LED strip controller | with microwave human presence sensor | 12–24V DC | for LED RGB strip control | 3 channels | for hidden furniture, display cabinet and corridor lighting

LED Strip Controller with Microwave Human Presence Sensor – 12-24V DC, RGB, 3 Channels, 24GHz, up to 144W

LED strip controller with microwave human presence sensor, designed for automatic control of 12-24V DC RGB LED strips based on human presence or movement. The controller features a 3-channel output with 2A per channel, supports a 24GHz microwave sensor and RF 2.4GHz signal, making it suitable for hidden lighting in furniture, showcases, corridors, shelves, niches, and decorative LED applications.

• Furniture LED lighting – in cabinets, shelves, kitchen furniture, niches, and decorative elements.
• Showcases and displays – for automatically activated RGB lighting in shops, showrooms, or exhibition zones.
• Corridors and hallways – for hidden lighting that turns on when a person approaches or enters the zone.
• Hotels and commercial spaces – for automated decorative or orientation LED lighting.
• Home interiors – for modern RGB lighting under furniture, in stairs, niches, or wall decor.

For example, an RGB LED strip is installed under a shelf, in a display case, or in a hidden furniture profile. The controller connects to a 12-24V DC power supply, and the RGB LED strip connects to the three output channels. When the sensor detects human presence or motion in the detection zone, the lighting turns on or changes state according to the set control mode.

This solution is especially convenient where no additional switches are desired: display cases, corridors, closets, furniture lighting, or decorative commercial spaces.

Electrician: A suitable solution for installing 12-24V DC RGB LED strips in furniture, showcases, corridors, and interior niches. It is important to evaluate the LED strip power, power supply headroom, and load per channel.

Interior Designer: Allows for creating automatically activating decorative lighting without visible switches. RGB control provides the ability to match color effects to the interior, display, or atmosphere.

Furniture Manufacturer: A practical choice for integrated LED lighting in wardrobes, showcases, shelves, kitchen furniture, or exhibition furniture.

Home User: Can be used for convenient hidden lighting in hallways, under beds, in closets, kitchens, or decorative areas where automatic activation is desired.

The LED strip controller is a low-voltage device, but an incorrectly selected power supply, excessive load, or incorrect RGB channel wiring can damage the controller or the LED strip.

• Installation must be performed by a qualified professional, especially if connecting to 230V via an LED power supply unit.
• Do not exceed 2A per channel and the total maximum load according to voltage.
• Always check polarity before connecting – incorrect + / - connection can damage the device.
• Use only with 12-24V DC LED strips, not 230V strips.
• Power supply must have a power margin, considering LED strip length and power consumption per meter.
• Test the sensor's detection zone in the actual installation spot, as distance depends on environment, height, and obstacles.

Quick Selection Guide

LED strip controller with microwave human presence sensor is suitable when automatic RGB LED strip control is needed in furniture, showcases, hallways, or decorative interior solutions. It helps reduce the need for manual switching and provides smarter lighting operation.

Smarter RGB LED strip control for furniture, showcases, and corridors

The Skydance LED strip controller with a microwave human presence sensor allows for creating modern, automatically operating RGB lighting that activates based on human presence or movement. It is a convenient solution for lighting furniture, showcases, shelves, niches, walkways, and commercial spaces.

With 12-24V DC voltage, 3-channel RGB output, up to 144W load capacity, 24GHz microwave sensor, RF 2.4GHz signal, 120° detection angle, and a logarithmic dimming curve, this controller is suitable for both decorative and practical sensor-based LED lighting projects.