Actions

Difference between revisions of "SET LOGICAL RCO"

From Zenitel Wiki

 
(6 intermediate revisions by 6 users not shown)
Line 1: Line 1:
 +
{{AI}}
 
{| border="1"
 
{| border="1"
 
|-
 
|-
Line 4: Line 5:
 
!style="background:#ffdead;" width="100pt"|0x006B
 
!style="background:#ffdead;" width="100pt"|0x006B
 
!style="background:#ffdead;" width="30pt"|107
 
!style="background:#ffdead;" width="30pt"|107
!style="background:#ffdead;" width="100pt"|AMC 07.00
+
!style="background:#ffdead;" |AMC 07.00
 
|-
 
|-
|colspan="2"|'''$SLRC W2 U1'''<br\>'''$SLRC W2 U1 W10'''||colspan="3"|''Set RCO #2'' <br\>''Set RCO #2 for 1 second''
+
|colspan="2"|'''$SLRC W2 U1'''<br>'''$SLRC W2 U1 W10'''||colspan="3"|''Set RCO #2''<br>''Set RCO #2 for 1 second''
 
|-
 
|-
|colspan="5"|Set or clear a logical [[RCO]].  Mapping between logical and physical [[RCO]] is done by the exchange receiving this message. <br\>Note: [[COMMAND_RESPONSE]] is returned at the time the destination node receives the message, not after the RCO­pin has been actually set/cleared.  
+
|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 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.
 
|-
 
|-
|align=center|2||[[UINT1]]||colspan="3"|New pin state:<br\>0 = turn output off <br\>1 = turn output on
+
|align=center|2||[[UINT1]]||colspan="3"|New pin state:
 +
0 = turn output off
 +
 
 +
1 = turn output on
 
|-
 
|-
 
|align=center|3||[[UINT2]]||colspan="3"|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.
 
|align=center|3||[[UINT2]]||colspan="3"|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.
Line 23: Line 28:
  
 
[[AlphaNet_Data_Protocol#Remote_Control|Back to AlphaNet message list]]
 
[[AlphaNet_Data_Protocol#Remote_Control|Back to AlphaNet message list]]
 +
 +
[[Category: ACDP messages]]

Latest revision as of 13:37, 13 November 2023

AI.png
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


Back to AlphaNet message list