What are the advantages of using LEDs for high bay lighting?

For high bay lights, LED technology is now basically ubiquitous. It has replaced legacy lighting technologies including Metal Halide (MH), Pulse Start Metal Halide (PSMH), Mercury Vapor (MV), and fluorescent, and Induction. There are a host of reasons. The list below is by no means complete. LED high bay lights… Use less energy Require low to no maintenance Have very slow lumen depreciation Generate far less heat Offer more options for Kelvin Feature superior color rendering Have LED optic that provides excellent light distribution Are less expensive on a per lumen basis Get answers. Contact a lighting specialist at Access Fixtures. Call us or click here .

Modular Design High Bay Led Light | China Supplier

Series H Modular Design High Bay Led Light

Series H is a high-performance, high color rendering index high bay led light, it is very suitable for use in warehouses, production workshops, and other industrial fields. as the sixth generation high bay light, since 2014, it has been deeply loved by users in many countries. With reasonable heat dissipation design, H series led high bay light is not only maintained ventilation, avoids cutting hands, quickly dissipates heat, and can also solve the problem of dust accumulation. H series high bay lights can be equipped with 1-10V or DALI dimming to smart control system Compatible.

Power from 40-480W
Modular design
IK10, IP66 waterproof
Various angles are available (60,90,110 or asymmetric)
1-10V or DALI dimming is available
Steel rope or Bracket mounting
CE, UL certified
Can be used as floodlight for outdoor
The whole fixture comes with a reasonable heat dissipation design, low Lumens depreciation, and a long lifetime.

ZGSM products are designed for the global market. Please contact our sales team for certification details.
Products information is for reference only. Some options may not be available for each configuration. Please contact us for further details.

Series No	Series H
Power	40W,50W, 60W,80W,100W,120W,150W,160W,200W,240W,300W,400W,480W
Efficacy	125-165lm/W
Input Voltage	100-240/277 VAC, 50 / 60 Hz
Power Factor	>0.95
Surge Protection	6KV line-line, 10KV line-earth(Build-in Driver)
IP Rating	IP66
IK Rating	IK10
CCT	3000K, 4000K, 5000K, 5700K
CRI	Ra>70 (Default) / Ra>80
Operating Temperature	-40°C to + 50°C
Beam Angle	60°, 90°,110° or asymmetric
Mounting Option	Steel rope, Various Brackets
Warranty	5 Years
Certification	CE, ROHS, CB, SAA,UL, LM79, LM80, TM-21
Control	DALI Dimmable, Motion/PIR Sensor, Non-Dimmable, 1-10V Dimmable

Specification_H_BayLight and FloodLight

Installation Manual_HighBay&FloodLight_H

Series H led bay lights for Garage lighting in Spain

Series H led high bay light in a workshop in Canada

Series H led high bay in a Gym in the Netherlands

Series H led high bay light in the workshop in UAE

Series H High Bay Lights In Garage In Spain

Series H led high bay for warehouse and workshop lighting in Italy

Frequently Asked Questions

For high bay lights, LED technology is now basically ubiquitous. It has replaced legacy lighting technologies including Metal Halide (MH), Pulse Start Metal Halide (PSMH), Mercury Vapor (MV), and fluorescent, and Induction. There are a host of reasons. The list below is by no means complete.

LED high bay lights…

Use less energy
Require low to no maintenance
Have very slow lumen depreciation
Generate far less heat
Offer more options for Kelvin
Feature superior color rendering
Have LED optic that provides excellent light distribution
Are less expensive on a per lumen basis

Get answers. Contact a lighting specialist at Access Fixtures. Call us or click here.

The lifetime of LED high bay lights depends on several factors, three of the main ones being the quality or effectiveness of the heat dissipation, the driver and the heat at the location where the LED high bay light is deployed.

In conventional lighting technology, lumen degradation is very rapid. For example, a metal halide lamp may have a lumen fade of 35% at 40% of its average lifetime (approximately 8000 hours). In other words, while the unit still consumes a lot of electricity, it only gets 65% of the light.

The light emitted by the LEDs also decreases over the life of the industrial high bay LED lights, which are rated L70. A light fixture is considered to have reached its rated life when it emits 30% less light than a new fixture. How do these three main factors affect life? Let’s see.

LED High Bay lamp life – L70 at how many hours?
LED High Bay lamps are rated for at least L70 @ 50,000 hours. This means that after 50,000 hours the led will still emit 70% of its original light. Assuming 12 hours of use 5 days per week per year, the rated life is over 15 years. Some accessors have LED high bay lights that are rated for extreme life. This means that the fixture is rated to operate for 100,000 hours or more. Many accessor fixtures have LED high bay lights rated L70 @ 200,000 hours and some are even L70 @ 300,000 hours. In situations where the use of fixtures is difficult or for some reason very expensive, L70 @ 300,000 hours can be a significant added value.

LED high bay lights for life – the driver’s problem
LED lights may be L70 @ 50,000 hours, but this does not mean that the driver will work continuously. It is difficult to determine whether one driver is better than another. What is certain is how the driver is placed in the fixture. Heat kills drivers. Most L70 @ 50,000 hours high bay lights are ufo, the driver is directly above the LED fixture and radiator. By housing the driver in a separate part of the high bay light, the driver can be protected and therefore last longer. The cost can be much higher, but if EXTREME-LIFE has to be used, the extra cost is worth it.

LED high bay lighting life – high-temperature locations kill LEDs and drivers
Near the ceiling where the LED high bay unit is located, processes such as steelmaking or heat treatment generate extremely high heat which cannot be reduced. LED high bay can be used to withstand high temperatures. First and foremost, the LEDs need to have superb heat dissipation capabilities. In addition, the lifetime of the LED can be extended at very low milliamps (mA). This drives the led and extends its life. In order to cope with the high temperatures, the driver must also be protected. This is achieved by placing the driver in a separate compartment or by placing the driver in a separate compartment with remote control. In other words, the driver is positioned at a distance from the part of the luminaire that emits light.

If you have special requirements for LED overhead lighting, please contact the ZGSM lighting experts.

Kelvin is the scientific unit of measurement for color. It is a measurement of how much yellow or blue is present in the light spectrum produced by the bulb. Higher Kelvin values indicate whiter light rather than brighter light. While 4000K and 5000K are the most often used Kelvin for high bay lights, high bay lights may also be made in 2200K, 3000K, 3500K, 4000K, 5000K, and 5700K, as well as in colors, 590nm, and No-UV.

5700K – 5700 Kelvin is used for applications including video and photography. A frequent option ordered with 5700K is 90+ CRI, high color rendering.
5000K – 5000 Kelvin LED high bay lights are the most common and are ideal for illuminating warehouses, and manufacturing facilities, commercial spaces requiring accurate lighting.
4000K – 4000 Kelvin LED high bay lights to emit white that is warmer than 5000K. 4000K is frequently found in offices, warehouses, and big box stores. This is partially due to the past prevalence of fluorescent and metal halide lights which were 4100K.
3500K – 3500 Kelvin is sometimes called neutral as it is neither white like higher Kelvins nor as yellow as warmer Kelvins. 3500 Kelvin is frequently found in upscale retail applications.
3000K – 3000 Kelvin is a warm color light that matches the light emitted by halogen light fixtures. 3000K is more white than the light emitted by an incandescent lamp such as the light emitted by a light bulb in a fine dining restaurant.