LED Cabinet Sensor

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ART-SC01-IP68 IP68 Waterproof WiFi LED Controller LED Cabinet Sensor
ART-SC01-IP68 IP68 Waterproof WiFi LED Controller LED Cabinet Sensor
ART-SC01-IP68 IP68 Waterproof WiFi LED Controller LED Cabinet Sensor
ART-SC01-IP68 IP68 Waterproof WiFi LED Controller LED Cabinet Sensor

ART-SC01-IP68 IP68 Waterproof WiFi LED Controller

  • Model:ART-SC01-IP68
  • LED Type:DIM, CCT, RGB, RGBW, RGBWC LED lights
  • LED Qty/M: Not specified
  • Voltage:DC 12–24V
  • Power W/m: Not specified
  • CCT/Color:Single color, CCT, RGB, RGBW, RGBWC
  • CRI:Not specified
  • Dimension:155×70×30 mm
  • Warranty:Not specified

Product Description

The ART-SC01-IP68 is an LED cabinet sensor switch from the Arraystar accessory range. It provides proximity control of furniture and cabinet strips, switching and dimming the light automatically or by a touch on DC 12–24V.

The sensor mounts behind a panel or inside the cabinet, so the control stays hidden and the furniture surface remains clean. Keep within its current rating or add an amplifier for longer runs.

Key Features

  • Proximity control
  • Input/output: DC 12–24V
  • Hides behind panel or glass
  • Memory of last brightness
  • Compact in-line wiring

Typical Applications

  • Kitchen and bathroom cabinet lighting
  • Wardrobe and mirror lighting
  • Furniture and display built-ins
  • Touch-activated shelves and vanity units
  • Single-run strips needing simple control

Frequently Asked Questions

How many watts can it handle?

Stay within the rated current (see the datasheet), or add a power amplifier. For example, 5A covers 60W at 12V or 120W at 24V.

Will it work through glass or wood?

Touch and proximity sensors work through thin non-metallic panels; metal blocks the signal. Test sensitivity through the finished panel first.

Does it remember the dim level?

Most of these sensors return to the last brightness after switching off; confirm on the model datasheet.

How is it installed?

Wire it between the driver and the strip with correct polarity, and fix it against a clean, non-metallic surface.

Can it control a long run?

Use an amplifier when the run exceeds the rated current of the sensor.

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