Start Volts Volt Partenza V démarr. Anfahrspannung A value of 255 corresponds to 100% Max Volts Volt Massimi (0-255): Höchstgeschwindigkeit Mid Volts Volts intermedi (0-255) Vmittel (0-255) Version ID Versione Decoder: Version décodeur: Decoder Version: Manufacturer ID ID Costruttore: ID constructeur: Hersteller ID: Motor Drive Frequency Periodo PWM (Frequenza pilotaggio Motore) 00 is fastest, 255 is slowest Advanced Consist Function 1 Override Advanced Consist Function 2 Override Advanced Consist Function 3 Override Advanced Consist Function 4 Override Advanced Consist Function 5 Override Advanced Consist Function 6 Override Advanced Consist Function 7 Override Advanced Consist Function 8 Override Advanced Consist Function 0 Override Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Forward light F0F effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Forward light F0F behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Reverse light F0R effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Reverse light F0R behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 1 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 1 behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 2 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 2 behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 3 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 3 behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 4 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 4 behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 5 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 5 behavior Normal function of lead Random flicker Mars light Flashing head light Single pulse strobe Double pulse strobe Rotary beacon simulation Gyralite Rule 17 dimmable headlight FRED end of train light Right ditch light; when F2 on, flashes alternately Left ditch light; when F2 on, flashes alternately Reserved (0x0C) Reserved (0x0D) Reserved (0x0E) Reserved (0x0F) Function 6 effect generated Forward direction, ON with function ON, phase A Reverse direction, ON with function ON, phase B Non directional, ON with function ON, effect phase A Non directional, ON with function ON, effect phase B Forward direction, ON with F0 on & function ON, phase A Reverse direction, ON with F0 on & function ON, phase B Special logic for Fwd Ditch Light or Rule 17 dimming Special logic for Rev Ditch Light or Rule 17 dimming Reserved (0x8) Reserved (0x9) Speed=0, non-directional, phase A, function qualifier Speed>0, non-directional, phase B, function qualifier Reserved (0xC) Reserved (0xD) Ditch off phase A - Alternate operation, flash with F2 Ditch off phase B - Alternate operation, flash with F2 Function 6 behavior Static compensation for speed stabilization Factory default is 128, no effect until droop (CV57) set Dynamic compensation for speed stabilization Factory default is 48, no effect until droop (CV57) set Solo operation droop compensation for speed stabilization 0 is compenstation off, 15 is full on, typical value is 5 Advanced consist droop compensation for speed stabilization 0 is compenstation off, 15 is full on, typical value is 5 F5 has no effect on speed compensation F5 On disables speed compensation Speed Compensation Control Digitrax Transponding Normal DC motor Split field/AC motor Split field motor Normal headlight operation Luci di testa direzionali e automatiche Reverse light lead controlled by F4 Luci di testa controllate da F4 Directional Headlights Luci di testa direzionali Vstart/Vmid/Vfull in 128 step mode Short-circuit protection Undocumented feature, occasionally requested by Digitrax tech support Lamp keep-alive voltage 0 is no keep-alive, use with LEDs FX rate adjust 0 is fast, 15 is slow, 4 is recommended for start Ditch light hold-over time 0 is none, 40 is realistic 5 seconds, 255 is about 20 seconds Switching speed enabled by F6 Torque compensation Decoder Lock Feature FL(f) controls output 1 FL(f) controls output 2 FL(f) controls output 3 FL(f) controls output 4 FL(f) controls output 5 FL(f) controls output 6 FL(f) controls output 7 FL(f) controls output 8 FL(r) controls output 1 FL(r) controls output 2 FL(r) controls output 3 FL(r) controls output 4 FL(r) controls output 5 FL(r) controls output 6 FL(r) controls output 7 FL(r) controls output 8 F1 controls output 1 F1 controls output 2 F1 controls output 3 F1 controls output 4 F1 controls output 5 F1 controls output 6 F1 controls output 7 F1 controls output 8 F2 controls output 1 F2 controls output 2 F2 controls output 3 F2 controls output 4 F2 controls output 5 F2 controls output 6 F2 controls output 7 F2 controls output 8 F3 controls output 1 F3 controls output 2 F3 controls output 3 F3 controls output 4 F3 controls output 5 F3 controls output 6 F3 controls output 7 F3 controls output 8 F4 controls output 4 F4 controls output 5 F4 controls output 6 F4 controls output 7 F4 controls output 8 F4 controls output 9 F4 controls output 10 F4 controls output 11 F5 controls output 4 F5 controls output 5 F5 controls output 6 F5 controls output 7 F5 controls output 8 F5 controls output 9 F5 controls output 10 F5 controls output 11 F6 controls output 4 F6 controls output 5 F6 controls output 6 F6 controls output 7 F6 controls output 8 F6 controls output 9 F6 controls output 10 F6 controls output 11 F7 controls output 4 F7 controls output 5 F7 controls output 6 F7 controls output 7 F7 controls output 8 F7 controls output 9 F7 controls output 10 F7 controls output 11 F8 controls output 4 F8 controls output 5 F8 controls output 6 F8 controls output 7 F8 controls output 8 F8 controls output 9 F8 controls output 10 F8 controls output 11 F9 controls output 7 F9 controls output 8 F9 controls output 9 F9 controls output 10 F9 controls output 11 F9 controls output 12 F9 controls output 13 F9 controls output 14 F10 controls output 7 F10 controls output 8 F10 controls output 9 F10 controls output 10 F10 controls output 11 F10 controls output 12 F10 controls output 13 F10 controls output 14 F11 controls output 7 F11 controls output 8 F11 controls output 9 F11 controls output 10 F11 controls output 11 F11 controls output 12 F11 controls output 13 F11 controls output 14 F12 controls output 7 F12 controls output 8 F12 controls output 9 F12 controls output 10 F12 controls output 11 F12 controls output 12 F12 controls output 13 F12 controls output 14 Digitrax