Primary Address Short address Vstart Range 0-252 Acceleration Range 0-255 Deceleration Range 0-255 Vhigh Range 0-252 Vmid Range 0-252 Decoder Version Manufacturer ID Motor Frequency and EMF sample Rate EMF Feedback Cutoff Speed Step off on Analog Mode Function Status - F1 off on Analog Mode Function Status - F2 off on Analog Mode Function Status - F3 off on Analog Mode Function Status - F4 off on Analog Mode Function Status - F5 off on Analog Mode Function Status - F6 off on Analog Mode Function Status - F7 off on Analog Mode Function Status - F0 Long Address 4 digit address (Range 0001-9999) Consist Address Allows permanent storage of consist address. Range 0-127 Locomotive Address Only Respond to Consist Address Consist Address Active For F1 Locomotive Address Only Respond to Consist Address Consist Address Active For F2 Locomotive Address Only Respond to Consist Address Consist Address Active For F3 Locomotive Address Only Respond to Consist Address Consist Address Active For F4 Locomotive Address Only Respond to Consist Address Consist Address Active For F5 Locomotive Address Only Respond to Consist Address Consist Address Active For F6 Locomotive Address Only Respond to Consist Address Consist Address Active For F7 Locomotive Address Only Respond to Consist Address Consist Address Active For F8 Locomotive Address Only Respond to Consist Address Consist Address Active For FL in Forward Locomotive Address Only Respond to Consist Address Consist Address Active For FL in Reverse Acceleration Trim Add Subtract Acceleration Trim Sign Deceleration Trim Add Subtract Deceleration Trim Sign Does Not Stop Stops when Right rail is higher voltage Stops when Left rail is higher voltage Stops in Both Directions Direction Dependent stops with asymmetrical DCC Disabled Enabled Ch. 1 for Address Disabled Enabled Ch. 2 for Railcom Data Disabled Enabled Ch. 1 for Acknowledgment Forward Reverse Normal direction of motion 14 28/128 (recommended) Speed Steps Off On Analog conversion mode No Yes Enable RailCom Use Vstart, Vmid, Vhigh (CV29, bit 4) Use Table (CV's 67-94) Use Speed Table 2 digit addressing 4 digit addressing Addressing Mode No Yes FL(f) controls output 1 No Yes FL(f) controls output 2 No Yes FL(f) controls output 3 No Yes FL(f) controls output 4 No Yes FL(f) controls output 5 No Yes FL(f) controls output 6 No Yes FL(f) controls output 7 No Yes FL(f) controls output 8 No Yes FL(r) controls output 1 No Yes FL(r) controls output 2 No Yes FL(r) controls output 3 No Yes FL(r) controls output 4 No Yes FL(r) controls output 5 No Yes FL(r) controls output 6 No Yes FL(r) controls output 7 No Yes FL(r) controls output 8 No Yes F1 controls output 1 No Yes F1 controls output 2 No Yes F1 controls output 3 No Yes F1 controls output 4 No Yes F1 controls output 5 No Yes F1 controls output 6 No Yes F1 controls output 7 No Yes F1 controls output 8 No Yes F2 controls output 1 No Yes F2 controls output 2 No Yes F2 controls output 3 No Yes F2 controls output 4 No Yes F2 controls output 5 No Yes F2 controls output 6 No Yes F2 controls output 7 No Yes F2 controls output 8 No Yes F3 controls output 4 No Yes F3 controls output 5 No Yes F3 controls output 6 No Yes F3 controls output 7 No Yes F3 controls output 8 No Yes F4 controls output 4 No Yes F4 controls output 5 No Yes F4 controls output 6 No Yes F4 controls output 7 No Yes F4 controls output 8 No Yes F5 controls output 4 No Yes F5 controls output 5 No Yes F5 controls output 6 No Yes F5 controls output 7 No Yes F5 controls output 8 No Yes F6 controls output 4 No Yes F6 controls output 5 No Yes F6 controls output 6 No Yes F6 controls output 7 No Yes F6 controls output 8 No Yes F7 controls output 7 No Yes F7 controls output 8 No Yes F8 controls output 7 No Yes F8 controls output 8 No Yes F9 controls output 7 No Yes F9 controls output 8 No Yes F10 controls output 7 No Yes F10 controls output 8 No Yes F11 controls output 7 No Yes F11 controls output 8 No Yes F12 controls output 7 No Yes F12 controls output 8 No Yes AltF3 controls output 1 No Yes AltF3 controls output 2 No Yes AltF3 controls output 3 No Yes AltF3 controls output 4 No Yes AltF3 controls output 5 No Yes AltF3 controls output 6 No Yes AltF3 controls output 7 No Yes AltF3 controls output 8 No Yes AltF4 controls output 1 No Yes AltF4 controls output 2 No Yes AltF4 controls output 3 No Yes AltF4 controls output 4 No Yes AltF4 controls output 5 No Yes AltF4 controls output 6 No Yes AltF4 controls output 7 No Yes AltF4 controls output 8 No Yes AltF5 controls output 1 No Yes AltF5 controls output 2 No Yes AltF5 controls output 3 No Yes AltF5 controls output 4 No Yes AltF5 controls output 5 No Yes AltF5 controls output 6 No Yes AltF5 controls output 7 No Yes AltF5 controls output 8 No Yes AltF6 controls output 1 No Yes AltF6 controls output 2 No Yes AltF6 controls output 3 No Yes AltF6 controls output 4 No Yes AltF6 controls output 5 No Yes AltF6 controls output 6 No Yes AltF6 controls output 7 No Yes AltF6 controls output 8 No Yes AltF7 controls output 1 No Yes AltF7 controls output 2 No Yes AltF7 controls output 3 No Yes AltF7 controls output 4 No Yes AltF7 controls output 5 No Yes AltF7 controls output 6 No Yes AltF7 controls output 7 No Yes AltF7 controls output 8 No Yes AltF8 controls output 1 No Yes AltF8 controls output 2 No Yes AltF8 controls output 3 No Yes AltF8 controls output 4 No Yes AltF8 controls output 5 No Yes AltF8 controls output 6 No Yes AltF8 controls output 7 No Yes AltF8 controls output 8 No Yes AltF9 controls output 1 No Yes AltF9 controls output 2 No Yes AltF9 controls output 3 No Yes AltF9 controls output 4 No Yes AltF9 controls output 5 No Yes AltF9 controls output 6 No Yes AltF9 controls output 7 No Yes AltF9 controls output 8 No Yes AltF10 controls output 1 No Yes AltF10 controls output 2 No Yes AltF10 controls output 3 No Yes AltF10 controls output 4 No Yes AltF10 controls output 5 No Yes AltF10 controls output 6 No Yes AltF10 controls output 7 No Yes AltF10 controls output 8 No Yes AltF11 controls output 1 No Yes AltF11 controls output 2 No Yes AltF11 controls output 3 No Yes AltF11 controls output 4 No Yes AltF11 controls output 5 No Yes AltF11 controls output 6 No Yes AltF11 controls output 7 No Yes AltF11 controls output 8 No Yes AltF12 controls output 1 No Yes AltF12 controls output 2 No Yes AltF12 controls output 3 No Yes AltF12 controls output 4 No Yes AltF12 controls output 5 No Yes AltF12 controls output 6 No Yes AltF12 controls output 7 No Yes AltF12 controls output 8 Signal Dependent Acceleration Range 0-255 Signal Dependent Deceleration Range 0-255 -1- Range 0-252 -U- Range 0-252 -2- Range 0-252 -L- Range 0-252 -3- Range 0-252 BEMF config Voltage Reference BEMF Intensity Signal Dependent Reaction Time Range 0-255 Output Level Controls function output voltage (0/255=high / 1 to 254) NMRA Variant 1 Variant 2 Variant 3 Variant 4 Swiss Loco Swiss Loco + directional Cab Light Alternative Mapping Special Function Mapping Use NMRA Function Mapping Use This Page Alternative Function Mapping Minimum Dimming Value Light Effects Modifications Ditch Light Off Time Forward Trim Speed Table Reverse Trim User Data #1 User Data #2 Off On Loco Number Recognition NMRA/MAN MAN NMRA Off On Pulse Chain Recognition (LGB) 20kHz 40kHz PWM Frequency Off On Non directional DC braking Off On Pulse Chain Generation EMF Feedback Cutoff Intensity Off On Dim Output 1 0ff On Dim Output 2 Off On Dim Output 3 Off On Dim Output 4 Off On Dim Output 5 Off On Dim Output 6 Uncoupler Auto Uncouple Flash Rate Off On Flash Output 1 Off On Flash Output 2 Off On Flash Output 3 Off On Flash Output 4 Off On Flash Output 5 Off On Flash Output 6 Off On Inverse Flash Output 4 Off On Inverse Flash Output 6 Off On F6 dims Output 1 Off On F6 dims Output 2 Off On F6 dims Output 3 Off On F6 dims Output 4 Off On F6 dims Output 5 Off On F6 dims Output 6 Off On F6 inverted Off On F7 dims Output 1 Off On F7 dims Output 2 Off On F7 dims Output 3 Off On F7 dims Output 4 Off On F7 dims Output 5 Off On F7 dims Output 6 Off On F7 inverted Exponential Acceleration Adds an exponential acceleration Exponential Deceleration Adds an exponential deceleration Adaptive Acceleration/Deceleration no shunting no exponential and adaptive influence 1/4 acceleration/deceleration no acceleration/deceleration Shunting not set F7 F3 Half Speed Key Man (Zimo) F4 F3 Shunt Function Key Activated Outputs 7 and 8 SUSI Off On Polarity Dependent DC stopping method Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 1 effect generated Both directions Only in forward Only in reverse Output 1 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 2 effect generated Both directions Only in forward Only in reverse Output 2 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 3 effect generated Both directions Only in forward Only in reverse Output 3 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 4 effect generated Both directions Only in forward Only in reverse Output 4 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 5 effect generated Both directions Only in forward Only in reverse Output 5 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 6 effect generated Both directions Only in forward Only in reverse Output 6 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 7 effect generated Both directions Only in forward Only in reverse Output 7 behavior Standard on/off function output Mars light Random Flicker Flashing Headlight Single Pulse Strobe Double Pulse Strobe Rotary Beacon Gyralite Ditch Light Type 1, right Ditch Light Type 1, left Ditch Light Type 2, right Ditch Light Type 2, left Uncoupling Soft Start Output 8 effect generated Both directions Only in forward Only in reverse Output 8 behavior Function Output 2 as virtual Cam Asymmetrical DCC Threshold OFF Ignores first direction bit Ignores second direction bit Accepts both direction bits Deactivating HLU direction bits OFF as 'U'Ultra low speed Intermediate step as 'L' Low speed Intermediate step as 'F' Full speed Direction dependent conversion of a stop section to Go OFF as 'H' Halt as 'U'Ultra low speed Intermediate step as 'L' Low speed Intermediate step as 'F' Full speed Direction dependent conversion of a F,L,U not active Automatic stops, Signal controlled speed influence or Asymmetric DCC Manual stops using cab Automatic and Manual stops Automatic stops with immediate braking Manual stops with immediate braking Automatic and Manual stops with immediate braking Distance controlled stopping Distance controlled stopping Distance Distance controlled stopping speed correction (ABC) Distance controlled stopping speed correction (HLU) A 'Hundreds' digit of 1 offsets the mid value for 'coreless' motors Tens digit is the Proportional value, mid value = 5 Ones digit is the integral value, mid value = 5 With default setting of 0, proportional value auto adjusts and integral value is equivalent to 5 0 = 20/40KHz (set with CV112) and sample rate auto adjusts between 200Hz (low speed) and 50Hz Tens digit = Sampling rate (1-9) mid value = 5 Ones digit = EMF sampling time (1-9) mid value = 5 100 = 'Spread Spectrum' sampling rate for reduced noise, with medium sampling time 255-176 = Low frequency according to formula;- (131 + mantissa * 4) * 2 exp. Bits 0-4 = mantissa, Bits 5-7 = exp Acceleration/Deceleration time (momentum) can be streched in the lower speed range Tens digit = percentage of speed range to be included (0-9) Ones digit = Exponential curve (0-9) Raising or lowering the speed to the next internal step occurs only if the precedingstep is nearly reached.The tolerance for reaching the preceding step is defined by this CV (the smaller this value the smoother the acceleration/deceleration) Tens digit = acceleration (1-9) Ones digit = deceleration (1-9) Value 0 = no adaptive acceleration/deceleration Accel/Decel Tens digit = Pull In time (0-9) Ones digit = Hold power % x10 (0-9) Tens digit = Move Away time (0-9) Ones digit = Internal Speed Step x4 (0-9) Hundreds digit, 1 = Tension Relieve Shunt/Uncouple Use this Sheet to determine which functions will control which outputs Description Output wire or operation 1 White Forward Headlight F0(f) Reverse Headlight F0(r) Function 1 Function 2 Function 3 Function 4 Function 5 Function 6 Function 7 Function 8 Function 9 Function 10 Function 11 Function 12 2 Yellow 3 Brown 4 Green 5 FO3 Pad 6 FO4 Pad 7 FO5 pad 8 FO6 Pad Alt Function Map Generates pulse chain commands for LGB sound modules on FO1 0 = Normal Function Output 40 = approx 2 pulses per revoloution 20 = approx 4 pulses per revoloution Tens digit = on time Ones digit = Off time (0 = 100ms, 9 = 1s) Lighting Effects Adjustments (Mars, Gyralight etc) Tens digit sets cycle time(0-9), or start up time for soft start (0-0.9s) Ones digit extends Off time Function Output Signal Dependent Speed Limits -1- Zimo Specific Railcom Hundreds digit = sensitivity 0 = Fast recognition 1 = Normal recognition (0.5s) 2 = Slow recognition (1s) Tens and Ones digits = Assymmetrical threshold in tenths of a volt ABC