LED bulb PAR16 DIM P 7W 840 GU10 4099854234965

Universal LED PAR16 bulb for demanding applications

This LED PAR16 bulb is an energy-saving replacement for traditional halogen bulbs, ideal for both accent lighting and general illumination. Thanks to the ability to adjust the light output (dimming), it allows you to create the right atmosphere in any room. It is suitable for home, commercial and any other installations where a reliable and efficient light source is needed.

Design and operating parameters

The bulb is designed for durability and ease of installation. It uses a GU10 base, which provides a quick and secure connection to the fixture. The transparent housing allows for full utilization of the light stream, and the compact dimensions (52 mm long and 50 mm in diameter) allow for installation in various types of fixtures. Thanks to the high luminous efficacy (107 lm/W), it provides bright and clear light with low energy consumption. Energy efficiency class F indicates a reasonable compromise between performance and cost.

• Durability: Long lifespan (25,000 hours) minimizes the need for frequent bulb replacements, saving time and money.
• Dimming: Compatibility with dimmers with capacitive and inductive load gives full control over the light intensity.
• Safety: Protection class IP20 provides basic protection against solid objects, and compliance with EN 62471 (RG1) guarantees photobiological safety.
• High light quality: Color rendering index (CRI) of 80-89 ensures natural color reproduction, which is especially important in rooms where aesthetics matter.
• Color temperature: Color temperature of 4000 K (neutral white) is universal and works well in various applications – from kitchens to offices.
• Beam angle: Beam angle of 36° allows for precise directing of light to a specific area or object.
• Compatibility: Possibility of integration with smart home systems thanks to IFTTT support.

Using a C characteristic in the circuit breaker allows for trouble-free starting of devices with a motor without unnecessary switching off of the lighting during peak power demand. This is particularly important in installations with inductive devices, such as transformers or electric motors.