LED Dimmable Power Supplies are a specific type of power supply that allows you to adjust the brightness of LED lights. They are often used in both domestic and commercial environments for regulating LED lighting systems. Experience the power of customization with our LED Dimmable Drivers. Designed to work seamlessly with a variety of LED lighting fixtures, these power supplies allow you to adjust the brightness of your lights to create the perfect ambiance for any occasion.

Switching LED drivers are advanced power supply units designed to efficiently manage and control the electrical current to LED lighting systems. Ideal for a wide range of applications from residential lighting to industrial and commercial settings, switching LED Power Supplies are crucial for maximizing the benefits of modern LED technology.

A 1-10V LED Driver operates on a controlled DC voltage signal ranging from 1 to 10 volts to modulate the luminosity of LED fixtures. At 1 volt, the lights are at their dimmest, giving out about 10% of their total light output. At 10 volts, the lights are at their brightest, giving out 100% of their light output.. The relationship between the voltage and light output is linear, implying that an input of 5 volts would yield approximately 50% of the total light output. This system offers detailed regulation of lighting conditions, thus increasing the versatility of LED fixtures across diverse settings.

Experience the advanced lighting control with LED DALI Drivers. These drivers, integral to the Digital Addressable Lighting Interface (DALI) system, offer precise control over your lighting setup. Each DALI devices are individually addressable, so they can all run from one mains supply but dim individually if required. DALI controls can be broadcast only so all DALI lights dim together. With bi-directional communication, our DALI system not only controls but also monitors the lighting. Ideal for large-scale lighting circuits. Enhance your lighting design with our versatile DALI Drivers. They are only used with control systems.