PowerFlex 750-Series AC Drives User Manual

Programming and Parameters 3-175FileGroupNo.NameDescriptionValuesRead-WriteData Type80 Enc Out SelEncoder Output SelectSelects the Encoder Output. If the feedback 0 or 1 device is configured as AQuad B Z or Hall Sensor, then this parameter has to be set to None. Otherwise,there is an Encoder Output Alarm (Bit 16 of [Module Sts]).Default:Options:0 = “None”0 = “None”1 = “Reserved”2 = “Sine Cosine”3 = “Channel X”4 = “Channel Y”RW 32-bitInteger81 Enc Out ModeEncoder Output ModeConfigures the Encoder Output type.Default:Options:0 = “A Quad B”0 = “A Quad B”1 = “Inv A Quad B”RW 32-bitIntegerHOST GROUPSEncoder Out82 Enc Out FD PPREncoder Output PPRSpecifies the encoder output PPR for the simulated encoder mode ([Enc Out Sel]= “Virtual Master” or “Channel X” or “Channel Y”). In the emulated encoder mode,the SIN/COS signals PPR defines the encoder output PPR.83 Enc Out Z OffsetEncoder Output Z OffsetConfigures the offset of the Z pulse for the emulated/simulated encoder output.The marker offset is specified within one revolution.Default:Options:1 = “1024 PPR”0 = “512 PPR”1 = “1024 PPR”2 = “2048 PPR”3 = “4096 PPR”Units: PPRDefault: 0Min/Max: 0 / 100000RW 32-bitIntegerRW 32-bitInteger84 Enc Out Z PPREncoder Output Z PPRConfigures the number of Z-Pulses per revolution.Default:Options:0 = “1 Z-Pulse”0 = “1 Z-Pulse”1 = “2 Z-Pulses”2 = “4 Z-Pulses”3 = “8 Z-Pulses”4 = “16 Z-Pulses”5 = “32 Z-Pulses”RW 32-bitIntegerFileGroupNo.NameDescriptionValuesRead-WriteData Type90 Rgsn ArmRegistration ArmSelects Registration Latches to be used.OptionsReservedReservedReservedReservedReservedReservedArm Latch 10Arm Latch 9Arm Latch 8Arm Latch 7Arm Latch 6Arm Latch 5Arm Latch 4Arm Latch 3Arm Latch 2Arm Latch 1Default 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 00 = Condition False1 = Condition TrueHOST GROUPSRegistration91 Rgsn In 0 FilterRegistration Input 0 FilterConfigures a digital filter for the registration input 0. This filter can be used toreject spurious noise. The filter works by waiting a programmed time beforedeciding that the signal is valid. This waiting imposes a mandatory delay in theregistration signal. The filter delay is programmable in increments of 100nanoseconds from 0 (or no delay) up to 1500 nanoseconds.Default:Options:0 = “0 ns”0 = “0 ns”1 = “100 ns”2 = “200 ns”3 = “300 ns”4 = “400 ns”5 = “500 ns”6 = “600 ns”7 = “700 ns”8 = “800 ns”9 = “900 ns”10 = “1000 ns”11 = “1100 ns”12 = “1200 ns”13 = “1300 ns”14 = “1400 ns”15 = “1500 ns”RW RealPowerFlex 750-Series User Manual – Publication 750-UM001C-EN-P – September 2009