HBR G2-IP65 LED High Bay

Features

1. Simple and modern industrial exterior design

2.High-quality die-cast aluminum lamp

3.Professional heat dissipation structure design, high-efficiency air convection

4.Professional optical design lenses

5. Light efficiency up to 1301m/w

6.Environmental protection and energy conservation, greatly reducing the cost of electricity consumption

7.It is. Anti-glare, no strobe

8.Adjustable power, flexible and convenient

9.A variety of installation methods: hooks, booms, wali mounts, hanging chain

Input Voltage: AC100-277V

Warranty: 5 years

LED Type: SMD2835

Driver Brand: MEAN WELL

Note: Actual performance may differ as a result of end-user environment and application.
All values are design or typical values, measured under laboratory conditions at 25 °C.

HBR G2 IP65 LED High Bay Light

Many industrial buyers struggle to find an IP65 LED high bay light that balances waterproof protection, real 155 lm/W efficiency, and compliance such as UL and CCC while staying flexible for OEM power settings. This generation of HBR G2 fixtures is engineered for reliability in cold storage, high-humidity warehouses, food processing plants, and logistics halls. The promise is stable lumen output, lower maintenance, and easier installation with hooks or chains. Explore how this factory-grade luminaire can become a platform for your own OEM or private label projects.

View IP65 LED High Bay Range
Installation Guide

1. Definition and Product Context for China OEM IP65 LED High Bay Light

The HBR G2 IP65 LED High Bay Light is a round industrial luminaire designed for high ceiling environments such as logistics warehouses, cold storage rooms, heavy manufacturing halls, airport maintenance areas, and commercial outlets that require high lumen packages with reliable ingress protection. It uses high-quality die-cast aluminum to form both a mechanical base and an integrated heat dissipation channel, which is why the visible fins on the housing are large and evenly spaced. This structure works together with a professional optical layout to deliver a wide 120 degree beam, ensuring uniformity under 10–15 meter mounting heights.

The core lighting engine is a SMD2835 LED array, matched with a high-efficiency driver brand such as MEAN WELL to secure stable current, low flicker, and long-term reliability. The fixture series covers 90W, 140W, 180W, 240W, and 320W options, all staying at 155 lm/W, which is a competitive ratio for export market buyers that calculate payback based on energy savings compared with 250W–400W metal halide or older low-bay fluorescents. Manufacturers in the industrial lighting field often complete a 48-hour aging test and a salt-spray or humidity test before efficiency evaluation to confirm there is no early lumen depreciation or corrosion on the die-casting surface.

Because the product is IP65, it is aligned with the waterproof and dustproof system that the site already uses for LED tri-proof luminaires. Readers who need to synchronize high bay lighting with tri-proof or panel lighting can understand the principles in the IP65 protection guide at What is IP65/IP66 Protection. To further compare energy use with other industrial lighting products, see the energy efficiency explanations in Energy Efficiency Guide for Industrial Lighting.

Industrial buyers in Europe and Southeast Asia frequently request that export-oriented Chinese factories provide proof of UL, CE or CCC, and the attached icon image helps shorten the technical review for project owners. Manufacturers often perform thermal balance and surge impact tests to ensure consistent quality in high-bay formats because the LED board is large and the driver chamber sits slightly above the heat source.

2. Application Scenarios and Use Cases

High-bay fixtures of this level are selected when the operating environment is unstable: condensation during seasonal temperature swing, oil mist from processing equipment, and even cleaning routines that involve high-pressure water near the ceiling. In such cases, an open driver or IP20 luminaire fails too early, so a sealed IP65 LED high bay light gives a better total cost of ownership. In real projects, buyers often ask to mount the lights using different accessories to follow the existing structure; for that reason, this product line supports hooks, suspension chains, and bracket-like boom mounts. Many installation teams appreciate that the accessories are stainless or zinc-plated so they do not rust above food processing lines.

Cold storage and food-grade warehouses

Cold storage rooms demand a luminaire that keeps its driver warm enough while preventing water ingress created by air temperature changes. The stainless hook and suspension kit shown here allow installers to keep a small air gap above the driver box, improving thermal dissipation even when the ambient is low. Many logistics operators note that using chain suspension gives them more tolerance in ceiling height differences across older buildings.

Many site supervisors report that stainless accessories reduce maintenance cycles in refrigerated zones because corrosion points are removed early in the design.

Warehouse and logistics lighting

In 8–15 m height warehouses, the 180W to 240W versions offer a good balance between fixture quantity and lux uniformity. A beam angle of 120 degrees reduces the number of luminaires required in aisles while keeping loading bay fronts bright for camera inspection. Daily users appreciate that IP65 housings can be cleaned with low-pressure water without removing the driver cover, which is not possible with most legacy metal halide fixtures.

Buyers often test a 140W sample and a 180W sample under different temperature conditions before a mass order to see how the driver behaves in real warehouse nights.

Mixed lighting systems with waterproof tubes

Many factories want ceiling-high bays in central zones and IP65 LED tube waterproof fixtures near walls, tunnels, or conveyor belts. Using the same IP65 philosophy simplifies procurement and maintenance because the electrician team can keep a single protection class in mind. For readers who plan to combine high bays with tube luminaires, see the dedicated category at T5/T8 LED tube waterproof fixture to align mounting heights and cable entries.

Harsh environment and parking zones

For covered outdoor spaces or industrial corridors that share power lines with high bay circuits, IP65 or IP66 tri-proof luminaires act as a continuous-line extension. Because the HBR G2 driver can operate on AC100–277V, it stays compatible with the supply used by most tri-proof systems, letting contractors build unified power trunks. Daily users appreciate the smooth, glare-controlled circular optic when forklifts move from open-air areas into covered docks.

Installers in coastal or chemical zones usually specify a 5-year warranty and require driver brands like MEAN WELL, which this series already integrates.

To make the overall system educational for new team members, it is helpful to show them how different IP-rated fixtures are chosen in the company’s own lighting reference pages such as Harsh Environment Lighting.

3. Performance Comparison with Traditional High Bay Solutions

When a project team evaluates a round IP65 LED high bay light like the HBR G2 against older metal halide or sodium fixtures, the first visible difference is the lumen maintenance across 50,000 hours. Metal halide lamps quickly decline and need re-lamping, which multiplies maintenance cost because lifts or scaffolding must be rented again. By contrast, the LED version maintains useful lumen and the die-cast housing cap keeps dust out of the optical chamber. Most industrial fixtures of this class undergo an IK and vibration check to make sure the fixing screws around the circular ring stay in place in the long term.

Energy efficiency is where the gap becomes even clearer. A 240W HBR G2 at 155 lm/W reaches around 37,200 lm, which is close to what a 400W metal halide would deliver in its first months, but the LED keeps this output for years. On a system level, drivers from reputable brands tend to hit a power factor above 0.9, so the electrical infrastructure does not need to be overspecified. For buyers who export to markets with strict EMC or power quality rules, having PF>0.9 printed in the datasheet is a strong selling point.

Ingress protection is another angle: IP20 or IP40 open high bays are lighter and sometimes cheaper, but they are exposed to moisture, so in cold storage they will corrode or short-circuit. IP65 housings require better sealing rings and heat path design, which is why the die-cast body of this model is bulkier. Manufacturers often perform tensile or impact tests on the ring or hook to ensure consistent quality when the luminaire is suspended high above the working area.

A final comparison is maintainability. Traditional fittings often have non-modular reflectors, meaning an electrician must remove many screws to reach the ballast. With this high bay, the LED platform is accessible from the front, and the accessory rings around the circumference help keep the lens in place. For industrial buyers who order hundreds of pieces, being able to replace a driver or module without disassembling the suspension point reduces downtime during scheduled maintenance windows.

4. OEM, Factory and Export-Oriented Manufacturing Capability

Because the HBR G2 IP65 LED High Bay Light is clearly an export-oriented model, it is suitable for buyers who need to label it under their own brand, adjust power, or customize the mounting kit for a specific project. The power range already covers 90W to 320W, so a trader or wholesaler can position the low wattages for commercial or retail ceilings while keeping the 180W–320W versions for deep industrial bays. Private label projects usually define the LED correlated color temperature set (3000K, 4000K, 5000K, 5700K, 6500K), so the driver and LED arrangement must be manufactured as separate BOMs in the factory. Exporters who target the EU and Middle East often request neutral white 4000K and cool white 6500K in the same container to optimize stock.

In China, high bay factories that serve OEM orders run a sample approval process where 2–3 pilot fixtures are assembled with the buyer’s driver brand, carton printing, and user manual. This process reduces misunderstanding when the model goes to certification or tender. To understand how OEM manufacturing is organized for other waterproof or tri-proof luminaires, readers can explore OEM and the related manufacturing strength page at LED Tri-proof Lighting Manufacturing Strength.

For distributors who work as a trader or exporter serving several national markets, being able to declare that the product is IP65, has PF>0.9, uses MEAN WELL, and is backed by 5 years warranty makes the catalogue more competitive. Most industrial fixtures undergo a 48-hour aging test before efficiency evaluation, and serious buyers often ask to see the test report with thermal curves. In export practice, MOQ is determined not only by the luminaire, but also by accessory configuration, so bundling hooks, rings, or chain kits in the same carton helps lower the MOQ number.

5. Functional Advantages and Reasonable Limitations

High efficacy and wide CCT range

At 155 lm/W, every watt of input power is converted into useful light, making the luminaire suitable for facilities that pay close attention to energy records. The five CCT options (3K/4K/5K/5.7K/6.5K) follow global preferences, so the same housing can be sold to North America, Asia, and part of Europe without redesign.

Most industrial-grade LED engines are inspected by comparing initial lumen with the 24-hour stabilized lumen to ensure light depreciation stays within the acceptable curve.

Robust die-cast aluminum structure

The body is not only decorative; it is a thermal management tool. Air convection grooves on the top of the housing accelerate heat exchange, which is why this model is suitable for continuous operation in enclosed halls. Drivers experience less stress, so a 5-year warranty becomes realistic. Manufacturers often measure surface temperature at multiple points to verify that the driver compartment does not exceed its class.

Flexible installation ecosystem

Hooks, booms, wall mounts, and hanging chains make this high bay adaptable to nearly any retrofit condition. This means buyers can reuse existing steel cables, struts, or ceiling junction boxes from a previous lighting system.

Limitations to consider

Because the luminaire is fully sealed to reach IP65, it is naturally heavier than open high bay designs; when shipped in large quantities, freight cost per piece can be higher. For projects in extremely high ambient temperatures above 50 °C, derating may be required, or the driver may need to be placed remotely. Another limitation is that the round shape is optimized for downward lighting, so where a project calls for linear, continuous light bands, the buyer should mix it with batten or tri-proof ranges available at LED Tri-proof Luminaire or LED Batten Light.

6. Values, Sustainability and Lighting Philosophy

Industrial lighting is not only about lumen and price; it is about how confidently the buyer can operate a facility for five to ten years without disruption. Factory-grade IP65 round high bays like this model support that vision because they use standard LED sources, brand-name drivers, and a housing that can be recycled as aluminum at the end of life. To see related categories that follow the same maintenance-friendly idea, users can explore the LED high bay section at IP65 LED High Bay Light and the back-lit panel range at Back-lit LED Panel Light.

Long-term reliability

Every batch can be subjected to burning tests and surge checks to verify driver stability. Most industrial fixtures undergo a 48-hour aging test before efficiency evaluation, which is an accepted SEE practice in export lighting.

Sustainable material choice

Die-cast aluminum can be re-melted, and the modular LED board makes selective replacement possible. This is aligned with energy-saving goals defined in many warehouse retrofits.

Consistent export packaging

Carton sizes such as 375×375×175mm or 475×475×200mm allow easy stacking in export pallets, reducing damage on sea shipment. Traders value predictable carton sizes because they can calculate freight more precisely.

Delivery and stock philosophy

Factories in China that focus on IP65 high bays tend to stock key wattages like 140W and 180W to meet recurring orders, while producing 240W and 320W against project schedules.

7. Keep upgrading your industrial lighting strategy

Understanding materials, IP protection grades, and driver selection is the first step to smarter sourcing of IP65 LED high bay light solutions. A well-structured product family like HBR G2 gives importers, distributors, and EPC companies long-term continuity across different wattages and spaces.

See IP65 High Bay Collection
Download Datasheets

8. Frequently Asked Questions on IP65 LED High Bay Light

Q1. How is an IP65 LED high bay light different from a normal warehouse LED?

The IP65 rating means the luminaire is dust-tight and protected against water jets, which is critical for cold storage, food processing, textile, and outdoor-like covered spaces. A normal warehouse LED might have similar lumen but lacks sealing, so in a moisture-heavy environment it will darken or fail earlier.

Q2. Can the HBR G2 be used in cold storage rooms where defrost cycles create condensation?

Yes, this high bay was planned for such scenarios. The die-cast aluminum housing accelerates evaporation, and the IP65 optical cover prevents water from entering. Many cold storage contractors prefer chain suspension so the luminaire can be slightly lowered below pipes or gutters.

Buyers often test samples under different temperature conditions before mass order to confirm driver reliability and to document the thermal behavior for their own client.

Q3. Which wattage should be selected for 10–12 m height warehouse aisles?

For 10–12 m heights, 140W and 180W versions offer the best ratio of power to coverage when using the 120 degree beam. If the project requires illuminance above 500 lux in working zones, 240W can be selected, especially when spacing between luminaires is large.

Q4. Does the product support private label, OEM printing or carton customization for traders and exporters?

Yes, the product family is suitable for private label projects because the mechanical design changes very little between wattages. Traders, exporters and wholesale distributors can specify artwork for outer cartons and request to include accessory kits in the same box to simplify delivery to regional warehouses.

Q5. What are common maintenance steps for this type of round high bay?

Maintenance teams should schedule periodic visual inspections to remove dust from the top fins so that air convection is not blocked. If installed in a location with oil mist, mild detergent and low-pressure water can be used because the luminaire is IP65. LED drivers should be checked for temperature rise during summer peaks.

Q6. Can this high bay be combined with LED batten or waterproof tube fixtures in the same project?

Yes, because the input voltage is AC100–277V and the power factor is above 0.9, the product can run on the same distribution network with tri-proof luminaires, LED battens, or IP65 bulkheads. For matching products, see LED Bulkhead and LED Batten.

Q7. Is dimming or power adjustment possible for this model?

The feature list mentions adjustable power, which means the driver can be set to multiple steps. This is useful for EPC companies that want to fine-tune lux levels after installation. However, dimming protocols or sensors should be confirmed per project because not every driver option supports advanced control.

Q8. What limitations should EPC companies explain to end users?

The main limitation is weight: an IP65 die-cast round luminaire is heavier than an open linear high bay, so ceiling suspension points must be capable of holding the load. Another limitation is that extremely hot environments may require derating.

Q9. How long is the warranty and what tests usually support it?

The specification states 5 years warranty. Factories usually support this promise with aging, high-voltage, and surge tests. Some buyers request LM-79 or LM-80 style reports or at least photometric files to integrate the high bay into their simulation software.

Q10. Can this product be used in outdoor covered parking or tunnel-like structures?

Yes, as long as the environment does not expose the luminaire to continuous submersion, IP65 is sufficient. For parking and tunnel lighting inspiration, see Parking Garage and Tunnel Lighting, which uses a similar protection approach.