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GENERAL NOTES
• The receiver’s integral gyros are very fast, high-resolution components. This means that you should always use
high-speed digital servos wherever possible, so that the gyro’s corrective signals are converted directly and accurately
into servo movement; this helps to prevent the model oscillating.
• Keep all servo extension leads as short as possible.
• When switching on or adjusting the radio control system, it is essential to keep the transmitter aerial at least 15 cm
from the receiver aerial(s). If the transmitter aerial is too close to the receiver aerials, the receiver will be swamped
and the red LED on the receiver will light up. The transmitter responds with a ashing red LED and repeated beeps at
approximately one-second intervals, i.e. the radio control system reverts to fail-safe mode. If this should happen,
increase the distance until the audible warning ceases, and the blue transmitter LED lights up constantly once more.
The red LED on the receiver should now be o.
2.1. BINDING
2. FUNCTIONS
The Graupner/SJ HoTT 2.4 receiver must be “bound” to “its” Graupner/SJ HoTT 2.4 RF module (transmitter) before a radio
link can be created between them; this process is known as “binding”.
Binding is only necessary once for each combination of receiver / RF module, so the binding procedure described below
only needs to be repeated if you add more receivers. However, binding can be repeated at any time if you wish;
for example, if you switch transmitters.
• Binding is only possible if the receiver has not been linked with a bound transmitter since being switched on (red LED
lights); press the SET button to set the receiver to BIND mode.
• If you have already bound a receiver to the transmitter, and wish to bind the receiver to a new model memory, this is
the procedure:
This is the procedure in detail
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