Log In     My Account       Your cart is empty.     SKYPE

Currencies:
     English French German


X
Hi, I'm Tom. Welcome to our shop, Carymart offers you the premium rf remote control equipment. We suggest you reading our FAQs before making your decision. If you have any other question, please contact us. We will reply you as soon as possible.

SKYPE
Contact Us


Home >>  Remote Control Motor >>  1 Channel 12V Voltage Output Remote Control Unit Switch Motor On/ Off—2000M
Question 1/3
Previous Return To List Next

1 Channel 12V Voltage Output Remote Control Unit Switch Motor On/ Off—2000M

Question:

 

I seek a transmitter-receiver 12V to run a small motor away from 300~500 meters with operating on off.

 

Answer:

 

Our suggestion is this 1 channel 12V voltage output remote control gadget (S1X-DC12-ANT2 & CB-2). Single channel is for one device. 12V direct power output can supply power directly to the device which is controlled. User can turn on/off the receiver with transmitter (remote control) from any place within a reliable distance; the wireless RF signal can pass through walls, floors and doors. The receiver, which mounts long range magnetic antenna, pairs with long distance transmitter to reach to 2000m in the open field.

There are 3 control modes. They are Toggle, momentary and latched.

 

As regards controlling motor on and off, we suggest the latched mode. Latched mode is really favorable for long range controlling because big button on transmitter is for ON, small button is for OFF. If you want to turn on motor, you can press big more for many times to make sure that the motor is on. If you want to turn off motor, you can press small more for many times to make sure that the motor is off.

 

For the wiring, it is so simple. The following picture shows. Motor is connected to terminals A&B on the receiver. The receiver should be supplied 12V power. There is no need to supply power to motor because motor can get power from the receiver.

 

 

 

 
This question was added to our store on Friday 15 November, 2013.