Ametek 930

Controller / User Interface | 4-25
RUN / CFG Mode – F5 Commands
Keystroke Term Denition
F5 • HCHistz History bu󰀨er for the last nine non-zero Host Controller board status codes where
‘z’ = 1..9. ‘1’ = oldest; ‘9’ = most recent.
F5 – MCHistz History bu󰀨er for the last nine non-zero Microcontroller board status codes where
‘z’ = 1..9. ‘1’ = oldest; ‘9’ = most recent.
F5 0 SN The analyzer serial number.
F5 1 HC\ADA V The Host Controller board software version number.
Examples: HCADA e 3.18 (Standard Software)
HCADACe 3.18 (COS/CS
2
Software)
F5 2 MC\ADA V The Microcontroller board software version number (Model 900).
MC\900 V The Microcontroller board software version number (Model 930).
Examples: MC900e 5.50 (Standard Software)
MC900Ce 3.18 (COS/CS
2
Software)
F5 3 RTime Total run time of the analyzer since the last reset or system power-up.
The format is: Days Hours: Minutes (### ## :##)
F5 4 HSz Host Controller board status/alarm code conditions (HStatus), where ‘z’ = 1..8. For each
‘z’, the appropriate Alarm Message is displayed if the alarm condition exists. If the alarm
condition does not exist, the message “HSz OK” appears. Refer to Chapter 5 for descrip-
tions of alarm conditions.
The possible alarm conditions include:
1 = w EEPROM full (Warning)
2 = w Output range (Warning)
3 = f Internal communication (Fault)
4 = f Analytical data (Fault)
5 = f Temp low (Fault)
6 = f Temp high (Fault)
7 = w Zero drift (Warning)
8 = w SKO temp high (Warning), if applicable
F5 5 MSz Microcontroller board status/alarm code conditions (MStatus), where ‘z’ = 1..7. For each
‘z’, the appropriate Alarm Message is displayed if the alarm condition exists. If the alarm
condition does not exist, the message “MSz OK” appears. Refer to Chapter 5 for descrip-
tions of alarm conditions.
The possible alarm conditions include:
1 = f Wheel speed (Fault)
2 = f On-board ADC (Fault)
3 = f On-chip ADC (Fault)
4 = w PMT signal (Warning)
5 = f Communication (Fault)
6 = w ALC (Warning)
7 = w Oven heater temp (Warning)