SATELLINE-3AS
User Guide, Version 2.3
82
SL#S=xxxx;yyyy
Set secondary transmit address (TX2) to value xxxx and receive address (RX2) to
value yyyy
SL#P?
Display primary transmit address (TX1) and receive address (RX1)
(response ‘xxxx;yyyy’)
SL#S?
Display secondary transmit address (TX2) and receive address (RX2)
(response ‘xxxx;yyyy’)
xxxx = address in hexadecimal format (0000 … FFFF)
9.3.3 Radio parameters
Command
Effect and description of command
SL@R?
Display field strength of the last received message (the value is an average of
many measurements made during the same reception).
Response ”-xx dBm”, where xx is a decimal value of the field strength and it is
between –80 dBm and –118 dBm. Value available 7s after reception.
SATELLINE-3AS Epic returns the stronger value of two receivers.
SL@P=xxxxx
Set the RF output power, where xxxxx is the decimal value of the intended power
in milliwatts. If the given value does not correspond to one of the programmed
power levels, the output power is set to the nearest possible value.
SL@P?
Requests the RF output power.
Response ”xxxxx mW”, where xxxxx is a decimal value the output power of the
transmitter.
SL@T=-xxx
Set the minimum power level of the signal to be received (="Signal Treshold
level), where xxx is a decimal value of the new intended level in dBm.
SL@T?
Request of the current "Signal Treshold Level". Response is "-xxx dBm.
9.3.4 Other functions
Command
Effect and description of command
SL**>
Save current settings as permanent settings
SL%V?
Display software revision information (response ’Vn.nn’)
9.3.5 SATELLINE-2ASx/2ASxE compatible SL-commands
The commands listed in the table below are included only to ensure compatibility and their use
is not recommended in new networks. The commands do not need a CR-character (carriage
return) at the end of the command string.
Command
Effect and description of command
SLHxx
Set frequency xx channels above center frequency.
Frequency = Center fre xx*Channel spacing, where xx=[00…99]
SLLxx
Set frequency xx channels below center frequency.
Frequency = Center frequency - xx*Channel spacing, where xx=[00…99]
