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11. Receiver
a) Connection
The receiver (C) can be connected to up to 6 servos (A), CH1 – CH6
connections, as well as a receiver power supply (B) and "BIND" port.
The connections are designed for polarity-proof Futaba connectors and
can also be used with JR connectors, if necessary.
In the top right example, 6 servos (A) are connected to the receiver
(CH1 – CH6 connections).
In this case, the "BIND" port (19) must be connected to the voltage/
power supply (B) in the form of a battery box.
The servos and the receiver power supply can be connected in differ-
ent ways depending on the model in which the remote control system
is used.
For example, if an electric car model uses an electronic
speed controller (D) with BEC, it must be connected to chan-
nel 2 (CH2).
Do not connect a separate receiver power supply in this
case!
If more than one electronic speed controller with BEC is con-
nected to the receiver, only one may carry the positive lead
to the receiver, while the positive leads of other electronic
speed controllers must be interrupted in the connector.
If you still use a mechanical speed controller with a BEC
connector, do not use it to power the receiver. The voltage
applied to this connector is too high. Instead, use a separate
power supply (battery box).
Always observe the correct polarity of the connectors when connecting
servos or a speed controller.
The pulse lead plug contact (yellow, white or orange depending on the
manufacturer) must be connected to the inner (left) pin contact (in the
direction of the antenna).
The minus/–/GND plug contact (black or brown depending on the man-
ufacturer) must be connected to the outer (right) pin contact (towards
the edge of the receiver).
S = pulse lead
+ = plus pole
– = minus pole/GND
