12V Touch / PIR Hybrid Sensor Switch for LED Cabinet & Motion Control Lighting
12V Smart PIR + IR Hand Touch Sensor Switch
The 12V Smart PIR + IR Hand Touch Sensor Switch is specially designed for LED cabinet, wardrobe, drawer, and display lighting. It combines passive infrared motion detection with hand wave / touch control, offering both automatic and manual operation. With a slim, modern housing, compact size, and stable performance, this sensor switch delivers hands-free, energy-saving lighting control for modern home and furniture applications.
Efficient, Versatile, Durable, Easy-to-install
Key Advantages
Dual Control Modes: Combines PIR body detection and IR touch / hand wave sensing.
Energy Saving: Lights only turn on when needed, reducing unnecessary power consumption.
Compact & Stylish Design: Slim housing, easy to hide inside cabinets or behind LED strips.
Safe & Reliable: Overload and short-circuit protection ensure stable operation.
Flexible Settings: Adjustable delay time and ambient light sensitivity.
Wide Applications: Ideal for kitchens, wardrobes, closets, drawers, display cabinets, and shelves.
Why Choose Our Sensor Switch
Versatile Use – Automatic sensing plus manual touch override.
Modern Aesthetics – Sleek and durable housing for furniture integration.
Energy Efficient – Prolongs LED lifespan and saves electricity.
Proven Quality – Stable, reliable performance tested before delivery.
OEM/ODM Support – Custom logos, packaging, and branding options available.
Professional Service – Fast response and technical support provided.
Product Display
Installation Notes
Power Off Before Wiring: Ensure power is disconnected before installation.
-
Correct Polarity: Connect input/output wires correctly to avoid damage.
-
Placement: Mount where the PIR sensor has a clear field of view, away from heat sources or reflective surfaces.
-
Adjust Settings: Set proper delay time and light sensitivity to match your environment.
-
Wire Gauge: Use proper cables for LED load to avoid voltage drop.
-
Environment: Avoid extremely humid or hot conditions to ensure long-term stability.
Application Scenario
FAQ