RF433 Wireless Wall Light Switch 1/2/3 Gang Remote Module
RF433 Wireless Wall Light Switch 1/2/3 Gang Remote Module
RF433 Wireless ON/OFF Wall Light Switch with Remote Receiver Module
Take full control of your home lighting without running new wires. This RF433 MHz wireless wall switch and receiver module lets you operate lights, ceiling fans, chandeliers, and more from across the room — no hub, no Wi-Fi, no complicated setup required. Available in 1, 2, or 3 gang configurations to match your exact needs.
Made in Mainland China.
Why You'll Love It
- No-Wire Freedom: Mount the stylish 86mm wall panel anywhere with adhesive — no rewiring needed.
- Universal Compatibility: Works with LED, CFL, fluorescent lamps (up to 300W load), and standard incandescent or fan loads (up to 1,100W via receiver).
- Multi-Switch Control: Pair multiple wall switches to a single receiver or control different receivers independently — perfect for large rooms or open-plan spaces.
- EV1527 Learning Code: The transmitter uses the widely compatible EV1527 IC chip, so it pairs effortlessly with most learning-code receivers on the market.
- Ultra-Low Standby Power: The wall switch draws less than 1µA in standby; the receiver consumes less than 0.3W — energy-efficient all day, every day.
- Broad Voltage Range: Receiver supports AC 85–240V, 50/60Hz — suitable for homes worldwide.
- Quick Pairing & Reset: Pair in two easy steps; clear all codes in one step by pressing the learning button 8 times.
Technical Specifications
Receiver (Controller)
| Material | Plastic |
| Working Voltage | AC 85–240V, 50/60Hz |
| Frequency | 433 MHz |
| Standby Power | <0.3W |
| Max Load Power | <1,100W |
| Receiving Sensitivity | -108 dBm |
| Modulation | ASK |
| Operating Temperature | -10°C to +70°C |
| Dimensions | 65 × 40 × 25 mm |
Wireless Wall Switch (Transmitter)
| Material | Plastic |
| Working Voltage | DC 3.0V |
| Frequency | 433 MHz |
| Standby Power | <1µA |
| Transmitter Power | <10mW |
| Coding | EV1527 Learning Code |
| Modulation | ASK |
| Operating Temperature | -10°C to +70°C |
| Dimensions | 86 × 86 × 13 mm |
How to Pair the Switch
- Press the learning button on the Receiver twice, then wait 3 seconds.
- Press any button on the wall switch, then wait 3 seconds. Pairing is complete!
How to Clear All Paired Codes
- Press the learning button on the Receiver 8 times and wait 3 seconds. All saved codes are erased.
What's in the Box
- 1 × RF433 Receiver OR 1 × Wireless ON/OFF Wall Switch (choose your option)
Important Notes
- Product images are for illustration purposes; please refer to written dimensions for actual size.
- Minor size variations due to manual measurement may occur.
- Screen color calibration may cause slight differences in appearance from actual product color.
For general electrical safety guidance, visit the U.S. Consumer Product Safety Commission – Electrical Safety.
Frequently Asked Questions
Q: What types of lights work with this RF433 wireless switch module?
A: This wireless switch is compatible with LED, CFL, and fluorescent lamps (up to 300W), as well as standard incandescent bulbs, ceiling fans, and chandeliers. The receiver handles loads up to 1,100W, making it versatile for most residential lighting fixtures.
Q: Do I need to run new wiring to install this wireless wall switch?
A: No additional wiring is needed for the wall switch transmitter. The 86mm panel can be mounted using adhesive practically anywhere, making it ideal for retrofitting existing rooms without any electrical work on the switch side.
Q: Can I control multiple lights or rooms with one wall switch?
A: Yes! Multiple wall switches can be paired to the same receiver, and one wall switch can control multiple receivers independently. This makes it easy to manage lighting across several zones from a single convenient location.
Q: What is the operating range of the RF433 wireless signal?
A: The 433MHz RF signal typically provides reliable operation across standard room distances. Range may vary depending on walls, interference, and building materials, but it is suitable for most indoor residential environments.