S2A-A3 Single Door Trigger Sensor-12v Switch For Cabinet Door
Short Description:
Advantages:
1. 【 Characteristic 】Automatic door sensor, screw-mounted installation.
2. 【 High sensitivity】Detects wood, glass, and acrylic with a sensing range of 5-8 cm, customizable to your needs.
3. 【Energy saving】The light turns off after one hour if the door remains open. The 12V switch requires reactivation to work properly.
4. 【Reliable after-sales service】 With a 3-year warranty, our customer service team is ready to assist with troubleshooting, replacement, and any questions regarding purchase or installation.
With a flat design and smaller size, this sensor light switch integrates easily into any scene. The screw installation provides stable operation.
The door switch is highly sensitive and embedded in the door frame. It turns the light on when the door opens and off when the door closes, promoting smarter and more energy-efficient lighting.
The 12V DC switch is perfect for kitchen cabinets, drawers, and other furniture. Its versatile design makes it suitable for both residential and commercial applications. Whether for kitchen lighting or enhancing the functionality of furniture, our LED IR sensor switch is the perfect solution.
Scenario 1: Kitchen cabinet application
Scenario 2: Wardrobe drawer application
1. Separate Controlling system
You can use our sensors with regular LED drivers or those from different suppliers. Simply connect the LED strip and driver, then use the touch dimmer to control the light.
2. Central Controlling system
With our smart LED drivers, you only need one sensor to control the entire system, offering more competitiveness and avoiding compatibility concerns.
1. Part One: IR Sensor Switch Parameters
| Model | S2A-A3 | |||||||
| Function | Single door trigger | |||||||
| Size | 30x24x9mm | |||||||
| Voltage | DC12V / DC24V | |||||||
| Max Wattage | 60W | |||||||
| Detecting Range | 2-4mm( Door Trigger) | |||||||
| Protection Rating | IP20 | |||||||
2. Part Two: Size information
3. Part Three: Installation
4. Part Four: Connection Diagram
