1. WPL209.zip Driver
2. F13296_WizardENGMESG.txt File Contents

F13296_WizardENGMESG.txt Driver File Contents (WPL209.zip)

[HiPusMsg]
M0=The parameter setting of device D can not be in the special D range (1000~2000)
M1=Start frequency should be less than target frequency
M2=Gap frequency should be less or equal to  (target frequency-start frequency)
M3=Total number of pulse should be greater than (acceleration/deceleration pulse number*2)
M4=Total pulse output number in accel/decel area should be greater than the number of acceleration/deceleration step
M5=Possess the error settings of pulse output with accel/decel speed:                                                                                
M6=Section
M7=switch to section
M8=This is acceleration switch, please confirm each field again.
M9=This is deceleration switch, please confirm each field again.
M10=, target frequency can not be equal to start frequency
M11=, gap frequency of acceleration should be 1Hz~32700Hz
M12=, gap frequency of deceleration should be -1Hz~-32700Hz
M13=, output target number should be greater than (GF*GT/1000)*((TF-SF)/GF)
M14=Acceleration/Deceleration pulse output settings of adjustable slope:
M15=OK
M16=Next
M17=Setting range of constant K is K
M18=Device number exceeds upper bound:
M19=Wizard will not generate interrupt mark
M20=Please add interrupt mark by yourself
M21=otherwise system error will occur!
M22=PWM instruction, pulse output time can not be greater than output cycle
M23=PLSR instruction, setting range of max. output frequency is
M24=PLSR instruction, setting range of total output pulse is
M25=PLSR instruction, max. output pulse frequency error or total pulse setting error,
M26=cause error result
M27=PLSR instruction, setting range of acceleration/deceleration time
M28=Target frequency can not be the
M29=same as start frequency
M30=Output frequency setting range: K1~K10,000Hz
M31=Output frequency setting range: K1~K32,000Hz
M32=Output frequency setting range: K1~K200,000Hz
M33=Output pulse number setting range: K1~K32767 
M34=Output pulse number setting range: K1~K2,147,483,647
M35=Pulse unit switch, when M1070=ON, unit is 100us, when M1070=OFF, unit is 1ms
M36=Relative device M1258, the inverse of Y0 pulse output signal
M37=Pulse unit switch, when M1071=ON, unit is 100us, when M1071=OFF, unit is 1ms
M38=Relative device M1259,the inverse of Y2 pulse output signal
M39=Setting range: K10~K32,767Hz, it must be the multiple of 10
M40=setting range: K110~K32,767
M41=Setting range: K10~K200,000Hz, it must be the multiple of 10
M42=Setting range: K110~K2,147,483,647
M43=Output setting of special high-speed pulse (50KHz):
M44=Parameter of PLSR should be constant K when drawing timing diagram
M45=Can not build the sharing memory
M46=Setting range of constant H  is H
M47=Max. frequency of PLSR output
M48=Total pulse number of PLSR output
M49=PLSR Acceleration/Decleration time
M47=PLSR target frequency
M48=PLSR total output pulse
M49=PLSR acceleration/deceleration time
M50=must
M51=above
M52=Start frequency
[PidMsgHscMsg]
M0=Setup High-Speed Counter instruction
M1=Setup PID  instruction
M2=Output value is within latched data register area
M3=Confirm
M4=Finish
M5=Normal frequency
M6=Double frequency
M7=Next
M8=Please input value
M9=Value range
M10=PID - 16 bits  instruction
M11=DPID - 32 bits  instruction
M12=Three times frequency
M13=Four times frequency
M14=Saturated output value : upper bound should be greater than lower bound
M15=Saturated integration value : upper bound should be greater than lower bound
M16=Target value is within the setting range of parameter value
M17=Present value is within the setting range of parameter value
M18=Output value is within the setting range of parameter value
M19=Counting direction of counter is not selected yet
M20=The conditions for count up and down are the same
M21=Return to edition screen to modify or not?
M22=The device number should be a octal number
M23=Setting range of constant K is K-2,147,483,648 ~ K2,147,483,647
M24=Setting range of constant H is H0000~HFFFF
M25=The device number exceeds upper bound: 
M26=Conditional contact and counter contact are used repeatedly. Do you want to modify? 
M27=Please back to edition screen to modify.
M28=When M1260=On, input point X5 is a reset signal.
M29=Do you want to generate initial instruction?
M30=Pulse input : X
M31=Increasing input : X
M32=Decreasing input : X
M33=Reset input : X
M34=Start input : X
M35=A-phase input : X
M36=B-phase input : X
M37=DHSZ--lower bound of area comparison should be less than upper bound of area comparison
M38=High-Speed Counter Instruction Wizard for ES/EX/SS Series 
M39=High-Speed Counter Instruction Wizard for SA/SX/SC Series
M40=comparison value
M41=upper bound
M42=lower bound
M43=High-Speed Counter Instruction Wizard for PB Series
M44=High-Speed Counter Instruction Wizard for PC/PA/PH Series
M45=The parameter setting of device D is in the special D range (1000~2000)
M46=Would you want to modify?
M47=Parameter setting is not latched register
M48=(Latched type for parameter setting is recommened for saving relative parameter for futher usage)
M49=The register of GPWM output cycle is in the available range of the register of parameter
M50=The register numbers of target value, present value, and output value of PID command can't be overlapped for any two of them.
M51=The register of GPWM output cycle can't be same as any of the registers of target value, present value, and output value of PID command.
M52=(Note: the indicated registers of target value, present value and output value will occupy continuous 2 registers for 32-bit PID command)
M53=Rising-edge mode
M54=Falling-edge mode
M55=Both rising-edge and falling-edge mode
M56=(For SC)
M57=(For PH)

[OriControlMsg]
M0=Y0 output
M1=AB-phase output of Y0 and Y1 (A-phase leads B-phase)
M2=AB-phase output of Y0 and Y1 (B-phase leads A-phase) 
M3=Y1 output
M4=Y2 output
M5=AB-phase output of Y2 and Y3 (A-phase leads B-phase)
M6=AB-phase output of Y2 and Y3 (B-phase leads  A-phase)
M7=Y3 output
M8=Next
M9=OK
M10=ZRN instruction - setting range of zero return is K
M11=ZRN  instruction - setting range of jog is K
M12=PLSV  instruction - setting range of pulse output frequency is K
M13=RAMP  instruction - setting range of scan times is K1 - K32767
M14=DRVI  instruction - setting range of pulse output number is K
M15=OK
M16=Next
M17=Setting range of constant K is K
M18=Device number exceeds upper bound:
M19=DRVI  instruction - setting range of pulse output frequency is K
M20=DRVA  instruction - setting range of pulse output number is K
M21=DRVA  instruction - setting range of pulse output frequency is K
M22=Numeric range:
M23=The current value register ( D1349 high word, D1348 low word ) of  CH0 pulse or current value register ( D1351 high word,
M24=D1352 low word ) of  CH1 will both be used in positioning control instructions and pulse output instructions and this will result
M25=( ABSR ) and relative/absolute position control instruction ( DRVI / DRVA ). 
M26=Notes when using positioning control instructions (ZRN, DRVI, DRVA) and pulse output instructions (PLSY, PWM, PLSR)
M27=at the same time:

[PLCLinkMsg]
M0=Finish
M1=Next
M2=Baud Rate should be less than 9600 bps, and time out should be greater than 1000ms
M3=System will auto change the time-out to 1000
M4=Please input value
M5=Are you sure to delete all records?
M6=Are you sure to delete this record?
M7=This port can not open or be occupied: COM
M8=Communication error (COM 
M9=The ID number between master station and slave station can not be the same.
M10=Please check the following slave ID, and make sure to delete or not ?  
M11=The item numbers of read/write are more than 16, so the value of communication time out must more than 500ms.
M12=To avoid communication time out will occour. 
M13=, current setting value of communication time out is :  
M14=Recommend going back to modify
M15=The setting number of Data register for reading out data is within special data register (D1000 - D1999):
M16=The setting number of Data register for writting in data is within special data register (D1000 - D1999):
M17=Series : 
M18=Setting range of slave communication address (ID)  : 
M19=Device
M20=Value
M21=ID
M22=Reading addr.
M23=Reading num.
M24=Writting addr.
M25=Writting num.
M26=Please make sure that have setup all conditional clause ! 
M27=Yes : Product  instruction codes and close editor window of wizard
M28=No : Go back to editor window
M29=Current item numbers of reading out data or writing in data are more than 16, its number will be reset to 0
M30=Slave ID address :  
M31=Addr
M32=Address Range¡G
M33=Please input start address of ID1 from slave station!
M34=Time out !!

[IntWizardMsg]
M0=Confirm
M1=Input interrupts
M2=Timer interrupts
M3=Counter interrupts
M4=Character receiving interrupt
M5=Pulse output interrupt
M6=Time interrupt pointer is used repeatedly, using it to replace the old one or not?
M7=External interrupt pointer is used repeatedly, using it to replace the old one or not?
M8=External input interrupt is used for occupying input points, it cannot be used for high-speed counter input.
M9=High-speed counter input is used for occupying input points, it cannot be used for external input interrupt.
M10=Time setting range is 10 - 99 (time base = 1ms)
M11=Time setting range is 1 - 99 
M12=(time base = 1ms)
M13=(time base = 0.1ms)
M14=Receiving completed interrupt

[CRWizardMsg]
M0=Confirm
M1=If it needs to correct fault?
M2=The following CR# which store address of reading data (FROM instruction) is the same:
M3=Channel 1 : OFFSET setting range should be 
M4=Channel 1 :  GAIN setting range should be 
M5=Channel 1 :  The result of (GAIN-OFFSET) should be 
M6=Channel 2 :  OFFSET setting range should be
M7=Channel 2 :  GAIN setting range should be
M8=Channel 2 :  The result of (GAIN-OFFSET) should be
M9=Channel 3 :  OFFSET setting range should be
M10=Channel 3 :  GAIN setting range should be
M11=Channel 3 :  The result of (GAIN-OFFSET) should be
M12=Channel 4 :  OFFSET setting range should be
M13=Channel 4 :  GAIN setting range should be
M14=Channel 4 : The result of (GAIN-OFFSET) should be
M15=No action is selected
M16=Conditional : 
M17=The address used to save data
M18=Channel 5 :  OFFSET setting range should be
M19=Channel 5 :  GAIN setting range should be
M20=Channel 5 : The result of (GAIN-OFFSET) should be
M21=Channel 6 :  OFFSET setting range should be
M22=Channel 6 :  GAIN setting range should be
M23=Channel 6 : The result of (GAIN-OFFSET) should be
M24=Next
M25=Normal frequency
M26=Double frequency
M27=Four times frequency
M28=Up/down count is controlled by external input
M29=Up/down count is controlled by register
M30=DVP04AD   Analog Input Module
M31=DVP06XA   Analog Input/Output Mixed Module
M32=DVP04TC   Thermocouple Sensors Module 
M33=DVP04PT   Platinum Temperature Sensor (PT100)
M34=DVP02DA   Analog Output Module
M35=DVP04DA   Analog Output Module
M36=DVP08RT   Resistor Thermocouple
M37=DVP01HC   High-Speed Counter Module
M38=Please check the input setting of each channel that is relative to OFFSET and GAIN value
M39=Setting range :
M40=Setting range of input voltage mode : 
M41=Setting range of input current mode : 
M42=Does not set any parameter, exit this editor window or not ?
M43=ELC-AN04ANNN   Analog to Digital Converter Module
M44=ELC-AN06AANN   Analog Input/Output Mixed Module
M45=ELC-PT04ANNN   Platinum Temperature Sensors Module
M46=ELC-AN02NANN   Digital to Analog Converter Module
M47=ELC-TC04ANNN   Thermocouple Sensors Module 
M48=ELC-AN04NANN   Digital to Analog Covnerter Module
M49=DVP02HC   High-Speed Counter Module
M50=DVP01PU-S Position Control Unit Module
M51=DVP01PU-H Position Control Unit Module


[CommAppMsg]
M0=exceed RS transmission number range (0-256)
M1=Next
M2=No item is selected. If setting communication instruction (D1120) only?
M3=Back
M4=Finish
M5=Out of the transmission number range
M6=Out of the receive number range
M7=Out of the LRC/CRC operation range
M8=Out of MODRD communication address range
M9=Out of MODRD data length range
M10=Out of MODWR communication address range
M11=Out of MODRW communication address range
M12=Out of MODRW function code range
M13=Out of MODRD read data address range
M14=Out of MODRW read/write data length range (K1~K8 or H1~H8)
M15=If function code is 3, start condition can't use LDP or LDF  instruction.
M16=Out of FWD communication address range
M17=Out of FWD AC drive frequency range
M18=Out of FWD settings (K1~K2)
M19=   K1:  instruction for specific AC drive
M20=   K2:  instruction for all connected AC drives
M21=Out of REV communication address range
M22=Out of REV AC drive frequency range
M23=Out of REV settings (K1~K2)
M24=Out of STOP communication address range
M25=Out of STOP AC drive frequency range
M26=Out of STOP settings (K1~K2)
M27=   K1: instruction for specific AC drive
M28=   K2: instruction for all connected AC drives
M29=Out of RDST communicationi address range
M30=Out of RDST settings (K0~K3)
M31=   K0:frequency instruction
M32=   K1:output frequency
M33=   K2:output current
M34=   K3:running instruction
M35=Out of RSTEF communication address range
M36=Out of RSTEF settings (K1~K2)
M37=Cannot build share memory.
M38=The start word of communication control string has not set yet.
M39=The first end word of communication control string has not set yet.
M40=The second end word?of communication control string has not set yet.
M41=Please press "setting the content" button for setting.
M42=Setting range : 
M43=Upper bound of device number: 




[GsmModemMsg]
M0=Confirm
M1=Warnning
M2=Select at least one sending mode!!
M3=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "Send message by TEXT mode"!!
M4=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "Send message by PDU mode"!!
M5=The RS instruction start-up condition of using "Send message by TEXT mode" can not be the same one as "Send message by PDU mode"!!
M6=The RS instruction start-up condition of using "Send message dial" can not be the same one as "Send message"!!
M7=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "Send message dial"!!
M8=Finish
M9=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "Send message"!!
M10=The RS instruction start-up condition of using "Send message by TEXT mode" can not be the same one as "Send message dial"!!
M11=Please input Mobile phone number!!
M12="The RS instruction start-up condition of using "Send message by TEXT mode" can not be the same one as "Send message"!!
M13=The RS instruction start-up condition of using "Send message by PDU mode" can not be the same one as "Send message dial"!!
M14=Key in the number of message service center!!
M15=The RS instruction start-up condition of using "Send message by PDU mode" can not be the same one as "Send message"!!
M16=The RS instruction start-up condition of using "Send message of modem content" can not be the same one as "PDU code"!!
M17=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "Send message of modem content"!!
M18=The RS instruction start-up condition of using "Detect if GSM MODEM registration is successful" can not be the same one as "PDU code"!!
M19=The RS instruction start-up condition of using "Send message by TEXT mode" can not be the same one as "Send message of modem content"!!
M20=The RS instruction start-up condition of using "Send message by TEXT mode" can not be the same one as "PDU code"!!
M21=The RS instruction start-up condition of using "TEXT mode_Send message dial" can not be the same one as "Send message of modem content"!!
M22=The RS instruction start-up condition of using "TEXT mode_Send message dial" can not be the same one as "PDU code"!!
M23=The RS instruction start-up condition of using "TEXT mode_Send message" can not be the same one as "Send message of modem content"!!
M24=The RS instruction start-up condition of using "TEXT mode_Send message" can not be the same one as "PDU code"!!
M25=The RS instruction start-up condition of using "Send message by PDU mode" can not be the same one as "Send message content"!!
M26=The RS instruction start-up condition of using "Send message by PDU mode" can not be the same one as "PDU mode"!!


[TemperateMsg]
M0=Timeout!
M1=Communication error
M2=Communication port has been used or no this port!
M3=Range
M4=File
M5=lost!
M6=Open file
M7=error!