Tag Name Data Type Module Register Bit Description
O_Clear_Motor_Error BOOL 4:0022 0 Clear Motor Error Left & Right
O_ConveyStop_Command INT 4:0020 - ‘1’ – Stop state; ‘2’ – clear Stop; transition 0 – 2 is needed to clear the Stop
O_Enable_Module INT AOI Logic 1 – Move Reset Counter from I.Data(18) to O.Data(22)
O_Mtr_Accel_Ramp_Left INT 4:0043 - Value in mm for MDR or Pulses for PGD
O_Mtr_Accel_Ramp_Right INT 4:0067 - Value in mm for MDR or Pulses for PGD
O_Mtr_Brake_Method_Left INT 4:0261 - ‘1’ – normal; ‘2’ – free; ‘3’ – servo
O_Mtr_Brake_Method_Right INT 4:0271 - ‘1’ – normal; ‘2’ – free; ‘3’ – servo
O_Mtr_Decel_Ramp_Left INT 4:0044 - Value in mm for MDR or Pulses for PGD
O_Mtr_Decel_Ramp_Right INT 4:0068 - Value in mm for MDR or Pulses for PGD
O_Mtr_Dig_Ctrl_Clear_OverCurrent_Left BOOL 4:0060 15 1 = Clear Over-current error
O_Mtr_Dig_Ctrl_Clear_OverCurrent_Right BOOL 4:0084 15 1 = Clear Over-current error
O_Mtr_Dig_Ctrl_Dig_Outputs_En_Left BOOL 4:0060 8 0 = Use port as Motor Control, 1 = Use port as Digital Output
O_Mtr_Dig_Ctrl_Dig_Outputs_En_Right BOOL 4:0084 8 0 = Use port as Motor Control, 1 = Use port as Digital Output
O_Mtr_Dig_Ctrl_Pin3_Left BOOL 4:0060 0 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dig_Ctrl_Pin3_Right BOOL 4:0084 0 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dig_Ctrl_Pin4_Left BOOL 4:0060 1 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dig_Ctrl_Pin4_Right BOOL 4:0084 1 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dig_Ctrl_Pin5_Left BOOL 4:0060 2 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dig_Ctrl_Pin5_Right BOOL 4:0084 2 Digital Output Control (1 – energized, 0 – clear)
O_Mtr_Dir_Left BOOL 4:0260 8 On = Run in Opposite of Config. Dir.
O_Mtr_Dir_Right BOOL 4:0270 8 On = Run in Opposite of Config. Dir.
O_Mtr_Run_Left BOOL 4:0260 0 On = Run
O_Mtr_Run_Right BOOL 4:0270 0 On = Run
O_Mtr_Slave_Mode_Left INT 4:0262 - 0 = Ignore 1 = OFF: Left motor independently controlled 2 = ON: Left motor mirrors Right motor control
O_Mtr_Slave_Mode_Right INT 4:0272 - 0 = Ignore 1 = OFF: Right motor independently controlled 2 = ON: Right motor mirrors Left motor control
O_Mtr_Speed_Left INT 4:0040 - Value in 0.1% units of motor %PWM, range: 0 to 1000
O_Mtr_Speed_Right INT 4:0064 - Value in 0.1% units of motor %PWM, range: 0 to 1000
O_Sensor_Prt_Mask_AUX_Left BOOL 4:0034 0 Invert the Active State for the AUX Input
O_Sensor_Prt_Mask_AUX_Right BOOL 4:0034 2 Invert the Active State for the AUX Input
O_Sensor_Prt_Mask_SEN_Left BOOL 4:0034 4 Invert the Active State for the Sensor Input
O_Sensor_Prt_Mask_SEN_Right BOOL 4:0034 6 Invert the Active State for the Sensor Input
O_Servo_GoCmd_Left BOOL 4:0008 1 Go to Commanded Position from Position 0
O_Servo_GoCmd_Right BOOL 4:0013 1 Go to Commanded Position from Position 0
O_Servo_Position_Left INT 4:0009 - Value in pulses
O_Servo_Position_Right INT 4:0014 - Value in pulses
O_Servo_ZeroCmd_Left BOOL 4:0009 0 Set Current Pulse Count as 0
O_Servo_ZeroCmd_Right BOOL 4:0014 0 Set Current Pulse Count as 0
O_Tracking_To_Downsteam DINT 4:0201 (MSW) 4:0202 (LSW) - Tracking Hi Word for Load Being Discharged
O_Zone_Sts_DnZn INT 4:0196 Lo Byte Downstream Zone Status
O_Zone_Sts_UpZn INT 4:0116 Lo Byte Upstream Zone Status

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