315Mhz remote relay switch kits - 2 channels
  • 315Mhz remote relay switch kits - 2 channels

315Mhz remote relay switch kits - 2 channels

SKU 103990004
This remote switch allows you to remotely control any 12 Volt DC device
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Description
This remote switch allows you to remotely control any 12 Volt DC device. Perfect for controlling any 12V devices such as Lights , Fans, Landscaping Lighting and more. This easy-to-wire kit is perfect for anybody with a basic knowledge of electrical wiring, and can easily be wired to many 12V applications. For PC Modders, the end of result of the Remote Control 12VDC kit are truly impressive and are sure to ooh and ah the crowds. For DIYers, the kit will give some magical effect to your projects.



Basic Specification:
  • Frequency: 315Mhz.
  • Modulation: ASK
  • Working voltage: 12VDC
  • Receiver sensibility: -105dbm
  • Emission distance: 100m in open ground
  • Size: 68mm*47mm*12mm
Pin Out:

Each Relay owns one group of 3 pins:
A - Normally closed, open when relay activate
B - Common node
C - Normally open, close when relay activate

Encoding and Decoding

The popular link is like this: MCU -> Encoder -> Transmitter ------ Receiver -> Decoder -> MCU,
PT2262(Encoder) and PT2272(Decoder) are optional, their existence is to 1)avoid confusing when multiple RF links in range 2) isolate disturbance. You can integrate the encoding and decoding work to the MCUs on both side. Whenever there is no 315Mhz devices around, you may use it as direct cable connection.

To setup a PT2272 and PT2262 link, you would need to set PT2262 by a little soldering:


And setup the corresponding pins on PT2272:


 
Relay Operation Modes: 

The receiver has three modes that control how the relay outputs function. These modes are user selectable using the 3 pin jumper on the receiver.
 
Momentary: 

Move the switch position to set the selected relay(s) in momentary mode. In momentary mode, the selected relay(s) will change its state and maintain it for the duration of the transmission received. Once the transmission is terminated, the relay will change back to its original state.
 
Flip-Flop:

Remove the shunt to set the selected relay(s) in Flip-Flop mode. In Flip-Flop mode, the selected relay(s) will change its state and maintain it until a matching transmission is received. Every time a transmission is received the relay will change its state and maintain it until another transmission is received.
 
Latching: 

Move the switch position to set the selected relay(s) in Latching mode. In latching mode, when the selected relay is activated by the transmitter, that relay will change its state and maintain it until power to the receiver is removed or interrupted.
 
Please refer to the simple drawing for the 315Mhz RF link. On the transimitter side, You would need to supply 3-5VDC to the "+12V" pin,(Caution: the 12v is an error silk screen on PCB, never give it more than 5V), and set "TE" high(5V) to enable transmission. On the receiver side, you may use +5VDC(aka VCC) for power and read the output from D0~D3. "TV" will indicate thenever there is changed data incoming.




Documents

Please visit our wiki page for more info about this product. It will be appreciated if  you can help us improve the documents, add more demo code or tutorials. For technical support, please post your questions to our forum.

Datasheet for PT2272 and PT2262
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Questions and Answers
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0

Hello, if receiver activated, how to define only 1 relay working on programming please? Thanks.

on Oct 19,2016
Replyupvote ()

Hi Victor Yuen.Maybe you can set a special address.

on Oct 20,2016 10:45 AM
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Anyone Here ????????

on Oct 19,2016
Replyupvote ()

We are here:D Please see the reply of previous questions.

on Oct 20,2016 10:45 AM
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0

when the transmitter send the order to activate the relay, there is a very long delay before activate it (20-30s). I must to send order then connect transmition TE and it works perhaps if i connect transmition TE ans i send the open order, the relay no

on Oct 19,2016
Replyupvote ()

Hello, the TE is used to detect rising edge trigger signal(low to high) to enable transmission. So you should set it low before transmission, and set high when transmit signal.

on Oct 20,2016 10:45 AM
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0

Any voltage you put in common

on Oct 19,2016
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