Save time and money with our discounts!
In cart {{totalProductsCount}} item(s)
Your cart is empty
V-TAC LED Bulb 3.7W E14 3000K 320lm Warm White
The V-TAC 3.7W LED bulb with an E14 base is a high-efficiency lighting solution designed to replace traditional 25W incandescent lamps. Providing a warm white light at 3000K with a luminous flux of 320 lumens, this bulb ensures a comfortable atmosphere in any room. With a service life of 25,000 hours and a 180-degree beam angle, it offers consistent and reliable illumination for various indoor environments.
This LED bulb significantly reduces energy consumption by up to 80% compared to standard incandescent alternatives, leading to lower electricity costs. It features an instant-on capability, providing full brightness immediately without any warm-up time. The design produces minimal thermal output and emits no harmful UV or near-IR radiation, making it a safer and more efficient choice for residential and commercial lighting fixtures.
This bulb may not be suitable for outdoor use unless installed in a fully enclosed, weather-protected fixture. It is also not recommended for use with dimmer switches, as it is designed for standard on-off operation.
Installation is straightforward; simply ensure the power supply is switched off before removing the old bulb. Screw the V-TAC LED bulb into the compatible E14 socket until it is secure. Once installed, restore the power to enjoy instant, flicker-free illumination. The bulb is designed for standard indoor lighting fixtures and does not require any additional equipment or complex setup.
Usage recommendations: For optimal performance and longevity, avoid installing this bulb in airtight or unventilated fixtures, as heat accumulation can reduce the lifespan of the LED components. Ensure the bulb is kept dry and away from direct moisture.
{{highlightedFeature.featureTitle}}:
{{getProductFeatureValueById(product, highlightedFeature.featureId)}}
Device manufacturer code
Device manufacturer
Rating of how efficiently a device uses energy, affecting power consumption and costs.