LED module VION 9W 806lm 2200/2700/4000K 38° dimmable

Highly Efficient LED Module from SIGOR

The VION LED module from SIGOR impresses with a power consumption of only 9 watts and a luminous flux of 806 lumens. It offers excellent energy efficiency combined with strong brightness. With an average lifespan of 25,000 hours, this module convinces with durability and reliability. The operating voltage is 230V~, enabling easy integration into existing power networks.

Versatile Color Temperatures for Every Mood

This LED module is available in three different color temperatures: 2200K, 2700K, and 4000K. This allows you to choose between a very warm, warm white, or neutral white light depending on your needs. This flexibility makes the module ideal for numerous applications where different lighting atmospheres are desired. The light color is matched to the respective color temperature, providing pleasant and naturally appearing light.

Precise Beam Angle for Targeted Lighting

With a beam angle of 38 degrees, the LED module offers targeted and focused light distribution. This feature is especially advantageous when spot lighting is required or specific areas need to be highlighted. The combination of luminous flux and beam angle ensures optimal illumination without light scatter losses.

Dimming Function for Individual Light Control

The VION LED module is dimmable and supports both phase-cut and leading-edge dimming. This allows the light intensity to be easily adjusted to create the desired ambiance or save energy. The dimming function enables stepless regulation, increasing comfort and offering versatile application possibilities.

Quality and Design from SIGOR

The module features a white design that discreetly integrates into various installation situations. The IP20 protection rating guarantees protection against solid foreign objects larger than 12.5 mm in diameter. The product is ideal for applications where reliable and high-quality LED lighting is required. SIGOR stands for quality and innovative technology, optimally implemented in this module.