High Lumens 24000lm 0.95 Led High Bay Lights Energy Saving 90 Degree

Feature: Curving heat sink and exterior Meanwell driver for outstanding heat dissipation and easy maintenance.

Lumileds Lumileds and Samsung LEDs with more than 120lm/w system efficiency.

Model No.: RHB-100A, RHB-150A, RHB-200A

Rated Power:100W, 150W, 200W

Input Voltage: AC100-277V

Color Temperature:3000-6500K

Lamp Efficiency: 120lm/w

Beam Angle: 60°,90°,110°

CRI: Ra>80 IP Grade: IP65

Why Choose Us

1.For Different application requirement, Razorlux Genius Series have different types of beam angles options.at the moment we have 60° 120° 140° beam angle available.

2.Razorlux has very strict Quality Control System, from checking and evaluation of incoming materials to the delivery of products, each item will be checked and tested for several times.

3.For every piece of Razorlux Genius™ LED Lights, they will be aged for at least 72 hours before shipment to make sure of their long term and stable performances within lifetime.

What Are the Benefits of Low Bay LED Lights?

The technology of low bay LED lights has developed to the point where it can overcome most of the drawbacks of other lighting technologies. Here are some common benefits of using LED low bay fixtures:

LEDs have a much longer lifespan, which means these lights are replaced less frequently than other types. LED lamps can last for up to 50,000 hours which is an incredible value for low bay lights, and particularly important when it comes to high bay LED lighting which requires lifts or scaffolding to reach the fixtures.

Although LED lighting is more expensive initially upon purchase, expenses are more than made up in the long term due to the fact that LED fixtures consume much less energy than conventional lights. This saves on utility costs over time. They also don't waste energy emitted as heat.

An LED solution is especially ideal for low bay ceilings over other lamp types because LEDs operate at no heat loss. Other lamps will have either a little or a lot of heat loss during operation which may impact the internal elements of the fixture and add unwanted warmth in temperature to the space.