Multiplex 4 5182 Notice D'utilisation page 22

Pin assignment:
Negative ( - ) = black wire
Positive ( + ) = red wire
Signal ( ) = yellow wire
! Note: if necessary you can also use the UNI extension
lead supplied in the set.
Connect the transmitter battery and close the transmitter
case:
Ensure that no wires are trapped when you do this. You may
need to secure the UNI lead attached to the Telemetry Display
with adhesive tape or one or more cable-ties. It must be pos-
sible to close the case evenly, without force or tension.
8.3. Connecting to Graupner/JR transmitters
with the HFMG3 M-LINK RF module
Switch the transmitter OFF.
The three-core UNI lead is connected to the "COM." socket
of this 2.4 GHz RF module:
The socket is located on the top of the 2.4 GHz RF module
on the left-hand side. The pin assignment for the socket is
also printed at this point:
Pin assignment:
Negative ( - ) = black wire
Positive ( + ) = red wire
Signal ( ) = yellow wire
8.4. Connecting to MULTIPLEX transmitters
with the HFMx V2 M-LINK RF module
Switch the transmitter OFF.
The three-core UNI lead is connected to the "COM." socket
on this 2.4 GHz RF module:
This socket is located on the left-hand edge of the 2.4 GHz
RF module. The pin assignment for the socket is also printed
at this point:
Operating Instructions - Telemetry-Display
Page 22
Pin assignment:
Negative ( - ) = black wire
Positive ( + ) = red wire
Signal ( ) = yellow wire
! Note: if necessary you can also use the UNI extension
lead supplied in the set.
8.5. Connecting to MULTIPLEX transmitters
with the HFM3 M-LINK RF module
Switch the transmitter OFF.
The three-core UNI lead is connected to the "COM." socket
on this 2.4 GHz RF module:
This socket is located on the left-hand end of the 2.4 GHz RF
module. The pin assignment for the socket is also printed at
this point:
Pin assignment:
Negative ( - ) = black wire
Positive ( + ) = red wire
Signal ( ) = yellow wire