Channel 1 Parameters:

Receiver 5V-10V Voltage: Signal Wire: Black Wire: Negative Terminal; Red Wire: Input greater than 5V to less than 10V; White Wire: Signal Wire.

Note: Receiver 5V voltage should not exceed 5.3V, otherwise the MCU may burn out.

Module Standby Current: Approx. 10mA. Operating Current: Approx. 135mA.

The module uses a large capacitor for voltage stabilization, ensuring more stable operation and reduced interference.

Receiver 5V Voltage (Two red LEDs, no green LED)

Receiver 5V-10V Voltage (Only one operational red LED)

Dimensions: Length 41mm × Width 16mm × Height 18mm (Measurements below exclude the base)

2-Channel Parameters:

Multifunctional 2-channel electronic switch, 2-channel electronic control switch

Operation modes: e.g., A closed, B open; or A open, B closed; or both A and B open.

Receiver 5V Voltage: Signal wires: Black wire: Negative terminal; Red wire: Input voltage greater than 4V and less than 5.3V; White wire: Signal line.

Note: Receiver 5V voltage should not exceed 5.3V, otherwise the MCU may be damaged.

Product Features:

Dimensions: Approx. 3.9cm x 2.5cm x 1.8cm

■ 1 servo signal input controls 2 electronic switches

■ Maximum controllable voltage: 12V

■ 2 independently controlled, interactive channels (one channel active while the other is off)

■ Compatible with all brands of remote control equipment without calibration

Applications:

■ Remote launch control for model rockets

■ Remote smoke control for model vehicles

■ Realistic weapon system control

■ Navigation light control for model aircraft

■ Control of various remote switching systems

★ Function Description:

This remote switch enables control of up to 2 electrical devices on model aircraft via a dedicated channel on the remote controller.

The device requires no calibration and accurately supports various brands of remote control equipment.

Powered by the receiver, it is completely isolated from external power sources. External power supplies only the controlled device.

Typical Application:

1. Connection

Insert the signal input cable into an unused receiver channel corresponding to a switch on the remote controller.

Connect the control switch to the device.

2. Triggering

(Using throttle channel as example) Move the throttle stick on the transmitter to full throttle; one relay closes (i.e., its terminals connect). Move the throttle stick to half throttle; neither relay closes (neither circuit connects). Move the throttle stick to minimum throttle; the other relay closes (i.e., its terminals connect).

Package Includes (Optional):

1* RC Model Remote Switch