Galaxy 3 Series Programming Manual
148
61 - Diagnostics
Standby Time 8hStandby Time 8h
Standby Time 8hStandby Time 8h
Standby Time 8h
Charge Time 4hCharge Time 4h
Charge Time 4hCharge Time 4h
Charge Time 4h
Section 9: Engineer 2
Option 61 – Diagnostics
This option allows several diagnostic tests to be run on the system, providing valuable information on the
operational status of the Galaxy and connected modules.
The Galaxy diagnostic option performs a number of checks including:
the communication integrity between the Galaxy panel and modules on the system.
• voltage measurements.
• current measurements.
• resistance measurements
• module version checks
• panel memory checks
• fuse checks
This option is split into two sections: Latest and Historical.
Latest gives real time diagnostic information for the Galaxy system.
Historical allows a snapshot of the Galaxy system diagnostic status to be generated and saved.
1 Latest
The Diagnostic options are:
1. MEMORY TEST - This option forces a check of the panel memory.
2. KEYPAD COMMS - the communication level between the Galaxy panel and the keypads.
3. RIO COMMS - the voltage and version at each RIO as well as the communication level between the
Galaxy panel and the RIO.
4. PSU COMMS - the voltage at each Galaxy 3 Series Power Supply Unit and the communication level
between the Galaxy panel and the SPSUs. It is identical to the RIO COMMS diagnostic with the
exception that it also indicates the current output from the SPSU, fuse status and battery status.
A number to the right of the current indicates a blown fuse:
2 = Battery fuse (F1)
3 = +12V Auxilliary 1 fuse (F4)
4 = +12V Auxilliary 2 fuse (F3). Only shown for 3-144/3-520.
5 = Not Used
6 = On-board Bell Fuse (F2)
A indication means low battery or a missing battery.
95% 2 13.6V 1.9A.
Pressing the # key gives 7 different displays in the following order:
1. The system status in volts and current draw are displayed.
2. The battery standby time and the battery charge time are displayed. The standby time is the estimated
time that the battery can power the panel or smart PSU if the AC power should fail. It is based on the
actual current draw and the battery size (parameter 51.36). An exclamation mark is displayed after
standby time if the battery cannot support the panel or smart PSU for the time specified in param-
eter 51.37 = Standby Time.
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