KnY frmDVP02HC.Read_StoreDev.Items[1]=KnM frmDVP02HC.Read_StoreDev.Items[2]=KnS frmDVP02HC.Read_StoreDev.Items[3]=T frmDVP02HC.Read_StoreDev.Items[4]=C frmDVP02HC.Read_StoreDev.Items[5]=D frmDVP02HC.Read_StoreDev.Items[6]=E frmDVP02HC.Read_StoreDev.Items[7]=F frmDVP02HC.Read_StoreDev.Hint=Operand Device frmDVP02HC.Read_StoreValueDev.Items[0]=K1 frmDVP02HC.Read_StoreValueDev.Items[1]=K2 frmDVP02HC.Read_StoreValueDev.Items[2]=K3 frmDVP02HC.Read_StoreValueDev.Items[3]=K4 frmDVP02HC.Read_StoreValueDev.Hint=Kn Value frmDVP02HC.Read_StoreEF.Items[0]= frmDVP02HC.Read_StoreEF.Items[1]=E0 frmDVP02HC.Read_StoreEF.Items[2]=E1 frmDVP02HC.Read_StoreEF.Items[3]=E2 frmDVP02HC.Read_StoreEF.Items[4]=E3 frmDVP02HC.Read_StoreEF.Items[5]=E4 frmDVP02HC.Read_StoreEF.Items[6]=E5 frmDVP02HC.Read_StoreEF.Items[7]=E6 frmDVP02HC.Read_StoreEF.Items[8]=E7 frmDVP02HC.Read_StoreEF.Items[9]=F0 frmDVP02HC.Read_StoreEF.Items[10]=F1 frmDVP02HC.Read_StoreEF.Items[11]=F2 frmDVP02HC.Read_StoreEF.Items[12]=F3 frmDVP02HC.Read_StoreEF.Items[13]=F4 frmDVP02HC.Read_StoreEF.Items[14]=F5 frmDVP02HC.Read_StoreEF.Items[15]=F6 frmDVP02HC.Read_StoreEF.Items[16]=F7 frmDVP02HC.Read_StoreEF.Hint=Index Register E,F frmDVP02HC.Read_num.Hint= frmDVP02HC.Read_OpNUM.Text=0 frmDVP02HC.Read_OpNUM.Hint= frmDVP02HC.Read_StoreDevNUM.Text=0 frmDVP02HC.Read_StoreDevNUM.Hint= frmDVP02HC.ckRead.Caption=Read Special Module CR Data (FROM Instruction) frmDVP02HC.ckRead.Hint= frmDVP02HC.ckPulse_r.Caption=Instruction of Pulse Execution frmDVP02HC.ckPulse_r.Hint= frmDVP02HC.btPreview.Caption=Preview frmDVP02HC.btPreview.Hint= frmDVP02HC.ResultList.Hint= frmDVP02HC.WritePanel.Caption= frmDVP02HC.GroupBox7.Caption=Write Condition frmDVP02HC.GroupBox7.Hint= frmDVP02HC.Write_OPCode.Items[0]=LD frmDVP02HC.Write_OPCode.Items[1]=LDI frmDVP02HC.Write_OPCode.Items[2]=LDP frmDVP02HC.Write_OPCode.Items[3]=LDF frmDVP02HC.Write_OPCode.Hint=The Opcode of Conditional Clause frmDVP02HC.Write_Operand.Items[0]=X frmDVP02HC.Write_Operand.Items[1]=Y frmDVP02HC.Write_Operand.Items[2]=M frmDVP02HC.Write_Operand.Items[3]=S frmDVP02HC.Write_Operand.Items[4]=T frmDVP02HC.Write_Operand.Items[5]=C frmDVP02HC.Write_Operand.Hint=The Operand Number of Conditional Clause frmDVP02HC.Write_OpNUM.Text=0 frmDVP02HC.Write_OpNUM.Hint= frmDVP02HC.ckWrite.Caption=Special Module CR Data Write (TO Instruction) frmDVP02HC.ckWrite.Hint= frmDVP02HC.ckPulse_w.Caption=Instruction of Pulse Execution frmDVP02HC.ckPulse_w.Hint= //frmDVP02HC.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP02HC.PreviewList.Lines[1]="Add to List"button //frmDVP02HC.PreviewList.Lines[2]=, otherwise no program //frmDVP02HC.PreviewList.Lines[3]=code will be generated. frmDVP02HC.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP02HC.hintLab2.Caption =otherwise no program code will be generated. frmDVP02HC.btOK.Caption=Add to List frmDVP02HC.btOK.Hint= frmDVP02HC.btUP.Caption= frmDVP02HC.btUP.Hint= frmDVP02HC.btDOWN.Caption= frmDVP02HC.btDOWN.Hint= frmDVP02HC.btFinish.Caption=OK frmDVP02HC.btFinish.Hint= frmDVP02HC.btCancel.Caption=Cancel frmDVP02HC.btCancel.Hint= frmDVP02HC.CRList.Hint= frmDVP02HC.CRList.Items[0]=#0 Model Type frmDVP02HC.CRList.Items[1]=#1 Down/Up Command (1-Phase 1-Input Mode) frmDVP02HC.CRList.Items[2]=#2 Instruction frmDVP02HC.CRList.Items[3]=#3 Count Mode Setting frmDVP02HC.CRList.Items[4]=#4-5 Ring Length of CH0 frmDVP02HC.CRList.Items[5]=#6-7 Ring Length of CH1 frmDVP02HC.CRList.Items[6]=#8-9 CH0 Factory Setting frmDVP02HC.CRList.Items[7]=#10-11 CH1 Factory Setting frmDVP02HC.CRList.Items[8]=#12-13 YH0 Comparison Value frmDVP02HC.CRList.Items[9]=#14-15 YH1 Comparison Value frmDVP02HC.CRList.Items[10]=#16-17 Current Value of Counter for CH0 frmDVP02HC.CRList.Items[11]=#18-19 Max. Count Value for CH0 frmDVP02HC.CRList.Items[12]=#20-21 Min. Count Value for CH0 frmDVP02HC.CRList.Items[13]=#22-23 Current Value of Counter for CH1 frmDVP02HC.CRList.Items[14]=#24-25 Max. Count Value for CH1 frmDVP02HC.CRList.Items[15]=#26-27 Min. Count Value for CH1 frmDVP02HC.CRList.Items[16]=#28 Comparison Result frmDVP02HC.CRList.Items[17]=#29 Action Status frmDVP02HC.CRList.Items[18]=#31 Error Status frmDVP02HC.CRList.Items[19]=#32 System Version frmDVP02HC.CRList.Items[20]=#33 Communication Address Setting frmDVP02HC.CRList.Items[21]=#34 Baud Rate Setting frmDVP02HC.UpdateBtn.Caption=Replace frmDVP02HC.UpdateBtn.Hint= frmDVP02HC.AddBtn.Caption=Add frmDVP02HC.AddBtn.Hint= frmDVP02HC.DeleteBtn.Caption=Delete frmDVP02HC.DeleteBtn.Hint= frmDVP02HC.ShowSingleEdit.Text= frmDVP02HC.ShowSingleEdit.Hint= frmDVP02HC.Value_Panel.Caption= frmDVP02HC.GroupBox4.Caption=Setting value frmDVP02HC.GroupBox4.Hint= frmDVP02HC.Value_lab.Caption= frmDVP02HC.Value_lab.Hint= frmDVP02HC.WriteValueDev.Items[0]=K frmDVP02HC.WriteValueDev.Items[1]=H frmDVP02HC.WriteValueDev.Items[2]=KnX frmDVP02HC.WriteValueDev.Items[3]=KnY frmDVP02HC.WriteValueDev.Items[4]=KnM frmDVP02HC.WriteValueDev.Items[5]=KnS frmDVP02HC.WriteValueDev.Items[6]=T frmDVP02HC.WriteValueDev.Items[7]=C frmDVP02HC.WriteValueDev.Items[8]=D frmDVP02HC.WriteValueDev.Items[9]=E frmDVP02HC.WriteValueDev.Items[10]=F frmDVP02HC.WriteValueDev.Hint=Operand device frmDVP02HC.WriteValueKn.Items[0]=K1 frmDVP02HC.WriteValueKn.Items[1]=K2 frmDVP02HC.WriteValueKn.Items[2]=K3 frmDVP02HC.WriteValueKn.Items[3]=K4 frmDVP02HC.WriteValueKn.Hint=Kn value frmDVP02HC.WriteValueNum.Text=0 frmDVP02HC.WriteValueNum.Hint= frmDVP02HC.WriteValueEF.Items[0]= frmDVP02HC.WriteValueEF.Items[1]=E0 frmDVP02HC.WriteValueEF.Items[2]=E1 frmDVP02HC.WriteValueEF.Items[3]=E2 frmDVP02HC.WriteValueEF.Items[4]=E3 frmDVP02HC.WriteValueEF.Items[5]=E4 frmDVP02HC.WriteValueEF.Items[6]=E5 frmDVP02HC.WriteValueEF.Items[7]=E6 frmDVP02HC.WriteValueEF.Items[8]=E7 frmDVP02HC.WriteValueEF.Items[9]=F0 frmDVP02HC.WriteValueEF.Items[10]=F1 frmDVP02HC.WriteValueEF.Items[11]=F2 frmDVP02HC.WriteValueEF.Items[12]=F3 frmDVP02HC.WriteValueEF.Items[13]=F4 frmDVP02HC.WriteValueEF.Items[14]=F5 frmDVP02HC.WriteValueEF.Items[15]=F6 frmDVP02HC.WriteValueEF.Items[16]=F7 frmDVP02HC.WriteValueEF.Hint=Index Register E,F frmDVP02HC.HCCR3Val_Panel.Caption= frmDVP02HC.PageControl2.Pages[0].Caption=CH0 Counter Mode frmDVP02HC.PageControl2.Pages[1].Caption=CH1 Counter Mode frmDVP02HC.GroupBox8.Caption= frmDVP02HC.GroupBox8.Hint= frmDVP02HC.rb_inst.Caption= frmDVP02HC.rb_inst.Hint= frmDVP02HC.rbCH0_32.Caption=32 Counter Mode frmDVP02HC.rbCH0_32.Hint= frmDVP02HC.rbCH0_16.Caption=16 Counter Mode frmDVP02HC.rbCH0_16.Hint= frmDVP02HC.CR3_CH0_CountMode1.Items[0]=2-Phase 2-Input (AB Phase Input) frmDVP02HC.CR3_CH0_CountMode1.Items[1]=1-Phase 2-Input (Add/Subtract Pulse) frmDVP02HC.CR3_CH0_CountMode1.Items[2]=1-Phase 1-Input frmDVP02HC.CR3_CH0_CountMode1.Hint= frmDVP02HC.CR3_CH0_CountMode2.Items[0]=Normal Frequency frmDVP02HC.CR3_CH0_CountMode2.Items[1]=Double Frequency frmDVP02HC.CR3_CH0_CountMode2.Items[2]=Four Times Frequency frmDVP02HC.CR3_CH0_CountMode2.Hint= frmDVP02HC.GroupBox2.Caption= frmDVP02HC.GroupBox2.Hint= frmDVP02HC.RadioGroup1.Caption= frmDVP02HC.RadioGroup1.Hint= frmDVP02HC.rbCH1_32.Caption=32 Counter Mode frmDVP02HC.rbCH1_32.Hint= frmDVP02HC.rbCH1_16.Caption=16 Counter Mode frmDVP02HC.rbCH1_16.Hint= frmDVP02HC.CR3_CH1_CountMode1.Items[0]=2-Phase 2-Input (AB Phase Input) frmDVP02HC.CR3_CH1_CountMode1.Items[1]=1-Phase 2-Input (Add/Subtract Pulse) frmDVP02HC.CR3_CH1_CountMode1.Items[2]=1-Phase 1-Input frmDVP02HC.CR3_CH1_CountMode1.Hint= frmDVP02HC.CR3_CH1_CountMode2.Items[0]=Normal Frequency frmDVP02HC.CR3_CH1_CountMode2.Items[1]=Double Frequency frmDVP02HC.CR3_CH1_CountMode2.Items[2]=Four Times Frequency frmDVP02HC.CR3_CH1_CountMode2.Hint= frmDVP02HC.UpDownValue_Panel.Caption= frmDVP02HC.GroupBox5.Caption=CH0 Counter Mode frmDVP02HC.GroupBox5.Hint= frmDVP02HC.rbCH0_UpCount.Caption=Count Up frmDVP02HC.rbCH0_UpCount.Hint= frmDVP02HC.rbCH0_DownCount.Caption=Count Down frmDVP02HC.rbCH0_DownCount.Hint= frmDVP02HC.GroupBox3.Caption=CH1 Counter Mode frmDVP02HC.GroupBox3.Hint= frmDVP02HC.rbCH1_UpCount.Caption=Count Up frmDVP02HC.rbCH1_UpCount.Hint= frmDVP02HC.rbCH1_DownCount.Caption=Count Down frmDVP02HC.rbCH1_DownCount.Hint= frmDVP02HC.HCcr4Value_Panel.Caption= frmDVP02HC.PageControl1.Pages[0].Caption=Bit0 - Bit2 frmDVP02HC.PageControl1.Pages[1].Caption=Bit4 - Bit6 frmDVP02HC.PageControl1.Pages[2].Caption=Bit8 - Bit12 frmDVP02HC.rbG_b2.Caption= frmDVP02HC.rbG_b2.Hint= frmDVP02HC.rbG_b2.Items[0]=YH0 Output Prohibit frmDVP02HC.rbG_b2.Items[1]=YH0 Output Permit frmDVP02HC.rbG_b1.Caption= frmDVP02HC.rbG_b1.Hint= frmDVP02HC.rbG_b1.Items[0]=CH0 Preset Prohibit frmDVP02HC.rbG_b1.Items[1]=CH0 Preset Permit frmDVP02HC.rbG_b0.Caption= frmDVP02HC.rbG_b0.Hint= frmDVP02HC.rbG_b0.Items[0]=CH0 Count Prohibit frmDVP02HC.rbG_b0.Items[1]=CH0 Count Permit frmDVP02HC.rbG_b6.Caption= frmDVP02HC.rbG_b6.Hint= frmDVP02HC.rbG_b6.Items[0]=YH1 Output Prohibit frmDVP02HC.rbG_b6.Items[1]=YH1 Output Permit frmDVP02HC.rbG_b5.Caption= frmDVP02HC.rbG_b5.Hint= frmDVP02HC.rbG_b5.Items[0]=CH1 Preset Prohibit frmDVP02HC.rbG_b5.Items[1]=CH1 Preset Permit frmDVP02HC.rbG_b4.Caption= frmDVP02HC.rbG_b4.Hint= frmDVP02HC.rbG_b4.Items[0]=CH1 Count Prohibit frmDVP02HC.rbG_b4.Items[1]=CH1 Count Permit frmDVP02HC.rbG_b12.Caption= frmDVP02HC.rbG_b12.Hint= frmDVP02HC.rbG_b12.Items[0]=No Work frmDVP02HC.rbG_b12.Items[1]=Clean Error Flag frmDVP02HC.rbG_b11.Caption= frmDVP02HC.rbG_b11.Hint= frmDVP02HC.rbG_b11.Items[0]=No Work frmDVP02HC.rbG_b11.Items[1]=Y1 Output Set frmDVP02HC.rbG_b10.Caption= frmDVP02HC.rbG_b10.Hint= frmDVP02HC.rbG_b10.Items[0]=No Work frmDVP02HC.rbG_b10.Items[1]=Y0 Output Set frmDVP02HC.rbG_b9.Caption= frmDVP02HC.rbG_b9.Hint= frmDVP02HC.rbG_b9.Items[0]=No Work frmDVP02HC.rbG_b9.Items[1]=Y1 Output Cleared frmDVP02HC.rbG_b8.Caption= frmDVP02HC.rbG_b8.Hint= frmDVP02HC.rbG_b8.Items[0]=No Work frmDVP02HC.rbG_b8.Items[1]=Y0 Output Cleared frmDVP02HC.BaudRate_Panel.Caption= frmDVP02HC.GroupBox6.Caption=Setting Value frmDVP02HC.GroupBox6.Hint= frmDVP02HC.Label2.Caption=Data Mode frmDVP02HC.Label2.Hint= frmDVP02HC.Label6.Caption=Baud Rate frmDVP02HC.Label6.Hint= frmDVP02HC.BaudRate_val.Items[0]=4800 bps(bit/sec) frmDVP02HC.BaudRate_val.Items[1]=9600 bps(bit/sec) frmDVP02HC.BaudRate_val.Items[2]=19200 bps(bit/sec) frmDVP02HC.BaudRate_val.Items[3]=38400 bps(bit/sec) frmDVP02HC.BaudRate_val.Items[4]=57600 bps(bit/sec) frmDVP02HC.BaudRate_val.Hint= frmDVP02HC.RadioGroup2.Caption= frmDVP02HC.RadioGroup2.Hint= frmDVP02HC.rbASCII.Caption=ASCII frmDVP02HC.rbASCII.Hint= frmDVP02HC.rbRTU.Caption=RTU frmDVP02HC.rbRTU.Hint= frmDVP02HC.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP08RT] frmDVP08RT.Caption=DVP08RT Resistor Thermocouple Module frmDVP08RT.Lab.Caption= frmDVP08RT.Lab.Hint= frmDVP08RT.Label14.Caption=Instruction List frmDVP08RT.Label14.Hint= frmDVP08RT.CRList.Hint= frmDVP08RT.CRList.Items[0]=#0 Model type frmDVP08RT.CRList.Items[1]=#1 Model setting CH1 ~ CH4 frmDVP08RT.CRList.Items[2]=#2 Model setting CH5 ~ CH8 frmDVP08RT.CRList.Items[3]=#3 CH1 average number frmDVP08RT.CRList.Items[4]=#4 CH2 average number frmDVP08RT.CRList.Items[5]=#5 CH3 average number frmDVP08RT.CRList.Items[6]=#6 CH4 average number frmDVP08RT.CRList.Items[7]=#7 CH5 average number frmDVP08RT.CRList.Items[8]=#8 CH6 average number frmDVP08RT.CRList.Items[9]=#9 CH7 average number frmDVP08RT.CRList.Items[10]=#10 CH8 average number frmDVP08RT.CRList.Items[11]=#11 CH1 average degree Fahrenheit frmDVP08RT.CRList.Items[12]=#12 CH2 average degree Fahrenheit frmDVP08RT.CRList.Items[13]=#13 CH3 average degree Fahrenheit frmDVP08RT.CRList.Items[14]=#14 CH4 average degree Fahrenheit frmDVP08RT.CRList.Items[15]=#15 CH5 average degree Fahrenheit frmDVP08RT.CRList.Items[16]=#16 CH6 average degree Fahrenheit frmDVP08RT.CRList.Items[17]=#17 CH7 average degree Fahrenheit frmDVP08RT.CRList.Items[18]=#18 CH8 average degree Fahrenheit frmDVP08RT.CRList.Items[19]=#19 Present Celsius temperature of CH1 frmDVP08RT.CRList.Items[20]=#20 Present Celsius temperature of CH2 frmDVP08RT.CRList.Items[21]=#21 Present Celsius temperature of CH3 frmDVP08RT.CRList.Items[22]=#22 Present Celsius temperature of CH4 frmDVP08RT.CRList.Items[23]=#23 Present Celsius temperature of CH5 frmDVP08RT.CRList.Items[24]=#24 Present Celsius temperature of CH6 frmDVP08RT.CRList.Items[25]=#25 Present Celsius temperature of CH7 frmDVP08RT.CRList.Items[26]=#26 Present Celsius temperature of CH8 frmDVP08RT.CRList.Items[27]=#30 Error status frmDVP08RT.CRList.Items[28]=#31 Communication address setting frmDVP08RT.CRList.Items[29]=#32 Communication baud rate setting frmDVP08RT.CRList.Items[30]=#33 Reset to factory setting frmDVP08RT.CRList.Items[31]=#34 Software version frmDVP08RT.Panel1.Caption= frmDVP08RT.GroupBox1.Caption=Read instruction frmDVP08RT.GroupBox1.Hint= frmDVP08RT.Label1.Caption=Conditional frmDVP08RT.Label1.Hint= frmDVP08RT.Label4.Caption=Address frmDVP08RT.Label4.Hint= frmDVP08RT.Label5.Caption=The number of CRs to read at once frmDVP08RT.Label5.Hint= frmDVP08RT.Read_OPCode.Items[0]=LD frmDVP08RT.Read_OPCode.Items[1]=LDI frmDVP08RT.Read_OPCode.Items[2]=LDP frmDVP08RT.Read_OPCode.Items[3]=LDF frmDVP08RT.Read_OPCode.Hint=The Opcode of conditional clause frmDVP08RT.Read_Operand.Items[0]=X frmDVP08RT.Read_Operand.Items[1]=Y frmDVP08RT.Read_Operand.Items[2]=M frmDVP08RT.Read_Operand.Items[3]=S frmDVP08RT.Read_Operand.Items[4]=T frmDVP08RT.Read_Operand.Items[5]=C frmDVP08RT.Read_Operand.Hint=The operand number of conditional clause frmDVP08RT.Read_StoreDev.Items[0]=KnY frmDVP08RT.Read_StoreDev.Items[1]=KnM frmDVP08RT.Read_StoreDev.Items[2]=KnS frmDVP08RT.Read_StoreDev.Items[3]=T frmDVP08RT.Read_StoreDev.Items[4]=C frmDVP08RT.Read_StoreDev.Items[5]=D frmDVP08RT.Read_StoreDev.Items[6]=E frmDVP08RT.Read_StoreDev.Items[7]=F frmDVP08RT.Read_StoreDev.Hint=Operand device frmDVP08RT.Read_StoreValueDev.Items[0]=K1 frmDVP08RT.Read_StoreValueDev.Items[1]=K2 frmDVP08RT.Read_StoreValueDev.Items[2]=K3 frmDVP08RT.Read_StoreValueDev.Items[3]=K4 frmDVP08RT.Read_StoreValueDev.Hint=Kn value frmDVP08RT.Read_StoreEF.Items[0]= frmDVP08RT.Read_StoreEF.Items[1]=E0 frmDVP08RT.Read_StoreEF.Items[2]=E1 frmDVP08RT.Read_StoreEF.Items[3]=E2 frmDVP08RT.Read_StoreEF.Items[4]=E3 frmDVP08RT.Read_StoreEF.Items[5]=F0 frmDVP08RT.Read_StoreEF.Items[6]=F1 frmDVP08RT.Read_StoreEF.Items[7]=F2 frmDVP08RT.Read_StoreEF.Items[8]=F3 frmDVP08RT.Read_StoreEF.Hint=Index register E,F frmDVP08RT.Read_num.Hint= frmDVP08RT.Read_StoreDevNUM.Text=0 frmDVP08RT.Read_StoreDevNUM.Hint= frmDVP08RT.Read_OpNUM.Text=0 frmDVP08RT.Read_OpNUM.Hint= frmDVP08RT.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP08RT.ckRead.Hint= frmDVP08RT.ckPulse_r.Caption=Instruction of pulse execution frmDVP08RT.ckPulse_r.Hint= frmDVP08RT.btPreview.Caption=Preview frmDVP08RT.btPreview.Hint= frmDVP08RT.Value_Panel.Caption= frmDVP08RT.GroupBox4.Caption=Setting value frmDVP08RT.GroupBox4.Hint= frmDVP08RT.Value_lab.Caption= frmDVP08RT.Value_lab.Hint= frmDVP08RT.WriteValueDev.Items[0]=K frmDVP08RT.WriteValueDev.Items[1]=H frmDVP08RT.WriteValueDev.Items[2]=KnX frmDVP08RT.WriteValueDev.Items[3]=KnY frmDVP08RT.WriteValueDev.Items[4]=KnM frmDVP08RT.WriteValueDev.Items[5]=KnS frmDVP08RT.WriteValueDev.Items[6]=T frmDVP08RT.WriteValueDev.Items[7]=C frmDVP08RT.WriteValueDev.Items[8]=D frmDVP08RT.WriteValueDev.Items[9]=E frmDVP08RT.WriteValueDev.Items[10]=F frmDVP08RT.WriteValueDev.Hint=Operand device frmDVP08RT.WriteValueKn.Items[0]=K1 frmDVP08RT.WriteValueKn.Items[1]=K2 frmDVP08RT.WriteValueKn.Items[2]=K3 frmDVP08RT.WriteValueKn.Items[3]=K4 frmDVP08RT.WriteValueKn.Hint=Kn value frmDVP08RT.WriteValueNum.Text=0 frmDVP08RT.WriteValueNum.Hint= frmDVP08RT.WriteValueEF.Items[0]= frmDVP08RT.WriteValueEF.Items[1]=E0 frmDVP08RT.WriteValueEF.Items[2]=E1 frmDVP08RT.WriteValueEF.Items[3]=E2 frmDVP08RT.WriteValueEF.Items[4]=E3 frmDVP08RT.WriteValueEF.Items[5]=F0 frmDVP08RT.WriteValueEF.Items[6]=F1 frmDVP08RT.WriteValueEF.Items[7]=F2 frmDVP08RT.WriteValueEF.Items[8]=F3 frmDVP08RT.WriteValueEF.Hint=Index register E,F frmDVP08RT.WritePanel.Caption= frmDVP08RT.GroupBox7.Caption=Write condition frmDVP08RT.GroupBox7.Hint= frmDVP08RT.Write_OPCode.Items[0]=LD frmDVP08RT.Write_OPCode.Items[1]=LDI frmDVP08RT.Write_OPCode.Items[2]=LDP frmDVP08RT.Write_OPCode.Items[3]=LDF frmDVP08RT.Write_OPCode.Hint=The Opcode of conditional clause frmDVP08RT.Write_Operand.Items[0]=X frmDVP08RT.Write_Operand.Items[1]=Y frmDVP08RT.Write_Operand.Items[2]=M frmDVP08RT.Write_Operand.Items[3]=S frmDVP08RT.Write_Operand.Items[4]=T frmDVP08RT.Write_Operand.Items[5]=C frmDVP08RT.Write_Operand.Hint=The operand number of conditional clause frmDVP08RT.Write_OpNUM.Text=0 frmDVP08RT.Write_OpNUM.Hint= frmDVP08RT.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP08RT.ckWrite.Hint= frmDVP08RT.ckPulse_w.Caption=Instruction of pulse execution frmDVP08RT.ckPulse_w.Hint= //frmDVP08RT.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP08RT.PreviewList.Lines[1]="Add to List"button //frmDVP08RT.PreviewList.Lines[2]=, otherwise no program //frmDVP08RT.PreviewList.Lines[3]=code will be generated. frmDVP08RT.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP08RT.hintLab2.Caption =otherwise no program code will be generated. frmDVP08RT.btOK.Caption=Add to list frmDVP08RT.btOK.Hint= frmDVP08RT.ChanValue_Panel.Caption= frmDVP08RT.GroupBox6.Caption=Setting value frmDVP08RT.GroupBox6.Hint= frmDVP08RT.CR_Lab1.Caption=Channel 1 frmDVP08RT.CR_Lab1.Hint= frmDVP08RT.CR_Lab2.Caption=Channel 2 frmDVP08RT.CR_Lab2.Hint= frmDVP08RT.CR_Lab3.Caption=Channel 3 frmDVP08RT.CR_Lab3.Hint= frmDVP08RT.CR_Lab4.Caption=Channel 4 frmDVP08RT.CR_Lab4.Hint= frmDVP08RT.CR_CH1Value.Items[0]=MF58 - 103 - (B25 / 85 - 3630K) frmDVP08RT.CR_CH1Value.Items[1]=B25 / 86 = 3977 frmDVP08RT.CR_CH1Value.Hint= frmDVP08RT.CR_CH2Value.Items[0]=MF58 - 103 - (B25 / 85 - 3630K) frmDVP08RT.CR_CH2Value.Items[1]=B25 / 86 = 3977 frmDVP08RT.CR_CH2Value.Hint= frmDVP08RT.CR_CH3Value.Items[0]=MF58 - 103 - (B25 / 85 - 3630K) frmDVP08RT.CR_CH3Value.Items[1]=B25 / 86 = 3977 frmDVP08RT.CR_CH3Value.Hint= frmDVP08RT.CR_CH4Value.Items[0]=MF58 - 103 - (B25 / 85 - 3630K) frmDVP08RT.CR_CH4Value.Items[1]=B25 / 86 = 3977 frmDVP08RT.CR_CH4Value.Hint= frmDVP08RT.ResultList.Hint= frmDVP08RT.btUP.Caption= frmDVP08RT.btUP.Hint= frmDVP08RT.btDOWN.Caption= frmDVP08RT.btDOWN.Hint= frmDVP08RT.btFinish.Caption=OK frmDVP08RT.btFinish.Hint= frmDVP08RT.btCancel.Caption=Cancel frmDVP08RT.btCancel.Hint= frmDVP08RT.UpdateBtn.Caption=Replace frmDVP08RT.UpdateBtn.Hint= frmDVP08RT.AddBtn.Caption=Add frmDVP08RT.AddBtn.Hint= frmDVP08RT.DeleteBtn.Caption=Delete frmDVP08RT.DeleteBtn.Hint= frmDVP08RT.ShowSingleEdit.Text= frmDVP08RT.ShowSingleEdit.Hint= frmDVP08RT.CR33Value_Panel.Caption= frmDVP08RT.GroupBox3.Caption=Setting value frmDVP08RT.GroupBox3.Hint= frmDVP08RT.Label6.Caption=Channel 1 frmDVP08RT.Label6.Hint= frmDVP08RT.Label7.Caption=Channel 2 frmDVP08RT.Label7.Hint= frmDVP08RT.Label8.Caption=Channel 3 frmDVP08RT.Label8.Hint= frmDVP08RT.Label9.Caption=Channel 4 frmDVP08RT.Label9.Hint= frmDVP08RT.Label10.Caption=Channel 5 frmDVP08RT.Label10.Hint= frmDVP08RT.Label11.Caption=Channel 6 frmDVP08RT.Label11.Hint= frmDVP08RT.Label12.Caption=Channel 7 frmDVP08RT.Label12.Hint= frmDVP08RT.Label13.Caption=Channel 8 frmDVP08RT.Label13.Hint= frmDVP08RT.ckCH1Reset.Caption=Reset to factory setting frmDVP08RT.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH2Reset.Caption=Reset to factory setting frmDVP08RT.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH3Reset.Caption=Reset to factory setting frmDVP08RT.ckCH3Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH4Reset.Caption=Reset to factory setting frmDVP08RT.ckCH4Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH5Reset.Caption=Reset to factory setting frmDVP08RT.ckCH5Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH6Reset.Caption=Reset to factory setting frmDVP08RT.ckCH6Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH7Reset.Caption=Reset to factory setting frmDVP08RT.ckCH7Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH8Reset.Caption=Reset to factory setting frmDVP08RT.ckCH8Reset.Hint=All setting will be reset to factory setting frmDVP08RT.ckCH1Err.Caption=ERR LED frmDVP08RT.ckCH1Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH2Err.Caption=ERR LED frmDVP08RT.ckCH2Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH3Err.Caption=ERR LED frmDVP08RT.ckCH3Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH4Err.Caption=ERR LED frmDVP08RT.ckCH4Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH5Err.Caption=ERR LED frmDVP08RT.ckCH5Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH6Err.Caption=ERR LED frmDVP08RT.ckCH6Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH7Err.Caption=ERR LED frmDVP08RT.ckCH7Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.ckCH8Err.Caption=ERR LED frmDVP08RT.ckCH8Err.Hint=When scale exceeds the range or exteranl contact has no connection , ERR LED will flashe. frmDVP08RT.BaudRate_Panel.Caption= frmDVP08RT.GroupBox8.Caption=Setting value frmDVP08RT.GroupBox8.Hint= frmDVP08RT.Label2.Caption=Data mode frmDVP08RT.Label2.Hint= frmDVP08RT.Label3.Caption=Baud Rate frmDVP08RT.Label3.Hint= frmDVP08RT.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP08RT.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP08RT.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP08RT.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP08RT.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP08RT.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP08RT.BaudRate_val.Hint= frmDVP08RT.RadioGroup1.Caption= frmDVP08RT.RadioGroup1.Hint= frmDVP08RT.rbASCII.Caption=ASCII frmDVP08RT.rbASCII.Hint= frmDVP08RT.rbRTU.Caption=RTU frmDVP08RT.rbRTU.Hint= frmDVP08RT.ckCRC.Caption=Switch between low bit and high bit of CRC code frmDVP08RT.ckCRC.Hint= frmDVP08RT.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP02DA] frmDVP02DA.Caption= frmDVP02DA.Lab.Caption= frmDVP02DA.Lab.Hint= frmDVP02DA.Label6.Caption=Instruction List frmDVP02DA.Label6.Hint= frmDVP02DA.ChanValue_Panel.Caption= frmDVP02DA.GroupBox6.Caption=Setting value frmDVP02DA.GroupBox6.Hint= frmDVP02DA.CR_Lab1.Caption=CH 1 frmDVP02DA.CR_Lab1.Hint= frmDVP02DA.CR_Lab2.Caption=CH 2 frmDVP02DA.CR_Lab2.Hint= frmDVP02DA.CR_CH1Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP02DA.CR_CH1Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP02DA.CR_CH1Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP02DA.CR_CH1Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP02DA.CR_CH1Value.Items[4]=Useless frmDVP02DA.CR_CH1Value.Hint= frmDVP02DA.CR_CH2Value.Items[0]=Output voltage mode 0V ~ +10V frmDVP02DA.CR_CH2Value.Items[1]=Output voltage mode +2V ~ +10V frmDVP02DA.CR_CH2Value.Items[2]=Output current mode +4mA ~ +20mA frmDVP02DA.CR_CH2Value.Items[3]=Output current mode 0mA ~ +20mA frmDVP02DA.CR_CH2Value.Items[4]=Useless frmDVP02DA.CR_CH2Value.Hint= frmDVP02DA.Value_Panel.Caption= frmDVP02DA.GroupBox4.Caption=Setting value frmDVP02DA.GroupBox4.Hint= frmDVP02DA.Value_lab.Caption= frmDVP02DA.Value_lab.Hint= frmDVP02DA.WriteValueDev.Items[0]=K frmDVP02DA.WriteValueDev.Items[1]=H frmDVP02DA.WriteValueDev.Items[2]=KnX frmDVP02DA.WriteValueDev.Items[3]=KnY frmDVP02DA.WriteValueDev.Items[4]=KnM frmDVP02DA.WriteValueDev.Items[5]=KnS frmDVP02DA.WriteValueDev.Items[6]=T frmDVP02DA.WriteValueDev.Items[7]=C frmDVP02DA.WriteValueDev.Items[8]=D frmDVP02DA.WriteValueDev.Items[9]=E frmDVP02DA.WriteValueDev.Items[10]=F frmDVP02DA.WriteValueDev.Hint=Operand device frmDVP02DA.WriteValueKn.Items[0]=K1 frmDVP02DA.WriteValueKn.Items[1]=K2 frmDVP02DA.WriteValueKn.Items[2]=K3 frmDVP02DA.WriteValueKn.Items[3]=K4 frmDVP02DA.WriteValueKn.Hint=Kn value frmDVP02DA.WriteValueNum.Text=0 frmDVP02DA.WriteValueNum.Hint= frmDVP02DA.WriteValueEF.Items[0]= frmDVP02DA.WriteValueEF.Items[1]=E0 frmDVP02DA.WriteValueEF.Items[2]=E1 frmDVP02DA.WriteValueEF.Items[3]=E2 frmDVP02DA.WriteValueEF.Items[4]=E3 frmDVP02DA.WriteValueEF.Items[5]=F0 frmDVP02DA.WriteValueEF.Items[6]=F1 frmDVP02DA.WriteValueEF.Items[7]=F2 frmDVP02DA.WriteValueEF.Items[8]=F3 frmDVP02DA.WriteValueEF.Hint=Index register E,F frmDVP02DA.CR33Value_Panel.Caption= frmDVP02DA.GroupBox3.Caption=Setting value frmDVP02DA.GroupBox3.Hint= frmDVP02DA.PageControl1.Pages[0].Caption=CH1 frmDVP02DA.PageControl1.Pages[1].Caption=CH2 frmDVP02DA.ckCH1Modify.Caption=Setting characteristics adjustable is not allowed frmDVP02DA.ckCH1Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP02DA.ckCH1Power.Caption=non-latched frmDVP02DA.ckCH1Power.Hint=Determine characteristic register is non-latched or not frmDVP02DA.ckCH1Reset.Caption=Reset to factory setting frmDVP02DA.ckCH1Reset.Hint=All setting will be reset to factory setting frmDVP02DA.ckCH2Modify.Caption=Setting characteristics adjustable is not allowed frmDVP02DA.ckCH2Modify.Hint=Determine user can be allowed to set characteristics adjustable . frmDVP02DA.ckCH2Reset.Caption=Reset to factory setting frmDVP02DA.ckCH2Reset.Hint=All setting will be reset to factory setting frmDVP02DA.ckCH2Power.Caption=non-latched frmDVP02DA.ckCH2Power.Hint=Determine characteristic register is non-latched or not frmDVP02DA.BaudRate_Panel.Caption= frmDVP02DA.GroupBox8.Caption=Setting value frmDVP02DA.GroupBox8.Hint= frmDVP02DA.Label2.Caption=Data mode frmDVP02DA.Label2.Hint= frmDVP02DA.Label3.Caption=Baud Rate frmDVP02DA.Label3.Hint= frmDVP02DA.BaudRate_val.Items[0]=4800 bps (bit/sec) frmDVP02DA.BaudRate_val.Items[1]=9600 bps (bit/sec) frmDVP02DA.BaudRate_val.Items[2]=19200 bps (bit/sec) frmDVP02DA.BaudRate_val.Items[3]=38400 bps (bit/sec) frmDVP02DA.BaudRate_val.Items[4]=57600 bps (bit/sec) frmDVP02DA.BaudRate_val.Items[5]=115200 bps (bit/sec) frmDVP02DA.BaudRate_val.Hint= frmDVP02DA.RadioGroup1.Caption= frmDVP02DA.RadioGroup1.Hint= frmDVP02DA.rbASCII.Caption=ASCII frmDVP02DA.rbASCII.Hint= frmDVP02DA.rbRTU.Caption=RTU frmDVP02DA.rbRTU.Hint= frmDVP02DA.ckCRC.Caption=Switch between low bit and high bit of CRC frmDVP02DA.ckCRC.Hint= frmDVP02DA.CRList.Hint= frmDVP02DA.CRList.Items[0]=#0 Model type frmDVP02DA.CRList.Items[1]=#1 Output mode setting frmDVP02DA.CRList.Items[2]=#10 CH1 output value frmDVP02DA.CRList.Items[3]=#11 CH2 output value frmDVP02DA.CRList.Items[4]=#22 To adjust OFFSET value of CH1 frmDVP02DA.CRList.Items[5]=#23 To adjust OFFSET value of CH2 frmDVP02DA.CRList.Items[6]=#28 To adjust GAIN value of CH1 frmDVP02DA.CRList.Items[7]=#29 To adjust GAIN value of CH2 frmDVP02DA.CRList.Items[8]=#30 Error status frmDVP02DA.CRList.Items[9]=#31 Communication address setting frmDVP02DA.CRList.Items[10]=#32 Communication baud rate setting frmDVP02DA.CRList.Items[11]=#33 Reset to factory setting and set characteristics adjustable priority frmDVP02DA.CRList.Items[12]=#34 Software version frmDVP02DA.Panel1.Caption= frmDVP02DA.GroupBox1.Caption=Read instruction frmDVP02DA.GroupBox1.Hint= frmDVP02DA.Label1.Caption=Conditional frmDVP02DA.Label1.Hint= frmDVP02DA.Label4.Caption=Address frmDVP02DA.Label4.Hint= frmDVP02DA.Label5.Caption=The number of CRs to read at once frmDVP02DA.Label5.Hint= frmDVP02DA.Read_OPCode.Items[0]=LD frmDVP02DA.Read_OPCode.Items[1]=LDI frmDVP02DA.Read_OPCode.Items[2]=LDP frmDVP02DA.Read_OPCode.Items[3]=LDF frmDVP02DA.Read_OPCode.Hint=The Opcode of conditional clause frmDVP02DA.Read_Operand.Items[0]=X frmDVP02DA.Read_Operand.Items[1]=Y frmDVP02DA.Read_Operand.Items[2]=M frmDVP02DA.Read_Operand.Items[3]=S frmDVP02DA.Read_Operand.Items[4]=T frmDVP02DA.Read_Operand.Items[5]=C frmDVP02DA.Read_Operand.Hint=The operand number of conditional clause frmDVP02DA.Read_StoreDev.Items[0]=KnY frmDVP02DA.Read_StoreDev.Items[1]=KnM frmDVP02DA.Read_StoreDev.Items[2]=KnS frmDVP02DA.Read_StoreDev.Items[3]=T frmDVP02DA.Read_StoreDev.Items[4]=C frmDVP02DA.Read_StoreDev.Items[5]=D frmDVP02DA.Read_StoreDev.Items[6]=E frmDVP02DA.Read_StoreDev.Items[7]=F frmDVP02DA.Read_StoreDev.Hint=Operand device frmDVP02DA.Read_StoreValueDev.Items[0]=K1 frmDVP02DA.Read_StoreValueDev.Items[1]=K2 frmDVP02DA.Read_StoreValueDev.Items[2]=K3 frmDVP02DA.Read_StoreValueDev.Items[3]=K4 frmDVP02DA.Read_StoreValueDev.Hint=Kn value frmDVP02DA.Read_StoreEF.Items[0]= frmDVP02DA.Read_StoreEF.Items[1]=E0 frmDVP02DA.Read_StoreEF.Items[2]=E1 frmDVP02DA.Read_StoreEF.Items[3]=E2 frmDVP02DA.Read_StoreEF.Items[4]=E3 frmDVP02DA.Read_StoreEF.Items[5]=F0 frmDVP02DA.Read_StoreEF.Items[6]=F1 frmDVP02DA.Read_StoreEF.Items[7]=F2 frmDVP02DA.Read_StoreEF.Items[8]=F3 frmDVP02DA.Read_StoreEF.Hint=Index register E,F frmDVP02DA.Read_num.Hint= frmDVP02DA.Read_OpNUM.Text=0 frmDVP02DA.Read_OpNUM.Hint= frmDVP02DA.Read_StoreDevNUM.Text=0 frmDVP02DA.Read_StoreDevNUM.Hint= frmDVP02DA.ckRead.Caption=Read special module CR data (FROM instruction) frmDVP02DA.ckRead.Hint= frmDVP02DA.ckPulse_r.Caption=Instruction of pulse execution frmDVP02DA.ckPulse_r.Hint= frmDVP02DA.btPreview.Caption=Preview frmDVP02DA.btPreview.Hint= frmDVP02DA.WritePanel.Caption= frmDVP02DA.GroupBox7.Caption=Write condition frmDVP02DA.GroupBox7.Hint= frmDVP02DA.Write_OPCode.Items[0]=LD frmDVP02DA.Write_OPCode.Items[1]=LDI frmDVP02DA.Write_OPCode.Items[2]=LDP frmDVP02DA.Write_OPCode.Items[3]=LDF frmDVP02DA.Write_OPCode.Hint=The Opcode of conditional clause frmDVP02DA.Write_Operand.Items[0]=X frmDVP02DA.Write_Operand.Items[1]=Y frmDVP02DA.Write_Operand.Items[2]=M frmDVP02DA.Write_Operand.Items[3]=S frmDVP02DA.Write_Operand.Items[4]=T frmDVP02DA.Write_Operand.Items[5]=C frmDVP02DA.Write_Operand.Hint=The operand number of conditional clause frmDVP02DA.Write_OpNUM.Text=0 frmDVP02DA.Write_OpNUM.Hint= frmDVP02DA.ckWrite.Caption=Special module CR data write (TO instruction) frmDVP02DA.ckWrite.Hint= frmDVP02DA.ckPulse_w.Caption=Instruction of pulse execution frmDVP02DA.ckPulse_w.Hint= //frmDVP02DA.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP02DA.PreviewList.Lines[1]="Add to List"button //frmDVP02DA.PreviewList.Lines[2]=, otherwise no program //frmDVP02DA.PreviewList.Lines[3]=code will be generated. frmDVP02DA.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP02DA.hintLab2.Caption =otherwise no program code will be generated. frmDVP02DA.btOK.Caption=Add to list frmDVP02DA.btOK.Hint= frmDVP02DA.LSBValue_Panel.Caption= frmDVP02DA.GroupBox5.Caption=Setting value frmDVP02DA.GroupBox5.Hint= frmDVP02DA.LSB_Lab1.Caption= frmDVP02DA.LSB_Lab1.Hint= frmDVP02DA.LSB_Lab2.Caption= frmDVP02DA.LSB_Lab2.Hint= frmDVP02DA.LSB_Value.Hint= frmDVP02DA.CRV_Value.Text= frmDVP02DA.CRV_Value.Hint= frmDVP02DA.CRA_Value.Text= frmDVP02DA.CRA_Value.Hint= frmDVP02DA.ResultList.Hint= frmDVP02DA.btUP.Caption= frmDVP02DA.btUP.Hint= frmDVP02DA.btDOWN.Caption= frmDVP02DA.btDOWN.Hint= frmDVP02DA.btFinish.Caption=OK frmDVP02DA.btFinish.Hint= frmDVP02DA.btCancel.Caption=Cancel frmDVP02DA.btCancel.Hint= frmDVP02DA.UpdateBtn.Caption=Replace frmDVP02DA.UpdateBtn.Hint= frmDVP02DA.AddBtn.Caption=Add frmDVP02DA.AddBtn.Hint= frmDVP02DA.DeleteBtn.Caption=Delete frmDVP02DA.DeleteBtn.Hint= frmDVP02DA.ShowSingleEdit.Text= frmDVP02DA.ShowSingleEdit.Hint= frmDVP02DA.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP01PU_S] frmDVP01PU_S.Caption=DVP01PU-S Position Control Unit frmDVP01PU_S.Label3.Caption=Instruction List frmDVP01PU_S.Label3.Hint= frmDVP01PU_S.Lab.Caption= frmDVP01PU_S.Lab.Hint= frmDVP01PU_S.CRList.Hint= frmDVP01PU_S.CRList.Items[0]=#0 Model Type frmDVP01PU_S.CRList.Items[1]=#1-2 Pulse Required to Rotate Motor for 1 Revolution(A) frmDVP01PU_S.CRList.Items[2]=#3-4 Machine Travel Distance while Motor Rotate for 1 Revolution(B) frmDVP01PU_S.CRList.Items[3]=#5 Parameter Setting frmDVP01PU_S.CRList.Items[4]=#6-7 Maximum Speed Vmax frmDVP01PU_S.CRList.Items[5]=#8-9 Bias Speed Vbias frmDVP01PU_S.CRList.Items[6]=#10-11 JOG Speed Vjog frmDVP01PU_S.CRList.Items[7]=#12-13 Zero Return Speed Vrt frmDVP01PU_S.CRList.Items[8]=#14-15 Zero Return Deceleration Speed Vcr frmDVP01PU_S.CRList.Items[9]=#16 The Number of (PG0) in Zero Return Mode N frmDVP01PU_S.CRList.Items[10]=#17 The Number of Pulse in Zero Return Mode P frmDVP01PU_S.CRList.Items[11]=#18 Zero Return Mode H MODE frmDVP01PU_S.CRList.Items[12]=#19-20 Zero Point Setting (HP) frmDVP01PU_S.CRList.Items[13]=#21 Acceleration Timer Tacc frmDVP01PU_S.CRList.Items[14]=#22 Deceleration Timer Tdec frmDVP01PU_S.CRList.Items[15]=#23-24 Target Position (I)P(I) frmDVP01PU_S.CRList.Items[16]=#25-26 Running Speed (I)V(I) frmDVP01PU_S.CRList.Items[17]=#27-28 Target Position (II)P(II) frmDVP01PU_S.CRList.Items[18]=#29-30 Running Speed (II)V(II) frmDVP01PU_S.CRList.Items[19]=#31 Running Instruction frmDVP01PU_S.CRList.Items[20]=#32 Word Mode frmDVP01PU_S.CRList.Items[21]=#33-34 Current Position CP(PLS) frmDVP01PU_S.CRList.Items[22]=#35-36 Current Speed CS(PPS) frmDVP01PU_S.CRList.Items[23]=#37 Communication Address and Baud Rate Setting frmDVP01PU_S.CRList.Items[24]=#38 Execution Status frmDVP01PU_S.CRList.Items[25]=#39 Error Code frmDVP01PU_S.CRList.Items[26]=#40 Electronic Gearing Numerator of MPG Input frmDVP01PU_S.CRList.Items[27]=#41 Electronic Gearing Denominator of MPG Input frmDVP01PU_S.CRList.Items[28]=#42-43 Input Frequency of Manual Pulse Generator frmDVP01PU_S.CRList.Items[29]=#44-45 Accumulated Pulse Input No. of Manual Pulse Generator frmDVP01PU_S.CRList.Items[30]=#46 Response Speed of Manual Pulse Generator frmDVP01PU_S.CRList.Items[31]=#47 Terminal Status frmDVP01PU_S.CRList.Items[32]=#48 System Version frmDVP01PU_S.Panel1.Caption= frmDVP01PU_S.GroupBox1.Caption=Read Instruction frmDVP01PU_S.GroupBox1.Hint= frmDVP01PU_S.Label1.Caption=Conditional frmDVP01PU_S.Label1.Hint= frmDVP01PU_S.Label4.Caption=Address frmDVP01PU_S.Label4.Hint= frmDVP01PU_S.Label5.Caption=The Number of CRs to Read at Once frmDVP01PU_S.Label5.Hint= frmDVP01PU_S.Read_OPCode.Items[0]=LD frmDVP01PU_S.Read_OPCode.Items[1]=LDI frmDVP01PU_S.Read_OPCode.Items[2]=LDP frmDVP01PU_S.Read_OPCode.Items[3]=LDF frmDVP01PU_S.Read_OPCode.Hint=The Opcode of Conditional Clause frmDVP01PU_S.Read_Operand.Items[0]=X frmDVP01PU_S.Read_Operand.Items[1]=Y frmDVP01PU_S.Read_Operand.Items[2]=M frmDVP01PU_S.Read_Operand.Items[3]=S frmDVP01PU_S.Read_Operand.Items[4]=T frmDVP01PU_S.Read_Operand.Items[5]=C frmDVP01PU_S.Read_Operand.Hint=The Operand Number of Conditional Clause frmDVP01PU_S.Read_StoreDev.Items[0]=KnY frmDVP01PU_S.Read_StoreDev.Items[1]=KnM frmDVP01PU_S.Read_StoreDev.Items[2]=KnS frmDVP01PU_S.Read_StoreDev.Items[3]=T frmDVP01PU_S.Read_StoreDev.Items[4]=C frmDVP01PU_S.Read_StoreDev.Items[5]=D frmDVP01PU_S.Read_StoreDev.Items[6]=E frmDVP01PU_S.Read_StoreDev.Items[7]=F frmDVP01PU_S.Read_StoreDev.Hint=Operand Device frmDVP01PU_S.Read_StoreValueDev.Items[0]=K1 frmDVP01PU_S.Read_StoreValueDev.Items[1]=K2 frmDVP01PU_S.Read_StoreValueDev.Items[2]=K3 frmDVP01PU_S.Read_StoreValueDev.Items[3]=K4 frmDVP01PU_S.Read_StoreValueDev.Hint=Kn Value frmDVP01PU_S.Read_StoreEF.Items[0]= frmDVP01PU_S.Read_StoreEF.Items[1]=E0 frmDVP01PU_S.Read_StoreEF.Items[2]=E1 frmDVP01PU_S.Read_StoreEF.Items[3]=E2 frmDVP01PU_S.Read_StoreEF.Items[4]=E3 frmDVP01PU_S.Read_StoreEF.Items[5]=F0 frmDVP01PU_S.Read_StoreEF.Items[6]=F1 frmDVP01PU_S.Read_StoreEF.Items[7]=F2 frmDVP01PU_S.Read_StoreEF.Items[8]=F3 frmDVP01PU_S.Read_StoreEF.Hint=Index Register E,F frmDVP01PU_S.Read_num.Hint= frmDVP01PU_S.Read_OpNUM.Text=0 frmDVP01PU_S.Read_OpNUM.Hint= frmDVP01PU_S.Read_StoreDevNUM.Text=0 frmDVP01PU_S.Read_StoreDevNUM.Hint= frmDVP01PU_S.ckRead.Caption=Read Special Module CR Data (FROM Instruction) frmDVP01PU_S.ckRead.Hint= frmDVP01PU_S.ckPulse_r.Caption=Instruction of Pulse Execution frmDVP01PU_S.ckPulse_r.Hint= //frmDVP01PU_S.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP01PU_S.PreviewList.Lines[1]="Add to List"button //frmDVP01PU_S.PreviewList.Lines[2]=, otherwise no program //frmDVP01PU_S.PreviewList.Lines[3]=code will be generated. frmDVP01PU_S.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP01PU_S.hintLab2.Caption =otherwise no program code will be generated. frmDVP01PU_S.btPreview.Caption=Preview frmDVP01PU_S.btPreview.Hint= frmDVP01PU_S.btOK.Caption=Add to list frmDVP01PU_S.btOK.Hint= frmDVP01PU_S.ResultList.Hint= frmDVP01PU_S.btUP.Caption= frmDVP01PU_S.btUP.Hint= frmDVP01PU_S.btDOWN.Caption= frmDVP01PU_S.btDOWN.Hint= frmDVP01PU_S.ShowSingleEdit.Text= frmDVP01PU_S.ShowSingleEdit.Hint= frmDVP01PU_S.UpdateBtn.Caption=Replace frmDVP01PU_S.UpdateBtn.Hint= frmDVP01PU_S.AddBtn.Caption=Add frmDVP01PU_S.AddBtn.Hint= frmDVP01PU_S.DeleteBtn.Caption=Delete frmDVP01PU_S.DeleteBtn.Hint= frmDVP01PU_S.btCancel.Caption=Cancel frmDVP01PU_S.btCancel.Hint= frmDVP01PU_S.btFinish.Caption=OK frmDVP01PU_S.btFinish.Hint= frmDVP01PU_S.Value_Panel.Caption= frmDVP01PU_S.GroupBox4.Caption=Setting Value frmDVP01PU_S.GroupBox4.Hint= frmDVP01PU_S.Value_lab.Caption= frmDVP01PU_S.Value_lab.Hint= frmDVP01PU_S.WriteValueDev.Items[0]=K frmDVP01PU_S.WriteValueDev.Items[1]=H frmDVP01PU_S.WriteValueDev.Items[2]=KnX frmDVP01PU_S.WriteValueDev.Items[3]=KnY frmDVP01PU_S.WriteValueDev.Items[4]=KnM frmDVP01PU_S.WriteValueDev.Items[5]=KnS frmDVP01PU_S.WriteValueDev.Items[6]=T frmDVP01PU_S.WriteValueDev.Items[7]=C frmDVP01PU_S.WriteValueDev.Items[8]=D frmDVP01PU_S.WriteValueDev.Items[9]=E frmDVP01PU_S.WriteValueDev.Items[10]=F frmDVP01PU_S.WriteValueDev.Hint=Operand Device frmDVP01PU_S.WriteValueKn.Items[0]=K1 frmDVP01PU_S.WriteValueKn.Items[1]=K2 frmDVP01PU_S.WriteValueKn.Items[2]=K3 frmDVP01PU_S.WriteValueKn.Items[3]=K4 frmDVP01PU_S.WriteValueKn.Hint=Kn Value frmDVP01PU_S.WriteValueNum.Text=0 frmDVP01PU_S.WriteValueNum.Hint=Operand Device frmDVP01PU_S.WriteValueEF.Items[0]= frmDVP01PU_S.WriteValueEF.Items[1]=E0 frmDVP01PU_S.WriteValueEF.Items[2]=E1 frmDVP01PU_S.WriteValueEF.Items[3]=E2 frmDVP01PU_S.WriteValueEF.Items[4]=E3 frmDVP01PU_S.WriteValueEF.Items[5]=F0 frmDVP01PU_S.WriteValueEF.Items[6]=F1 frmDVP01PU_S.WriteValueEF.Items[7]=F2 frmDVP01PU_S.WriteValueEF.Items[8]=F3 frmDVP01PU_S.WriteValueEF.Hint=Index register E,F frmDVP01PU_S.WritePanel.Caption= frmDVP01PU_S.GroupBox7.Caption=Write Condition frmDVP01PU_S.GroupBox7.Hint= frmDVP01PU_S.Write_OPCode.Items[0]=LD frmDVP01PU_S.Write_OPCode.Items[1]=LDI frmDVP01PU_S.Write_OPCode.Items[2]=LDP frmDVP01PU_S.Write_OPCode.Items[3]=LDF frmDVP01PU_S.Write_OPCode.Hint=The Opcode of Conditional Clause frmDVP01PU_S.Write_Operand.Items[0]=X frmDVP01PU_S.Write_Operand.Items[1]=Y frmDVP01PU_S.Write_Operand.Items[2]=M frmDVP01PU_S.Write_Operand.Items[3]=S frmDVP01PU_S.Write_Operand.Items[4]=T frmDVP01PU_S.Write_Operand.Items[5]=C frmDVP01PU_S.Write_Operand.Hint=The Operand Number of Conditional Clause frmDVP01PU_S.Write_OpNUM.Text=0 frmDVP01PU_S.Write_OpNUM.Hint= frmDVP01PU_S.ckWrite.Caption=Special Module CR Data Write (TO Instruction) frmDVP01PU_S.ckWrite.Hint= frmDVP01PU_S.ckPulse_w.Caption=Instruction of Pulse Execution frmDVP01PU_S.ckPulse_w.Hint= frmDVP01PU_S.CR5_Panel.Caption= frmDVP01PU_S.CR5PageControl.Pages[0].Caption=Bit0 - Bit3 frmDVP01PU_S.CR5PageControl.Pages[1].Caption=Bit4 - Bit7 frmDVP01PU_S.CR5PageControl.Pages[2].Caption=Bit8 - Bit9 frmDVP01PU_S.CR5PageControl.Pages[3].Caption=Bit10 - Bit11 frmDVP01PU_S.CR5PageControl.Pages[4].Caption=Bit12 - Bit13 frmDVP01PU_S.CR5PageControl.Pages[5].Caption=Bit14 - Bit15 frmDVP01PU_S.GroupBox6.Caption=GroupBox6 frmDVP01PU_S.GroupBox6.Hint= frmDVP01PU_S.GroupBox8.Caption=Unit Setting frmDVP01PU_S.GroupBox8.Hint=bit0-1 frmDVP01PU_S.CR5RaBtn1.Caption=Motor frmDVP01PU_S.CR5RaBtn1.Hint=Motor frmDVP01PU_S.CR5RaBtn2.Caption=Machine frmDVP01PU_S.CR5RaBtn2.Hint=Machine frmDVP01PU_S.CR5RaBtn3.Caption=Combined frmDVP01PU_S.CR5RaBtn3.Hint=Combined frmDVP01PU_S.GroupBox9.Caption=Position Rate Setting frmDVP01PU_S.GroupBox9.Hint=bit2-3 frmDVP01PU_S.CR5RaBtn4.Caption=10^0 frmDVP01PU_S.CR5RaBtn4.Hint=10^0 frmDVP01PU_S.CR5RaBtn5.Caption=10^1 frmDVP01PU_S.CR5RaBtn5.Hint=10^1 frmDVP01PU_S.CR5RaBtn6.Caption=10^2 frmDVP01PU_S.CR5RaBtn6.Hint=10^2 frmDVP01PU_S.CR5RaBtn7.Caption=10^3 frmDVP01PU_S.CR5RaBtn7.Hint=10^3 frmDVP01PU_S.GroupBox2.Caption=Pulse Output Format frmDVP01PU_S.GroupBox2.Hint=bit4-5 frmDVP01PU_S.CR5RaBtn8.Caption=FP+RP frmDVP01PU_S.CR5RaBtn8.Hint=FP+RP frmDVP01PU_S.CR5RaBtn9.Caption=Pulse+Direction frmDVP01PU_S.CR5RaBtn9.Hint=Pulse+Direction frmDVP01PU_S.CR5RaBtn10.Caption=A/B Phase Pulse frmDVP01PU_S.CR5RaBtn10.Hint=A/B Phase Pulse frmDVP01PU_S.GroupBox3.Caption=LSP Input Polarity frmDVP01PU_S.GroupBox3.Hint=bit6 frmDVP01PU_S.CR5RaBtn11.Caption=Positive Logic frmDVP01PU_S.CR5RaBtn11.Hint=LSP Inupt Signal is ON and LPS Signal is Given frmDVP01PU_S.CR5RaBtn12.Caption=Negative Logic frmDVP01PU_S.CR5RaBtn12.Hint=LSP Inupt Signal is OFF and LPS Signal is Given frmDVP01PU_S.GroupBox5.Caption=LSN Input Polarity frmDVP01PU_S.GroupBox5.Hint=bit7 frmDVP01PU_S.CR5RaBtn13.Caption=Positive Logic frmDVP01PU_S.CR5RaBtn13.Hint=LSN Inupt Signal is ON and LPN Signal is Given frmDVP01PU_S.CR5RaBtn14.Caption=Negative Logic frmDVP01PU_S.CR5RaBtn14.Hint=LSN Inupt Signal is OFF and LPN Signal is Given frmDVP01PU_S.GroupBox11.Caption=Pulse Direction frmDVP01PU_S.GroupBox11.Hint=bit9 frmDVP01PU_S.CR5RaBtn17.Caption=Increasing(CP) frmDVP01PU_S.CR5RaBtn17.Hint=When CW Running is Executed, Increasing CP frmDVP01PU_S.CR5RaBtn18.Caption=Decreasing(CP) frmDVP01PU_S.CR5RaBtn18.Hint=When CW Running is Executed, Decreasing CP frmDVP01PU_S.GroupBox10.Caption=Zero Retrun Direction frmDVP01PU_S.GroupBox10.Hint=bit8 frmDVP01PU_S.CR5RaBtn15.Caption=Zero Return is Executed to the CP's Decreasing Value frmDVP01PU_S.CR5RaBtn15.Hint=Zero Return is Executed to the CP's Decreasing Value frmDVP01PU_S.CR5RaBtn16.Caption=Zero Return is Executed to the CP's Increasing Value frmDVP01PU_S.CR5RaBtn16.Hint=Zero Return is Executed to the CP's IncreasingValue frmDVP01PU_S.GroupBox12.Caption=DOG Trigger Time frmDVP01PU_S.GroupBox12.Hint=bit10 frmDVP01PU_S.CR5RaBtn19.Caption=DOG Rising-Edge is Triggered frmDVP01PU_S.CR5RaBtn19.Hint=(Available for Interrupt 1st and Interrupt 2nd Speed Position Modes) frmDVP01PU_S.CR5RaBtn20.Caption=DOG Falling-Edge is Triggered frmDVP01PU_S.CR5RaBtn20.Hint=(Available for Interrupt 1st and Interrupt 2nd Speed Position Modes) frmDVP01PU_S.GroupBox13.Caption=DOG Polarity frmDVP01PU_S.GroupBox13.Hint=bit11 frmDVP01PU_S.CR5RaBtn21.Caption=Positive Logic frmDVP01PU_S.CR5RaBtn21.Hint=When DOG Inupt Signal is ON, DOG Near Point Signal is Given frmDVP01PU_S.CR5RaBtn22.Caption=Negative Logic frmDVP01PU_S.CR5RaBtn22.Hint=When DOG Inupt Signal is OFF, DOG Near Point Signal is Given frmDVP01PU_S.GroupBox14.Caption=Acceleration Curve Options frmDVP01PU_S.GroupBox14.Hint=bit12 frmDVP01PU_S.CR5RaBtn23.Caption=Trapezoid Acceleration Line frmDVP01PU_S.CR5RaBtn23.Hint=Trapezoid Acceleration Line is Chosen frmDVP01PU_S.CR5RaBtn24.Caption=S Acceleration Line frmDVP01PU_S.CR5RaBtn24.Hint=S Acceleration Line is Chosen frmDVP01PU_S.GroupBox15.Caption=START Response Time frmDVP01PU_S.GroupBox15.Hint=bit13 frmDVP01PU_S.CR5RaBtn25.Caption=4ms frmDVP01PU_S.CR5RaBtn25.Hint=4ms frmDVP01PU_S.CR5RaBtn26.Caption=12ms frmDVP01PU_S.CR5RaBtn26.Hint=12ms(For Noise Filter) frmDVP01PU_S.GroupBox16.Caption=START Input Polarity frmDVP01PU_S.GroupBox16.Hint=bit14 frmDVP01PU_S.CR5RaBtn27.Caption=Positive Logic frmDVP01PU_S.CR5RaBtn27.Hint=When START Input Signal is ON, START Input frmDVP01PU_S.CR5RaBtn28.Caption=Negative Logic frmDVP01PU_S.CR5RaBtn28.Hint=When START Input Signal is OFF, START Input frmDVP01PU_S.GroupBox17.Caption=STOP Input Polarity frmDVP01PU_S.GroupBox17.Hint=bit15 frmDVP01PU_S.CR5RaBtn29.Caption=Positive Logic frmDVP01PU_S.CR5RaBtn29.Hint=When STOP Input Signal is ON, STOP Input frmDVP01PU_S.CR5RaBtn30.Caption=Negative Logic frmDVP01PU_S.CR5RaBtn30.Hint=When STOP Input Signal is OFF, STOP Input frmDVP01PU_S.CR18_Panel.Caption= frmDVP01PU_S.CR18_B0RaGr.Caption=Zero Return Mode H MODE frmDVP01PU_S.CR18_B0RaGr.Hint=bit 0 frmDVP01PU_S.CR18_B0RaGr.Items[0]=Normal Mode frmDVP01PU_S.CR18_B0RaGr.Items[1]=Override Mode frmDVP01PU_S.CR18_B1RaGr.Caption=Detect DOG Falling-Edge in Zero Return Mode frmDVP01PU_S.CR18_B1RaGr.Hint=bit 1 frmDVP01PU_S.CR18_B1RaGr.Items[0]=DOG Falling-Edge Detecting is ON in Zero Return Mode frmDVP01PU_S.CR18_B1RaGr.Items[1]=DOG Falling-Edge Detecting is OFF in Zero Return Mode frmDVP01PU_S.CR31_Panel.Caption= frmDVP01PU_S.CR31PageControl.Pages[0].Caption=Bit0 - Bit3 frmDVP01PU_S.CR31PageControl.Pages[1].Caption=Bit4 - Bit7 frmDVP01PU_S.CR31PageControl.Pages[2].Caption=Bit8 ¡B Bit10¡BBit12 - Bit13 frmDVP01PU_S.GroupBox18.Caption=GroupBox6 frmDVP01PU_S.GroupBox18.Hint= frmDVP01PU_S.CR31RaGr1.Caption=Error Reset frmDVP01PU_S.CR31RaGr1.Hint= frmDVP01PU_S.CR31RaGr1.Items[0]=No Work frmDVP01PU_S.CR31RaGr1.Items[1]=Error Reset frmDVP01PU_S.CR31RaGr2.Caption=Software STOP frmDVP01PU_S.CR31RaGr2.Hint= frmDVP01PU_S.CR31RaGr2.Items[0]=No Work frmDVP01PU_S.CR31RaGr2.Items[1]=Software STOP frmDVP01PU_S.CR31RaGr3.Caption=CW Pulse STOP frmDVP01PU_S.CR31RaGr3.Hint= frmDVP01PU_S.CR31RaGr3.Items[0]=No Work frmDVP01PU_S.CR31RaGr3.Items[1]=CW Pulse STOP frmDVP01PU_S.CR31RaGr4.Caption=CCW Pulse STOP frmDVP01PU_S.CR31RaGr4.Hint= frmDVP01PU_S.CR31RaGr4.Items[0]=No Work frmDVP01PU_S.CR31RaGr4.Items[1]=CCW Pulse STOP frmDVP01PU_S.CR31RaGr5.Caption=JOG+ frmDVP01PU_S.CR31RaGr5.Hint= frmDVP01PU_S.CR31RaGr5.Items[0]=No Work frmDVP01PU_S.CR31RaGr5.Items[1]=JOG+ frmDVP01PU_S.CR31RaGr6.Caption=JOG- frmDVP01PU_S.CR31RaGr6.Hint= frmDVP01PU_S.CR31RaGr6.Items[0]=No Work frmDVP01PU_S.CR31RaGr6.Items[1]=JOG- frmDVP01PU_S.CR31RaGr7.Caption=Zero Return Start frmDVP01PU_S.CR31RaGr7.Hint= frmDVP01PU_S.CR31RaGr7.Items[0]=No Work frmDVP01PU_S.CR31RaGr7.Items[1]=Zero Return Start frmDVP01PU_S.CR31RaGr8.Caption=ABS/REL Coordinate frmDVP01PU_S.CR31RaGr8.Hint= frmDVP01PU_S.CR31RaGr8.Items[0]=Absolute Position frmDVP01PU_S.CR31RaGr8.Items[1]=Relative Position frmDVP01PU_S.CR31RaGr9.Caption=Software START frmDVP01PU_S.CR31RaGr9.Hint= frmDVP01PU_S.CR31RaGr9.Items[0]=No Work frmDVP01PU_S.CR31RaGr9.Items[1]=Software START frmDVP01PU_S.CR31RaGr10.Caption=Current Position = 0 (CP = 0) frmDVP01PU_S.CR31RaGr10.Hint= frmDVP01PU_S.CR31RaGr10.Items[0]=No Work frmDVP01PU_S.CR31RaGr10.Items[1]=CP is Cleared to 0 frmDVP01PU_S.CR31RaGr11.Caption=CLR Signal Output Mode frmDVP01PU_S.CR31RaGr11.Hint= frmDVP01PU_S.CR31RaGr11.Items[0]=No Work frmDVP01PU_S.CR31RaGr11.Items[1]=CLR Signal Output Mode frmDVP01PU_S.CR31RaGr12.Caption=CLR Output On/Off frmDVP01PU_S.CR31RaGr12.Hint= frmDVP01PU_S.CR31RaGr12.Items[0]=CLR Output is Off frmDVP01PU_S.CR31RaGr12.Items[1]=CLR Output is On frmDVP01PU_S.CR32_Panel.Caption= frmDVP01PU_S.CR32PageControl.Pages[0].Caption=Bit0 - Bit1 frmDVP01PU_S.CR32PageControl.Pages[1].Caption=Bit2 - Bit3 frmDVP01PU_S.CR32PageControl.Pages[2].Caption=Bit4 - Bit5 frmDVP01PU_S.CR32PageControl.Pages[3].Caption=Bit6 - Bit7 frmDVP01PU_S.CR32PageControl.Pages[4].Caption=Bit8 frmDVP01PU_S.CR32PageControl.Pages[5].Caption=Bit9 - Bit11 frmDVP01PU_S.CR32PageControl.Pages[6].Caption=Bit12 - Bit13 frmDVP01PU_S.GroupBox19.Caption=GroupBox6 frmDVP01PU_S.GroupBox19.Hint= frmDVP01PU_S.CR32RaGr1.Caption=1st-Speed Position Mode Statr frmDVP01PU_S.CR32RaGr1.Hint= frmDVP01PU_S.CR32RaGr1.Items[0]=No Work frmDVP01PU_S.CR32RaGr1.Items[1]=1st-Speed Position Mode Start frmDVP01PU_S.CR32RaGr2.Caption=Interrupt 1st-Speed Position Mode Start frmDVP01PU_S.CR32RaGr2.Hint= frmDVP01PU_S.CR32RaGr2.Items[0]=No Work frmDVP01PU_S.CR32RaGr2.Items[1]=Interrupt 1st-Speed Position Mode Start frmDVP01PU_S.CR32RaGr3.Caption=2nd-Speed Position Mode Start frmDVP01PU_S.CR32RaGr3.Hint= frmDVP01PU_S.CR32RaGr3.Items[0]=No Work frmDVP01PU_S.CR32RaGr3.Items[1]=2nd-Speed Position Mode Start frmDVP01PU_S.CR32RaGr4.Caption=Interrupt 2nd-Speed Position Mode Start frmDVP01PU_S.CR32RaGr4.Hint= frmDVP01PU_S.CR32RaGr4.Items[0]=No Work frmDVP01PU_S.CR32RaGr4.Items[1]=Interrupt 2nd-Speed Position Mode Start frmDVP01PU_S.CR32RaGr5.Caption=Variable Speed Operation Mode Start frmDVP01PU_S.CR32RaGr5.Hint= frmDVP01PU_S.CR32RaGr5.Items[0]=No Work frmDVP01PU_S.CR32RaGr5.Items[1]=Variable Speed Operation Mode Start frmDVP01PU_S.CR32RaGr6.Caption=Manual Pulse Generator Input Operation frmDVP01PU_S.CR32RaGr6.Hint= frmDVP01PU_S.CR32RaGr6.Items[0]=No Work frmDVP01PU_S.CR32RaGr6.Items[1]=Manual Pulse Generator Input Operation Start frmDVP01PU_S.CR32RaGr7.Caption=STOP Mode frmDVP01PU_S.CR32RaGr7.Hint= frmDVP01PU_S.CR32RaGr7.Items[0]=STOP Input (0) frmDVP01PU_S.CR32RaGr7.Items[1]=STOP Input (1) frmDVP01PU_S.CR32RaGr8.Caption=Manual Pulse Generator Range Limitation frmDVP01PU_S.CR32RaGr8.Hint=bit=0, The Output Pulse of Manual Pulse Generator is Unlimited; bit=1, The Output Pulse of Manual Pulse Generator is Limited Between P(¢¹) and P(¢º). When the Output Pulse is Out of the Range, it will Decelerate and then Stop Outputting. frmDVP01PU_S.CR32RaGr8.Items[0]=Manual Pulse Generator Range Limitation(0) frmDVP01PU_S.CR32RaGr8.Items[1]=Manual Pulse Generator Range Limitation(1) frmDVP01PU_S.CR32RaGr9.Caption=LSP/LSN Stop Mode frmDVP01PU_S.CR32RaGr9.Hint= frmDVP01PU_S.CR32RaGr9.Items[0]=Decelerate to Stop if LSP/LSN Signal is Received frmDVP01PU_S.CR32RaGr9.Items[1]=Stop Immediately if LSP/LSN Signal is Received frmDVP01PU_S.CR32RaGr10.Caption=MASK Setting frmDVP01PU_S.CR32RaGr10.Hint= frmDVP01PU_S.CR32RaGr10.Items[0]=No MASK Function frmDVP01PU_S.CR32RaGr10.Items[1]=Rising-Edge of Input Terminal A(+/-)will Trigger MASK frmDVP01PU_S.CR32RaGr10.Items[2]=Falling-Edge of Input Terminal A(+/-)will Trigger MASK frmDVP01PU_S.CR32RaGr10.Items[3]=Rising-Edge of Input Terminal B(+/-)will Trigger MASK frmDVP01PU_S.CR32RaGr10.Items[4]=Falling-Edge of Input Terminal B(+/-)will Trigger MASK frmDVP01PU_S.CR32RaGr11.Caption=Return to Factory Setting frmDVP01PU_S.CR32RaGr11.Hint= frmDVP01PU_S.CR32RaGr11.Items[0]=No Work frmDVP01PU_S.CR32RaGr11.Items[1]=All Parameters Return to Factory Setting frmDVP01PU_S.CR32RaGr12.Caption=Current Position, Current Speed; Display Unit frmDVP01PU_S.CR32RaGr12.Hint=Current Position:CR33, 34; Current Speed: CR36, 35; Display Unit frmDVP01PU_S.CR32RaGr12.Items[0]=Pulse frmDVP01PU_S.CR32RaGr12.Items[1]=Unit frmDVP01PU_S.CR37_Panel.Caption= frmDVP01PU_S.GroupBox20.Caption=Setting Value frmDVP01PU_S.GroupBox20.Hint= frmDVP01PU_S.Label2.Caption=Data Mode frmDVP01PU_S.Label2.Hint= frmDVP01PU_S.Label6.Caption=Baud Rate frmDVP01PU_S.Label6.Hint= frmDVP01PU_S.CR37Value_lab.Caption= frmDVP01PU_S.CR37Value_lab.Hint= frmDVP01PU_S.CR37ComAddrLab.Caption=Communcation Address frmDVP01PU_S.CR37ComAddrLab.Hint= frmDVP01PU_S.BaudRate_val.Items[0]=4800 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Items[1]=9600 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Items[2]=19200 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Items[3]=38400 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Items[4]=57600 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Items[5]=115200 bps(bit/sec) frmDVP01PU_S.BaudRate_val.Hint= frmDVP01PU_S.RadioGroup2.Caption= frmDVP01PU_S.RadioGroup2.Hint= frmDVP01PU_S.rbASCII.Caption=ASCII frmDVP01PU_S.rbASCII.Hint= frmDVP01PU_S.rbRTU.Caption=RTU frmDVP01PU_S.rbRTU.Hint= frmDVP01PU_S.CR37ComAddrValEdt.Text=0 frmDVP01PU_S.CR37ComAddrValEdt.Hint= frmDVP01PU_S.CR38_Panel.Caption= frmDVP01PU_S.CR38_B9B10RaGr.Caption=Bit9 - Bit10 frmDVP01PU_S.CR38_B9B10RaGr.Hint= frmDVP01PU_S.CR38_B9B10RaGr.Items[0]=MPG Input Upward frmDVP01PU_S.CR38_B9B10RaGr.Items[1]=MPG Input Downward frmDVP01PU_S.CR38_B3RaGr.Caption=Bit3 frmDVP01PU_S.CR38_B3RaGr.Hint=Zero Return is Completed and b[3] will be Cleared by User-Defined Program. When PU is Power ON Again frmDVP01PU_S.CR38_B3RaGr.Items[0]=Setting b[3] = 0 frmDVP01PU_S.Write_num_Lab.Caption=The number of CRs to write at once [frmDVP01PU_H] frmDVP01PU_H.Caption=DVP01PU_H Position Control Unit frmDVP01PU_H.Label3.Caption=Instruction List frmDVP01PU_H.Label3.Hint= frmDVP01PU_H.Lab.Caption= frmDVP01PU_H.Lab.Hint= frmDVP01PU_H.CRList.Hint= frmDVP01PU_H.CRList.Items[0]=#0 Model Type frmDVP01PU_H.CRList.Items[1]=#1-2 Pulse Required to Rotate Motor for 1 Revolution(A) frmDVP01PU_H.CRList.Items[2]=#3-4 Machine Travel Distance while Motor Rotate for 1 Revolution(B) frmDVP01PU_H.CRList.Items[3]=#5 Parameter Setting frmDVP01PU_H.CRList.Items[4]=#6-7 Maximum Speed Vmax frmDVP01PU_H.CRList.Items[5]=#8-9 Bias Speed Vbias frmDVP01PU_H.CRList.Items[6]=#10-11 JOG Speed Vjog frmDVP01PU_H.CRList.Items[7]=#12-13 Zero Return Speed Vrt frmDVP01PU_H.CRList.Items[8]=#14-15 Zero Return Deceleration Speed Vcr frmDVP01PU_H.CRList.Items[9]=#16 The Number of (PG0) in Zero Return Mode N frmDVP01PU_H.CRList.Items[10]=#17 The Number of Pulse in Zero Return Mode P frmDVP01PU_H.CRList.Items[11]=#18 Zero Return Mode H MODE frmDVP01PU_H.CRList.Items[12]=#19-20 Zero Point Setting (HP) frmDVP01PU_H.CRList.Items[13]=#21 Acceleration Timer Tacc frmDVP01PU_H.CRList.Items[14]=#22 Deceleration Timer Tdec frmDVP01PU_H.CRList.Items[15]=#23-24 Target Position(I)P(I) frmDVP01PU_H.CRList.Items[16]=#25-26 Running Speed(I)V(I) frmDVP01PU_H.CRList.Items[17]=#27-28 Target Position(II)P(II) frmDVP01PU_H.CRList.Items[18]=#29-30 Running Speed(II)V(II) frmDVP01PU_H.CRList.Items[19]=#31 Running Instruction frmDVP01PU_H.CRList.Items[20]=#32 Word Mode frmDVP01PU_H.CRList.Items[21]=#33-34 Current Position CP(PLS) frmDVP01PU_H.CRList.Items[22]=#35-36 Current Speed CS(PPS) frmDVP01PU_H.CRList.Items[23]=#37-38 Current Position(unit*1) frmDVP01PU_H.CRList.Items[24]=#39-40 Current Speed(unit*1) frmDVP01PU_H.CRList.Items[25]=#41 Communication Address frmDVP01PU_H.CRList.Items[26]=#42 Baud Rate Setting frmDVP01PU_H.CRList.Items[27]=#43 Execution Status frmDVP01PU_H.CRList.Items[28]=#44 Error Code frmDVP01PU_H.CRList.Items[29]=#45 Electronic Gearing Numerator of MPG Input frmDVP01PU_H.CRList.Items[30]=#46 Electronic Gearing Denominator of MPG Input frmDVP01PU_H.CRList.Items[31]=#47-48 Input Frequency of Manual Pulse Generator frmDVP01PU_H.CRList.Items[32]=#49-50 Accumulated Pulse Input No. of Manual Pulse Generator frmDVP01PU_H.CRList.Items[33]=#51 Response Speed of Manual Pulse Generator frmDVP01PU_H.CRList.Items[34]=#52 Terminal Status frmDVP01PU_H.CRList.Items[35]=#53 System Version frmDVP01PU_H.Panel1.Caption= frmDVP01PU_H.GroupBox1.Caption=Read Instruction frmDVP01PU_H.GroupBox1.Hint= frmDVP01PU_H.Label1.Caption=Conditional frmDVP01PU_H.Label1.Hint= frmDVP01PU_H.Label4.Caption=Address frmDVP01PU_H.Label4.Hint= frmDVP01PU_H.Label5.Caption=The Number of CRs to Read at Once frmDVP01PU_H.Label5.Hint= frmDVP01PU_H.Read_OPCode.Items[0]=LD frmDVP01PU_H.Read_OPCode.Items[1]=LDI frmDVP01PU_H.Read_OPCode.Items[2]=LDP frmDVP01PU_H.Read_OPCode.Items[3]=LDF frmDVP01PU_H.Read_OPCode.Hint=The Opcode of Conditional Clause frmDVP01PU_H.Read_Operand.Items[0]=X frmDVP01PU_H.Read_Operand.Items[1]=Y frmDVP01PU_H.Read_Operand.Items[2]=M frmDVP01PU_H.Read_Operand.Items[3]=S frmDVP01PU_H.Read_Operand.Items[4]=T frmDVP01PU_H.Read_Operand.Items[5]=C frmDVP01PU_H.Read_Operand.Hint=The Operand Number of Conditional Clause frmDVP01PU_H.Read_StoreDev.Items[0]=KnY frmDVP01PU_H.Read_StoreDev.Items[1]=KnM frmDVP01PU_H.Read_StoreDev.Items[2]=KnS frmDVP01PU_H.Read_StoreDev.Items[3]=T frmDVP01PU_H.Read_StoreDev.Items[4]=C frmDVP01PU_H.Read_StoreDev.Items[5]=D frmDVP01PU_H.Read_StoreDev.Items[6]=E frmDVP01PU_H.Read_StoreDev.Items[7]=F frmDVP01PU_H.Read_StoreDev.Hint=Operand Device frmDVP01PU_H.Read_StoreValueDev.Items[0]=K1 frmDVP01PU_H.Read_StoreValueDev.Items[1]=K2 frmDVP01PU_H.Read_StoreValueDev.Items[2]=K3 frmDVP01PU_H.Read_StoreValueDev.Items[3]=K4 frmDVP01PU_H.Read_StoreValueDev.Hint=Kn Value frmDVP01PU_H.Read_StoreEF.Items[0]= frmDVP01PU_H.Read_StoreEF.Items[1]=E0 frmDVP01PU_H.Read_StoreEF.Items[2]=E1 frmDVP01PU_H.Read_StoreEF.Items[3]=E2 frmDVP01PU_H.Read_StoreEF.Items[4]=E3 frmDVP01PU_H.Read_StoreEF.Items[5]=E4 frmDVP01PU_H.Read_StoreEF.Items[6]=E5 frmDVP01PU_H.Read_StoreEF.Items[7]=E6 frmDVP01PU_H.Read_StoreEF.Items[8]=E7 frmDVP01PU_H.Read_StoreEF.Items[9]=F0 frmDVP01PU_H.Read_StoreEF.Items[10]=F1 frmDVP01PU_H.Read_StoreEF.Items[11]=F2 frmDVP01PU_H.Read_StoreEF.Items[12]=F3 frmDVP01PU_H.Read_StoreEF.Items[13]=F4 frmDVP01PU_H.Read_StoreEF.Items[14]=F5 frmDVP01PU_H.Read_StoreEF.Items[15]=F6 frmDVP01PU_H.Read_StoreEF.Items[16]=F7 frmDVP01PU_H.Read_StoreEF.Hint=Index Register E,F frmDVP01PU_H.Read_num.Hint= frmDVP01PU_H.Read_OpNUM.Text=0 frmDVP01PU_H.Read_OpNUM.Hint= frmDVP01PU_H.Read_StoreDevNUM.Text=0 frmDVP01PU_H.Read_StoreDevNUM.Hint= frmDVP01PU_H.ckRead.Caption=Read Special Module CR Data (FROM Instruction) frmDVP01PU_H.ckRead.Hint= frmDVP01PU_H.ckPulse_r.Caption=Instruction of Pulse Execution frmDVP01PU_H.ckPulse_r.Hint= //frmDVP01PU_H.PreviewList.Lines[0]=Please Make Sure to Press //frmDVP01PU_H.PreviewList.Lines[1]="Add to List"button //frmDVP01PU_H.PreviewList.Lines[2]=, otherwise no program //frmDVP01PU_H.PreviewList.Lines[3]=code will be generated. frmDVP01PU_H.hintLab1.Caption =Please Make Sure to Press"Add to List" button, frmDVP01PU_H.hintLab2.Caption =otherwise no program code will be generated. frmDVP01PU_H.btPreview.Caption=Preview frmDVP01PU_H.btPreview.Hint= frmDVP01PU_H.btOK.Caption=Add to List frmDVP01PU_H.btOK.Hint= frmDVP01PU_H.ResultList.Hint= frmDVP01PU_H.btUP.Caption= frmDVP01PU_H.btUP.Hint= frmDVP01PU_H.btDOWN.Caption= frmDVP01PU_H.btDOWN.Hint= frmDVP01PU_H.ShowSingleEdit.Text= frmDVP01PU_H.ShowSingleEdit.Hint= frmDVP01PU_H.UpdateBtn.Caption=Replace frmDVP01PU_H.UpdateBtn.Hint= frmDVP01PU_H.AddBtn.Caption=Add frmDVP01PU_H.AddBtn.Hint= frmDVP01PU_H.DeleteBtn.Caption=Delete frmDVP01PU_H.DeleteBtn.Hint= frmDVP01PU_H.btCancel.Caption=Cancel frmDVP01PU_H.btCancel.Hint= frmDVP01PU_H.btFinish.Caption=OK frmDVP01PU_H.btFinish.Hint= frmDVP01PU_H.Value_Panel.Caption= frmDVP01PU_H.GroupBox4.Caption=Setting Value frmDVP01PU_H.GroupBox4.Hint= frmDVP01PU_H.Value_lab.Caption= frmDVP01PU_H.Value_lab.Hint= frmDVP01PU_H.WriteValueDev.Items[0]=K frmDVP01PU_H.WriteValueDev.Items[1]=H frmDVP01PU_H.WriteValueDev.Items[2]=KnX frmDVP01PU_H.WriteValueDev.Items[3]=KnY frmDVP01PU_H.WriteValueDev.Items[4]=KnM frmDVP01PU_H.WriteValueDev.Items[5]=KnS frmDVP01PU_H.WriteValueDev.Items[6]=T frmDVP01PU_H.WriteValueDev.Items[7]=C frmDVP01PU_H.WriteValueDev.Items[8]=D frmDVP01PU_H.WriteValueDev.Items[9]=E frmDVP01PU_H.WriteValueDev.Items[10]=F frmDVP01PU_H.WriteValueDev.Hint=Operand Device frmDVP01PU_H.WriteValueKn.Items[0]=K1 frmDVP01PU_H.WriteValueKn.Items[1]=K2 frmDVP01PU_H.WriteValueKn.Items[2]=K3 frmDVP01PU_H.WriteValueKn.Items[3]=K4 frmDVP01PU_H.WriteValueKn.Hint=Kn Value frmDVP01PU_H.WriteValueNum.Text=0 frmDVP01PU_H.WriteValueNum.Hint=Operand Device frmDVP01PU_H.WriteValueEF.Items[0]= frmDVP01PU_H.WriteValueEF.Items[1]=E0 frmDVP01PU_H.WriteValueEF.Items[2]=E1 frmDVP01PU_H.WriteValueEF.Items[3]=E2 frmDVP01PU_H.WriteValueEF.Items[4]=E3 frmDVP01PU_H.WriteValueEF.Items[5]=E4 frmDVP01PU_H.WriteValueEF.Items[6]=E5 frmDVP01PU_H.WriteValueEF.Items[7]=E6 frmDVP01PU_H.WriteValueEF.Items[8]=E7 frmDVP01PU_H.WriteValueEF.Items[9]=F0 frmDVP01PU_H.WriteValueEF.Items[10]=F1 frmDVP01PU_H.WriteValueEF.Items[11]=F2 frmDVP01PU_H.WriteValueEF.Items[12]=F3 frmDVP01PU_H.WriteValueEF.Items[13]=F4 frmDVP01PU_H.WriteValueEF.Items[14]=F5 frmDVP01PU_H.WriteValueEF.Items[15]=F6 frmDVP01PU_H.WriteValueEF.Items[16]=F7 frmDVP01PU_H.WriteValueEF.Hint=Index Register E,F frmDVP01PU_H.WritePanel.Caption= frmDVP01PU_H.GroupBox7.Caption=Write Condition frmDVP01PU_H.GroupBox7.Hint= frmDVP01PU_H.Write_OPCode.Items[0]=LD frmDVP01PU_H.Write_OPCode.Items[1]=LDI frmDVP01PU_H.Write_OPCode.Items[2]=LDP frmDVP01PU_H.Write_OPCode.Items[3]=LDF frmDVP01PU_H.Write_OPCode.Hint=The Opcode of Conditional Clause frmDVP01PU_H.Write_Operand.Items[0]=X frmDVP01PU_H.Write_Operand.Items[1]=Y frmDVP01PU_H.Write_Operand.Items[2]=M frmDVP01PU_H.Write_Operand.Items[3]=S frmDVP01PU_H.Write_Operand.Items[4]=T frmDVP01PU_H.Write_Operand.Items[5]=C frmDVP01PU_H.Write_Operand.Hint=The Operand Number of Conditional Clause frmDVP01PU_H.Write_OpNUM.Text=0 frmDVP01PU_H.Write_OpNUM.Hint= frmDVP01PU_H.ckWrite.Caption=Special Module CR Data Write (TO Instruction) frmDVP01PU_H.ckWrite.Hint= frmDVP01PU_H.ckPulse_w.Caption=Instruction of Pulse Execution frmDVP01PU_H.ckPulse_w.Hint= frmDVP01PU_H.CR5_Panel.Caption= frmDVP01PU_H.CR5PageControl.Pages[0].Caption=Bit0 - Bit3 frmDVP01PU_H.CR5PageControl.Pages[1].Caption=Bit4 - Bit7 frmDVP01PU_H.CR5PageControl.Pages[2].Caption=Bit8 - Bit9 frmDVP01PU_H.CR5PageControl.Pages[3].Caption=Bit10 - Bit11 frmDVP01PU_H.CR5PageControl.Pages[4].Caption=Bit12 - Bit13 frmDVP01PU_H.CR5PageControl.Pages[5].Caption=Bit14 - Bit15 frmDVP01PU_H.GroupBox6.Caption=GroupBox6 frmDVP01PU_H.GroupBox6.Hint= frmDVP01PU_H.GroupBox8.Caption=Unit Setting frmDVP01PU_H.GroupBox8.Hint=bit0-1 frmDVP01PU_H.CR5RaBtn1.Caption=Motor frmDVP01PU_H.CR5RaBtn1.Hint=Motor frmDVP01PU_H.CR5RaBtn2.Caption=Machine frmDVP01PU_H.CR5RaBtn2.Hint=Machine frmDVP01PU_H.CR5RaBtn3.Caption=Combined frmDVP01PU_H.CR5RaBtn3.Hint=Combined frmDVP01PU_H.GroupBox9.Caption=Position Rate Setting frmDVP01PU_H.GroupBox9.Hint=bit2-3 frmDVP01PU_H.CR5RaBtn4.Caption=10^0 frmDVP01PU_H.CR5RaBtn4.Hint=10^0 frmDVP01PU_H.CR5RaBtn5.Caption=10^1 frmDVP01PU_H.CR5RaBtn5.Hint=10^1 frmDVP01PU_H.CR5RaBtn6.Caption=10^2 frmDVP01PU_H.CR5RaBtn6.Hint=10^2 frmDVP01PU_H.CR5RaBtn7.Caption=10^3 frmDVP01PU_H.CR5RaBtn7.Hint=10^3 frmDVP01PU_H.GroupBox2.Caption=Pulse Output Format frmDVP01PU_H.GroupBox2.Hint=bit4-5 frmDVP01PU_H.CR5RaBtn8.Caption=FP+RP frmDVP01PU_H.CR5RaBtn8.Hint=FP+RP frmDVP01PU_H.CR5RaBtn9.Caption=Pulse+Direction frmDVP01PU_H.CR5RaBtn9.Hint=Pulse+Direction frmDVP01PU_H.CR5RaBtn10.Caption=A/B Phase Pulse frmDVP01PU_H.CR5RaBtn10.Hint=A/B Phase Pulse frmDVP01PU_H.GroupBox3.Caption=LSP Input Polarity frmDVP01PU_H.GroupBox3.Hint=bit6 frmDVP01PU_H.CR5RaBtn11.Caption=Positive Logic frmDVP01PU_H.CR5RaBtn11.Hint=LSP Inupt Signal is ON and LPS Signal is Given frmDVP01PU_H.CR5RaBtn12.Caption=Negative Logic frmDVP01PU_H.CR5RaBtn12.Hint=LSP Inupt Signal is OFF and LPS Signal is Given frmDVP01PU_H.GroupBox5.Caption=LSN Input Polarity frmDVP01PU_H.GroupBox5.Hint=bit7 frmDVP01PU_H.CR5RaBtn13.Caption=Positive Logic frmDVP01PU_H.CR5RaBtn13.Hint=LSN Inupt Signal is ON and LPN Signal is Given frmDVP01PU_H.CR5RaBtn14.Caption=Negative Logic frmDVP01PU_H.CR5RaBtn14.Hint=LSN Inupt Signal is OFF and LPN Signal is Given frmDVP01PU_H.GroupBox11.Caption=Pulse Direction frmDVP01PU_H.GroupBox11.Hint=bit9 frmDVP01PU_H.CR5RaBtn17.Caption=Increasing(CP) frmDVP01PU_H.CR5RaBtn17.Hint=When CW Running is Executed, Increasing CP frmDVP01PU_H.CR5RaBtn18.Caption=Decreasing(CP) frmDVP01PU_H.CR5RaBtn18.Hint=When CW Running is Executed, Decreasing CP frmDVP01PU_H.GroupBox10.Caption=Zero Retrun Direction frmDVP01PU_H.GroupBox10.Hint=bit8 frmDVP01PU_H.CR5RaBtn15.Caption=Zero Return is Executed to the CP's Decreasing Value frmDVP01PU_H.CR5RaBtn15.Hint=Zero Return is Executed to the CP's Decreasing Value frmDVP01PU_H.CR5RaBtn16.Caption=Zero Return is Executed to the CP's Increasing Value frmDVP01PU_H.CR5RaBtn16.Hint=Zero Return is Executed to the CP's IncreasingValue frmDVP01PU_H.GroupBox12.Caption=DOG Trigger Time frmDVP01PU_H.GroupBox12.Hint=bit10 frmDVP01PU_H.CR5RaBtn19.Caption=DOG Rising-Edge is Triggered frmDVP01PU_H.CR5RaBtn19.Hint=(Available for Interrupt 1st and Interrupt 2nd Speed Position Modes) frmDVP01PU_H.CR5RaBtn20.Caption=DOG Falling-Edge is Triggered frmDVP01PU_H.CR5RaBtn20.Hint=(Available for Interrupt 1st and Interrupt 2nd Speed Position Modes) frmDVP01PU_H.GroupBox13.Caption=DOG Polarity frmDVP01PU_H.GroupBox13.Hint=bit11 frmDVP01PU_H.CR5RaBtn21.Caption=Positive Logic frmDVP01PU_H.CR5RaBtn21.Hint=When DOG Inupt Signal is ON, DOG Near Point Signal is Given frmDVP01PU_H.CR5RaBtn22.Caption=Negative Logic frmDVP01PU_H.CR5RaBtn22.Hint=When DOG Inupt Signal is OFF, DOG Near Point Signal is Given frmDVP01PU_H.GroupBox14.Caption=Acceleration Curve Options frmDVP01PU_H.GroupBox14.Hint=bit12 frmDVP01PU_H.CR5RaBtn23.Caption=Trapezoid Acceleration Line frmDVP01PU_H.CR5RaBtn23.Hint=Trapezoid Acceleration Line is Chosen frmDVP01PU_H.CR5RaBtn24.Caption=S Acceleration Line frmDVP01PU_H.CR5RaBtn24.Hint=S Acceleration Line is Chosen frmDVP01PU_H.GroupBox15.Caption=START Response Time frmDVP01PU_H.GroupBox15.Hint=bit13 frmDVP01PU_H.CR5RaBtn25.Caption=13ms frmDVP01PU_H.CR5RaBtn25.Hint=13ms frmDVP01PU_H.CR5RaBtn26.Caption=50ms frmDVP01PU_H.CR5RaBtn26.Hint=50ms(For Noise Filter) frmDVP01PU_H.GroupBox16.Caption=START Input Polarity frmDVP01PU_H.GroupBox16.Hint=bit14 frmDVP01PU_H.CR5RaBtn27.Caption=Positive Logic frmDVP01PU_H.CR5RaBtn27.Hint=When START Input Signal is ON, START Input frmDVP01PU_H.CR5RaBtn28.Caption=Negative Logic frmDVP01PU_H.CR5RaBtn28.Hint=When START Input Signal is OFF, START Input frmDVP01PU_H.GroupBox17.Caption=STOP Input Polarity frmDVP01PU_H.GroupBox17.Hint=bit15 frmDVP01PU_H.CR5RaBtn29.Caption=Positive Logic frmDVP01PU_H.CR5RaBtn29.Hint=When STOP Input Signal is ON, STOP Input frmDVP01PU_H.CR5RaBtn30.Caption=Negative Logic frmDVP01PU_H.CR5RaBtn30.Hint=When STOP Input Signal is OFF, STOP Input frmDVP01PU_H.CR18_Panel.Caption= frmDVP01PU_H.CR18_B0RaGr.Caption=Zero Return Mode H MODE frmDVP01PU_H.CR18_B0RaGr.Hint=bit 0 frmDVP01PU_H.CR18_B0RaGr.Items[0]=Normal Mode frmDVP01PU_H.CR18_B0RaGr.Items[1]=Override Mode frmDVP01PU_H.CR18_B1RaGr.Caption=Detect DOG Falling-Edge in Zero Return Mode frmDVP01PU_H.CR18_B1RaGr.Hint=bit 1 frmDVP01PU_H.CR18_B1RaGr.Items[0]=DOG Falling-Edge Detecting is ON in Zero Return Mode frmDVP01PU_H.CR18_B1RaGr.Items[1]=DOG Falling-Edge Detecting is OFF in Zero Return Mode frmDVP01PU_H.CR31_Panel.Caption= frmDVP01PU_H.CR31PageControl.Pages[0].Caption=Bit0 - Bit3 frmDVP01PU_H.CR31PageControl.Pages[1].Caption=Bit4 - Bit7 frmDVP01PU_H.CR31PageControl.Pages[2].Caption=Bit8 ¡B Bit10¡BBit12 - Bit13 frmDVP01PU_H.GroupBox18.Caption=GroupBox6 frmDVP01PU_H.GroupBox18.Hint= frmDVP01PU_H.CR31RaGr1.Caption=Error Reset frmDVP01PU_H.CR31RaGr1.Hint= frmDVP01PU_H.CR31RaGr1.Items[0]=No Work frmDVP01PU_H.CR31RaGr1.Items[1]=Error Reset frmDVP01PU_H.CR31RaGr2.Caption=Software STOP frmDVP01PU_H.CR31RaGr2.Hint= frmDVP01PU_H.CR31RaGr2.Items[0]=No Work frmDVP01PU_H.CR31RaGr2.Items[1]=Software STOP frmDVP01PU_H.CR31RaGr3.Caption=CW Pulse STOP frmDVP01PU_H.CR31RaGr3.Hint= frmDVP01PU_H.CR31RaGr3.Items[0]=No Work frmDVP01PU_H.CR31RaGr3.Items[1]=CW Pulse STOP frmDVP01PU_H.CR31RaGr4.Caption=CCW Pulse STOP frmDVP01PU_H.CR31RaGr4.Hint= frmDVP01PU_H.CR31RaGr4.Items[0]=No Work frmDVP01PU_H.CR31RaGr4.Items[1]=CCW Pulse STOP frmDVP01PU_H.CR31RaGr5.Caption=JOG+ frmDVP01PU_H.CR31RaGr5.Hint= frmDVP01PU_H.CR31RaGr5.Items[0]=No Work frmDVP01PU_H.CR31RaGr5.Items[1]=JOG+ frmDVP01PU_H.CR31RaGr6.Caption=JOG- frmDVP01PU_H.CR31RaGr6.Hint= frmDVP01PU_H.CR31RaGr6.Items[0]=No Work frmDVP01PU_H.CR31RaGr6.Items[1]=JOG- frmDVP01PU_H.CR31RaGr7.Caption=Zero Return Start frmDVP01PU_H.CR31RaGr7.Hint= frmDVP01PU_H.CR31RaGr7.Items[0]=No Work frmDVP01PU_H.CR31RaGr7.Items[1]=Zero Return Start frmDVP01PU_H.CR31RaGr8.Caption=ABS/REL Coordinate frmDVP01PU_H.CR31RaGr8.Hint= frmDVP01PU_H.CR31RaGr8.Items[0]=Absolute Position frmDVP01PU_H.CR31RaGr8.Items[1]=Relative Position frmDVP01PU_H.CR31RaGr9.Caption=Software START frmDVP01PU_H.CR31RaGr9.Hint= frmDVP01PU_H.CR31RaGr9.Items[0]=No Work frmDVP01PU_H.CR31RaGr9.Items[1]=Software START frmDVP01PU_H.CR31RaGr10.Caption=Current Position = 0 (CP = 0) frmDVP01PU_H.CR31RaGr10.Hint= frmDVP01PU_H.CR31RaGr10.Items[0]=No Work frmDVP01PU_H.CR31RaGr10.Items[1]=CP is Cleared to 0 frmDVP01PU_H.CR31RaGr11.Caption=CLR Signal Output Mode frmDVP01PU_H.CR31RaGr11.Hint= frmDVP01PU_H.CR31RaGr11.Items[0]=No Work frmDVP01PU_H.CR31RaGr11.Items[1]=CLR Signal Output Mode frmDVP01PU_H.CR31RaGr12.Caption=CLR Output On/Off frmDVP01PU_H.CR31RaGr12.Hint= frmDVP01PU_H.CR31RaGr12.Items[0]=CLR Output is Off frmDVP01PU_H.CR31RaGr12.Items[1]=CLR Output is On frmDVP01PU_H.CR32_Panel.Caption= frmDVP01PU_H.CR32PageControl.Pages[0].Caption=Bit0 - Bit1 frmDVP01PU_H.CR32PageControl.Pages[1].Caption=Bit2 - Bit3 frmDVP01PU_H.CR32PageControl.Pages[2].Caption=Bit4 - Bit5 frmDVP01PU_H.CR32PageControl.Pages[3].Caption=Bit6 - Bit7 frmDVP01PU_H.CR32PageControl.Pages[4].Caption=Bit8 frmDVP01PU_H.CR32PageControl.Pages[5].Caption=Bit9 - Bit11 frmDVP01PU_H.CR32PageControl.Pages[6].Caption=Bit12 frmDVP01PU_H.GroupBox19.Caption=GroupBox6 frmDVP01PU_H.GroupBox19.Hint= frmDVP01PU_H.CR32RaGr1.Caption=1st-Speed Position Mode Statr frmDVP01PU_H.CR32RaGr1.Hint= frmDVP01PU_H.CR32RaGr1.Items[0]=No Work frmDVP01PU_H.CR32RaGr1.Items[1]=1st-Speed Position Mode Start frmDVP01PU_H.CR32RaGr2.Caption=Interrupt 1st-Speed Position Mode Start frmDVP01PU_H.CR32RaGr2.Hint= frmDVP01PU_H.CR32RaGr2.Items[0]=No Work frmDVP01PU_H.CR32RaGr2.Items[1]=Interrupt 1st-Speed Position Mode Start frmDVP01PU_H.CR32RaGr3.Caption=2nd-Speed Position Mode Start frmDVP01PU_H.CR32RaGr3.Hint= frmDVP01PU_H.CR32RaGr3.Items[0]=No Work frmDVP01PU_H.CR32RaGr3.Items[1]=2nd-Speed Position Mode Start frmDVP01PU_H.CR32RaGr4.Caption=Interrupt 2nd-Speed Position Mode Start frmDVP01PU_H.CR32RaGr4.Hint= frmDVP01PU_H.CR32RaGr4.Items[0]=No Work frmDVP01PU_H.CR32RaGr4.Items[1]=Interrupt 2nd-Speed Position Mode Start frmDVP01PU_H.CR32RaGr5.Caption=Variable Speed Operation Mode Start frmDVP01PU_H.CR32RaGr5.Hint= frmDVP01PU_H.CR32RaGr5.Items[0]=No Work frmDVP01PU_H.CR32RaGr5.Items[1]=Variable Speed Operation Mode Start frmDVP01PU_H.CR32RaGr6.Caption=Manual Pulse Generator Input Operation frmDVP01PU_H.CR32RaGr6.Hint= frmDVP01PU_H.CR32RaGr6.Items[0]=No Work frmDVP01PU_H.CR32RaGr6.Items[1]=Manual Pulse Generator Input Operation Start frmDVP01PU_H.CR32RaGr7.Caption=STOP Mode frmDVP01PU_H.CR32RaGr7.Hint= frmDVP01PU_H.CR32RaGr7.Items[0]=STOP Input (0) frmDVP01PU_H.CR32RaGr7.Items[1]=STOP Input (1) frmDVP01PU_H.CR32RaGr8.Caption=Manual Pulse Generator Range Limitation frmDVP01PU_H.CR32RaGr8.Hint=bit=0, The Output Pulse of Manual Pulse Generator is Unlimited; bit=1, The Output Pulse of Manual Pulse Generator is Limited Between P(¢¹) and P(¢º). When the Output Pulse is Out of the Range, it will Decelerate and then Stop Outputting. frmDVP01PU_H.CR32RaGr8.Items[0]=Manual Pulse Generator Range Limitation(0) frmDVP01PU_H.CR32RaGr8.Items[1]=Manual Pulse Generator Range Limitation(1) frmDVP01PU_H.CR32RaGr9.Caption=LSP/LSN Stop Mode frmDVP01PU_H.CR32RaGr9.Hint= frmDVP01PU_H.CR32RaGr9.Items[0]=Decelerate to Stop if LSP/LSN Signal is Received frmDVP01PU_H.CR32RaGr9.Items[1]=Stop Immediately if LSP/LSN Signal is Received frmDVP01PU_H.CR32RaGr10.Caption=MASK Setting frmDVP01PU_H.CR32RaGr10.Hint= frmDVP01PU_H.CR32RaGr10.Items[0]=No MASK Function frmDVP01PU_H.CR32RaGr10.Items[1]=Rising-Edge of Input Terminal A(+/-)will Trigger MASK frmDVP01PU_H.CR32RaGr10.Items[2]=Falling-Edge of Input Terminal A(+/-)will Trigger MASK frmDVP01PU_H.CR32RaGr10.Items[3]=Rising-Edge of Input Terminal B(+/-)will Trigger MASK frmDVP01PU_H.CR32RaGr10.Items[4]=Falling-Edge of Input Terminal B(+/-)will Trigger MASK frmDVP01PU_H.CR32RaGr11.Caption=Return to Factory Setting frmDVP01PU_H.CR32RaGr11.Hint= frmDVP01PU_H.CR32RaGr11.Items[0]=No Work frmDVP01PU_H.CR32RaGr11.Items[1]=All Parameters Return to Factory Setting frmDVP01PU_H.CR37_Panel.Caption= frmDVP01PU_H.GroupBox20.Caption=Setting Value frmDVP01PU_H.GroupBox20.Hint= frmDVP01PU_H.Label2.Caption=Data Mode frmDVP01PU_H.Label2.Hint= frmDVP01PU_H.Label6.Caption=Baud Rate frmDVP01PU_H.Label6.Hint= frmDVP01PU_H.BaudRate_val.Items[0]=4800 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Items[1]=9600 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Items[2]=19200 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Items[3]=38400 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Items[4]=57600 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Items[5]=115200 bps(bit/sec) frmDVP01PU_H.BaudRate_val.Hint= frmDVP01PU_H.RadioGroup2.Caption= frmDVP01PU_H.RadioGroup2.Hint= frmDVP01PU_H.rbASCII.Caption=ASCII frmDVP01PU_H.rbASCII.Hint= frmDVP01PU_H.rbRTU.Caption=RTU frmDVP01PU_H.rbRTU.Hint= frmDVP01PU_H.CR38_Panel.Caption= frmDVP01PU_H.CR38_B9B10RaGr.Caption=Bit9 - Bit10 frmDVP01PU_H.CR38_B9B10RaGr.Hint= frmDVP01PU_H.CR38_B9B10RaGr.Items[0]=MPG Input Upward frmDVP01PU_H.CR38_B9B10RaGr.Items[1]=MPG Input Downward frmDVP01PU_H.CR38_B3RaGr.Caption=Bit3 frmDVP01PU_H.CR38_B3RaGr.Hint=Zero Return is Completed and b[3] will be Cleared by User-Defined Program. When PU is Power ON Again frmDVP01PU_H.CR38_B3RaGr.Items[0]=Setting b[3] = 0 frmDVP01PU_H.Write_num_Lab.Caption=The number of CRs to write at once //----------------------------------------------------------------------------------------- [ChartForm1] ChartForm1.Caption=Timing Diagram ChartForm1.Button1.Caption=Exit ChartForm1.Panel1.Caption= ChartForm1.BitBtn1.Caption=Zoom In ChartForm1.BitBtn2.Caption=Zoom Out ChartForm1.BitBtn3.Caption=Reset ChartForm1.AddChart.BottomAxis.Title.Caption=Time(ms) ChartForm1.AddChart.LeftAxis.Title.Caption=Frequency(Hz) [frmgsmmodem] frmgsmmodem.Caption=Message Wizard frmgsmmodem.PageControl1.Pages[0].Caption=TabSheet1 frmgsmmodem.PageControl1.Pages[1].Caption=TabSheet2 frmgsmmodem.PageControl1.Pages[2].Caption=TabSheet3 frmgsmmodem.PageControl1.Pages[3].Caption=TabSheet4 frmgsmmodem.GroupBox3.Caption= frmgsmmodem.GroupBox3.Hint= frmgsmmodem.Label4.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label4.Hint= frmgsmmodem.RSsendGroup.Caption=Send data frmgsmmodem.RSsendGroup.Hint= frmgsmmodem.Label10.Caption=Start device frmgsmmodem.Label10.Hint= frmgsmmodem.Label11.Caption=Data group number frmgsmmodem.Label11.Hint= frmgsmmodem.Label12.Caption=D frmgsmmodem.Label12.Hint= frmgsmmodem.RSsendDevEF.Items[0]= frmgsmmodem.RSsendDevEF.Items[1]=E0 frmgsmmodem.RSsendDevEF.Items[2]=E1 frmgsmmodem.RSsendDevEF.Items[3]=E2 frmgsmmodem.RSsendDevEF.Items[4]=E3 frmgsmmodem.RSsendDevEF.Items[5]=E4 frmgsmmodem.RSsendDevEF.Items[6]=E5 frmgsmmodem.RSsendDevEF.Items[7]=E6 frmgsmmodem.RSsendDevEF.Items[8]=E7 frmgsmmodem.RSsendDevEF.Items[9]=F0 frmgsmmodem.RSsendDevEF.Items[10]=F1 frmgsmmodem.RSsendDevEF.Items[11]=F2 frmgsmmodem.RSsendDevEF.Items[12]=F3 frmgsmmodem.RSsendDevEF.Items[13]=F4 frmgsmmodem.RSsendDevEF.Items[14]=F5 frmgsmmodem.RSsendDevEF.Items[15]=F6 frmgsmmodem.RSsendDevEF.Items[16]=F7 frmgsmmodem.RSsendDevEF.Hint=Index register E,F frmgsmmodem.RSsdataDEV.Items[0]=K frmgsmmodem.RSsdataDEV.Items[1]=H frmgsmmodem.RSsdataDEV.Items[2]=D frmgsmmodem.RSsdataDEV.Hint=Setting the device of data group (K,H,D) frmgsmmodem.RSsdataNUM.Text=0 frmgsmmodem.RSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.RSsstartDev.Text=0 frmgsmmodem.RSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.RSreceiveGroup.Caption=Receive data frmgsmmodem.RSreceiveGroup.Hint= frmgsmmodem.Label1.Caption=Start device frmgsmmodem.Label1.Hint= frmgsmmodem.Label2.Caption=Data group number frmgsmmodem.Label2.Hint= frmgsmmodem.Label3.Caption=D frmgsmmodem.Label3.Hint= frmgsmmodem.RSrstartDev.Text=0 frmgsmmodem.RSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.RSrecDevEF.Items[0]= frmgsmmodem.RSrecDevEF.Items[1]=E0 frmgsmmodem.RSrecDevEF.Items[2]=E1 frmgsmmodem.RSrecDevEF.Items[3]=E2 frmgsmmodem.RSrecDevEF.Items[4]=E3 frmgsmmodem.RSrecDevEF.Items[5]=E4 frmgsmmodem.RSrecDevEF.Items[6]=E5 frmgsmmodem.RSrecDevEF.Items[7]=E6 frmgsmmodem.RSrecDevEF.Items[8]=E7 frmgsmmodem.RSrecDevEF.Items[9]=F0 frmgsmmodem.RSrecDevEF.Items[10]=F1 frmgsmmodem.RSrecDevEF.Items[11]=F2 frmgsmmodem.RSrecDevEF.Items[12]=F3 frmgsmmodem.RSrecDevEF.Items[13]=F4 frmgsmmodem.RSrecDevEF.Items[14]=F5 frmgsmmodem.RSrecDevEF.Items[15]=F6 frmgsmmodem.RSrecDevEF.Items[16]=F7 frmgsmmodem.RSrecDevEF.Hint=Index register E,F frmgsmmodem.RSrdataNUM.Text=0 frmgsmmodem.RSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.RSrdataDEV.Items[0]=K frmgsmmodem.RSrdataDEV.Items[1]=H frmgsmmodem.RSrdataDEV.Items[2]=D frmgsmmodem.RSrdataDEV.Hint=Setting the device of data group (K,H,D) frmgsmmodem.ckRSsend.Caption=Detect if GSM MODEM registration is successful frmgsmmodem.ckRSsend.Hint=Setting the sending request when transmits data frmgsmmodem.RSstartDEV.Items[0]=X frmgsmmodem.RSstartDEV.Items[1]=Y frmgsmmodem.RSstartDEV.Items[2]=M frmgsmmodem.RSstartDEV.Items[3]=S frmgsmmodem.RSstartDEV.Items[4]=T frmgsmmodem.RSstartDEV.Items[5]=C frmgsmmodem.RSstartDEV.Hint=Setting device for the control condition express to start RS command frmgsmmodem.RSstartNUM.Text=0 frmgsmmodem.RSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.Resetbtn.Caption=Reset frmgsmmodem.Resetbtn.Hint= frmgsmmodem.GroupBox5.Caption= frmgsmmodem.GroupBox5.Hint= frmgsmmodem.Label15.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label15.Hint= frmgsmmodem.GroupBox6.Caption=Send data frmgsmmodem.GroupBox6.Hint= frmgsmmodem.Label16.Caption=Start device frmgsmmodem.Label16.Hint= frmgsmmodem.Label17.Caption=Data group number frmgsmmodem.Label17.Hint= frmgsmmodem.Label18.Caption=D frmgsmmodem.Label18.Hint= frmgsmmodem.cbTextRSsendDevEF.Items[0]= frmgsmmodem.cbTextRSsendDevEF.Items[1]=E0 frmgsmmodem.cbTextRSsendDevEF.Items[2]=E1 frmgsmmodem.cbTextRSsendDevEF.Items[3]=E2 frmgsmmodem.cbTextRSsendDevEF.Items[4]=E3 frmgsmmodem.cbTextRSsendDevEF.Items[5]=E4 frmgsmmodem.cbTextRSsendDevEF.Items[6]=E5 frmgsmmodem.cbTextRSsendDevEF.Items[7]=E6 frmgsmmodem.cbTextRSsendDevEF.Items[8]=E7 frmgsmmodem.cbTextRSsendDevEF.Items[9]=F0 frmgsmmodem.cbTextRSsendDevEF.Items[10]=F1 frmgsmmodem.cbTextRSsendDevEF.Items[11]=F2 frmgsmmodem.cbTextRSsendDevEF.Items[12]=F3 frmgsmmodem.cbTextRSsendDevEF.Items[13]=F4 frmgsmmodem.cbTextRSsendDevEF.Items[14]=F5 frmgsmmodem.cbTextRSsendDevEF.Items[15]=F6 frmgsmmodem.cbTextRSsendDevEF.Items[16]=F7 frmgsmmodem.cbTextRSsendDevEF.Hint=Index register E,F frmgsmmodem.cbTextRSsdataDev.Items[0]=K frmgsmmodem.cbTextRSsdataDev.Items[1]=H frmgsmmodem.cbTextRSsdataDev.Items[2]=D frmgsmmodem.cbTextRSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtTextRSsdataNUM.Text=0 frmgsmmodem.edtTextRSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtTextRSsstartDev.Text=0 frmgsmmodem.edtTextRSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox7.Caption=Receive data frmgsmmodem.GroupBox7.Hint= frmgsmmodem.Label19.Caption=Start device frmgsmmodem.Label19.Hint= frmgsmmodem.Label20.Caption=Data group number frmgsmmodem.Label20.Hint= frmgsmmodem.Label21.Caption=D frmgsmmodem.Label21.Hint= frmgsmmodem.edtTextRSrstartDev.Text=0 frmgsmmodem.edtTextRSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.cbTextRSrecDevEF.Items[0]= frmgsmmodem.cbTextRSrecDevEF.Items[1]=E0 frmgsmmodem.cbTextRSrecDevEF.Items[2]=E1 frmgsmmodem.cbTextRSrecDevEF.Items[3]=E2 frmgsmmodem.cbTextRSrecDevEF.Items[4]=E3 frmgsmmodem.cbTextRSrecDevEF.Items[5]=E4 frmgsmmodem.cbTextRSrecDevEF.Items[6]=E5 frmgsmmodem.cbTextRSrecDevEF.Items[7]=E6 frmgsmmodem.cbTextRSrecDevEF.Items[8]=E7 frmgsmmodem.cbTextRSrecDevEF.Items[9]=F0 frmgsmmodem.cbTextRSrecDevEF.Items[10]=F1 frmgsmmodem.cbTextRSrecDevEF.Items[11]=F2 frmgsmmodem.cbTextRSrecDevEF.Items[12]=F3 frmgsmmodem.cbTextRSrecDevEF.Items[13]=F4 frmgsmmodem.cbTextRSrecDevEF.Items[14]=F5 frmgsmmodem.cbTextRSrecDevEF.Items[15]=F6 frmgsmmodem.cbTextRSrecDevEF.Items[16]=F7 frmgsmmodem.cbTextRSrecDevEF.Hint=Index register E,F frmgsmmodem.edtTextRSrdataNUM.Text=0 frmgsmmodem.edtTextRSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbTextRSrdataDev.Items[0]=K frmgsmmodem.cbTextRSrdataDev.Items[1]=H frmgsmmodem.cbTextRSrdataDev.Items[2]=D frmgsmmodem.cbTextRSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.ckboxTextMode.Caption=Send message by TEXT mode frmgsmmodem.ckboxTextMode.Hint=Setting the sending request when transmits data frmgsmmodem.cbTextRSstartDev.Items[0]=X frmgsmmodem.cbTextRSstartDev.Items[1]=Y frmgsmmodem.cbTextRSstartDev.Items[2]=M frmgsmmodem.cbTextRSstartDev.Items[3]=S frmgsmmodem.cbTextRSstartDev.Items[4]=T frmgsmmodem.cbTextRSstartDev.Items[5]=C frmgsmmodem.cbTextRSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtTextRSstartNUM.Text=0 frmgsmmodem.edtTextRSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox11.Caption= frmgsmmodem.GroupBox11.Hint= frmgsmmodem.Label29.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label29.Hint= frmgsmmodem.GroupBox12.Caption=Send data frmgsmmodem.GroupBox12.Hint= frmgsmmodem.Label30.Caption=Start device frmgsmmodem.Label30.Hint= frmgsmmodem.Label31.Caption=Data group number frmgsmmodem.Label31.Hint= frmgsmmodem.Label32.Caption=D frmgsmmodem.Label32.Hint= frmgsmmodem.cbPDURSsendDevEF.Items[0]= frmgsmmodem.cbPDURSsendDevEF.Items[1]=E0 frmgsmmodem.cbPDURSsendDevEF.Items[2]=E1 frmgsmmodem.cbPDURSsendDevEF.Items[3]=E2 frmgsmmodem.cbPDURSsendDevEF.Items[4]=E3 frmgsmmodem.cbPDURSsendDevEF.Items[5]=E4 frmgsmmodem.cbPDURSsendDevEF.Items[6]=E5 frmgsmmodem.cbPDURSsendDevEF.Items[7]=E6 frmgsmmodem.cbPDURSsendDevEF.Items[8]=E7 frmgsmmodem.cbPDURSsendDevEF.Items[9]=F0 frmgsmmodem.cbPDURSsendDevEF.Items[10]=F1 frmgsmmodem.cbPDURSsendDevEF.Items[11]=F2 frmgsmmodem.cbPDURSsendDevEF.Items[12]=F3 frmgsmmodem.cbPDURSsendDevEF.Items[13]=F4 frmgsmmodem.cbPDURSsendDevEF.Items[14]=F5 frmgsmmodem.cbPDURSsendDevEF.Items[15]=F6 frmgsmmodem.cbPDURSsendDevEF.Items[16]=F7 frmgsmmodem.cbPDURSsendDevEF.Hint=Index register E,F frmgsmmodem.cbPDURSsdataDev.Items[0]=K frmgsmmodem.cbPDURSsdataDev.Items[1]=H frmgsmmodem.cbPDURSsdataDev.Items[2]=D frmgsmmodem.cbPDURSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtPDURSsdataNUM.Text=0 frmgsmmodem.edtPDURSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtPDURSsstartDev.Text=0 frmgsmmodem.edtPDURSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox13.Caption=Receive data frmgsmmodem.GroupBox13.Hint= frmgsmmodem.Label33.Caption=Start device frmgsmmodem.Label33.Hint= frmgsmmodem.Label34.Caption=Data group number frmgsmmodem.Label34.Hint= frmgsmmodem.Label35.Caption=D frmgsmmodem.Label35.Hint= frmgsmmodem.edtPDURSrstartDev.Text=0 frmgsmmodem.edtPDURSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.cbPDURSrecDevEF.Items[0]= frmgsmmodem.cbPDURSrecDevEF.Items[1]=E0 frmgsmmodem.cbPDURSrecDevEF.Items[2]=E1 frmgsmmodem.cbPDURSrecDevEF.Items[3]=E2 frmgsmmodem.cbPDURSrecDevEF.Items[4]=E3 frmgsmmodem.cbPDURSrecDevEF.Items[5]=E4 frmgsmmodem.cbPDURSrecDevEF.Items[6]=E5 frmgsmmodem.cbPDURSrecDevEF.Items[7]=E6 frmgsmmodem.cbPDURSrecDevEF.Items[8]=E7 frmgsmmodem.cbPDURSrecDevEF.Items[9]=F0 frmgsmmodem.cbPDURSrecDevEF.Items[10]=F1 frmgsmmodem.cbPDURSrecDevEF.Items[11]=F2 frmgsmmodem.cbPDURSrecDevEF.Items[12]=F3 frmgsmmodem.cbPDURSrecDevEF.Items[13]=F4 frmgsmmodem.cbPDURSrecDevEF.Items[14]=F5 frmgsmmodem.cbPDURSrecDevEF.Items[15]=F6 frmgsmmodem.cbPDURSrecDevEF.Items[16]=F7 frmgsmmodem.cbPDURSrecDevEF.Hint=Index register E,F frmgsmmodem.edtPDURSrdataNUM.Text=0 frmgsmmodem.edtPDURSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbPDURSrdataDev.Items[0]=K frmgsmmodem.cbPDURSrdataDev.Items[1]=H frmgsmmodem.cbPDURSrdataDev.Items[2]=D frmgsmmodem.cbPDURSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.ckboxPDUMode.Caption=Send message by PDU mode frmgsmmodem.ckboxPDUMode.Hint=Setting the sending request when transmits data frmgsmmodem.cbPDURSstartDev.Items[0]=X frmgsmmodem.cbPDURSstartDev.Items[1]=Y frmgsmmodem.cbPDURSstartDev.Items[2]=M frmgsmmodem.cbPDURSstartDev.Items[3]=S frmgsmmodem.cbPDURSstartDev.Items[4]=T frmgsmmodem.cbPDURSstartDev.Items[5]=C frmgsmmodem.cbPDURSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtPDURSstartNUM.Text=0 frmgsmmodem.edtPDURSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.Panel1.Caption= frmgsmmodem.PreButton.Caption=Back frmgsmmodem.PreButton.Hint= frmgsmmodem.NextButton.Caption=Next frmgsmmodem.NextButton.Hint= frmgsmmodem.CancelButton.Caption=Cancel frmgsmmodem.CancelButton.Hint= frmgsmmodem.GroupBox20.Caption=Text Mode frmgsmmodem.GroupBox20.Hint= frmgsmmodem.GroupBox8.Caption= frmgsmmodem.GroupBox8.Hint= frmgsmmodem.Label22.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label22.Hint= frmgsmmodem.Label37.Caption=Message frmgsmmodem.Label37.Hint= frmgsmmodem.Label39.Caption=Send message frmgsmmodem.Label39.Hint= frmgsmmodem.GroupBox9.Caption=Send data frmgsmmodem.GroupBox9.Hint= frmgsmmodem.Label23.Caption=Start device frmgsmmodem.Label23.Hint= frmgsmmodem.Label24.Caption=Data group number frmgsmmodem.Label24.Hint= frmgsmmodem.Label25.Caption=D frmgsmmodem.Label25.Hint= frmgsmmodem.cbTextMesRSsendDevEF.Items[0]= frmgsmmodem.cbTextMesRSsendDevEF.Items[1]=E0 frmgsmmodem.cbTextMesRSsendDevEF.Items[2]=E1 frmgsmmodem.cbTextMesRSsendDevEF.Items[3]=E2 frmgsmmodem.cbTextMesRSsendDevEF.Items[4]=E3 frmgsmmodem.cbTextMesRSsendDevEF.Items[5]=E4 frmgsmmodem.cbTextMesRSsendDevEF.Items[6]=E5 frmgsmmodem.cbTextMesRSsendDevEF.Items[7]=E6 frmgsmmodem.cbTextMesRSsendDevEF.Items[8]=E7 frmgsmmodem.cbTextMesRSsendDevEF.Items[9]=F0 frmgsmmodem.cbTextMesRSsendDevEF.Items[10]=F1 frmgsmmodem.cbTextMesRSsendDevEF.Items[11]=F2 frmgsmmodem.cbTextMesRSsendDevEF.Items[12]=F3 frmgsmmodem.cbTextMesRSsendDevEF.Items[13]=F4 frmgsmmodem.cbTextMesRSsendDevEF.Items[14]=F5 frmgsmmodem.cbTextMesRSsendDevEF.Items[15]=F6 frmgsmmodem.cbTextMesRSsendDevEF.Items[16]=F7 frmgsmmodem.cbTextMesRSsendDevEF.Hint=Index register E,F frmgsmmodem.cbTextMesRSsdataDev.Items[0]=K frmgsmmodem.cbTextMesRSsdataDev.Items[1]=H frmgsmmodem.cbTextMesRSsdataDev.Items[2]=D frmgsmmodem.cbTextMesRSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtTextMesRSsdataNUM.Text=0 frmgsmmodem.edtTextMesRSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtTextMesRSsstartDev.Text=0 frmgsmmodem.edtTextMesRSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox10.Caption=Receive data frmgsmmodem.GroupBox10.Hint= frmgsmmodem.Label26.Caption=Start device frmgsmmodem.Label26.Hint= frmgsmmodem.Label27.Caption=Data group number frmgsmmodem.Label27.Hint= frmgsmmodem.Label28.Caption=D frmgsmmodem.Label28.Hint= frmgsmmodem.edtTextMesRSrstartDev.Text=0 frmgsmmodem.edtTextMesRSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.cbTextMesRSrecDevEF.Items[0]= frmgsmmodem.cbTextMesRSrecDevEF.Items[1]=E0 frmgsmmodem.cbTextMesRSrecDevEF.Items[2]=E1 frmgsmmodem.cbTextMesRSrecDevEF.Items[3]=E2 frmgsmmodem.cbTextMesRSrecDevEF.Items[4]=E3 frmgsmmodem.cbTextMesRSrecDevEF.Items[5]=E4 frmgsmmodem.cbTextMesRSrecDevEF.Items[6]=E5 frmgsmmodem.cbTextMesRSrecDevEF.Items[7]=E6 frmgsmmodem.cbTextMesRSrecDevEF.Items[8]=E7 frmgsmmodem.cbTextMesRSrecDevEF.Items[9]=F0 frmgsmmodem.cbTextMesRSrecDevEF.Items[10]=F1 frmgsmmodem.cbTextMesRSrecDevEF.Items[11]=F2 frmgsmmodem.cbTextMesRSrecDevEF.Items[12]=F3 frmgsmmodem.cbTextMesRSrecDevEF.Items[13]=F4 frmgsmmodem.cbTextMesRSrecDevEF.Items[14]=F5 frmgsmmodem.cbTextMesRSrecDevEF.Items[15]=F6 frmgsmmodem.cbTextMesRSrecDevEF.Items[16]=F7 frmgsmmodem.cbTextMesRSrecDevEF.Hint=Index register E,F frmgsmmodem.edtTextMesRSrdataNUM.Text=0 frmgsmmodem.edtTextMesRSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbTextMesRSrdataDev.Items[0]=K frmgsmmodem.cbTextMesRSrdataDev.Items[1]=H frmgsmmodem.cbTextMesRSrdataDev.Items[2]=D frmgsmmodem.cbTextMesRSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.cbTextMesRSstartDev.Items[0]=T frmgsmmodem.cbTextMesRSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtTextMesRSstartNUM.Text=0 frmgsmmodem.edtTextMesRSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox1.Caption= frmgsmmodem.GroupBox1.Hint= frmgsmmodem.Label5.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label5.Hint= frmgsmmodem.Label36.Caption=Mobile phone number frmgsmmodem.Label36.Hint= frmgsmmodem.Label38.Caption=Send message dial frmgsmmodem.Label38.Hint= frmgsmmodem.GroupBox2.Caption=Send data frmgsmmodem.GroupBox2.Hint= frmgsmmodem.Label6.Caption=Start device frmgsmmodem.Label6.Hint= frmgsmmodem.Label7.Caption=Data group number frmgsmmodem.Label7.Hint= frmgsmmodem.Label8.Caption=D frmgsmmodem.Label8.Hint= frmgsmmodem.cbTextPhoneRSsendDevEF.Items[0]= frmgsmmodem.cbTextPhoneRSsendDevEF.Items[1]=E0 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[2]=E1 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[3]=E2 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[4]=E3 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[5]=E4 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[6]=E5 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[7]=E6 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[8]=E7 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[9]=F0 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[10]=F1 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[11]=F2 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[12]=F3 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[13]=F4 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[14]=F5 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[15]=F6 frmgsmmodem.cbTextPhoneRSsendDevEF.Items[16]=F7 frmgsmmodem.cbTextPhoneRSsendDevEF.Hint=Index register E,F frmgsmmodem.cbTextPhoneRSsdataDev.Items[0]=K frmgsmmodem.cbTextPhoneRSsdataDev.Items[1]=H frmgsmmodem.cbTextPhoneRSsdataDev.Items[2]=D frmgsmmodem.cbTextPhoneRSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtTextPhoneRSsdataNUM.Text=0 frmgsmmodem.edtTextPhoneRSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtTextPhoneRSsstartDev.Text=0 frmgsmmodem.edtTextPhoneRSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox4.Caption=Receive data frmgsmmodem.GroupBox4.Hint= frmgsmmodem.Label9.Caption=Start device frmgsmmodem.Label9.Hint= frmgsmmodem.Label13.Caption=Data group number frmgsmmodem.Label13.Hint= frmgsmmodem.Label14.Caption=D frmgsmmodem.Label14.Hint= frmgsmmodem.edtTextPhoneRSrstartDev.Text=0 frmgsmmodem.edtTextPhoneRSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.cbTextPhoneRSrecDevEF.Items[0]= frmgsmmodem.cbTextPhoneRSrecDevEF.Items[1]=E0 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[2]=E1 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[3]=E2 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[4]=E3 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[5]=E4 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[6]=E5 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[7]=E6 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[8]=E7 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[9]=F0 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[10]=F1 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[11]=F2 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[12]=F3 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[13]=F4 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[14]=F5 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[15]=F6 frmgsmmodem.cbTextPhoneRSrecDevEF.Items[16]=F7 frmgsmmodem.cbTextPhoneRSrecDevEF.Hint=Index register E,F frmgsmmodem.edtTextPhoneRSrdataNUM.Text=0 frmgsmmodem.edtTextPhoneRSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbTextPhoneRSrdataDev.Items[0]=K frmgsmmodem.cbTextPhoneRSrdataDev.Items[1]=H frmgsmmodem.cbTextPhoneRSrdataDev.Items[2]=D frmgsmmodem.cbTextPhoneRSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.cbTextPhoneRSstartDev.Items[0]=Y frmgsmmodem.cbTextPhoneRSstartDev.Items[1]=M frmgsmmodem.cbTextPhoneRSstartDev.Items[2]=S frmgsmmodem.cbTextPhoneRSstartDev.Items[3]=T frmgsmmodem.cbTextPhoneRSstartDev.Items[4]=C frmgsmmodem.cbTextPhoneRSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtTextPhoneRSstartNUM.Text=0 frmgsmmodem.edtTextPhoneRSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.edtTextPhoneNUM.Text= frmgsmmodem.edtTextPhoneNUM.Hint= frmgsmmodem.Button4.Caption=Reset frmgsmmodem.Button4.Hint= frmgsmmodem.Panel2.Caption= frmgsmmodem.PreButton2.Caption=Back frmgsmmodem.PreButton2.Hint= frmgsmmodem.NextButton2.Caption=Next frmgsmmodem.NextButton2.Hint= frmgsmmodem.CancelButton2.Caption=Cancel frmgsmmodem.CancelButton2.Hint= frmgsmmodem.GroupBox21.Caption=PDU Mode frmgsmmodem.GroupBox21.Hint= frmgsmmodem.GroupBox14.Caption= frmgsmmodem.GroupBox14.Hint= frmgsmmodem.Label40.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label40.Hint= frmgsmmodem.Label42.Caption=PDU Code frmgsmmodem.Label42.Hint= frmgsmmodem.GroupBox15.Caption=Send data frmgsmmodem.GroupBox15.Hint= frmgsmmodem.Label43.Caption=Start device frmgsmmodem.Label43.Hint= frmgsmmodem.Label44.Caption=Data group number frmgsmmodem.Label44.Hint= frmgsmmodem.Label45.Caption=D frmgsmmodem.Label45.Hint= frmgsmmodem.cbPDUCodeRSsdataDev.Items[0]=K frmgsmmodem.cbPDUCodeRSsdataDev.Items[1]=H frmgsmmodem.cbPDUCodeRSsdataDev.Items[2]=D frmgsmmodem.cbPDUCodeRSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtPDUCodeRSsdataNUM.Text=0 frmgsmmodem.edtPDUCodeRSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtPDUCodeRSsstartDev.Text=0 frmgsmmodem.edtPDUCodeRSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox16.Caption=Receive data frmgsmmodem.GroupBox16.Hint= frmgsmmodem.Label46.Caption=Start device frmgsmmodem.Label46.Hint= frmgsmmodem.Label47.Caption=Data group number frmgsmmodem.Label47.Hint= frmgsmmodem.Label48.Caption=D frmgsmmodem.Label48.Hint= frmgsmmodem.edtPDUCodeRSrstartDev.Text=0 frmgsmmodem.edtPDUCodeRSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.edtPDUCodeRSrdataNUM.Text=0 frmgsmmodem.edtPDUCodeRSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbPDUCodeRSrdataDev.Items[0]=K frmgsmmodem.cbPDUCodeRSrdataDev.Items[1]=H frmgsmmodem.cbPDUCodeRSrdataDev.Items[2]=D frmgsmmodem.cbPDUCodeRSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.cbPDUCodeRSstartDev.Items[0]=T frmgsmmodem.cbPDUCodeRSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtPDUCodeRSstartNUM.Text=0 frmgsmmodem.edtPDUCodeRSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox17.Caption= frmgsmmodem.GroupBox17.Hint= frmgsmmodem.Label49.Caption=Conditional clause for trigger RS instruction frmgsmmodem.Label49.Hint= frmgsmmodem.Label50.Caption=Message frmgsmmodem.Label50.Hint= frmgsmmodem.Label51.Caption=Send message of modem content frmgsmmodem.Label51.Hint= frmgsmmodem.Label41.Caption=Mobile phone number frmgsmmodem.Label41.Hint= frmgsmmodem.Label58.Caption=Number of message service center frmgsmmodem.Label58.Hint= frmgsmmodem.Label59.Caption=Unicode frmgsmmodem.Label59.Hint= frmgsmmodem.GroupBox18.Caption=Send data frmgsmmodem.GroupBox18.Hint= frmgsmmodem.Label52.Caption=Start device frmgsmmodem.Label52.Hint= frmgsmmodem.Label53.Caption=Data group number frmgsmmodem.Label53.Hint= frmgsmmodem.Label54.Caption=D frmgsmmodem.Label54.Hint= frmgsmmodem.cbPDUMesRSsdataDev.Items[0]=K frmgsmmodem.cbPDUMesRSsdataDev.Items[1]=H frmgsmmodem.cbPDUMesRSsdataDev.Items[2]=D frmgsmmodem.cbPDUMesRSsdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.edtPDUMesRSsdataNUM.Text=0 frmgsmmodem.edtPDUMesRSsdataNUM.Hint=Setting the device number of data group frmgsmmodem.edtPDUMesRSsstartDev.Text=0 frmgsmmodem.edtPDUMesRSsstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.GroupBox19.Caption=Receive data frmgsmmodem.GroupBox19.Hint= frmgsmmodem.Label55.Caption=Start device frmgsmmodem.Label55.Hint= frmgsmmodem.Label56.Caption=Data group number frmgsmmodem.Label56.Hint= frmgsmmodem.Label57.Caption=D frmgsmmodem.Label57.Hint= frmgsmmodem.edtPDUMesRSrstartDev.Text=0 frmgsmmodem.edtPDUMesRSrstartDev.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.edtPDUMesRSrdataNUM.Text=0 frmgsmmodem.edtPDUMesRSrdataNUM.Hint=Setting the device number of data group frmgsmmodem.cbPDUMesRSrdataDev.Items[0]=K frmgsmmodem.cbPDUMesRSrdataDev.Items[1]=H frmgsmmodem.cbPDUMesRSrdataDev.Items[2]=D frmgsmmodem.cbPDUMesRSrdataDev.Hint=Setting the device of data group (K,H,D) frmgsmmodem.cbPDUMesRSstartDev.Items[0]=Y frmgsmmodem.cbPDUMesRSstartDev.Items[1]=M frmgsmmodem.cbPDUMesRSstartDev.Items[2]=S frmgsmmodem.cbPDUMesRSstartDev.Items[3]=T frmgsmmodem.cbPDUMesRSstartDev.Items[4]=C frmgsmmodem.cbPDUMesRSstartDev.Hint=Setting device for the control condition express to start RS command frmgsmmodem.edtPDUMesRSstartNUM.Text=0 frmgsmmodem.edtPDUMesRSstartNUM.Hint=Setting device number for the control condition express to start RS command frmgsmmodem.edtPDUMobileNUM.Text= frmgsmmodem.edtPDUMobileNUM.Hint= frmgsmmodem.edtPDUSmscNUM.Text= frmgsmmodem.edtPDUSmscNUM.Hint= frmgsmmodem.btnUnicode.Caption=OK frmgsmmodem.btnUnicode.Hint= frmgsmmodem.Panel3.Caption= frmgsmmodem.PreButton3.Caption=Back frmgsmmodem.PreButton3.Hint= frmgsmmodem.NextButton3.Caption=Finish frmgsmmodem.NextButton3.Hint= frmgsmmodem.CancelButton3.Caption=Cancel frmgsmmodem.CancelButton3.Hint= frmgsmmodem.Button5.Caption=Reset frmgsmmodem.Button5.Hint= [TemperateFrm] TemperateFrm.Caption=Temperature monitor wizard TemperateFrm.ZoomIn_Btn.Caption=Zoom IN TemperateFrm.ZoomIn_Btn.Hint= TemperateFrm.ZoomOut_Btn.Caption=Zoom OUT TemperateFrm.ZoomOut_Btn.Hint= TemperateFrm.Panel1.Caption= TemperateFrm.DevName_Lab.Caption=Device D TemperateFrm.DevName_Lab.Hint= TemperateFrm.SampleTime_Lab.Caption=Sample Time TemperateFrm.SampleTime_Lab.Hint= TemperateFrm.DevNUM_Lab.Caption=Device NUM TemperateFrm.DevNUM_Lab.Hint= TemperateFrm.DevCount_Lab.Caption=Device Count TemperateFrm.DevCount_Lab.Hint= TemperateFrm.DevName_Edt.Text=0 TemperateFrm.DevName_Edt.Hint= TemperateFrm.SampleTime_Edt.Text=300 TemperateFrm.SampleTime_Edt.Hint= TemperateFrm.Start_Btn.Caption=Start TemperateFrm.Start_Btn.Hint= TemperateFrm.Stop_Btn.Caption=Stop TemperateFrm.Stop_Btn.Hint= TemperateFrm.DevNUM_ComboBox.Items[0]=1 TemperateFrm.DevNUM_ComboBox.Hint= TemperateFrm.DevCount_Edt.Text=1 TemperateFrm.DevCount_Edt.Hint= TemperateFrm.Open_Btn.Caption=Open File TemperateFrm.Open_Btn.Hint= TemperateFrm.Save_Btn.Caption=Save File TemperateFrm.Save_Btn.Hint= TemperateFrm.Label1.Caption=(ms)Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.