Difference between revisions of "SET LOGICAL RCO"
From Zenitel Wiki
| Line 10: | Line 10: | ||
|- | |- | ||
|colspan="5"|Set or clear a logical [[RCO]]. Mapping between logical and physical [[RCO]] is done by the exchange receiving this message. | |colspan="5"|Set or clear a logical [[RCO]]. Mapping between logical and physical [[RCO]] is done by the exchange receiving this message. | ||
| − | Note: [[COMMAND_RESPONSE]] is returned at the time the destination node receives the message, not after the | + | Note: [[COMMAND_RESPONSE]] is returned at the time the destination node receives the message, not after the RCO pin has been actually set/cleared. |
|- | |- | ||
|align=center|1||[[UINT2]]||colspan="3"|Logical [[RCO]] number. | |align=center|1||[[UINT2]]||colspan="3"|Logical [[RCO]] number. | ||
Latest revision as of 13:37, 13 November 2023
| SET_LOGICAL_RCO | 0x006B | 107 | AMC 07.00 | |
|---|---|---|---|---|
| $SLRC W2 U1 $SLRC W2 U1 W10 |
Set RCO #2 Set RCO #2 for 1 second | |||
| Set or clear a logical RCO. Mapping between logical and physical RCO is done by the exchange receiving this message.
Note: COMMAND_RESPONSE is returned at the time the destination node receives the message, not after the RCO pin has been actually set/cleared. | ||||
| 1 | UINT2 | Logical RCO number. | ||
| 2 | UINT1 | New pin state:
0 = turn output off 1 = turn output on | ||
| 3 | UINT2 | Duration of pulse, in tenths of second. Optional, new in AMC 10.03. If Duration parameter is present, and non-zero, the RCO state specified in previous parameter lasts for the specified time. After the time has expired, the RCO is toggled to the opposite state. If a new $SLRC message on the same RCO arrives while the pulse timer is running, the timer is canceled, and the new message determines the new RCO state. Duration = 0 means infinite duration. | ||
| Response: | COMMAND_RESPONSE | |||