100w 18000 lumen led high bay test report

100W 18000 lumen LED high bay

Yes, you read it right, that is 100W 18000 lumen for the whole light.
TUBU will release a new product today. Well, nonsense did not say directly on the map.

100w 18000 lumen led high bay

100w 18000 lumen led high bay

 

Why TUBU’S LED high bay can reach 180lm per watt. Because our lens, lamp structure and LEDs are professionally designed, the efficiency is very high.
TUBU’s F4 is a high performance, high quality LED high bay fixture. Point-to-point replacement of traditional high  high bay with HPI 250 or metal halide 400W, with outstanding performance and performance: low power consumption and high lumens.

 

100w 18000 lumen led high bay test report

100w 18000 lumen led high bay test report

 

Long life, less maintenance and even maintenance-free, high-quality diffuser provides more uniform light output.

Benefits

High luminous efficiency: 180lm/w
High quality diffuser provides more uniform light output
L90> 36,000 hours life
A full range of products meet global safety and EMC standards
Suitable for lifting or pole mounting

Applications


Industrial and mining areas: factories, warehouses, workshops, switch wiring, etc.
High ceiling indoor space
Shopping Plaza, Airport, Stadium

occupancy sensor led high bay remote controller

The advantages of occupancy sensor LED high bay lights

Are you looking for ways to reduce energy costs?
Energy is an important expense in most industrial sites, and inefficient lighting systems are the main culprit. Lighting consumes up to 70% or more of energy in some applications. It is easy to see here that the overall operating costs have a significant impact.

There are two ways to save costs:

1. Upgrade luminaires 2. Install lighting controls.
LED High Bay and Low Bay fixtures – The current mainstream practice is to replace existing metal halides and high pressure sodium lamps with LED high bay and low bay lights, with significant energy savings. When high occupancy sensors are applied to the lighting system, an additional 50-75% reduction in energy consumption can be achieved. However, many people overlooked it. This efficient lighting and occupancy control method significantly reduces energy and maintenance costs.

Why use an occupancy sensor?

The occupancy rate in warehouses, distribution centers, production facilities, etc. is 50%, and sensors are ideal candidates. When space is not used, a large number of energy sources are consumed using standard high-bay fluorescent lamps or HID lamps. Because most facilities do not have the ability to control their lighting, these fixtures will continue to ignite and waste energy and money even if space is not occupied. Light is provided where it is needed, and occupancy of sensors can save energy and money.

For example, a “pick order” is issued at a large warehouse, and the picker identifies the aisle and drives a forklift truck into the space to pick the right order. If no sensor is used, the entire area lights up before and after the picker enters the space – even if no one else enters the area. This wastes energy and leads to higher costs. Now using the High Bay occupancy sensor, the sensor will sense movement close to the forklift. The lamp can only be turned on where there is movement or occupancy – significantly reducing energy consumption and costs. The sensor coverage is wide enough to identify the movement and turn on the light before the forklift enters the space. In addition, with a programmable timer, the light will turn off again after a period of inactivity.

This is just an example of how occupancy sensors cut costs and reduce energy.

built-in motion sensor led high bay

Occupancy sensor LED high bay light

TUBU’S built-in occupancy sensor LED high bay lights with remote control can maximize the energy saving, compared to the traditional control system to eliminate the wiring troubles, and save labor costs.

Instructions:

occupancy sensor led high bay remote controller

Occupancy sensor LED high bay remote controller

ON/OFF

Press the “ON/OFF” button, the light keeps permanently on or off.* Press “Auto Mode” , “RESET” or “Apply” buttons to quit from this mode.

 

Auto Mode

Press “Auto Mode” button, the sensor starts to work and all settings remain the same before the light gets switched on/off.

 

Detection area

Press the button “detection range” to set detection range as 100% / 75% / 50% / 10%.

 

Hold-time

Press the button “hold-time” to set hold-time as 5s / 30s / 1min / 3min / 5min / 10min /15min/ 30min .

 

Stand-by dimming level

Press the button “stand-by dimming level” to set the stand-by dimming level as 10% / 20% / 30%/ 50%.

 

Stand-by period

Press the button “stand-by period” to set stand-by period as 0s / 10s / 30s / 1min / 5min/ 10min / 30min

/ +∞.

 

Note: “0s” means no standby period; “+∞” means unlimited standby period.

 

 

Daylight threshold

Press the button “daylight sensor” to set daylight threshold as 2Lux / 10Lux / 30Lux / 50Lux/ 80Lux/ 120Lux/ disable.

Note: Disable means light will be turned on once sensor detects movement, regardless of the ambient lux.

 

 

Reset

1、Press “Reset” button, change brightness to max level.

2、Press “RESET” button, products with DIP switch will be controlled by DIP switches; otherwise all the setting will be just initial, that is 100% detection

range,hold time 5S, no stand-by time and daylight threshold disabled.

 

+/-

1.To adjust brightness 10-100% in ON/OFF mode.

2.To adjust highest brightenss 60-100% in sensor mod.

 

Start

Press “Start” to customize scene, users can change detection range, daylight threshold, holdtime, standby dimming level and standby peirod.

 

Memory

1.Press “Memory” to save all the settings.

2.No change settings are kept as before save.

 

Apply

1、Press “Apply” to deliver the saved values.

2 、 Press “Apply” without memorizing all the settings will deliver only one-time operation; Settings should be done within 30S, otherwise it

exists memory mode.

 

Daylight threshold

Press the button “daylight sensor” to set daylight threshold as 2Lux / 10Lux / 30Lux / 50Lux/ 80Lux/ 120Lux/ disable.

Note: Disable means light will be turned on once sensor detects movement, regardless of the ambient lux.

 

Test (2s)

The button “Test (2s)” is for testing purpose after commissioning.Pressing this button, the sensor goes to test mode(hold time is only 2s) automatically, stand-by period and daylight sensor are disabled.

 

Attention

1.When using ON/OFF button, the rest setting buttons don’t work.

2.Press “Auto Mode”or “Reset” buttons before setting functions Detection Range,Hold time, Daylight sensor, Standby period and Standby dimming level. 3.Press Start and Memory button to change and save settings in any mode.

4.When using the remote control, light flickers to show instruction received. 5.Every change will be automatically saved.

led high bay emergency lighting usage notice

High bay emergency lighting Usage Notice

Carefully read the contents of the wiring specification of the LED high bay emergency lighting,and strictly follow the wiring diagram. Non-professionals must not install it.

led high bay emergency lighting usage notice

 

High bay emergency lighting installation method:

1, according to the internal space of the customer’s lighting can be done in the form of body, the emergency power supply is installed in the lamp bracket or the internal safety wiring of the lamp, the external appearance is convenient for the customer’s installation and use;
2, can also be made into an integrated emergency power supply, with white cold-rolled steel shell or waterproof plastic shell assembly, can be installed in the wall top, ceiling, wall in all occasions (costs in addition to accounting).
3, L” (FireWire), N (zero line) for the constant charge line must always pass, outside the connection can be controlled switches;
4, L (FireWire) is a constant lighting control line, can be connected to the wall switch to control the LED light on and off; when the light only to test the emergency power supply does not require constant light switch control can be Changming FireWire L and charge FireWire L” short Can always be powered on;
5, Please carefully read the wiring drawings and installation instructions before installing the test. Other wiring must be strictly in accordance with the wiring diagram to ensure that no error after the power test.

High bay emergency lighting Usage Notice:


1, please use the battery specified by the manufacturer, before use, please confirm that the wiring is correct and there is no loose phenomenon, and the positive and negative poles of the battery are forbidden;
2. If you need to complete the test process after the product test is not completed, please unplug the battery pack first, then make the emergency power supply completely shut off and then plug in the battery pack plug.
3, strictly in accordance with the wiring diagram wiring, overload and no load during the use and testing process (this product is designed with no-load protection, but in the event of electricity safety in case, it is recommended that customers do not empty);
4, when the power fails, all lights are off;
5, When the battery is shipped from the factory, it is in an uncharged state. Please charge it for more than 24 hours before use.
6, It is recommended that the customer should charge the battery for 48 hours when using or testing for the first time to ensure that the battery is fully charged and the battery is at its best;
7, all batteries should not be placed unused for a long time, especially the exhausted battery should not be idle for a long time, when not in use for a long time, please fully charge the battery (time can not exceed three months) during storage Note that the battery positive and negative lines can not Short circuit

led replacement for 400w metal halide high bay

How to replace 400w metal halide high bay by 100W LED?

It’s so easy to replace 400W metal halide high bay by 100W LED.

First we look at the parameters of the two lamps.

 

100W LED round high bay: 174 lumen per watt

Luminous flux (Luminaire): 17359lm
Beam angle:90°

 

400W metal halide high bay:

Beam angle:90°
Luminous flux (Luminaire): 19540 lm
Luminous flux (Lamps): 32000 lm
Luminaire Wattage: 372.0 W

Next we use Dialux to do a simulation analysis.

 

led replacement for 400w metal halide high bay

The simulation of 100 watt LED round high bay

 

400w metal halide high bay lumens

The simulation of 400W metal halide high bay

 

We can see that the illuminance of the two lamps is very close by simulation. That is why 100 watt LED round high bay is a replacement for 400W metal halide high bay.

led high bay 1000w equivalent

Why 350 watt is HID 1000w high bay LED replacement?

Let’s take a look at the features of the metal halide high bay and 350 watt LED linear high bay.

1000W Metal halide high bay:

Color temperature: 4500K

Lumens: 1000 watts, 80,000 lumens (Philips)

Light efficiency: Because the metal halide light is usually 360 degrees light, there is a lot of light blocked in the vertical installation, so the overall lighting efficiency is very low

Lifespan: 30,000 hours, 6 hours a day, 10 years

The bulb of the IP65 metal halide lamp is extremely high in temperature, because its luminous efficiency is not affected by temperature, so in order to increase the temperature of the bulb, quartz is used instead of glass. In the future, quartz is replaced with transparent ceramics.

In fact, the biggest drawback of the metal halide lamp is that it needs a ballast besides the mercury, because its starting current greatly exceeds 15A, and it requires a high starting voltage, so the most commonly used is to use a large inductor like a fluorescent lamp. As a result, its power factor PF is very low, about 0.5. If you want to increase the PF, you must use a better, but more expensive, electronic ballast. The price of ordinary type inductance ballast is 65 RMB, and the price of energy-saving type inductance ballast is 80 yuan. The price of electronic ballasts is hundreds of RMB.

 

350W LED linear high bay fixture:

led high bay 1000w equivalent

High Output LED’s,up to 150lm/W, 350 watt 48000lm
Glare-free, Provides Improved Visual Comfort
High CRI >80
Meanwell brand driver ,TUV UL CE certificate,PF>0.96, THD<12
Flicker free
Environmentally friendly, no mercury, No UV, No IR
IP65, indoor, outdoor use
5 Year Warranty on complete fixture. (LED’s, Driver, & Housing)
ETL/cETL/DLC/CE/RoHs/ERP/IP65 certified
1-10V Dimming,Microwave Sensor, Dali Options
Pendent Mount or Surface Mount
Hanging mount accessories included

Comparing the features of the two lamps, although the luminous flux of the 1000W metal halide lamp is higher than 350W LED linear high bay,but the 360° light emission of the metal halide lamp causes a waste of light. The LED is a straight-illuminated light source with an angle of only 120°. Used with a lens, the light utilization rate is higher than metal halide lamp. We can get illumination similar to or higher than a 1000W metal halide lamp.So 320 watt LED high bay is HID 1000w high bay LED replacement.

 

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What is LED high bay lm80 report?

LED high bay lm80 lamps have the advantages of high efficiency and long life compared with traditional lighting. At present, various LED factories actively import products into the LED lighting market, and consumers’ acceptance after actual use is getting higher and higher.

built-in motion sensor led high bay

At present, more and more US customers require factories to provide LED high bay LM80 reports, many customers are also consulting this issue, many people do not quite understand what the LM80 report is?

The LM80 is a standard for lumen maintenance (LED life). The main test is the maintenance of the luminous flux output, which is the life test of the LED light source. Note: Luminous flux refers to the light energy emitted from the surface of the light source that can be perceived by human eyes. The unit of calculation is lumens (lm);
LM-80 test items: 1, light output. 2 color-fixed coordinates, there are 3 temperature points to be measured, 55 degrees, 85 degrees, the customer must also specify a temperature point. A total of 60 samples are required for each of the 20 samples.

L70> 36,000 hours means Luminous flux maintenance rate of light source or luminaire 70%, time more than 36000 hours
L90> 36,000 hours means Luminous flux maintenance rate of light source or luminaire 90%, time more than 36000 hours

LED component factory test mode:

In order to keep the LED element operating at a temperature of Ta(ambinility temperature)=Tj(Junction Temperature)=25°C, the LED element is heat-sinkless without a heat sink and is pulsed for life test. Therefore, it is generally seen in the specification. The temperature of the performance data is Tj=25°C.

 

LED lighting factory test methods:

The LED high bay lamps are finished products, and the life test is performed using a constant voltage/constant current method. However, the LED lamps include a power supply/shade/heat sink, and the LED high bay is composed of a plurality of LED elements, so the actual The operating temperature of the LED element is higher than the experimental ambient temperature Ta=25° C. (Tj>Ta).

The lifetime of an LED is inversely proportional to its use temperature. Therefore, if a LED lamp factory directly uses the lifetime value of the LED element as a specification, the difference between the specification and the actual use of the LED lamp factory will occur.

In view of this, the Energy Star (ENERGY STAR) issued by the United States Department of Energy (DOE) proposed an LED solid-state lighting luminaire verification method, and its content stated that it would obtain its LED solid-state lighting luminaires. The certification must be accompanied by five items:

1. Photometric test report produced according to IESNA LM-79 experimental method

2. Integrate ball output test report according to IESNA LM-79 experimental method

3, lumen maintenance rate:
Option One: LED Component Performance
. LED component test report produced according to IESNA LM-80 experimental method
. Provide ISTMT (LED component in situ temperature test) report of LED lamps
Option 2 : LED Lamp Performance
. 6,000 hours test report produced according to the IESNA LM-79 experimental method.

4, power supply
Provides TMPPS (original power supply temperature test) reports for LED lamps.

5, warranty

In the option 1 of the lumen maintenance rate, two data experiments are required. The purpose is to calculate the lifetime of the LED lamp using the LM-80 temperature experiment report of the LED component, so that the temperature of the component and the lamp can be solved. Life problem.

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Passive cooling of LED Linear high bay light

LEDs provide exciting design opportunities, and everything about this is often blocked by such words: thermal management. “When incandescent light bulbs can consume heat through radiation, LED linear high bay light produces almost no infrared heat,” said Michael Gershowitz, director of technical marketing at Prairie. Therefore, the LED must dissipate heat through thermal conduction, otherwise there is a risk that the brightness, lifetime, and color stability performance will be reduced.

dlc ul listed industrial high bay lights

However, time and market demand always have the means to push the technology to such a node, that is, thermal management will soon become a consideration in the lighting design, not an obstacle. As the LED continues to iterate, the light efficiency continues to exponentially increase. LED efficiency has now exceeded 50%, that is: they convert energy into light more than calories. Most OEMs have abandoned the existing practice of using LEDs to simply replace traditional lamps, and instead produce special and optimized lamps based on the characteristics of LED light sources. And now linear high bay lights can “work at higher temperatures for longer periods of time without losing brightness,” said Mark Hand, director of new product development and technology at Acuity Brands Lighting.

With advances in LED technology and luminaire design, manufacturers can boast more than this. Thermal management strategies have also been advancing and flourishing. Although passive cooling and active cooling are still the main choices, other innovative technologies are also being added.

 

Passive cooling

More than 90% of LED linear high bay fixtures use passive heat dissipation. Under this strategy, the heat of the LED package is conducted via direct physical contact via a high thermal conductivity material heat sink. “Aluminum—usually extruded or die-cast into a finned circular shape—is a standard material for heat sinks because of its light weight, low cost, and ease of manufacture.” said Christopher Reed, Strategic Partner Manager, Xicato. . Currently, manufacturers prefer passive heat sinks for their reliability. “If not exactly the same, their performance after 50,000 hours or 20 years is not far from the first day,” Reed said.

But even a proven and proven solution can be improved. While designers optimize heat sinks by skillfully processing fin thickness and spacing, passive cooling strategies have also developed a new form of fin radiators. Unlike squeezing blades, fin radiators resemble a large number of table legs on an inverted round table, and LED devices are attached to the surface of the table.

Reed said that the columnar fins allow the heated air to rise and then flow out unimpeded around the fins. This trait has advantages in some rotatable luminaires, such as track lights. “When you tilt a standard extruded fin radiator, air cannot flow in the same direction or on the gravity axis because it always enters the fins,” said Reed.

Lighting manufacturers have also begun to turn light bodies into integrated heat dissipation solutions. With this strategy, the luminaire bezels installed in the insulated ceiling system can both be decorated and heat dissipated. Similarly, the role of those sculpted fins in the CREE Aeroblades series of street lamps is not as simple as a “vase.”

“As LEDs become more efficient, the required heat sinks are smaller and lighter,” said Mark McClear, vice president of application engineering at CREE. Along with this, materials and transportation costs will also be reduced. “When LEDs become more efficient, everything is moving in the right direction,” McClear said.

 

 

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ip65 led high bay

LED High Bay protection class

ip65 led high bay

Before purchasing LED high bay light, please understand the technical parameters of LED high bay light. What does LED high bay light protection standard IP65 mean?

The code for the enclosure protection class is usually composed of the characteristic letter IP and two characteristic numbers. The first figure refers to the following: prevent the human body from touching or approaching the live parts inside the enclosure and touching the moving parts (except for smooth rotation and the like) to prevent the protection of solid foreign objects into the enclosure; the second figure refers to: preventing water from entering the enclosure The interior achieves a degree of protection against harmful levels.

The first marked number definition:

0 No protection: No special protection against people or things outside.

1 Prevent the penetration of solid objects larger than 50mm: Prevent the human body (such as palm) from accidentally touching the parts inside the lamp. Prevent intrusion of foreign objects of larger size (diameter greater than 50mm).

2 Prevent intrusion of solid objects larger than 12mm: Prevent human fingers from coming into contact with parts inside the fixture to prevent intrusion of foreign objects of medium size (12mm in diameter).

3 Prevent intrusion of solid objects larger than 2.5 mm: Prevent tools, wires, or similar small foreign objects with a diameter or thickness greater than 2.5 mm from intruding into contact with parts inside the fixture.

4 to prevent the invasion of solid objects greater than 1.0mm: to prevent the diameter or thickness of more than 1.0mm tools, wires or similar details of small foreign objects invade and touch the interior parts of the lamp.

5 Dust-proof: It completely prevents the intrusion of foreign objects. Although it cannot completely prevent dust from entering, the amount of intruded dust does not affect the normal operation of the lamp.

6 Dust-proof: It completely prevents the intrusion of foreign objects and completely prevents dust from entering.

The second tag number definition:

0 No protection: No protection.

1 Prevent drip intrusion: Drops of water (such as condensate) that are dropped vertically will not have a detrimental effect on the luminaire.

2 It can still prevent the intrusion of drip when tilted at 15 degrees: When the light is tilted to 15 degrees from the vertical, the drip will not cause harmful effects on the light.

3 to prevent the intrusion of sprayed water: prevent rain, or prevent water sprayed into the fixture with a vertical angle less than 60 degrees to cause damage.

4 to prevent the intrusion of splashing water: to prevent splashing water in all directions into the lamp to cause damage.

5 to prevent the intrusion of water: prevent water from the nozzles from all directions to enter the lamp to cause damage.

6 to prevent the intrusion of large waves: lamps installed on the deck to prevent damage caused by the invasion of large waves.

7 to prevent water intrusion when flooding: The lamp is immersed in water for a certain time or water pressure below a certain standard to ensure that it does not cause damage due to water.

8 Prevent intrusion of water when sinking: The lamp sinks indefinitely under specified water pressure conditions to ensure that it is not damaged due to water ingress.

These two figures are an important basis for the LED high-bay light protection level. For consumers, when buying LED light fixtures such as high-bay light, it is not the higher of these two numbers, the better. It must be purchase the product according to their own actual conditions.

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led ufo high bay application for parking garage

How to improve the lifetime of LED high bay light?

led ufo high bay application for parking garageIf we want to buy something as a buyer for longer, then how can we increase the lifetime of LED high bay lighting? First, we must strictly control the quality of LED high bay packaging materials, such as conductive adhesives, silicones, and phosphors. , Epoxy, solid crystal materials, pedestals, etc. Secondly, the rational design of LED high bay lamp packaging structure, such as unreasonable packaging will produce stress, causing fractures. Then, to improve the technology of LED high bay fixture, such as curing temperature, pressure welding, sealing, loading and time, etc. must be strictly in accordance with requirements.

 

To increase the service life of LED high bay driving power, high-quality, long-life capacitors need to be selected as an effective way to increase the life of the driving power supply; reducing the ripple current and operating voltage flowing through the capacitor; improving the efficiency of power supply driving and reducing the heat of the components Resistance; do a good job of waterproofing and other protective measures, while paying attention to the choice of thermal plastic. Thermal design is a key factor in the life of LED high-bay lighting fixtures. With the same quality of chips placed in different designs of lamps, the life span varies greatly to as many as several times, so the design of more than one lamp does not play a decisive role in the cooling system.

 

LED heat dissipation generally includes system-level heat dissipation and package-level heat dissipation. To reduce the thermal resistance of lamps and lanterns, it is necessary to consider both types of heat dissipation at the same time. Package-level heat dissipation is achieved through the design of packaging materials, packaging structures, and process levels during the production of LED light sources. To achieve the purpose of heat dissipation. In terms of package heat dissipation design, there are mainly silicon-based flip chip structures, metal circuit board structures that dissipate heat, solid-state materials, and epoxy materials. System-level heat dissipation is mainly through research on related technologies, thus innovating and improving heat sinks. With the popularity of high-power LEDs, power is also increasing. At present, system-level heat dissipation mainly includes thermoelectric cooling and heat pipe cooling. And forced air cooling and other methods of cooling structure. Solving the problem of heat dissipation is an effective way to increase the lifetime of LED high-bay fixtures, so further research and innovation are needed.

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IP65 Linear LED High Bay Light G3,150W 20250lm Comparable to 400 Watt Fixture,120~277V,347~480V

80w 2 foot LED high bay shop lights 122-277V | TUBU

IP65 0.6m 2ft 80W Warehouse Lighting LED High Bay G5 140-150lm/W,120-277V

100w 2 foot LED high bay shop lights 122-277V | TUBU

IP65 0.6m 2ft 100W Warehouse Lighting LED High Bay G5 with emergency function

150W 3 foot high bay shop lights 120-277v | TUBU

IP65 0.9m 3ft 150W 21000lm Warehouse Lighting LED High Bay G5,120-277V,347-480V

4 foot 200w 28000lm led high bay fixture 120-277v 347-480v | TUBU

IP65 1.2m 4ft 200W 28000lm Warehouse Lighting LED High Bay G5,120-277V,347-480V

T5 High Bay replacement | TUBU

Built-in Driver 2ft 100W DLC High Clean Motion sensor LED Linear High Bay

3 foot UL 1598 150W dimmable LED High Bay | TUBU

Built-in Driver 0.9m 3ft 150W Food processing LED High Bay 130~140lm/W IP65

4 foot 200W wet location high bay vapor tight fixture | TUBU

Built-in Driver 4ft 200W UL 1598 standard Cold storage LED Linear High Bay

1.5m 5ft 200W UGR19 Anti-glare LED TBay Fixtures IP65 | TUBU

UGR19 no glare High Bay LED 1.5m 5ft 200W

180W dimmable led high bay lights

IP65 Linear LED High Bay Light G3,180W 24300lm Comparable to 400 Watt Fixture,120~277V,347~480V

240W 36000lumen UFO LED High Bay Light UGR

240W 36000 lumens LED UFO High Bay Light UGR19 150lm/w,60° , 90° , 120°

5ft 200W UGR19 high ambient temperature led high bay | TUBU

5ft 200W high temperature resistant LED High Bay Fixtures,-40~65℃

5ft 350W 48000lm LED High Bay comparable to 1000 watts | TUBU

1.5m 5ft 350W 48000lm warehouse lighting LED High Bay G5,Comparable to 1000 Watt

100W Dimmable LED high bay fixture G4 | TUBU

Built-out Driver 2ft 100W vapor tight Linear LED High Bay with LM79,LM80,TM21 report

0.9m 3 foot DLC 150W LED High Bay | TUBU

Built-out Driver 0.9m 3ft 150W High Clean LED High Bay 130~140lm/W IP65

120~277V 200W 4 foot LED High Bay fixture | TUBU

Built-out Driver 1.2m 4ft 200W DLC High Clean LED High Bay 130~140lm/W IP65