315/433MHZ Toggle Remote Control Mode Wireless Kit On/Off One DC Lamp

Here is the single channel DC wireless remote control system. The model is 0020056(S1RT-DC12 & 2CWB-1). The controller includes one receiver (S1RT-DC12) and two transmitters (CWB-1). The transmitter could remote control the receiver within 50m / 150ft (theoretically). The system can connect lights, motors, fans, electrically operated doors/locks/windows/blinds/cars or other appliances with AC110~240V or DC0~28V. For example, you can connect one DC lamp to receiver, then use the transmitter to remote control the lamp on/off.

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This is the circuit diagram of receiver. You can connect one DC lamp to terminal “K” and “G” of receiver. Then supply power to receiver. When you press the button of transmitter, turn on lamp; press the button again, turn off lamp.

Remote Control Wireless Switch & ControllersQQ图片20150212115151

 

 

This is the operation material of wireless remote control one DC lamp.

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When you press the button in the transmitter, turn on the lamp.

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When you press the button again, turn off the lamp.

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Finally you can also enter into the website and search the product and visit the operation video as following:

Model: 0020056(S1RT-DC12 & 2CWB-1)

 

Website:

http://www.carymart.com/1-channel-50m-wireless-dc-remote-control-kit-with-toggle-mode- p-1842.html

 

http://www.rfcontrolsystem.com/index.php?main_page=product_info&cPath=360_244_261&products_id=1652

 

The operation video link:

https://www.youtube.com/watch?v=2UO61e2wSQI&feature=youtu.be

Simple 2 channel RF Remote Control Reverse Motor

Reversing motor can be applied to rolling blinds / doors, projection screens, awnings, pumps, winches, conveyors or other electrical devices. Generally we use motor controller to reverse motor. Easy wire connection makes it easy to operate. But if you only have simple rf remote controls, is it possible to use them to reverse the motor? The answer is yes. Here take dc motor for example.

Firstly you need to prepare:

1 x dc 12v 2 channel latching control receiver (S2L-DC12)

1 x 3-button transmitter (C-3)

2 x dc12v power adapters

Some lines

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Secondly, as seen wiring diagram below, C is normally open terminal; A normally closed terminal and B common terminal. Connect terminal C to the positive and connect terminal A to the negative. Terminal B is supposed to be connected to the motor.

Note: In order to avoid interference to motor, power supply for the motor and the relays should be different.

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Initial state: terminal B & C are normally open; terminal A & B are normally closed. Terminal B outputs negative power and the motor do not work.

Press button ▲ on transmitter, terminal B & C connected to Relay 1 are closed and terminal A & B are open. At this time terminal B outputs positive power, the motor rotates continuously in positive direction.

Press button ■,terminal A & B connected to Relay 1 are closed and terminal B & C are open. At this time terminal B outputs negative power, the motor rotation stops.

Press button ▼, terminal B & C connected to Relay 2 are closed and terminal A & B are open. At this time terminal D outputs positive power, motor rotates continuously in reverse direction.

Press button ■, terminal A & B connected to Relay 2 are closed and terminal B & C are open. At this time terminal B outputs negative power, the motor rotation stops.

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Finally you can enter into the website and search this wireless remote control kit as following:

Model: 0020023(S2L-DC12& C-3)

The link:

http://www.carymart.com/2ch-dc-6v-9v-12v-24v-rf-wireless-latching-remote-control-transmitter-receiver-p-309.html

http://www.rfcontrolsystem.com/index.php?main_page=product_info&cPath=360_245_268&products_id=309