Description This RF dimmer for LED lamps from 12 V to 24 V allows continuous dimming with the included touch remote control. The dimmer is compatible with 12V/24V DC LED transformers and works efficiently with LED lights. The wireless touch dimmer has a range of approximately 20 meters and can typically be installed directly inside the lamp. It can be controlled from another room, as it operates via radio frequency (RF), unlike infrared dimmers. The LED dimmer features a memory function that retains the last dimming level after power is restored via the wall switch. Lighting can also be turned on and off using the remote control. - Compatible only with DC 12V/24V LED transformers. Not suitable for AC 12V halogen transformers. Suitable for 12 V DC or AC/DC LED bulbs, LED strips, and similar lighting applications. This RF dimmer for 12 V to 24 V LED lamps enables smooth, stepless dimming using the supplied touch remote. The wireless dimmer is installed between the power source and the LED load, connecting after the 12V/24V DC LED transformer, and is compatible with most standard LED bulbs. With an indoor operating range of up to 20 meters, the dimmer offers reliable RF signal transmission. It supports remote operation across rooms without requiring line-of-sight. The built-in memory function restores the previous brightness level upon re-energizing the circuit. The remote control also provides on/off functionality for added convenience. Important information: - For use only with 12V/24V DC LED transformers. Not compatible with 12V~AC halogen transformers. - Observe correct input and output connections to prevent damage. - Always observe polarity during installation. Reversing positive and negative terminals will disable dimmer functionality. Technical specifications: - Dimmer for 12 V DC LED lamps, AC/DC power supplies, LED strips, etc. - Easy connection via screw terminals (accepts wire up to 1.5 mm²). - Power supply: 12–24 V DC, maximum 18 A. - Operating range: approximately 20 m indoors. - Standby current: low power consumption design.