Sunlite LED R14 Bulb 4W 250Lm 3000K 120V E26 Base (80434-SU)

Sunlite LED R14 Bulb 4W 250Lm 3000K 120V E26 Base (80434-SU)

The Sunlites LED R14 Mini Reflector Floodlight bulb is the perfect light source for any compatible track light recessed fixtures and other compatible fixtures. Producing a powerful beam of light at a fraction of a traditional incandescent bulbs energy cost while being safer than your typical fluorescent lamp. Sunlites R14 Mini Reflector Floodlight bulb offers 25000 hours of lighting which is far more significant when comparing it to any other lighting source. Fewer replacements mean lower maintenance and substantial savings. LED bulbs use 75 Percent less energy than an incandescent bulb and last 25 times longer than a traditional bulb. Sunlite features high-quality light bulbs and fixtures designed to meet your home office or workplace needs. We are committed to providing our customers with outstanding service expertise and high-quality products. Our LED R14 Mini Reflector Floodlight bulbs are a safe choice. They are ETL Listed for Damp Location use.

How bright is this product?

With an output of 250 lumens, this product delivers soft illumination suited for decorative or accent lighting.

What color temperature is this product?

This product has a color temperature of 3000K, providing soft white light that maintains warmth while delivering clear, comfortable illumination.

What voltage does this product operate on?

This product operates on 120V, the standard line voltage used in most residential and many commercial electrical systems. Always consult with an electrician regarding your specific voltage requirements.

Is this product dimmable?

This product is dimmable allowing the light output to be adjusted when used with a compatible dimmer. Make sure to confirm the dimmer's compatibility with the manufacturer.

What is the CRI and how does it affect light quality?

This product has a CRI of 80, delivering good color accuracy with natural, balanced color rendering. Colors will appear clear and consistent under this light.