Description
The 2ft LED Linear High Bay operating at 220W, is a powerful and energy efficient high bay fixture that provides up to 30,565 lumens of brilliant lighting. This LED High Bay replaces 750W HID bulbs while delivering exceptional brightness, cost effectiveness, and long-lasting performance. The LHBT model of LED Linear High Bay is also available in 110W 1.5FT, and 165W 2FT.
Featuring
- 80% Energy Saving: Operating at an input voltage of 120VAC, this LED Linear High Bay delivers a powerful 220W of energy, consuming up to 80% less energy than traditional HID lights significantly cutting down your electricity bills.
- UL and DLC qualified: Our lights meet the highest standards for safety and performance, making them eligible for rebates and incentives from utility companies.
- High Durability: The industrial-grade metal fixture ensures long-lasting performance for years to come, while the 50,000-hour lifespan minimizes maintenance needs.
- Easy Installation: It comes with a lifting chain suspension mount kit for seamless installation. Alternatively, you can install it with a surface mount bracket, and pendant mount that needs to be ordered separately.
Applications
The LED high bay light is a perfect choice for illuminating every corner of your warehouse, industrial space, car service bay, commercial gym, and more.
Specifications
SKU: 111-100151 (4000K) / 111-100152 (5000K)
Qualification: UL, DLC
Input Voltage: 120VAC
Input Power: 220W
Replaces up to: 750W HID
Lumens: 30,181LM (4000K) / 30,565 (5000K)
Size: 23.98"x 15.98" x 5.59"
CRI: >80
Color: 4000K, 5000K
Dimmable: Yes
Beam Angle(°): 90°
Housing: Iron
Input Frequency: 50/60Hz
Warranty: 5 Year
Lifespan: 50,000 Hours
Dimming: 0-10V
This product is listed under DesignLights Consortium® (DLC) which does not only provide eligibility for rebates from most utility providers, but also promotes high-quality and energy-efficient lighting products through vigorous testing protocols.
Product Spec Sheet
Click Here to view the Product Spec Sheet
Click Here to view Installation Instructions
Click Here to view IES File (.pdf)