DC9V-24V Remote Controller 2 Channels Receiver Ror Garage Doors Opener Receiver Yet402PC-V3.0

DC9V-24V Remote Controller 2 Channels Receiver Ror Garage Doors Opener receiver Yet402PC-V3.0

Use range: 

Our remote control widely used in garage door ,rolling door ,electronic gate,led light,window  industral control ,home appliance,car alarm system, home/store anit-theft alarm,other industrial control and so on.

1. Brief Introduction:

    Our factory design and produce the two channel wireless intellect receiving control what can provide switch signal to the two relays, so it can meet many requirements such as: control motor's corotation and reversal, the connection and lock of the switch and other special control programs. This kind of wireless intellect receiving control main apply to auto door, curtain, lifting appliance, gate way, lifter, industrial control and security line

  This kind of wireless receiving control is high confidentiality, large memory space, stable characteristics, low power consume and very convenience, it is unnecessary adopt the traditional wire jumper or dip switch code but only receive and store the wireless signal from the remote control, and The lost learnt control can not work if you delete the memory message of the receiving control, however, it should learning again by the owner if want to obtain the right of use. 

2. The way of output :

1. Point start signal- 1 connect while 2, 3 disconnect

2. Signal interlock-2 connect while 1 disconnect

3. Signal self locking-1.2 disconnect

4. one way self-locking, another way inching-1.2 connect

(check the Circuit diagram for details)

3 .Learning method and steps:

1. Press learning key of receiver-indicate enter into the status of learning as you hear the sounds of buzzer.

2. Press any button of the remote control-indicate learning success as you hear the sounds of buzzer.

4. Delete memory message :

Press the learning button of the receiving module about 7 second until the LED light is extinguished, which indict success to delete the memory message.

5. Main Technique Data: