433 MHz remote control dimmer DC 5 V-72 V 10A access controller for LED module light exhaust fan motor Advantages of the product [Easy to use] This product uses RF, when you start pairing with a remote enough to run the button on the remote to adjust the light or just turn the light on/off [Stepless dimming] 50 percent and can be distinguished, as well as the basic importance in the range of 0-. Save some energy by reducing the light level in the lighting included or included with this light dimmer. No flickering when removing, very usable. [Flexible use] This dimmer is widely available in LED DC5V-72 lighting devices, output power max. 10A, single channel dimming controller for single color LED tapes, such as the meaning of LED, aquarium lighting. It can also be installed in DC motor etc. [Atmosphere] Change your kitchen, dining room, living room or bedroom, additional lights to make life more functional. Wireless signals 433 MHz As soon as possible Step 1: execute the application (per use) 2 times. Wait 3 seconds Step 2: Press the button on the remote control. Wait 3 seconds. Be sukces. As early as possible Just one step: press the scientific button (based on) 8 times. Wait 3 seconds Parameters of the relay receiving plate - Product type: single channel remote control -Coding type: intelligent learning code 1527 - RF operating mode: superheterodyne reception -Modulation mode: ASK - RF frequency: 433 MHz - Output voltage: DC 5V - 72V - Maximum current: 10 A - Resting current: 5mA - Sensitivitiesandgt 97dbm -Remote distance: up to 50 m (theoretical distance) - Forwarding method: fixed wiring pillar - Output clamp: L/N - L: Lifeline - N: Neutral line - Color: white (outer shell) Remote control parameter RF Frequency: 433 MHz Remote distance: up to 50 m (theoretical distance) Material: plastic Encoding: 1527 Tilted code Battery: 27A 12Vx1 (with this battery) Weight: 40g Size: 68x38x5mm Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.