Hand Shaking PCBA Sensor Borad for kitchen Cabinet (Tr2)
Short Description:
Advantages:
1. 【Nake Board PCBA Design】The PCBA board is small and can be directly soldered to the LED light board (or wired and soldered), integrated into the aluminum profile slot, with a compact structure and easy installation.
2. 【No need for slotting or drilling】 The PCBA Sensing Module is directly soldered to the LED light board, eliminating the need for additional slotting and ensuring an aesthetically pleasing installation.
3. 【Excellent Compatibility】 With a wide range of applications, the LED Stepless Touch Dimming PCBA Borad is available in multiple sizes and can perfectly adapt to even ultra-narrow 5mm light strips.
4. 【Contactless Sensing】 Utilizing infrared sensing technology, control is achieved by simply swiping your hand across the sensing area. The sensing distance for the bare board is 15-20 cm, and with the mask installed, it is 5-8 cm.
5. 【Customization Supported】 The LED dimming PCBA module sensor can be customized based on your needs, including size, function (touch, hand swipe, PIR sensing), single color, dual color temperature, dimming function, sensing distance, sensing time, and more.
Parameter:
| Item Name | Feature Description |
| Model | Tr2 |
| Name | Small Size IR Sensor PCBA Module |
| Woking Voltage | DC12V/24V |
| Maximum Load | 40W |
| Size | 40x8mm |
| Function | ON/OFF/Stepless Dimmer |
| Detecting Range | 5-8cm(With Mask) / 15-20cm(Nake Board) |
| Feature | Power-off Memory |
More Details:
1. SMT Processing: High-density wiring and compact layout ensure stable signal transmission.
2. Clear solder pad interface: Easy to solder the light board, simplifying installation.
3. Power-off Memory: The 12V/24V PCBA Module Infrared Sensor has a power-off memory function. After powering off and then back on, the brightness and status used last time can be restored, improving the user experience.
The Sensor Hand Shaking Switch PCBA Module is available in two formats: One is a NAKE Board, and the other is a NAKE Board with L813 male connector and solder wires. For more product details, please contact our sales manager.
The PCBA series sensing modules are available in a variety of styles, including 5cm and 8cm sizes, single-color dimming and dual-color dimming options. LEDs are also available with the infrared sensor directly integrated into the PCBA module. With a variety of styles, there's always one that suits you. Customization is also possible.
1. Hand-Scan On/Off Control: Simply swipe your hand across the sensing area (5-8cm) to toggle the LED light on and off.
2. Dimmer Function: Hold for a long period of time to adjust brightness, supporting stepless dimming and maintaining 8-second adaptive sensitivity.
3. Power-Off Memory Function: After a power outage, power on again to restore the usage status before the power outage, improving the user experience.
1.The Sensor Hand Shaking Switch Module is widely used in various home lighting scenarios, especially for installations requiring minimalist aesthetics and limited space. LED Stepless Touch Dimming PCBA Board can be directly soldered to the LED light board, enabling concealed installation without requiring holes, seamlessly integrating into the fixture structure.
2.The Hand Shaking switch capacitive sensor module is suitable for cabinet lights, wardrobe lights, shoe cabinet lights, bookcases, wine cabinets, and display cabinets. The sensor switch illuminates with a gesture, enhancing the sense of luxury and user experience, bringing intelligent and comfortable lighting control solutions to modern homes and commercial spaces.
Scenario 1: Cabinets...
Scenario 2: Kitchen storage cabinets, wine cabinets
1. Part One: PCBA Sensor Switch Parameters
| Model | Tr2 | |||||||
| Function | ON/OFF/Stepless Dimmer | |||||||
| Size | 40X8mm | |||||||
| Working Voltage | DC 12V&24V | |||||||
| Maximum Load | 40W | |||||||
| Detecting Range (With Mask) | 5-8cm | |||||||
| Detecting Range (Nake Board) | 15-20cm | |||||||
| Feature | Power-off Memory | |||||||
2. Part Two: Size information
3. Part Four: Connection Diagram
