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Human‑body Induction Wardrobe Rail
- Model:
- WF-WL3618-PIR-12V
- LED density:
- 120灯/米
- CCT:
- 冷白/正白/暖白
- CRI:
- 0
- IP Rating:
- IP64
- Power:
- 10W
- Installation Methods:
- SurfaceMounted
- Certifications:
- Features:
- This human‑body induction wardrobe rail integrates clothes‑hanging rail and LED lighting function. Built‑in PIR human infrared sensor, light turns on when people approach, auto‑off 30 seconds after people leave (delay time customizable). Custom‑length available. Suitable for internal lighting of wardrobes and walk‑in closets, realizing clothes hanging and cabinet supplementary lighting all‑in‑one.

- Product Features
Built‑in PIR infrared sensor with sensitive response; light on upon human approach, auto‑off with 30‑second delay after leaving, delay time customizable. Dual‑purpose rail for both hanging clothes and lighting. Customizable length. IP64 protection grade, adapts to humid wardrobe environment. Low light decay, stable service life.
- Structure & Craft
Dimension:36×18×L (L = customizable length); Material: AL+PC; CE certified; IP rating: IP64.
- Electrical & Optical Performance
DC12V low‑voltage input, power 10W/M; 2835 LED chips; CCT options: cool white / natural white / warm white; luminous flux 600Lm/M; beam angle 120°; light decay <5%@1000h.
- Working Environment
Operating temperature ‑20℃~+40℃; Storage temperature ‑20℃~+60℃.
- Application Scenarios
Widely used for household wardrobes and walk‑in closets, integrating clothes hanging and cabinet sensor lighting.
| Category | Item | Value |
|---|---|---|
| Appearance & Structure | Dimension | 36×18×L (L=customizable length) |
| Material | AL+PC | |
| Electrical & Optical | Input Voltage | DC12V |
| Power | 10W/M | |
| Switch Mode | Human‑body induction | |
| LED Model | 2835 | |
| CCT | Cool white / Natural white / Warm white | |
| Luminous Flux | 600Lm/M | |
| Beam Angle | 120° | |
| Light Decay | <5%@1000h | |
| Others | IP Rating | IP64 |
| Operating Temperature | -20~+40℃ | |
| Storage Temperature | -20~+60℃ |
Note: Actual values are affected by CCT and other factors; real data subject to test report.

