[INIFiles] LMABQHPROTOCOL_INI=R3DTUHPt.INI LMABQHTEMP_INI=R3DTUHTp.INI LMABQMFP_PROFILE=R3DTUPrf.ini LMABQSCANNERLIST=R3DTUSLT.dat [RunTime] IniVersion=0001 // INI version FWVersion=0001 // Firmware version DriverVersion=1.92.0.0 DriverType=1 //DriverType: 1.USB 2.Network 3.Mixed SensorType=0 // 0: NEC 8872 1:TOSHIBA 2953 2:TOSHIBA 2905 MotorType=0 // 0: 6219 [KPaper] VisualHomePosY=472 // Unit: half step WhiteStartPosY=472 // Unit: half step ScanInAccPosY=0 // Unit: half step TA_VisualHomePosY=4300 // Unit: half step TA_WhiteStartPosY=4300 // Unit: half step TA_ScanInAccPosY=3600 // Unit: half step [PWM_Control] PWM_Enable=0 // 1: Enable lamp PWM; 0: Disable lamp PWM DurationOn=100 // Lamp on Duration (2-bytes) DurationOff=100 // Lamp off Duration (2-bytes) [LampInverter] InverterEnable=1 // 1: With inverter circuit; 0: Without SwitchDelayTime=3000 // Unit: milli-second [Motor] MotorCurrent100dpi=2 // 2-bits: 0 ~ 3 MotorCurrent150dpi=2 // 2-bits: 0 ~ 3 MotorCurrent300dpi=1 // 2-bits: 0 ~ 3 MotorCurrent600dpi=1 // 2-bits: 0 ~ 3 MotorCurrent1200dpi=1 // 2-bits: 0 ~ 3 MotorCurrent2400dpi=1 // 2-bits: 0 ~ 3 MotorCurrentBackHome=2 // 2-bits: 0 ~ 3 TA_MotorCurrent=1 // 2-bits: 0 ~ 3 MotorSpeedMode100dpi=1 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode150dpi=1 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode300dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode600dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode1200dpi=2 // 0: Full step, 1: Half step, 2: Micro step MotorSpeedMode2400dpi=2 // 1: Half step, 2: Micro step (Not support Full step) MotorSpeedModeBackhome=2 // 0: Full step, 1: Half step, 2: Micro step Run100dpiAccStep=845 // Max 1023 step Run150dpiAccStep=845 // Max 1023 step Run300dpiAccStep=255 // Max 1023 step Run600dpiAccStep=255 // Max 1023 step Run1200dpiAccStep=255 // Max 1023 step Run2400dpiAccStep=255 // Max 1023 step BackHomeAccStep=1023 // Max 1023 step StepOfSSByUserSetting=0 // 0: Calculate by LLD driver; 1: Setting by user SS100dpiStep=959 // For 100dpi Stop/Start, Max 1023 step SS150dpiStep=959 // For 150dpi Stop/Start, Max 1023 step SS300dpiStep=479 // For 300dpi Stop/Start, Max 1023 step SS600dpiStep=447 // For 600dpi Stop/Start, Max 1023 step SS1200dpiStep=255 // For 1200dpi Stop/Start, Max 1023 step SS2400dpiStep=255 // For 2400dpi Stop/Start, Max 1023 step TA_MotorSpeedMode300dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode600dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode1200dpi=1 // 0: Full step, 1: Half step, 2: Micro step TA_MotorSpeedMode2400dpi=1 // 1: Half step, 2: Micro step (Not support Full step) [Debug] DumpMessage=1 // Dump debug message. 1:Enable; 0:Disable. DumpLogFile=1 // Dump to log file. 1:Enable; 0:Disable. DumpMotorStepLogFile=0 // Dump motor step to log file. 1:Enable; 0:Disable. ShowLeadingPositionBox=0 // 1: show; 0: disable DumpRawImage=0 // Dump debug image. 1:Enable; 0:Disable. showscantime=0 // 1: show; 0: disable [DeviceID] DeviceID0=VID_043d&PID_001d DeviceID1=VID_043d&PID_0109 DeviceID2=VID_05CA&PID_2A03 DeviceID3=VID_05CA&PID_2A03 DeviceID4=VID_05CA&PID_2A04 [CheckLock] Method=0 // 0: "Motor Move" method; 1: "Check White-Sheet" method ForwardSteps=550 // For "Motor Move" method, based on half step BackwardSteps=330 // For "Motor Move" method, based on half step [WarmUp] FastWarmTime=45 // Warm up time in second (If use Canon's warm up sequence, this value is igored). FirstWarmTime=3 // For Canon warm-up sequence, S2 SecondWarmTime=5 // For Canon warm-up sequence, S14 FinalWarmTime=45 // For Canon warm-up sequence, S4 LowTempWarmTime=60 // For Canon warm-up sequence, S15 S14LLTarget=45 // (Flatbed) Target value for S14 L/L way cheching. S18LLTarget=50 // (Flatbed) Target value for S18 L/L way cheching. WarmUpCCDTarget=210 // (Flatbed) The target value of CCD output after WarmUp finished. TA_S14LLTarget=35 // (FAU) Target value for S14 L/L way cheching. TA_S18LLTarget=50 // (FAU) Target value for S18 L/L way cheching. TA_WarmUpCCDTarget=210 // (FAU) The target value of CCD output after WarmUp finished. [LOSSLESS] LosslessEnable=0 // 1: Enable JPEG function; 0: Disable LossLessValue=7 // Use Decimal format (Combine keep bit and encode bit value) [LUT] DefaultLUTFileEnable=1 // 1: Combine this LUT; 0: Bypass this LUT. FLB_300_LUT=R3DT600.plg // Gamma mapping file for fletbed 300 dpi. FLB_600_LUT=R3DT600.plg // Gamma mapping file for fletbed 600 dpi. FLB_1200_LUT=R3DT120.plg // Gamma mapping file for fletbed 1200 dpi. PTA_300_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 300 dpi. PTA_600_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 600 dpi. PTA_1200_LUT=C1210TA.plg // Gamma mapping file for FAU Positive 1200 dpi. [Property] RGB_Line_Shift=24 // Line spacing COLOR_SEQUENCE=0 // 1: RGB; 0: BGR HIGH_BUFFER_SIZE=1048576 //2048000 // Ring Buffer size HIGH_BUFFER_NUM=12 // The number of buffer MEDIUM_BUFFER_SIZE=1024000 // Ring Buffer size MEDIUM_BUFFER_NUM=16 // The number of buffer LOW_BUFFER_SIZE=256000 // Ring Buffer size LOW_BUFFER_NUM=30 // The number of buffer Max_Diff_Of_Gain=4096 Max_Diff_Of_Dark=2048 MaxGainAmpBit=8 // 2 MaxOffsetAmpBit=8 // 2 BitAllocation=2 // (Gain/Offset) 0:8/8, 1:10/6, 2:12/4 [FlatBed] FB_ExposureTime_Preview=2.0 // Flatbed, Exposure time of Preview, Unit:ms FB_ExposureTime_300=2.0 // Flatbed, Exposure time of 300 dpi, Unit:ms FB_ExposureTime_600=2.2 // Flatbed, Exposure time of 600 dpi, Unit:ms FB_ExposureTime_1200=3.6 // Flatbed, Exposure time of 1200 dpi, Unit:ms [TA_Positive] PTA_ExposureTime_300=5.0 // Positive, Exposure time of 300 dpi, Unit:ms PTA_ExposureTime_600=10.0 // Positive, Exposure time of 600 dpi, Unit:ms PTA_ExposureTime_1200=10.0 // Positive, Exposure time of 1200 dpi, Unit:ms [TA_Negative] NTA_ExposureTime_300=5.0 // Negative, Exposure time of 300 dpi, Unit:ms NTA_ExposureTime_600=10.0 // Negative, Exposure time of 600 dpi, Unit:ms NTA_ExposureTime_1200=10.0 // Negative, Exposure time of 1200 dpi, Unit:ms [VendorCommand] BulkOnly=0 // 0: via Control pipe; 1: via Bulk in/out pipes [Calib_Parm] FindLeadingEdgeEnable=1 // 1: Do this action; 0: Skip this action PixelGainEnable=1 // 1: Do this action; 0: Skip this action PixelDarkEnable=1 // 1: Do this action; 0: Skip this action Exposure_TargetWhite_R=180 // Target white for Exposure time adjust Exposure_TargetWhite_G=180 // Target white for Exposure time adjust Exposure_TargetWhite_B=180 // Target white for Exposure time adjust TargetWhite_R=222 // Target Code for calculating R channel VGA Gain TargetWhite_G=222 // Target Code for calculating G channel VGA Gain TargetWhite_B=224 // Target Code for calculating B channel VGA Gain TargetDark_R=8 // Target Code for calculating R channel DC Offset TargetDark_G=8 // Target Code for calculating G channel DC Offset TargetDark_B=8 // Target Code for calculating B channel DC Offset TA_Exposure_TargetWhite_R=180 // Target white for Exposure time adjust TA_Exposure_TargetWhite_G=180 // Target white for Exposure time adjust TA_Exposure_TargetWhite_B=180 // Target white for Exposure time adjust TA_TargetWhite_R=230 // Target Code for calculating R channel VGA Gain TA_TargetWhite_G=230 // Target Code for calculating G channel VGA Gain TA_TargetWhite_B=230 // Target Code for calculating B channel VGA Gain TA_TargetDark_R=4 // Target Code for calculating R channel DC Offset TA_TargetDark_G=4 // Target Code for calculating G channel DC Offset TA_TargetDark_B=4 // Target Code for calculating B channel DC Offset // Initial value of AFE PGAGainR=75 // Initial value of AFE Gain (Channel R) PGAGainG=75 // Initial value of AFE Gain (Channel G) PGAGainB=75 // Initial value of AFE Gain (Channel B) DACOffsetR=128 // Initial value of AFE Offset (Channel R) DACOffsetG=128 // Initial value of AFE Offset (Channel G) DACOffsetB=128 // Initial value of AFE Offset (Channel B) [Shading_Parm] ShadingOnce=0 // 1: Enable, only do pixel gain and offset at each mode first time, 0: Disable, always do pixel gain and offset SoftwareShadingEnable=0 // 1: Enable software shading; 0: Disable PixelOffsetDPCM=1 // 1: Do this action; 0: Skip this action TurnOffLampDelayTime=1000 // How long the time after turn off lamp we can start to get data for Dark Shading (millisecond). // Sorting method of Dark/White Shading, // 0: Drop the fixed pixel (Low & High). // 1: Scrap the data which lower than specific percentage of the highest. SortingMethod=0 DarkShadingLines_FLB=20 // (Fletbed) WhiteShadingLines_FLB=60 // (Fletbed) DarkShadingLines_TA=20 // (FAU) WhiteShadingLines_TA=60 // (FAU) // For Sorting Method 0 (FIX), FIX_TopSkipLines_FLB=10 // (Fletbed) FIX_BottomSkipLines_FLB=30 // (Fletbed) FIX_TopSkipLines_TA=10 // (FAU) FIX_BottomSkipLines_TA=30 // (FAU) // For Sorting Method 1 (PCT), PCT_KeepPercent_FLB=75 // (Fletbed) The data which lower than the percentage of the highest will be scraped. PCT_KeepPercent_TA=75 // (FAUd) The data which lower than the percentage of the highest will be scraped. PCT_TopSkipLines_FLB=0 // (Fletbed) PCT_TopSkipLines_TA=0 // (FAU) PreviewModePixelDarkOffset_R=-256 PreviewModePixelDarkOffset_G=-256 PreviewModePixelDarkOffset_B=-256 NoStaggerModePixelDarkOffset_R=-256 NoStaggerModePixelDarkOffset_G=-256 NoStaggerModePixelDarkOffset_B=-256 StaggerModePixelDarkOffset_R=-256 StaggerModePixelDarkOffset_G=-256 StaggerModePixelDarkOffset_B=-256 Scan300ModePixelDarkOffset_R=-256 Scan300ModePixelDarkOffset_G=-256 Scan300ModePixelDarkOffset_B=-256 TA_Scan300ModePiexlDarkOffset_R=0 TA_Scan300ModePiexlDarkOffset_G=0 TA_Scan300ModePiexlDarkOffset_B=0 TA_NoStaggerModePiexlDarkOffset_R=0 TA_NoStaggerModePiexlDarkOffset_G=0 TA_NoStaggerModePiexlDarkOffset_B=0 TA_StaggerModePiexlDarkOffset_R=0 TA_StaggerModePiexlDarkOffset_G=0 TA_StaggerModePiexlDarkOffset_B=0 Preview_Shading_Factor_R=1148 Preview_Shading_Factor_G=1148 Preview_Shading_Factor_B=1138 NoStagger_Shading_Factor_R=1148 NoStagger_Shading_Factor_G=1148 NoStagger_Shading_Factor_B=1138 Stagger_Shading_Factor_R=1148 Stagger_Shading_Factor_G=1148 Stagger_Shading_Factor_B=1138 300_Shading_Factor_R=1148 300_Shading_Factor_G=1148 300_Shading_Factor_B=1138 TA_300_Shading_Factor_R=1000 TA_300_Shading_Factor_G=1000 TA_300_Shading_Factor_B=1000 TA_NoStagger_Shading_Factor_R=1000 TA_NoStagger_Shading_Factor_G=1000 TA_NoStagger_Shading_Factor_B=1000 TA_Stagger_Shading_Factor_R=1000 TA_Stagger_Shading_Factor_G=1000 TA_Stagger_Shading_Factor_B=1000 // The following are for BK Smooth Method BK_MovingAvgPixel=100 // The pixel number of smooth moving window BK_Offset=-20 // 16bits signed data BK_Threshold=48 // 16bits data //BK_MovingAvgPixel_300=100 // The pixel number of smooth moving window for 300 dpi. //BK_Offset_300=-20 // 16bits signed data for 300 dpi. //BK_Threshold_300=48 // 16bits data for 300 dpi. //BK_MovingAvgPixel_600=100 // The pixel number of smooth moving window for 600 dpi. //BK_Offset_600=-20 // 16bits signed data for 600 dpi. //BK_Threshold_600=48 // 16bits data for 600 dpi. //BK_MovingAvgPixel_1200=100 // The pixel number of smooth moving window for 1200 dpi. //BK_Offset_1200=-20 // 16bits signed data for 1200 dpi. //BK_Threshold_1200=48 // 16bits data for 1200 dpi. [StartPos_Parm] SearchOnce=0 // 0: Search Start Position Every Time; 1: Search Once. Default_X=290 Default_Y=1350 X_Offset=50 //40 // (unit: 1200 dpi) Y_Offset=370 //350 // (unit: half step) X_Range=10000 Y_Range=10000 X_RealSet=198 Y_RealSet=1226 TA_Default_X=4500 TA_Default_Y=6800 TA_X_Offset=380 //136 // (unit: 1200 dpi) TA_Y_Offset=2370 //2400 // (unit: half step) TA_X_Range=10000 TA_Y_Range=10000 TA_X_RealSet=4472 TA_Y_RealSet=7062 [Driving_Setting_Register] DrivingSettingEnable=1 // 1: Enable; 0: Disable ADCDRVReg=241 // Default=0xF1 (Refer to M5623 Data Sheet Register 0xFE0C) GPODRVReg=227 // Default=0xE3 (Refer to M5623 Data Sheet Register 0xFE0D)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.