Comtech EF Data LBC-4000 - Manual (Page 88)

LBC-4000 L-Band Up/Down Converter System Revision 4
Serial-based Remote Product Management MN/LBC4000.IOM
6–16
Parameter
Type
Command
(Instruction Code
and
Qualifier)
Arguments for
Command or
Response to Query
Description of Arguments
(Note that all arguments are ASCII numeric codes between
48 and 57)
Response to Command
(Target to controller)
Query
(Instruction Code
and qualifier)
Response to query
(Target to controller)
Retrieve Module
Equipment Type N/A 12 bytes,
alphanumeric
Query only.
The unit returns a string indicating the frequency of the selected
module and the module type (Up-Link or Down-Link) in the form
RET_x_ where:
x = ‘A’ or ‘B’
Example: RET_A_140_DL or RET_B_070_UL
N/A RET_x_
RET_x….x
(see Description of
Arguments for details)
Retrieve
Maintenance Status N/A 203 bytes,
alphanumeric
Query only.
Used to Query the maintenance status of the unit in the form
RMS_’cr’ :
N/A RMS_
RMS_
x….x
(see Description of
Arguments for details)
12VT1=xxx.x’cr’
08VT1=xxx.x’cr’
05VT1=xxx.x’cr’
12VT2=xxx.x’cr’
08VT2=xxx.x’cr’
05VT2=xxx.x’cr’
VTREF=xxx.x’cr’
IFLOA=xxx.x’cr’
RFLOA=xxx.x’cr’
PIN_A=xxx.x’cr’.
POUTA=xxx.x’cr’
TEMPA=xxx.x’cr’
IFLOB=xxx.x’cr’
RFLOB=xxx.x’cr’
PIN_B=xxx.x’cr’
POUTB=xxx.x’cr’
TEMPB=xxx.x’cr’’ 12 VDC Supply #1 in volts.
8 VDC Supply #1 in volts.
5 VDC Supply #1 in volts.
12 VDC Supply #2 in volts.
8 VDC Supply #2 in volts.
5 VDC Supply #2 in volts.
Ref Osc tuning voltage in volts.
Conv A IFLO tuning voltage, V.
Conv A RFLO tuning voltage, V.
Conv A Input power in dBm.
Conv A Output power in dBm.
Conv A temperature in deg C.
Conv B IFLO turning voltage, V.
Conv B RFLO tuning voltage, V.
Conv B Input power in dBm.
Conv B Output power in dBm.
Conv B temperature in deg C
Retrieve
Utility Status N/A 98 bytes
alphanumeric
Query only.
Used to Query the utility features of the unit in the form RUS_
where:
TIME=hh:mm:ss
DATE=mm/dd/yy
FSDA=xxxx (Reserved for future use)
FSDB=xxxx (Reserved for future use)
BVFD=yyy
SCRT=zzz
BULK=FW9965X (where X is the revision letter)
M&C =FW9966X (where X is the revision letter)
FPGA=FW9967X (where X is the revision letter)
N/A RUS_
RUS_
x….x
(see Description of
Arguments for details)