LYYT: 153.797UK, In-line RGB LED Tape Controller, 5-24V, 3 Button Control

Product Overview & Key Benefits

The In-line RGB LED Tape Controller is a versatile device designed specifically for controlling RGB LED tape lighting. Ideal for both professional and home use, this controller allows users to effortlessly manipulate static colours and built-in sequence programmes. With its compact design, it seamlessly fits into various settings, making it perfect for anyone looking to enhance their ambient lighting with ease.

Technical Specifications & Product Details

• Input:5.5mm DC jack socket
• Output:4-pin RGB+
• Controls:Mode/demo, speed (off), colour
• Wire length:136mm
• Maximum current:3 x 4A
• Power supply:5 - 24Vdc
• Continuous current:3 x 2A
• Weight:3g
• Dimensions:42 x 13 x 5mm (controller)
• Overall dimensions:10mm x 90mm x 125mm

Ideal Uses & Applications

This In-line RGB LED Tape Controller is particularly suited for a variety of applications. Its practicality makes it a suitable choice for:

• Domestic DIY projects:Perfect for homeowners looking to add personalised lighting effects to their living spaces.
• Commercial settings:Ideal for businesses looking to create an inviting atmosphere in restaurants, cafes, and retail environments.
• Hospitality venues:Excellent for hotels and event venues wanting to provide mood lighting for different events and occasions.
• Offices:Enhances work environments with adjustable lighting that can help boost morale and productivity.

Energy Efficiency & Cost Savings

The In-line RGB LED Tape Controller is designed with energy efficiency in mind. By allowing you to harness the full potential of RGB LED tape lighting, it can significantly reduce overall power consumption compared with traditional lighting solutions. Users can expect to see a decrease in electricity costs, all while enjoying vibrant and dynamic lighting options. The controller has the capability to work with LED tape power supplies ranging from 5V to 24V, thus providing substantial energy savings without compromising performance.