C) Model H; D) Model C - ModelCraft 20 50 22 Bedienungsanleitung

c) Model H
Helicopter model, mechanical mixer
Remote control lever, left
Remote control lever, right
Reverse Switches
Rotary Controllers 1 & 2
Rotary Controller 1
Rotary Controller 2
Toggle Switch 1
Toggle Switch 2 (3D mode)
WARNING! Only near the mid-position of the gas/pitch lever should you switch over into the 3D mode. When chan-
ging out of the idle running position, the motor starts running too fast.
d) Model C
Helicopter model, CCPM (collective cyclic pitch mix)
The transmitter's 120° CCPM mixer simultaneously controls in proportionate fashion the three servos staggered by 120° acting directly
upon the swash plate, doing so for roll and pitch functions. There are two variants for the pitch servo's point of application on the swash
plate: in the front in the direction of flight and in the rear in the direction of flight.
Remote control lever, left
Remote control lever, right
Toggle Switch 1
Reverse Switch 1
Reverse Switch 2
Reverse Switch 3
Reverse Switch 4
Reverse Switch 6
Rotary Controllers 1 & 2
Rotary Controller 1
Rotary Controller 2
Toggle Switch 1
Toggle Switch 2 (3D mode)
WARNING! Only near the mid-position of the gas/pitch lever should you switch over into the 3D mode. When chan-
ging out of the idle running position, the motor starts running too fast.
forward/backward Servo Channels 3 & 6 Gas/Pitch
Servo channel 3 (gas)
from idle running to full speed
right/left Servo Channel 4
forward/backward Servo Channel 2
right/left Servo Channel 1
1, 2, 4 & 6 All functions
3 Idle running position, top/bottom
Adjusting the pitch curve. Pitch travel is reduced on the remote control lever so as to also allow full servo
travels with the trimming on Rotary Controller 1.
Pitch trimming of the Helicopter/position of the control lever around the mid-position during hover flight of
the Helicopter (which shifts the zero crossing of the pitch curve)
Influence of the gas/pitch lever on the pitch function (servo channel 6), (which changes the inclination of
the pitch curve).
Recommended for gyro: Norm/head-lock switching
The gas servo (3) goes to full speed at both full deflections of the remote control lever.
Mid-position: half speed (no idle running position)
Large servo travel for pitch: The entire pitch travel is available directly on the control lever so as to enable
more extreme flight manoeuvres.
Rotary Controllers 1 & 2: No function
forward/backward Servo Channel 3
Servo Channels 1 & 2 & 6 Pitch
right/left Servo Channel 4
forward/backward Servo Channels 1 & 2 & 6 Pitch
right/left Servo Channels 1 & 6
Recommended for gyro: Norm/head-lock switching
Roll
Pitch
Gas (idle running position, top/bottom)
Tail
Pitch
Adjusting the pitch curve. Pitch travel is reduced on the remote control lever so as to also allow full servo
travels with the trimming on Rotary Controller 1.
Pitch trimming of the Helicopter/position of the control lever for hover flight (which shifts the zero crossing
of the pitch curve)
Influence of the gas/pitch lever on the pitch function (servo channel 6), (which changes the inclination of
the pitch curve).
Recommended for gyro: Norm/head-lock switching
The gas servo (3) goes to full speed at both full deflections of the remote control lever.
Mid-position: half speed (no idle running position)
Large pitch travel: The entire pitch travel is available directly on the control lever so as to enable more
extreme flight manoeuvres.
Rotary Controllers 1 & 2: No function
Tail
Pitch
Roll
Gas
Tail
Roll
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