BEGA power supply units
Thanks to the exceptionally high quality of the BEGA power supply units, our LED high-performance floodlights’ achieve unrivalled performance characteristics:
Power supply units with an impressively long service life
The extremely long maintenance intervals of the LED high-performance floodlights are extended further due to the durability of the BEGA power supply units. A service life of 100,000 operating hours is achieved at an ambient temperature of 25 °C. On our website you will find data sheets with information about each luminaire concerning the current values that are subject to constant – positive – development, owing to technical advancement.
Extremely sturdy design
Maximum resistance is achieved through a large number of high-quality coil formers.
Extremely low starting current
The floodlights require a starting current of less than five amperes. The frequently much higher peak starting currents that are common in the market do not apply for our floodlights. The luminaires’ nominal power can be used as a basis for calculation, allowing for a significantly larger number of luminaires to be connected to one automatic cutout. 13 LED high-performance floodlights (nominal power of 195 W) can, for example, be connected to one B16A circuit breaker.
Reduced flickering
BEGA power supply units use CCR (Constant Current Reduction) for dimming, leading to a very low degree of flickering compared to the market average.
Made in Germany
Our power supply units and the components that are relevant to the service life of the luminaires are developed and produced in Germany with very low quality tolerance. Patented technology is used for the dimming process and stand-by function.
Very good thermal regulation
BEGA power supply units are able to detect unusual thermal impact that may occur within the LED high-performance floodlights due to increased temperatures. Thermal regulation is key: The thermal level is maintained more carefully than is the case with other available power supply units – in the case of unusual operating modes, continued operation with an insignificant loss of lighting power is enabled instead of a shutdown.