LED driver STREX SUSP REMOTE DRIVER D4 250W, white

Efficient LED Driver from Wever & Ducré

The STREX SUSP REMOTE DRIVER D4 from Wever & Ducré is a high-quality LED driver specifically designed for reliable and consistent power supply to LED lamps. With a power consumption of 250 watts and an operating voltage of 48 volts, this driver ensures efficient and stable energy delivery. This extends the lifespan of your LED lamps and guarantees optimal brightness.

Technical Features and Energy Consumption

This model is characterized by an energy consumption of 250 kWh per 1,000 operating hours, indicating economical use. The mains frequency is 50 Hz, which is standard in many European countries. Thanks to protection class 3, the driver is especially safe during operation and offers high operational reliability for your lighting systems.

Quality and Craftsmanship

The LED driver comes in a simple white housing that is not only visually appealing but also allows for easy integration into various lighting systems. The IP20 protection rating protects the device against contact with solid foreign objects larger than 12.5 mm, increasing handling safety. The high-quality workmanship from Wever & Ducré guarantees a long service life and reliable functionality even under demanding conditions.

Easy Installation and Compatibility

The STREX SUSP REMOTE DRIVER D4 is easy to install due to its standardized dimensions and connection options. It is ideally suited for various LED lamps requiring a 48-volt supply. Compatibility with the common mains voltage range of 220 to 240 volts AC makes the driver versatile and easy to integrate into existing systems.

Sustainability and Safety

With its efficient energy consumption and high protection class, the LED driver contributes to sustainable and safe operation of your lighting. The Wever & Ducré brand stands for innovative and environmentally friendly solutions in lighting technology. By using this driver, you benefit from a combination of performance, safety, and energy efficiency that is both economically and ecologically sensible.