Difference between revisions of "Temperature Alarm"
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Oct 10 12:54:35 src@Johnson AlphaLog: N001.D065:.Exch:Temperature Alarm | Oct 10 12:54:35 src@Johnson AlphaLog: N001.D065:.Exch:Temperature Alarm | ||
| − | In addition a mail is sent to station 1. The mail can be viewed by entering 70 and looks like this: | + | In addition a mail is sent to station on [[physical number]] 1. The mail can be viewed by entering 70 and looks like this: |
TemperatureAlarm | TemperatureAlarm | ||
0=Clear 8=Call | 0=Clear 8=Call | ||
Revision as of 10:44, 8 October 2012
Temperature alarm
The AlphaCom monitors the temperature of the boards. If the temperature becomes too high, an internal RCI #8 is triggered, and the log event "Temperature Alarm" is generated:
Oct 10 12:54:35 src@Johnson AlphaLog: N001.D065:.Exch:ALARM 8 ON. Oct 10 12:54:35 src@Johnson AlphaLog: N001.D065:.Exch:Temperature Alarm
In addition a mail is sent to station on physical number 1. The mail can be viewed by entering 70 and looks like this:
TemperatureAlarm 0=Clear 8=Call
Multi-Module
By default RCI 8 in the Master module is programmed to report Temperature Alarms. This needs to be done manually for the slaves. The RCI for the Master module is number 65/8. Slave 1 is 66/8, slave 2 is 67/8 and slave 3 is 68/8.
Known problems with AMC hardware revision 8000/2
"Temperature Alarm" is reported when the AlphaCom E7 is powered ON:
- The hardware revision 8000/2 of the AMC-IP board has no support for the over-temperature signal from the ACE7 backplane. This is applicable for the E7 exchange only, and has been corrected in the 8002/4 hardware revision of the AMC-IP.