Description
- High-concerned chemical: None
- Support APP: No
- Frequency: 433 MHz
- Channel: 1
- Package: Yes
- Model Number: 3V 5V 12V 24V Remote Control Switch Light Controller
- Wireless Communication: RF
- Use: Universal,Lighting,Electric Door,Automated curtains,Switch
- Brand Name: QIACHIP
- Origin: Mainland China
- Certification: CE
- Working voltage: DC 3.6V~24V
- Maximum load: 2A
- Static current: 3.6 mA ~ 5.5mA
- Appliance: LED lamp string, Christmas tree light string, light control switch
- Controller Type: Learning Code 1527
- Working Distance: 20 Meters above in open space. 3V 5V 12V 24V remote control switch
- Working mode: Momentary, Toggle, Latching Mode
- Working temperature: -20 degrees 80 degrees
Application environment:
Remote control switch,motorcycles, automobile anti-theft products, home security products, electric doors, shutter doors, windows, remote control socket, remote control LED, remote audio remote control electric doors, garage door remote control, remote control retractable doors, remote volume gate, pan doors, remote control door opener, door closing device control system, remote control curtains, alarm host, alarm, remote control motorcycle remote control electric cars, remote control MP3.
Specifications Of The Receiver:
Model Number:QA-R-011 (QA-R-012)
Working Voltage: DC 3.6V~24V.
Maximum Load: 2A.
Static Current:3.6mA ~ 7mA.
Working Frequency: 433MHz.
Reception Sensitivity: ≥ -107dBm.
Modulation Mode:ASK (superheterodyne).
Number Of Stored Remote Controls: ≤ 10.
Working Mode: Momentary, Toggle, Latching Mode.
Learning Style: Learning Button.
Working Temperature: -20 degrees 80 degrees.
Appearance Size: 26mmx 13mm x 1mm (length × width × high).

Package List:
5pcs*Receiver Module






Clear Code:
Press the learning button on the module 8 times continuously, and the light flashes seven times and then goes out.
About Working mode:
Momentary: Press the remote button, the relay connects, release the remote button, the relay disconnects.
Toggle: Press once the remote button, the relay connects, press the remote button twice, the relay disconnects.
Latching: Press the remote button A, the relay connects, press the remote button B, the relay disconnect.
Learning the Code:(Momentary)
Press the learning key on the receiver once time, it comes into momentary setting mode.
Wait for a moment, the LED will be off , it comes into learning state.
Push the remote button, LED indicator on the receiver board will flash then come off.
After 3 seconds, the LED indicator will be on again, learning successfully.
Learning the Code: (Toggle)
Press the learning key on the receiver twice time, it comes into toggle setting mode.
Wait for a moment, the LED will be off , it comes into learning state.
Press the remote button, LED indicator on the receiver board will flash then come off.
After 3 seconds, the LED indicator will be on again, learning successfully.
Learning the Code:( Latching)
Note: When you choose for latching mode, in order to learn more remote control, you need to learn two different button, the first time learning is for ON, the second time learning for OFF.
For example: Button A = ON, Button B = OFF
Press the learning key on the receiver triple time, it comes into latching mode .
Wait for a moment, the LED indicator on the receiver board will flash then come off.
Press the remote button A. LED flash for 5 times.
Press the remote button B. LED flash for 5 times
After 3 seconds, the LED indicator will be on again, learning successfully.
A = ON, B = OFF.






















M***z (verified owner) –
They are excellent for my projects, they work with 18650 batteries at 3.7v, I recommend them.
V***v (verified owner) –
very nice model. Sometimes more than 100 units were purchased. So far, none are defective. It works stably even at 2.8 volts, so even with one battery is fine.
R***c (verified owner) –
I checked one, it works perfectly, I hope the others won’t let me down either, these are great receivers and very small which is quite important!
L***s (verified owner) –
Not the first time i’ve purchased these, i bought one before for a prototype which works great so decided to buy some more for other project ideas.
A***t (verified owner) –
Very tidy recipients! If the specified maximum load is not sufficient, you can simply switch to a PNP transistor and then a MOSFET. Or you can control a relay module using the receiver’s output, where you can set it to “LOWSIDE” (in this case, please remember to use the freewheeling diode!!!). Thus, the receiver module only needs to “handle” a few milliamps for the base of the PNP (or the coil of the relay) and is therefore significantly spared. This is the guarantee for extreme durability. and durability.
G***r (verified owner) –
The product matches the description, fast delivery, I recommend it! Wishing the seller all the best and prosperity in his not easy business!
L***h (verified owner) –
Very pleased with the item. I’ve tested to 70m. Seem to be reliable
a***r (verified owner) –
Brilliant little remote switches for e.g. Led lighting. There are a couple of options like 3v or 6v minimum working. 3 v works on a single cell lipo 6v won’t. Make sure you get the right one.
You can control with one or a number of fobs, in a number of different ways.
Love them.