2 Channel Power Outage Memory Function Remote Controller

We recommend this 2 channel power-off memory function remote controller (S2MU-DC06/09/12/24 & C-2). It can work in 4 kinds of voltage, 6V, 9V, 12V and 24V. There 4 working modes in it. You can switch as you want through connection or disconnection of jumpers. It controls lights, motors, fans, electrically operated doors / locks / windows / blinds / cars or other appliances with voltage AC110~240V or DC0~28V. It is great for hard to reach lights or other DC/AC electrical devices. The working transmission is about 100m in the open field. With function of memory, if the power is cut off, the relay will return automatically to the previous status after the power is restored.

We’d like to show the wiring and controlling of ac, dc lamps.
The contact of relay of each receiver is normally open/ closed. So you need to wire ac lamp or dc lamp to normally open contact B&C and supply AC 220V power or dc power to lamp.



Usage:
Setting control mode Toggle: Only connect Jumper-2.
Control mode Toggle: Press -> On; Press again -> Off.
Setting control mode Momentary: Only connect Jumper-1.
Control mode Momentary: Press and hold -> On; Release -> Off.

Setting control mode Latched: Do not connect Jumper-1 and Jumper-2.
Control mode Latched: Press -> On, another relay Off; Press another button -> Off.

Setting control mode Momentary + Toggle: Connect Jumper-1 and Jumper-2.
Control mode Momentary (Channel 1): Press -> On; Press again -> Off.
Control mode Toggle (Channel 2): Press and hold -> On; Release -> Off.

Remote Control 2 Lamps 100M 3 A—Latched Mode

When you want to remote control one more AC devices, you may think about 2 channel remote receiver. This kind of Latching 2 channel remote switch (S2L-AC110~240V + C-1) may be suitable for you. It is activated by AC110V~240V power supply, so being controlled devices will get power from powered receiver. The maximum current output is 3 ampere. The Coding type of receiver is learning code. You can remote control any electric devices within 100M (No obstacles).

Look at the following wiring diagram. We try to introduce 2 lamps controlling of this kind. First, we connect the neutral wire to the terminal “1”, and the live wire to the terminal “2”. Second, we connect the lamp 1 to the terminal “5” and the neutral wire. Third, we continue to connect the lamp 2 to the terminal “4” and the neutral wire.

Latching mode is the only working mode of this remote. So we can do the following operation.
1) Press button C: Turn on the lamp 1, turn off the lamp 2.
2) Press button B: Turn on the lamp 2, turn off the lamp 1.
3) Press button A: Turn off the lamp 1 and the lamp 2.
You can remote control any AC electric appliances other than lamps. It is very convenient to you because you don’t have to supply any power to controlled appliances.

Latched Mode Remote Controller for Lamp Controlling

The 1 channel Latched mode RF remote control operates in AC110V ~220V and 315/433MHz. Through retrofitting, this kind of remote control made a little changes compared with the original remote. 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 instead of 4 ampere of original one. The working distance is 100M.

You can control on/off, open/close of universal electrical devices. Applications include gate remote control, motor remote control, garage door remote control, light remote control, etc. We will take ac light remote controlling for an example. 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 lamp to the terminal “5” and the neutral wire.

Latched mode is the only working mode of it. As regards the latched mode, it is motivated by relay group. (Latched (Press button 1-> On; Press button 2 -> Off)) So we prepare a 2-button transmitter for you to remote control it. All you need to do is just press slightly the button on the remote. You press button 1 to turn on lamp; press button 2 to turn off lamp.

Contactor's Remote Controlling

Question from customer:
I want to use the remote control to replace the button of my contactor. Since the switch will be activated rarely, is it possible to test the communication with the remote to be sure that the transmitter’s battery and receiver work correctly?

Answer:
We came up with a good idea that it can replace your manual switch to remote control contactor and to test whether the transmitter’s battery and receiver work correctly. So we recommend normally open/ closed 2 channel AC remote controller (S2U-AC220+C-2). The normally open/closed contact terminals are applied to universal power supply. In other word, normally open /closed contact terminals are as a switch for device. You need to supply DC or AC power to your controlled devices. The maximum current is 10ampere for each channel and its working distance is about 100m.

We got a plan for your problem. At first, it is the wiring. Look at the following wiring diagram. A&B terminals are the normally closed terminals. B&C terminals are normally open terminals. Being controlled devices will be connected to normally open terminals. It means that it won’t work in off-state when you disconnect the circuit. We will connect an AC lamp to relay 1 and button of contactor to relay 2. They are supplied to the same power.

And this receiver works with two-button transmitter. There are four working modes in it. They are Toggle, Momentary, Latched, Momentary + Toggle. We set Toggle mode. You want to make sure the transmitter’s battery and receiver correct working but the switch will be activated rarely. You see, the lamp is for test. When you want to test remote controller, you press button 1, if the lamp is switched on, then the transmitter and receiver work. When you press button 1 again, turn off lamp. Press button 2, turn on the contactor, press button 2 again, turn off the contactor.

High Power Remote Control for 2 LED Light

S2PX-DC12+C-2
Wireless control, easy to install
With high power of 30A
Direct dc power output; control Lights, Motors, Fans, electrically operated Doors / Locks /
Windows / Blinds / Cars or Other Appliances.
You 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.
This video shows to you how to control 2 lamps.

2 Channel RF Remote Control System for Linear Motor and dc Motors

S2U-DC12+CV-4
Simple 2 channel rf remote control system can be applied to run linear motor
forward and backward and switch on and off dc motor. Please watch the video to
learn how.

2CH RF DC Remote Control Kit Controls AC Motor

This 2CH RF DC remote control kit is activated by DC power supply, which operates in toggle, momentary, latched and toggle +momentary modes (just set according to your requirement).It is very favorable for lights or other DC/AC electric devices which are hard to reach or far away from switch. This 2 channel remote control kit can help you complete two operations at the same time. It is widely used for lights, gates, garage doors, motors and so on.
We will try to show you how to control positive and reversal rotation of an AC motor with this remote module.

One Transimtter to Many Receivers— Control 4 Lamps

The receiver is designed for one-transmitter-many-receivers system. There are two channels for each receiver. You can use 2 receivers with transmitter CV-4 or CB-4. You also can choose external antennas for them. With the extended external antennas, the transmitting distance will reach about 2000m in the open air. This kit is also a multi-mode remote control which includes four working modes, toggle, momentary, latched and momentary+toggle.

 

Mixed Modes High Power RF Remote Control Activates DC Motor to Rotate

This is the high power rf remote control which has mixed modes including toggle mode, momentary mode, latched mode as well as momentary+toggle mode.  It can activate dc motor to rotate in positive and reverse direction.

Remote Control Car Sun Shade

Car shades are another common way to protect the vehicle besides sun blinds. The shades for the rear and front windows are designed to be unfolded and sit against the window. These shades are used to protect the vehicle and the passengers from direct sunlight. What’s more, the U.V ray will penetrate car window and can not escape that the car gets hot. So you need car sun shade to protect yourself and your car. And if you could use a remote controller to control those shades which are activated by motor, It might be very convenient and leisurely.


We are going to control motor to make sun shade up and down with this 2 channel momentary remote switch.

Firstly you need to prepare:
1 x 2 channel dc momentary remote control receiver (S2M-DC12)
1 x 2-button remote transmitter
2 x dc 12v power adapters
Some lines

Secondly, see the 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: The Power supply of receiver and motor must be provided individually in order to avoid interference between them.


Operation:
Press and hold button 1, the motor rotates in positive direction; Release button 1, motor stops rotating.

Press and hold button 2, the motor rotates in reverse direction; Release button 2, motor stops rotating.

Only to press buttons to control car sun shade in your car to avoid direct sunlight and even protect your own privacy in the daytime. It is simple and convenient.

Short Video:

DC Motor is Activated by Time Delay Remote Module

Reversing motor can be applied to conveyors, awnings, winches, electrically operated doors / windows / blinds or other electrical devices. To make the motor rotate in positive and reversal direction, we try to use this kind 2 channels adjustable time delay remote control kit to control dc motor.
Firstly we prepare:
1 x 2 channel delay time adjustable receiver (S2DA-DC12)
1 x 4-button transmitter(C-4)
2 x dc 12v power supply
Some lines

Secondly, see the wiring images 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.



Thirdly, it comes to operation
At first, we set delay time 8 seconds for relay 1 and 10 seconds for relay 2. Then switch on power.
Press button 1, the motor rotates continuously in the positive direction.

If we want to interrupt the rotation, we can press button 3, the motor stops rotating immediately.

Press button 2, motor rotates continuously in the reverse direction.

If we want to interrupt the reverse rotation, press button 4, the motor stops right away.

Time Delay Mode
Press button 1, the motor positive rotation will last 8 seconds which is set in advance, then stops rotating.


Press button 2, the motor reverse rotation will last 10 seconds which is preset, then stops rotating.