Difference between revisions of "Diesel Version 5:CV 22"
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|cv name= Consist Light Ctrl. (F0, F9-F12) | |cv name= Consist Light Ctrl. (F0, F9-F12) | ||
|cv range=0-255 | |cv range=0-255 | ||
| − | |cv accepted=0- | + | |cv accepted=0-63 |
|cv default=255 | |cv default=255 | ||
}} | }} | ||
| − | == NMRA CV 22 - Consist Lighting Control for Function 0 and Function 9 through Function 12 == | + | ==NMRA CV 22 - Consist Lighting Control for Function 0 and Function 9 through Function 12== |
| − | This CV is used to configure what functions will respond to user input on the consist address. This particular CV affects F0 and F9-F12. For each Bit, | + | This CV is used to configure what functions will respond to user input on the consist address. This particular CV affects F0 and F9-F12. For each Bit which is set, that function will respond to instructions addressed to the consist address. Each bit which is cleared indicates that the function will only respond to instructions addressed to the locomotive's base address. F0F is controlled by Bit 0, F0R by Bit 1, F9 by Bit 2, and F12 by Bit 5. |
| − | + | ||
To determine which functions are active, use the table below and combine the values of the functions you would like to have active, and program the ''sum'' into CV21. By default, all functions are active on the consist address. | To determine which functions are active, use the table below and combine the values of the functions you would like to have active, and program the ''sum'' into CV21. By default, all functions are active on the consist address. | ||
{| class="wikitable" style="text-align: center;" | {| class="wikitable" style="text-align: center;" | ||
|- | |- | ||
| − | ! scope="col"| Feature | + | !Bit |
| − | ! scope="col"| Value | + | ! scope="col" |Feature |
| + | ! scope="col" |Value | ||
| + | !Default | ||
|- | |- | ||
| − | ! scope="row"| Function 0 Forward | + | !0 |
| − | | 1 | + | ! scope="row" |Function 0 Forward |
| + | |1 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|- | |- | ||
| − | ! scope="row"| Function 0 Reverse | + | !1 |
| − | | 2 | + | ! scope="row" |Function 0 Reverse |
| + | |2 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|- | |- | ||
| − | ! scope="row"| Function 9 | + | !2 |
| − | | 4 | + | ! scope="row" |Function 9 |
| + | |4 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|- | |- | ||
| − | ! scope="row"| Function 10 | + | !3 |
| − | | 8 | + | ! scope="row" |Function 10 |
| + | |8 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|- | |- | ||
| − | ! scope="row"| Function 11 | + | !4 |
| − | | 16 | + | ! scope="row" |Function 11 |
| + | |16 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|- | |- | ||
| − | ! scope="row"| Function 12 | + | !5 |
| − | | 32 | + | ! scope="row" |Function 12 |
| + | |32 | ||
| + | |Control on Consist Addr | ||
|- | |- | ||
|} | |} | ||
''' Related: ''' | ''' Related: ''' | ||
| − | * [[{{NAMESPACE}}:CV_19|Consist Address]] | + | |
| − | * [[{{NAMESPACE}}:CV_21|Consist Lighting (Part 1)]] | + | *[[{{NAMESPACE}}:CV_19|Consist Address]] |
| − | * [[{{NAMESPACE}}:CV_23|Consist Acceleration Adjustment]] | + | *[[{{NAMESPACE}}:CV_21|Consist Lighting (Part 1)]] |
| − | * [[{{NAMESPACE}}:CV_24|Consist Deceleration Adjustment]] | + | *[[{{NAMESPACE}}:CV_23|Consist Acceleration Adjustment]] |
| − | * [[{{NAMESPACE}}:CV_156|Dual Prime Mover Delay]] | + | *[[{{NAMESPACE}}:CV_24|Consist Deceleration Adjustment]] |
| + | *[[{{NAMESPACE}}:CV_156|Dual Prime Mover Delay]] | ||
Revision as of 23:52, 22 May 2021
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NMRA CV 22 - Consist Lighting Control for Function 0 and Function 9 through Function 12
This CV is used to configure what functions will respond to user input on the consist address. This particular CV affects F0 and F9-F12. For each Bit which is set, that function will respond to instructions addressed to the consist address. Each bit which is cleared indicates that the function will only respond to instructions addressed to the locomotive's base address. F0F is controlled by Bit 0, F0R by Bit 1, F9 by Bit 2, and F12 by Bit 5.
To determine which functions are active, use the table below and combine the values of the functions you would like to have active, and program the sum into CV21. By default, all functions are active on the consist address.
| Bit | Feature | Value | Default |
|---|---|---|---|
| 0 | Function 0 Forward | 1 | Control on Consist Addr |
| 1 | Function 0 Reverse | 2 | Control on Consist Addr |
| 2 | Function 9 | 4 | Control on Consist Addr |
| 3 | Function 10 | 8 | Control on Consist Addr |
| 4 | Function 11 | 16 | Control on Consist Addr |
| 5 | Function 12 | 32 | Control on Consist Addr |
Related:
