Satellite Upconverter Manual
WORK Microwave
35 / 49
V151207
EA
Alarm History Query
Number, ?
{AEA?}A
read number of history entries
{AEA1}3
read first history entry
{AEA2}4
read second history entry
…
Response:
{AEAnnSssssDyyyymmddThhmmss}
nn:
max. history entries
ssss:
Status (Bit16
–
Bit 31
see 3.5.4.2)
hhmmss:
Time
yyyymmdd:
Date
EE
Stored Events Query
Number, ?
{AEE?}E
read number of stored events
{AEE1}7
read first stored event
{AEE2}7
read second stored event
…
Response:
{AEEnnEeDyyyymmddThhmmss}
nn:
max. history entries
e:
Event (see Figure 15)
hhmmss:
Time
yyyymmdd:
Date
EC
Clear Stored
Alarms/Events
1, 2
{AEC1}5
Clear stored alarms
{AEC2}6
Clear stored events
QT
Read Temperature
1, 2, 3, 4
{AQT1}R
Front panel temperatur
{AQT2}S
Controller temperature
{AQT3}T
Reference board temperature
{AQT4}U
Synthesizer module temperature
SA
Read device and system
status in hex
None, 0, 1
{ASA}0
Device Status
{ASA0}@
Device Status
{ASA1}A
System Status
answer {ASAssssssss}
ssssssss: Status
(hex. value see 3.5.5)
QS
A
Status Request A
None
{AA}\
Response:
{AFffffffffTtttLrliMm?abcdef}
fffffff(f): LO frequency in kHz
Note:
There are no leading zeros, therefore
the number of digits may be different for this
value.
ttt:
Attenuation in 1/10 dB (band 1)
r:
Remote mode: 0=Local, 1=Remote,
i:
not used, always 0
m:
Mute Status: 0 = mute off, 1 = mute on
Warning and Alarm Bits:
a:
Device alarm: 0=OK, 1=Alarm
b:
reserved, always 0
c:
reserved, always 0
d:
reserved, always 0
e:
reserved, always 0
f:
reserved, always 0
B
Status Request B
None
{AB}]
Response:
{BQqqqXxYyDdddAr?abcdefgh}
qqq: Equalization in dB/GHz
x:
Reference source configuration:
0=int.,1=ext.,2=auto
