433MHz RF Wireless Smart Switch DIY Module Receiver 86 Type

433MHz RF Wireless Smart Switch DIY Module Receiver

Transform any standard light fixture into a wireless, remote-controlled setup with this 433MHz RF Smart Switch DIY Module Receiver. Compatible with a wide range of load types — from incandescent bulbs to LED strips — this compact receiver pairs effortlessly with an included wall-panel RF transmitter, giving you convenient wireless control from up to 20–30 meters away. Perfect for home automation enthusiasts, DIYers, and anyone looking to upgrade their lighting control without complex rewiring.

Key Features

• Wide Voltage Compatibility: Works with AC 90–250V input, suitable for global use
• High Load Capacity: Supports up to 10A / 2200W resistive loads (incandescent), 500W inductive, 300W LED/energy-saving lamps
• Multiple Operating Modes: Momentary, Toggle, and Latched modes — easily configurable via the learning button
• Operating Frequency: 433MHz RF with a reliable 20–30 metre wireless range
• Multi-Light Control: Control up to 6 lights simultaneously, or LED strips up to 6 metres
• Reset & Memory Function: Clear all paired remotes with 8 presses of the learning button; set power-on state with 6 presses
• Compact 86-Type Design: Receiver dimensions: 80mm × 40mm; transmitter dimensions: 88mm × 90mm × 10mm
• Plastic construction — lightweight, durable, and easy to install
• Battery: CR2032 (not included in package)

Operating Modes Explained

• Momentary Mode: Hold the remote button → relay ON; release → relay OFF. (Set with 1 press of the learning button.)
• Toggle Mode (Standard): Press once → relay ON; press again → relay OFF. (Set with 2 presses of the learning button.)
• Latched Mode: Button A turns relay ON; Button B turns relay OFF.

Setup Instructions

1. Always turn off the power before wiring. Only power on after confirming all connections are correct.
2. Press the learning button the appropriate number of times to enter your desired mode.
3. Press the remote button when the red LED is lit — the blue LED will flash to confirm successful pairing.
4. Keep the receiver away from large electronic devices, metal casings, and strong electromagnetic fields to maintain optimal range.
5. Replace the CR2032 battery in the transmitter promptly if the remote control distance shortens.

Technical Specifications

Made in China Mainland.

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Frequently Asked Questions

Q: What is the 433MHz RF Smart Switch DIY Module Receiver and what does it do?

A: The 433MHz RF Smart Switch DIY Module Receiver is a wireless relay module that lets you control lights and electrical loads remotely using an included 433MHz RF wall-panel transmitter. It supports loads up to 2200W and operates over a wireless range of 20–30 metres, making it ideal for home automation and DIY lighting projects.

Q: How do I pair the remote transmitter with the receiver module?

A: To pair in Toggle Mode (the most common mode), press the receiver's learning button twice — the red LED will light up. Then press your desired remote button; the blue LED will flash to confirm successful pairing. For Momentary Mode, press the learning button once before pressing the remote button.

Q: What types of lights and loads are compatible with this smart switch module?

A: This module is compatible with incandescent lamps (up to 2200W), LED lights (up to 300W), energy-saving lamps (up to 300W), inductive loads (up to 500W), and capacitive loads (up to 200W). It can control up to 6 lights simultaneously or an LED strip up to 6 metres in length.

Q: Is a battery included with the transmitter?

A: No, the CR2032 battery required for the wall-panel RF transmitter is not included in the package. Please purchase a CR2032 battery separately before use.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.