Halco DFDLS3-8-CS-BT ProLED Select Direct Fit Slim Downlight 3 Inch 8W 500Lm CCT Selectable Baffle Trim (89150)

Halco DFDLS3-8-CS-BT ProLED Select Direct Fit Slim Downlight 3 Inch 8W 500Lm CCT Selectable Baffle Trim (89150)

The Halco ProLED Color Selectable (CCT) Direct Fit Slim Downlight Series provides an ultra-slim solution for shallow plenum spaces in both new construction and retrofit downlighting applications. This product features five selectable color temperatures, 90+ CRI and a low glare output to provide a high performing and simple solution for any lighting project. A perfect choice for Ceiling Light, Overhead Light, Awning Lighting, and Under Eave lighting.

How bright is this product?

With an output of 500 lumens, this product delivers soft illumination suited for decorative or accent lighting.

What color temperature is this product?

This product offers 2700-5000 Selectable color temperature options, allowing you to adjust the light output to your preferred tone from the available settings.

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 supports Triac dimming and is compatible with many standard forward-phase wall dimmers typically used in residential applications. Make sure to confirm the dimmer's compatibility with the manufacturer.

Can this product be used in damp or outdoor locations?

This product is rated for damp and wet locations making it suitable for outdoor installations including areas exposed to moisture or direct water contact.

Is this product UL listed?

This product is UL Listed meaning it has been tested and certified by Underwriters Laboratories to meet established safety standards.

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

This product has a CRI of 90, delivering high color accuracy with rich, natural color rendering. Colors will appear vibrant and clearly defined under this light.