FREE SHIPPING ON ORDERS OVER $1K

EXPERT LIGHTING ADVICE

VALUE ENGINEERED QUOTES

ROI ANALYSIS AND DESIGN SUPPORT

Lotus LED Lights

5" Square Sloped Regressed Gimbal LED, White

No reviews yet Write a Review
Ask Questions

Note: Product images are for illustration purposes only. Do not rely on product image alone to make a purchase decision. Actual product may vary due to specific configurations. Always refer to spec sheets for details.

5" Square Sloped Regressed Gimbal LED, White

$103.20 - $120.15
  • SKU: LLL-LSG3-5SSL-WH
  • MPN: LSG3-27K-5SSL-WH
  • Shipping: Calculated at Checkout

Quick Overview

5" Square Sloped Regressed Gimbal LED, 580 lumens

In Stock & Ready To Ship!
Current Stock:Only left:

Frequently Bought Together:

Total: Inc. Tax
Total: Ex. Tax
Description

This 5" Square Sloped Regressed Gimbal LED is a state-of-the-art lighting solution designed for sloped ceilings and wall washing applications. Its innovative design allows for installation on ceilings with angles ranging from 5° to 55°, providing a seamless and adjustable lighting experience.

Key Features and Benefits

  • Energy-efficient 7.5W LED, equivalent to 50W halogen
  • High CRI of 90+ for accurate color rendering
  • 38° beam angle with 20° tilt and 360° rotation for versatile lighting
  • Type IC Rated, no housing required for installation
  • Triac dimmable and optional 0-10V dimming capabilities
  • IP54 rated, suitable for wet locations
  • Long life with projected 50,000 hours at 70% light output
  • cULus and Energy Star certified (except DTW & 5CCT), T24 compliant
  • 10 Year Residential / 5 Year Commercial Warranty

Specifications

  • Size: 5" square trim with a 4 1/2" to 5" round cut out
  • Light Output: 580 lumens
  • Power Factor: 0.95
  • Ambient Temperature Range: -40°F to +104°F
  • Dimming: 120V TRIAC, optional 0-10V

Common Uses

Perfect for residential and commercial settings, particularly in areas with sloped ceilings or where wall washing effects are desired, such as galleries, retail spaces, and modern living environments.