January 2014 – Remote Control Everything

Customized Time Delay 6V Remote Controller for Lamp

This 1 channel dc RF remote control switch features in controlling relay off time delay. Delay time can be customized according to actual requirement. It is widely applied to control lights, motors, fans, electrically operated doors / locks / windows / blinds or other electrical devices. It is activated in 6V power supply. You need provide us with the delay time you want when ordering. E.g. delay time: 20 seconds or 1 hour or 20 minutes… The delay time is not adjustable freely. Its working current is 10ampere and working distance is 100m (300ft).

It has normally open and closed contact. It controls various lights, fans or motors with voltage AC110~240V or DC0~28V. Here is the alternate current device wiring diagram and the wiring diagram of direct current device which not share the same power supply with receiver.

Of course, if you want to remote control direct current device which shares the same power supply with receiver, you need to do some different wiring from above wiring. Suppose that you want to remote control 6V lamp. So you don’t have to supply additional power for led lamp because led lamp will get power from powered receiver as long as you wire lamp to the receiver.

Here is the wiring procedure of 6V lamp which shares the same battery with receiver. The red wire from the lamp is connected to the C terminal of the receiver and black wire from the lamp is connected to the negative electrode of the power supply. The positive wire of the supply power is connected to B terminal and positive electrode of the receiver. The negative electrode of the power supply of power supply and receiver are connected together.

We set its delay time 20seconds.

Press button 1: Turn on the lamp. After 20seconds, turn off the lamp by itself.

During the delay time, press button 2: Turn off the lamp straightway.

Universal Latched Remote Controller for 6V LED Light

One customer said he would like to install 6V led lamp into the trunk of his car and wants to control it by remote controller. He is wondering if it can come true because he wants to use LED lamp to illuminate with use of 6V battery.

We recommend him 1 channel 6V latched remote control kit (S1L-DC06+C-2).

This kind of remote control kit is activated by 6V power supply. So he doesn’t have to supply additional power for led lamp because led lamp will get power from powered receiver as long as you wire lamp to the receiver. With latched mode, he can press button 1 of transmitter to turn on led lamp and press button 2 of transmitter to turn off led lamp. If he wants to set on / off function respectively, it is better choice. It has normally open and closed contact. It controls various lights, fans or motors with voltage AC110~240V or DC0~28V. Of course, if he wants to remote control alternate current device, he needs to do some different wiring from direct current device.

Here is the wiring procedure of 6V led lamp which shares the same battery with receiver. The red wire from the lamp is connected to the C terminal of the receiver and black wire from the lamp is connected to the negative electrode of the power supply. The positive wire of the supply power is connected to B terminal and positive electrode of the receiver. The negative electrode of the power supply of power supply and receiver are connected together.

When he presses the button1, turn on the led lamp; when he presses the button 2, turn off the led lamp.

Momentary 6V 1 Channel Remote Controller for Doorbell

Question from customer:

I want to install a single channel remote to control my doorbell within the range of 150m. The old 6V doorbell was broken and I don’t want to repair the wires of doorbell. Ordinary wireless doorbell cannot be used because it doesn’t reach the distance I really want. I have an idea that a transmitter is connected to the doorbell button and relay in receiver is connected to doorbell. The only problem is the control range of remote need to reach about 150m. Would you like to recommend some favorable products?

Answer:

We recommend the 6V one channel 2000m receiver(S1U-DC06-ANT2) and long range transmitter (CB-1). Working voltage range of receiver is 6V. With normally open and close terminal, the voltage of the device being controlled is AC110~240V or DC0~28V. So it can be applied in 6V doorbell. Usually, you don’t have to supply additional power to doorbell because it can get 6V power from powered receiver when you connect them to the 6V power supply together. And the most significant is that it has extended external antenna which makes its control range up to 2000m (6000ft). You will be satisfied with this product.

According to your requirement, you can connect the button of the bell to the transmitter by two wires. Then connect the bell to the relay in the receiver.

Setting control mode Momentary: Connect Jumper-1.

When you press the button of the bell, RF signal will be sent out from transmitter to receiver. The receiver receives to turn on the relay, then the doorbell rings. Release the button, the doorbell stops ringing.

How to Use One Transmitter to Remote Control 30 Receivers

Question from Customers:

I’d like to remote control my LED decoration lights. Can I use 30 similar receivers with 1 transmitter working on 6v battery to operate low voltage LED decoration lights, in one on off operation?

Answer:

Yes, we recommend this single channel dc 6V toggle 100m rf remote control kit—the receivers S1T-DC06 and the transmitter C-1.

We will set 30 receivers and this transmitter with same 8-bits code so that they can work together. These receivers S1T-DC06 can work on 6V battery. The control mode is toggle mode which is fixed in advance. Toggle mode is the only working mode in this remote control kit. The maximum working current of one receiver is 10amp and remote control distance is 100m (300ft).

Here comes the wiring.

Initial state: A and B terminals are normally closed; B and C terminals are normally open. We connect light to B&C terminals. And the receiver must be wired to 6V power supply. Light can share the same power supply with receiver if you do wiring follow that wiring diagram.

You can connect 30 lights to 30 receivers one by one. Press button, turn on all lights; press button again, turn off all lights.

How to use One Device to Remote Control Another Device

Automation or automatic control is the use of various control systems for operating equipment as machinery, uses in factories, home. The biggest benefit of automation is that it saves labor, energy and material to improve quality, accuracy, efficiency and precision. Have you ever thought about home automation?

Someone wants to build home automation. Module 1 will connect to one existing device which make module 1 transmit RF signal to module 2 to indicate either “ON” state or “OFF” state. Module 2 will connect device which is ready to being controlled. When module receives the signal from module 1, it will turn on or off controlled device.

In fact, we have a completely new product 5~28V triggered great range transmitter of CB-2V which is applied for one device controlling another device. This transmitting module will be triggered by DC power 5~28V input. When your existing device is on, the transmitter will get power to send signal to receiver. We really hope this kind of remote can satisfy his needs.

We think our product can meet his need. According to his requirement, that transmitter can work with dc 6V 1 channel latched long range receiver model of (S1L-DC06-ANT2). The receiver needs low voltage and current. Working voltage range of relay can be DC 0~28V. And The existing device will supply low current to activate transmitter. They work together to finish the automation.

Let’s study the wiring diagram. That is fairly simple. Existing device is connected to the positive and negative terminals of the transmitter. The device being controlled is connected to the normally open terminals “B”&”C” of receiver.

Or our receiver is activated by DC6V power. If the device he wants to control is also activated by 6V. We provide another wiring diagram to you.

When the transmitter got a voltage input from the working existing device, the transmitter will be triggered and send an “On” RF signal to the receiver. When the receiver received this signal, it will indicate the device being controlled to “On” state. Likewise, the existing device stops working and transmitter will send an “Off” RF signal to receiver. After receiving the signal, the receiver will indicate the device being controlled to ‘Off” state.