Start voltage Volt Partenza V démarr. Anfahrspannung Range 0-255, 0 in CV 2, 6, 5 produces straight line acceleration Acceleration Rate Accellerazione (0-255) Accelération (0-255) Anfahrverzögerung (0-255) Range 0-255 Deceleration Rate Decellerazione (0-255) Décélération (0-255) Bremszeit (0-255) Range 0-255 Maximum Voltage Volt Massimi Vmax Höchstgeschwindigkeit Range 0-255, A value of 255 corresponds to 100%. 0 in CV 2, 6, 5 produces straight line acceleration Midpoint Voltage Volt Intermedi Vmoy Mittengeschwindigkeit Range 0-255, 0 in CV 2, 6, 5 produces straight line acceleration Manufacturer Version No: Versione Decoder: Version décodeur: Decoder Version: Manufacturer ID: ID Costruttore: ID constructeur: Hersteller ID: BEMF Feedback Cut Out Stato Funzioni in analogico - F1 État de la fonction en analogique - F1 Funktionsstatus im Analogbetrieb - F1 Analog Mode Function Status - F1 Stato Funzioni in analogico - F2 État de la fonction en analogique - F2 Funktionsstatus im Analogbetrieb - F3 Analog Mode Function Status - F2 Stato Funzioni in analogico - F3 État de la fonction en analogique - F3 Funktionsstatus im Analogbetrieb - F3 Analog Mode Function Status - F3 Stato Funzioni in analogico - F4 État de la fonction en analogique - F4 Funktionsstatus im Analogbetrieb - F4 Analog Mode Function Status - F4 Stato Funzioni in analogico - F5 État de la fonction en analogique - F5 Funktionsstatus im Analogbetrieb - F5 Analog Mode Function Status - F5 Stato Funzioni in analogico - F6 État de la fonction en analogique - F6 Funktionsstatus im Analogbetrieb - F6 Analog Mode Function Status - F6 Stato Funzioni in analogico - F7 État de la fonction en analogique - F7 Funktionsstatus im Analogbetrieb - F7 Analog Mode Function Status - F7 Stato Funzioni in analogico - F8 État de la fonction en analogique - F8 Funktionsstatus im Analogbetrieb - F8 Analog Mode Function Status - F8 Stato Funzioni in analogico - F0(f) État de la fonction en analogique - F0(f) Funktionsstatus im Analogbetrieb - F0(v) Analog Mode Function Status - F0(f) Stato Funzioni in analogico - F0(r) État de la fonction en analogique - F0(r) Funktionsstatus im Analogbetrieb - F0(r) Analog Mode Function Status - F0(r) Stato Funzioni in analogico - F9 État de la fonction en analogique - F9 Funktionsstatus im Analogbetrieb - F9 Analog Mode Function Status - F9 Stato Funzioni in analogico - F10 État de la fonction en analogique - F10 Funktionsstatus im Analogbetrieb - F10 Analog Mode Function Status - F10 Stato Funzioni in analogico - F11 État de la fonction en analogique - F11 Funktionsstatus im Analogbetrieb - F11 Analog Mode Function Status - F11 Stato Funzioni in analogico - F12 État de la fonction en analogique - F12 Funktionsstatus im Analogbetrieb - F12 Analog Mode Function Status - F12 Consist Acceleration Adjustment Consist Deceleration Adjustment Stimulation frequency Stimulation level FL(f) controls output 1 FL(r) controls output 1 F1 controls output 1 F2 controls output 1 F3 controls output 1 F4 controls output 1 F5 controls output 1 F6 controls output 1 FL(f) controls output 2 FL(r) controls output 2 F1 controls output 2 F2 controls output 2 F3 controls output 2 F4 controls output 2 F5 controls output 2 F6 controls output 2 FL(f) controls output 3 FL(r) controls output 3 F1 controls output 3 F2 controls output 3 F3 controls output 3 F4 controls output 3 F5 controls output 3 F6 controls output 3 FL(f) controls output 4 FL(r) controls output 4 F1 controls output 4 F2 controls output 4 F3 controls output 4 F4 controls output 4 F5 controls output 4 F6 controls output 4 F7 controls output 3 F8 controls output 3 F9 controls output 3 F10 controls output 3 F11 controls output 3 F12 controls output 3 F7 controls output 4 F8 controls output 4 F9 controls output 4 F10 controls output 4 F11 controls output 4 F12 controls output 4 FL(f) controls output 5 FL(r) controls output 5 F1 controls output 5 F2 controls output 5 F3 controls output 5 F4 controls output 5 F5 controls output 5 F6 controls output 5 FL(f) controls output 6 FL(r) controls output 6 F1 controls output 6 F2 controls output 6 F3 controls output 6 F4 controls output 6 F5 controls output 6 F6 controls output 6 F7 controls output 5 F8 controls output 5 F9 controls output 5 F10 controls output 5 F11 controls output 5 F12 controls output 5 F7 controls output 6 F8 controls output 6 F9 controls output 6 F10 controls output 6 F11 controls output 6 F12 controls output 6 Disabled Only Aux 1 and 2 All lights Fluorescent Flicker <html>- Only Aux 1 and 2: Front and rear lighting normal,<br>Aux 1 (green) and Aux 2 (purple) on,<br>fluorescent flicker is active. All lighting controlled by F0.<br><br>-All lights: Front and Rear lighting become linked to Aux 1 and Aux 2,<br>and fluorescent flicker is active on all light outputs.<br>All lighting is simultaneously on or off. All are controlled by F0.</html> "White Wire" (F0f) Effect <html>Physical output "White" (default F0f)<br>Not documented, values to be confirmed.</html> "White Wire" (F0f) Effect Direction Physical output "White" (default F0f) "Yellow Wire" (F0r) Effect <html>Physical output "Yellow" (default F0r)<br>Not documented, values to be confirmed.</html> "Yellow Wire" (F0r) Effect Direction Physical output "Yellow" (default F0r) "Green Wire" (F1) Effect <html>Physical output "Green" (default F1)<br>Not documented, values to be confirmed.</html> "Green Wire" (F1) Effect Direction Physical output "Green" (default F1) "Purple Wire" (F2) Effect <html>Physical output "Purple" (default F2)<br>Not documented, values to be confirmed.</html> "Purple Wire" (F2) Effect Direction Physical output "Purple" (default F2) "Pink Wire" (F3) Effect Physical output "Pink" (default F3) "Pink Wire" (F3) Effect Direction Physical output "Pink" (default F3) "Brown Wire" (F4) Effect Physical output "Brown" (default F4) "Brown Wire" (F4) Effect Direction Physical output "Brown" (default F4) Year and Month of Manufacture <html>Format: yyx<br>Year 201x = last digit x<br>Month = yy <br>e.g. 25 = 2nd month, 2015<br>e.g. 115 = 11th month, 2015</html> BEMF Enable Enable BEMF button control <html>Disable(default)/Enable button control of BEMF<br>BEMF control button to be selected on function map.</html> Headlight Dim When Stopped Opposite Headlight Dim Motor Button Control <html>Motor controlled by Function button<br>Motor control button to be selected on function map.</html> F2 Forward, F3 Reverse F2 On/Off Button Control Direction <html>If motor button control is enabled.<br>Use forward/reverse buttons if "F2 On/Off" selected.</html> Ditch Light Blink Rate Timing 1 second = about 12 (tbc) Constant Dimming Light Level Range: 1-30 Mars/Gyra Min Brightness Range: 1-5 Mars/Gyra Max Bright Time Mars/Gyra Total Cycle Time Range: 1-3 Mars/Gyra Mid Brightness Range: 1-24 Mars/Gyra Max Brightness Range: 1-24 Ditch Light Blink Rate Range: 1-128 Beacon Min Brightness Range: 1-24 Beacon Max Bright Time Range: 1-24 Beacon Total Cycle Time Range: 1-3 Beacon Mid Brightness Range: 1-24 Beacon Max Brightness Range: 1-24 FL(f) controls output 7 FL(r) controls output 7 F1 controls output 7 F2 controls output 7 F3 controls output 7 F4 controls output 7 F5 controls output 7 F6 controls output 7 FL(f) controls output 8 FL(r) controls output 8 F1 controls output 8 F2 controls output 8 F3 controls output 8 F4 controls output 8 F5 controls output 8 F6 controls output 8 Accel. Rate 2 Start Point Range 0-255 Acceleration Rate 2 Range 0-255 Accel. Rate 3 Start Point Range 0-255 Acceleration Rate 3 Range 0-255 Decel. Rate 5 End Point Range 0-255 Deceleration Rate 5 Range 0-255 Decel. Rate 4 End Point Range 0-255 Deceleration Rate 4 Range 0-255 Power to button controlled motor <html>If motor button control is enabled.<br>Power level (drive voltage) for button control of the motor circuit (range 0-255)</html> FL(f) controls output 9 FL(r) controls output 9 F1 controls output 9 F2 controls output 9 F3 controls output 9 F4 controls output 9 F5 controls output 9 F6 controls output 9 Random Flicker Control <html>adjusting this CV can make firebox flicker work differently<br>to emulate gas or oil lamp flicker</html> F5 controls output 10 F6 controls output 10 F7 controls output 10 F8 controls output 10 F9 controls output 10 F10 controls output 10 F11 controls output 10 F12 controls output 10 Reset delle CV ai valori di fabbrica Momentum If Acceleration Rates 2 & 3 and Deceleration Rates 5 & 4 are all set to zero, then Base accel/decel rates (CV3 & CV4) apply to the whole speed range. Decoder Locking DCC Concepts Decoders offer a decoder locking mechanism which can be useful when several decoders are used in one loco on the same address, e.g. for adding sound DCC Concepts suggests values of 1=mobile, 2=sound, 3=light/function only Set CV15 equal to this number to unlock the decoder for programming To use the Decoder Lock (CV15) must be set manually from the single CV programmer, or make use of the multi-decoder tool DCCconcepts WARNING: Several CVs are not documented in the available manufacturer's official documentation. Therefore some default values, ranges and meaning have been extrapolated from previous DCCconcepts range of decoder. DCCconcepts reserves the right to modify several CVs values and usage in the future, and invites users to carefully check the decoder version in CV7. This decoder definition is intended only for versions CV7 = 34 or 35.