LED power supply BLINGO DRV 40W ON-OFF 37270

Universal LED power supply for simple installations

The BLINGO DRV 40W ON-OFF power supply is a reliable solution for powering LED luminaires, ideal for both home and professional installations. Designed for simplicity and efficiency, it provides stable voltage and current, which translates to a long lifespan of connected light sources. Protection class II guarantees safe use, and compact dimensions facilitate mounting even in limited spaces.

Construction and application

The power supply is based on constant current technology, which means it delivers a constant output current regardless of input voltage fluctuations. This is crucial for ensuring optimal operation of LEDs and preventing their damage. This power supply is particularly recommended for Kanlux BLINGO UHRA 95 and UIP panels, but will also work with other luminaires with similar parameters. Designed for indoor mounting (IP20 degree), it is perfect for ceiling, wall or point lighting. The terminal block connection facilitates quick and easy connection of wires with a cross-section of 0.75-1.0 mm².

Key features and benefits

• Wide input voltage (220-240V AC): Ensures compatibility with most electrical installations.
• Maximum power 40W: Allows powering a wide range of LED luminaires.
• Constant current operation: Guarantees stable operation of LEDs and extends their lifespan.
• Compact dimensions (116 x 41 x 28 mm): Facilitates mounting in tight spaces.
• Protection class II: Increases safety by isolating from grounding.
• High efficiency (88%): Reduces energy losses and lowers operating costs.
• Durable plastic housing: Provides resistance to mechanical damage and corrosion.
• 5-year warranty: Confirms the high quality of the product and guarantees reliable operation for a long time.
• Output current 1100mA: Optimal for many popular Kanlux BLINGO LED panels.
• Operating temperature: The maximum ambient temperature (Ta) is 45°C, and the case temperature (Tc) is 85°C – this ensures safe operation of the device under typical conditions.