Types of High Bay & Low Bay Lighting
led high bay lights fixtures can come in several
types of light sources. While traditionally found in metal halide or high
pressure sodium technologies, many have upgraded to more efficient technologies
like fluorescent and LED lighting.
LED Fixtures
LED high bay lighting is the most energy-efficient option on the market.
Designed for led high bay lights, recreation centers, hangars,
and storage facilities, these indoor commercial lighting fixtures improve
visibility and worker safety while enhancing productivity. LED high bay
fixtures are instant on and do not lose life hours from constant on-off cycles
the way metal halide (HID) and fluorescent fixtures do.
Since the rated life
hours of led high bay lights are significantly higher than
other light sources, they do not need to be replaced as often which cuts down
on maintenance and replacement costs. The higher efficacy of high bay LED's
means less power is consumed to achieve the same light output produced by
traditional light sources, which helps you save money on energy costs. Our LED
high bay lighting is available in linear and round fixtures, with or without
LED bulbs, and emitting a range of Lumen outputs.
Fluorescent Fixtures
Advances in high-intensity fluorescent technology of led high bay lights have resulted in the creation of
powerful fluorescent high-bays: large, rectangular light fixtures designed to
distribute bright, even, energy efficient lighting over wide areas with
ceilings higher than 15 feet. Mounting options vary depending on the fixture,
but are often suspended or chain mounted. Frequently paired with 2, 3, 4, or 6
high-output T5 or T8 fluorescent tubes of led high bay lights, these fixtures can improve
light quality in buildings. Fluorescent high bays can save up to 50 percent in
energy costs when replacing traditional HID lamps. Because they emit less heat,
it also often results in lower air conditioning costs. Our low bay and led high bay lightsfluorescent fixtures are
available in T5 and T8 bulb options in a range of lengths, widths, and start
methods.

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