Discover the LED Architectural Tube S14s Liner Lamp. Perfect for modern interiors, this energy-efficient lamp offers bright, uniform lighting with a sleek design. Ideal for architectural applications, decorative lighting, bathroom lighting, and mirror wall lights. Create a cosy ambiance in any room with this versatile lighting solution, featuring long-lasting performance and low energy consumption
Transform your space with the efficiency and versatility of LED panels. Ideal for offices, commercial spaces, and homes, these LED panels provide bright, uniform illumination, easy installation, and a sleek, modern design. Available in various colour temperatures, including RGB and RGBW options, these panels offer customizable lighting to suit any mood or settings.
Experience sleek modernity with our wall switches and sockets Raised Plate Sleek Plastic Range. Effortless installation is ensured with clearly marked color-coded in-line terminals, perfect for budget-conscious designs. Crafted from durable plastic, they blend practicality with style seamlessly.
Transform your home with the Raised Plate Superswitch Silk Plastic range! These stylish and durable switches are perfect for any modern interior, adding a touch of elegance to your lighting setup. With various configurations available, they offer reliable performance and effortless installation. Elevate your living spaces with these sleek, contemporary switches that blend seamlessly with your décor.
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.