32
GB
CARSON Sbach 342 • 500505023
b. Technical Data
Span length
1250 mm
Length 1150
mm
Weight 1700
g
Stock EPO
Radio control
2,4 GHz, 4-Channel
Flight control system
40 A
Motor
Brushless out runner KV700
Battery
LiPo-Battery 14,8 V/2500 mAh
c. 4-Channel radio control unit
d. Assignment of Transmitter Identifier to Receiver (Binding)
Your almost-ready-to-fly set includes a 4-channel radio control unit,
receiver and flight controller already installed in the model, as well as
4 servos to operate the rudder and elevator. This system is designed to
have a range of 300m which means that you can control your aero-
plane up to this distance. In practice, normal flying will be conducted
at a closer distance in order to see the flight attitude of the model.
Never start when batteries in the transmitter are weak, otherwise your
model could fly away out of control.
During remote control operation, an electronic identifier is transmit-
ted with each transmission pulse in addition to the control informa-
tion. Based on this identifier the receiver identifies that the signal
is from „its“ transmitter. As there are many millions of transmitter
identifiers available, it is extremely unlikely that a foreign transmitter
will be able to affect your receiver. However, the transmitter must
communicate this identifier once to each new receiver prior to the
initial start-up. This requires the following procedure which where
possible should be carried out in a place where this transmission by
radio cannot be disrupted by any other electrical signals, particularly
not by other 2,4 GHz transmitters.
1. Arrange transmitter and receiver side-by-side and close together in
working order but switched off. To assign the receiver to the trans-
mitter, press the frequency alignment button on the transmitter
and switch on the transmitter.
2. Insert the short-circuit connector (see diagram below) into the
„BATT“ socket on the receiver. Connect the flight controller to the
receiver and the flight battery to supply the receiver with power
and this should light up the indicator light.
3. If the frequency alignment was successful, the indicator light will
continue to be lit up.
4.The indicator light will start flashing when the shortcircuit connector
is removed. The receiver goes into the ready to operate mode.
5. Press the frequency alignment button again for acknowledgement.
The transmitter is now ready to operate and the indicator light
lights up indicating normal function of the receiver.
D IG IT A L P R O P O R T IO N A L R A D IO CO N T R O L S Y S T E M
E T B 4 1 - 2 . 4 G H z
O N
O F F
1
2
3
4
R E V
NO R
Frequency alignment button
Short-circuit connector
B AT
GEAR
AUX
I
R UDD
THRO
ELE
V
AILE
6
CH
RECE
IVE
R
ER61
-2.4GHz
D S
S S
S IGN
AL
TM
