PRODUCT DESCRIPTION:
TechBrite’s LED High Bay Retro provides a viable alternative to replacing existing linear fluorescent high bays. The LED High Bay Retro is popular in applications where existing fixtures are “piped” or hard-wired to the power source. It is one of TechBrite’s highest LPW solutions, boasting over 150 LPW in the highly efficient lumen packages, qualifying for DLC Premium. The standard 0-10v dimming allows for maximum control. The “C” and “D” packages allow an integral occupancy/ daylight sensor for even greater field adjustability. The LED High Bay Retro is the “plug and play” answer for difficult-to-replace fixtures, while offering maximum controllability.
FEATURES:
- Retro Kit Installs in Existing Fluorescent Fixture Housing
- Reuse Existing Metal Housing
- Fits Fixtures 12.5” and Wider
- 0-10v Dimming Standard
- DLC Premium—Classified as Retro Kit and New Fixture
- Limited Warranty: 5 Years on Luminaire
APPLICATIONS:
- Retrofit Existing Fluorescent High Bays
- Warehouses
- Storage Facilities
- Manufacturing
- Gymnasiums
- Task Lighting
- Retrofit Fixtures “Piped”
DOWNLOADS:
ORDER GUIDE:
Series | Length | Width | # of Boards | Type | Line Voltage |
Reflector | Color Temp | Lumens/ Watts | Options | ||||||||||
RB | High Bay Retro | 4 | 4 Foot | 12 | 12”+ | 6 | 6 Boards | SS | LED | 1 | Universal (120/277) |
B | Ballast/ Driver Cover |
5 | 5000K | 5000K | 0000 Please see Accessories Guide link |
||
4 | 4000K | A | 10990/ 72w | ||||||||||||||||
3 | 3500K | B | 13850/ 92w | ||||||||||||||||
C | 17600/ 127w | ||||||||||||||||||
D | 19780/ 147w | ||||||||||||||||||
E | 24470/ 173w | ||||||||||||||||||
F | 25460/ 182w |
PHOTOMETRICS:
High Bay Retro, 10990lm, 71w, 154LPW Download PDF | IES |
High Bay Retro, 13850lm, 90w, 153LPW Download PDF | IES |
High Bay Retro, 17600lm, 125w, 140LPW Download PDF | IES |
High Bay Retro, 19780lm, 145w, 136LPW Download PDF | IES |
High Bay Retro, 24470lm, 171w, 142LPW Download PDF | IES |
High Bay Retro, 25460lm, 180w, 142LPW Download PDF | IES |
CERTIFICATIONS:
Last maintained: June 2021