Remote Control AC Motor – Remote Control Everything

Inverse Motor Controller for AC Motor

This kind of inversion momentary motor controller (S1FM-AC220 & CV-2-2) features in controlling ac motor of rolling blinds/ doors, window cover, projection screens, awnings, water pump, winches, conveyors or other appliances and mechanicals. It can always keep motor running in positive or reversal position if pressing and holding button ▲ or ▼ on remote or receiver. If you release the button, motor will stop. Its transmission distance is about 500m/1500ft theoretically.

We’d like to show you how to wire and control AC motor.

We show prepare the following material:

1×Transmitter (CV-2-2)

1×Receiver (S1FM-AC220)

1×AC Motor

220V Power Supply

Wires

At first, we connect live wire to terminal “L” and neutral wire to terminal “N”. Then connect AC motor to terminals “UP”, “COMMOM” and “DOWN”. You can exchange “UP” and “DOWN” wires of motor to change the rotating direction of motor. Add power supply to receiver.

Press and hold button ▲ on remote or receiver: Terminals UP and COMMOM directly output AC110V / AC220V; motor rotates continuously in positive direction.

Release button ▲ on remote or receiver: Stop the motor.

Press and hold button ▼ on remote or receiver: Terminals DOWN and COMMOM directly output AC110V / AC220V; motor rotates continuously in reversal direction.

Video:

2000M Remote Controller Controls Garage Door Automatically

Question from customer:

I need a radio system for switching a receiver of an underground garage, by a concrete slab with steel reinforcement and about 30 meters Distance 1st floor. The receiver may be 220 volts. Transmitter I want to act with an external contact. (Connection to a car alarm system).

Answer:

We recommend the 1 channel high power receiver (S1PUA-AC220-ANT2) and long range transmitter with extended wires (CB-2N). The receiver is activated by ac 220V, which is about 2000m working distance with external extended antenna. The wireless RF signal can pass through walls, floors and doors. It works with the long range transmitter, which features in two external wires because connection of two wires is its triggering method.

According to your requirement, we drew a wiring diagram.

Wires on the transmitter should be connected to the contacts of car alarm system.

The normally open contacts A&B of receiver should be connected to the garage door motor. And supply additional 220V power other than receiver.

Setting latched mode to this receiver.

When the contacts of two wires are closed, the transmitter is triggered and then transmits an rf signal “ON” to activate the receiver. After the receiver receives the signal, contacts A&B are closed; the motor starts to work to open the garage door.

When the contacts of float switch are cut, the transmitter is triggered and then transmits an rf signal “OFF” to deactivate the receiver. After the receiver receives the signal, contacts A&B are cut; the motor stops working to shut down the garage door.

100M 1CH Momentary Remote Control AC Motor

The 1 channel RF Momentary Remote Control (S1M-AC110~240V & C-1) features in AC110V ~220V. There are two kinds of receiver style, one is AC 110V (AC 100~120V), widely used in US, Canada…; the other is AC220V (AC 200~240V), used in UK, France…. The Coding type of receiver is learning code. Maximum working current for each channel is 3 ampere. The working distance is 100M in the open air. Momentary mode is the only working mode of this remote.

We can use this kind of remote control to control AC motor on and off. For instance, the garden irrigation system, hot water circulation system, water pump and so on. Those motors just need to be turned on and off.

Look at the following wiring diagram. From the interior analogue circuit, we connect the neutral wire to the terminal “1”, and the live wire to the terminal “2”. And then connect the motor to the terminal “5” and the neutral wire.

Momentary mode (Press and hold button -> On; Release button -> Off)) All you need to do is just press and hold slightly the button on the remote. You press and hold button to turn on motor; release button to turn off motor.

DIY Automatic Irrigation Pump

Question from customer:

I need to start and stop an electric motor (water pump) 1500 meters away from a house. The water pump is initiated by an irrigation controller. A relay n/o or n/c contact is automatically operated from the irrigation controller when no one is home. Currently there are 2 wires running all the way and are regularly damaged by cows, fires, machinery. I wish to start and stop this motor via remote control, but there are no always people there to push the button on a remote control. This start is initiated by a voltage free relay contact.

Answer:

We recommend the 1 channel high power long range receiver S1PU-AC220-ANT2 and 5~28V triggered transmitter CB-2V.

The outstanding feature of this transmitter is that it has two wires, when two wires connect to low voltage, transmitter will send signal to receiver to activate controlled appliance.

The receiver is 1 channel with extended antenna and multiple working modes. When it pairs with its transmitter, its transmitting distance is up to 2000M in the open air.

Here is the wiring diagram for transmitter and receiver.

For transmitter, you can manage to find an electric device as a triggered switch for its two wires. Do as following shown, connect two wires to electric device.

For the receiver, there are normally open/ closed terminals. Usually, we wire electric device to the normally open terminals. So A&B terminals are normally open; A&C terminals are normally closed. We can connect motor to A&B terminals. And connect a wire between B&L terminals and another wire to A&N terminals. Through N&L terminals, supply AC power to the receiver.

When the transmitter is triggered by low voltage to two wires, it will transmit “ON” signal to receiver to open the irrigation pump. When power is cut off, it will transmit “OFF” signal to receiver to stop the irrigation pump.

DC Remote Module Controls AC Motors—12 Channel

RF remote control transmitter & receiver model of 0020204 (S12CA-DC09/12/24 & CV-12) includes one 12-button remote transmitter and one 12-channel receiver. Each remote button controls each channel of receiver on and off. It can be used to control at most 12 same or different on / off electrical devices. Remote distance is up to 500m. It is widely applied for remote controlling on / off electrical devices such as lights, fans, electric door locks, etc. When you want to control many devices with one transmitter, we think this multi-channel remote control is very favorable. It is powered by direct current (DC). But we still can use it to control alternating current (AC) motors here. We can not only switch on or off motors but also control them forward-reverse rotation.

Look at the following show.

First off all, we prepare material.

1×12CH rf receiver

1×12-button transmitter

2×AC motor

Some lines

Power supply 220V

Here is the wiring diagram. This is the AC motor’s wiring. Motors should be connected to common terminals of B. We add neutral wires to connect both motors since they are ac motors. Live wires are connected to normally open terminals of C. (We choose 4 channel to control 2 motors as example)