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Name ID Label Description Type Access Class
rPIDSetpoint1 40C5 PID Setpt Out 1 Sets the PID control setpoint for Output 1. R/W Float 0
rPIDSetpoint2 40C6 PID Setpt Out 2 Sets the PID control setpoint for Output 2. R/W Float 0
rPIDProportionalBand1 40C7 PID Prop Band Out 1 Sets the PID proportional band for Output 1. R/W Float 0
rPIDProportionalBand2 40C8 PID Prop Band Out 2 Sets the PID proportional band for Output 2. R/W Float 0
iOneLowUnsignedIntegerOutputIndexSC200 40CA R/W Index 4096
eErrorHoldMode 40CC Error Hold Mode Holds Outputs at last known value or switches to Transfer mode when sensor loses communication with controller. R/W Enum 64
eMeasurementSelect1 40CD Meas. Select Output 1 Selection list of sensor measurements. R Enum 64
eMeasurementSelect2 40CE Meas. Select Output 2 Selection list of sensor measurements. R Enum 64
eType1 40B6 Type Output 1 Selection list of output modes. R/W Enum 64
eType2 40B8 Type Output 2 Selection list of output modes. R/W Enum 64
iFilter1 4069 Filter Output 1 Time constant Output 1. R/W Unsigned 64
iFilter2 406A Filter Output 2 Time constant Output 2. R/W Unsigned 64
eMinCurrentSelect1 4067 0/4 mA Sel Out 1 Minimum current selection Output 1. R/W Enum 64
eMinCurrentSelect2 4068 0/4 mA Sel Out 2 Minimum current selection Output 2. R/W Enum 64
ePIDMode1 40C2 PID Mode Output 1 Auto/Manual mode selection for Output 1. R/W Enum 0
ePIDMode2 40C4 PID Mode Output 2 Auto/Manual mode selection for Output 2. R/W Enum 0
ePIDPhase1 40CF Phase Output 1 Direct/Reverse phase selection Output 1. R/W Enum 0
ePIDPhase2 40D0 Phase Output 2 Direct/Reverse phase selection Output 2. R/W Enum 0
iPIDIntegralTime1 40D1 PID Integral Out 1 Integral time in seconds Output 1. R/W Unsigned 0
iPIDIntegralTime2 40D2 PID Integral Out 2 Integral time in seconds Output 2. R/W Unsigned 0
iPIDDerivativeTime1 40D3 PID Derivative Out 1 Derivative time in seconds Output 1. R/W Unsigned 0
iPIDDerivativeTime2 40D4 PID Derivative Out 2 Derivative time in seconds Output 2. R/W Unsigned 0
iPIDTransitTime1 40D5 PID Transit Out 1 Stops all PID control for a selected period of time. R/W Unsigned 0
iPIDTransitTime2 40D6 PID Transit Out 2 Stops all PID control for a selected period of time. R/W Unsigned 0
eRange1 40D7 Range Output 1 Selection List of sensor ranges. R Enum 0
eRange2 40D8 Range Output 2 Selection List of sensor ranges. R Enum 0
iOneLowFloatIndexSC200 40DC R/W Index 4096
rHighAlarmAlarmA 40DE High Alarm A Sets the High Alarm setpoint for Alarm A. R/W Float 0
rHighAlarmAlarmB 40E1 High Alarm B Sets the High Alarm setpoint for Alarm B. R/W Float 0
rHighAlarmAlarmC 40E4 High Alarm C Sets the High Alarm setpoint for Alarm C. R/W Float 0
rHighAlarmAlarmD 40E7 High Alarm D Sets the High Alarm setpoint for Alarm D. R/W Float 0
rLowAlarmAlarmA 40EA Low Alarm A Sets the Low Alarm setpoint for Alarm A. R/W Float 0
rLowAlarmAlarmB 40EB Low Alarm B Sets the Low Alarm setpoint for Alarm B. R/W Float 0
rLowAlarmAlarmC 40EC Low Alarm C Sets the Low Alarm setpoint for Alarm C. R/W Float 0
rLowAlarmAlarmD 40ED Low Alarm D Sets the Low Alarm setpoint for Alarm D. R/W Float 0
rHighDeadbandAlarmA 40EE High Deadband A Sets the High Alarm deadband for Alarm A. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rHighDeadbandAlarmB 40EF High Deadband B Sets the High Alarm deadband for Alarm B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rHighDeadbandAlarmC 40F0 High Deadband C Sets the High Alarm deadband for Alarm C. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rHighDeadbandAlarmD 40F1 High Deadband D Sets the High Alarm deadband for Alarm D. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rLowDeadbandAlarmA 40F2 Low Deadband A Sets the Low Alarm deadband for Alarm A. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rLowDeadbandAlarmB 40F3 Low Deadband B Sets the Low Alarm deadband for Alarm B. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rLowDeadbandAlarmC 40F4 Low Deadband C Sets the Low Alarm deadband for Alarm C. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rLowDeadbandAlarmD 40F5 Low Deadband D Sets the Low Alarm deadband for Alarm D. Deadband is a hysteresis so the relay will not swing unregulated when the process value converges to the setpoint R/W Float 0
rSetpointControlA 40F6 Setpoint Control A Sets the Controller Setpoint for Relay A. R/W Float 0
rSetpointControlB 40F7 Setpoint Control B Sets the Controller Setpoint for Relay B. R/W Float 0
rSetpointControlC 40F8 Setpoint Control C Sets the Controller Setpoint for Relay C. R/W Float 0
rSetpointControlD 40F9 Setpoint Control D Sets the Controller Setpoint for Relay D. R/W Float 0
rDeadbandControlA 40FA Sets the Controller Deadband/Proportional Band for Relay A. R/W Float 0
rDeadbandControlB 40FB Sets the Controller Deadband/Proportional Band for Relay B. R/W Float 0
rDeadbandControlC 40FC Sets the Controller Deadband/Proportional Band for Relay C. R/W Float 0
Name ID Label Description Type Access Class