Reptronic 25mm Smart Touch Light Control Panel Sensor

Enjoy clean, modern lighting control with this Reptronic 25mm Smart Touch Light Control Panel Sensor. Designed for discreet installation behind non-metallic surfaces, it allows you to switch lights on or off and adjust brightness effortlessly using touch or proximity sensing. With stepless dimming, reliable through-surface detection, and easy surface mounting, this switch is ideal for cabinets, wardrobes, and custom LED lighting projects.

Features:
- Touch-Sensitive Control: Short press to turn lights ON/OFF; long press for smooth, stepless dimming
- Through-Surface Sensing: Operates through wood, stone, marble, plastic, and glass
- Easy Installation: Surface-mount design, no drilling required
- Wide Voltage Range: Compatible with DC 12V-24V LED lighting systems
- High Power Output: Supports up to 120W @ 24V
- Durable Construction: Made from high-quality PP material for long service life
- Discreet Design: Concealed installation for a clean, switch-free appearance

Specifications:
- Type: Touch-Sensitive Dimmer Switch
- Input Voltage: DC 12-24V ( 36V)
- Maximum Current: 5A
- Rated Power: 60W @ 12V / 120W @ 24V
- Sensing Distance: 20 mm (material dependent)
- Switch Action: (ON) - None - OFF
- Contact Material: Copper
- Mounting Type: Surface Mount
- Termination Type: Quick Connect
- Power Mode: USB / DC
- Rated Frequency: 50/60Hz
- Battery: Not Required

Physical Details:
- Material: PP (Polypropylene)
- Colour Options: White / Black
- Dimensions: 48 × 48 × 7 mm
- Cable Length: 0.2 m

Ideal Applications:
- Kitchen cabinets
- Wardrobes and closets
- Furniture-integrated LED lighting
- Decorative and accent lighting
- Residential and light industrial use

How to Use:
- Install the switch behind a non-metallic surface
- Keep metal objects away from the sensing area
- Short press: Turn light ON/OFF
- Long press: Adjust brightness smoothly

Notes:
- Sensor sensitivity varies depending on surface thickness (thinner materials provide better performance)
- Slight size variations may occur due to manual measurement