ECRESO FM 5kW / 10kW, user manual
–
11/2021
Page 107
WorldCast Systems SAS - 20 avenue Neil Armstrong - 33700 Mérignac (Bordeaux Métropole) FRANCE
+33 (0)5 57 928 928
–
www.worldcastsystems.com
–
contact@worldcastsystems.com
NAME
Access
(R/W)
Possible value on the
serial port of the unit
Comments
Module
MEAS.VOLT4
R
xxx.x x=[0..9]
Measures the power supply 4 voltage.
Example: "48.0" =>48.0 V
ECU
MEAS.VSWR
R
XX.X X=[0..9]
VSWR measure "01.0" or "20.0"
DRVn | PAn
MEAS.VSWR_DB
R
XXXX.X X=[0..9]
VSWR measure in dB. Ex: “1.2” => 1.2 dB
DRVn
MEAS.TEMPTRIP
R
xx=[0..9]
Counts amplifier temperature faults
ECU
7.2.3.
Transmitter commands
These commands apply to the whole transmitter.
NAME
Access
(R/W)
Possible value on the serial
port of the unit
Comments
TX.1DB
R/W
[0..9999]
Sets the triggering threshold for the 1 dB alarm. Example
"250" => 250 W
TX.3DB
R/W
[0..9999]
Sets the triggering threshold for the 3 dB alarm. Example
"250" => 250 W
TX.3DB.AUTO
R/W
"ON" or "OFF"
If ON set the 3 dB level to TX.PWR/2. If TX.3DB is modified,
switches automatically to OFF
TX.ALARM.1DB
R
"ON" or "OFF"
ON => 1 dB alarm, OFF => No alarm.
TX.ALARM.3DB
R
"ON" or "OFF"
ON => 3 dB alarm, OFF => No alarm.
TX.ALARM.VSWR
R
"ON" or "OFF"
ON => VSWR alarm, OFF => No alarm
TX.ALARM.VSWRTRIP
R
"ON" or "OFF"
Indicates if there has been a VSWR trip fault (max number of
RF shut off/restart cycles has been reached)
TX.FAULT
R
"FAULT" or "OK"
Fault state of transmitter
TX.FREQ
R/W
XXXXXX
Working frequency of the modulator in kHz "232553" =>
232.553 MHz
TX.INTERLOCK
R
"CLOSE" or "OPEN"
State of the safety loop
TX.LINK
R
"OPEN" or "CLOSE"
State of the CAN bus link
TX.MODE
R
"LOCAL" or "REMOTE"
Single transmitter, indicates the local or remote mode
TX.NAME
R/W
XXXX X=[A…Z]
Transmitter name
TX.OPMODE
R/W
"ON" or "OFF"
Enables/disables the RF on a single transmitter
TX.PAVL
R
[0..9999]
Max power, set in factory and limited depending on the type
of unit. This limitation can be requested by regulating
agencies.
TX.PCAP
R
[0..999]
Amplifier nominal power: example "300"=>300W
TX.PCONS
R
[0..99999]
Estimated current power consumption of the transmitter
TX.PCONS.EFF
R
[0..99]
General efficiency of the transmitter
TX.PCONS.PWR
R
[0..99999]
Estimated current power consumption of the transmitter
without SmartFM memorized
TX.PCONS.SAVE
R
[0..99999]
Energy savings over 10 seconds
TX.PFWD
R
[0..9999]
Measure of direct power. examples: "20" or "300" => 300W
TX.PFWD.AVG
R
[0..99999]
Average measured power
TX.PFWD.BOOST
R
[
0…100000
]
Boost power
TX.PREF
R
xxx.x x=[0..9]
Measure of reflected power: "20" => 2W
TX.PWR
R/W
[0..9999]
Sets the output power. From "0" .. "9999"
TX.PWR.SFM
R
[0..99999]
Power after SmartFM coefficient is applied
TX.PWR_MAX
R/W
[0..99999]
Set the max power of the transmitter TX.PWR. Limited by
TX.PAVL
TX.RFPRESENT
R
"PRES" or "NOT PRES"
Indicates if the single transmitter output power is present
TX.RFPRESENT.MIN
R/W
[0..9999]
TX.RFPRESENT (presence RF) triggering threshold; default
value: 0
TX.SBY
R/W
"ON" or "OFF"
Enables/disables the standby mode
TX.SFM
R
[25…125]
SmartFM coefficient to be applied to the set power
TX.TYPE
R
xxx x=[A..Z;0..9]
System type: example "1000-NT" For a 1000 W transmitter
with Nephtys control unit
TX.VSWR
R
XX.X X=[0..9]
VSWR measure "01.0" or "20.0"
TX.VSWR_DB
R
XXXX.X X=[0..9]
VSWR measure in dB. Ex: “1.2” => 1.2 dB
