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UFO High Bay Light
210LM/W, 3CCT&Power
Model UFO
Switchable Beam Angle -
UFO High Bay Light
210LM/W, 60W, 80W, 100W
Model UFO
Microwave Motion Sensor -
UFO High Bay Light
100W, 150W, 200W
Model UFO
210lm/W -
UFO High Bay Light
100W, 150W, 200W
Model UFO
210lm/W -
UFO High Bay Light
100W, 150W, 200W
Model UFO
190lm/W -
UFO High Bay Light
100W, 150W, 200W
Model UFO
190lm/W -
UFO High Bay Light
100W, 150W, 200W
Model UFO
Square Version -
UFO High Bay Light
100W, 150W, 200W
Model UFO
Smooth Surface, White Houseing
Technical Specifications Of LED High Bay Light
| Demension: | Ф258MM |
Ф300MM |
Ф347MM |
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| Rated Power: | 100W |
150W |
200W |
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| Switchable Power: | 100-80-60W |
150-120-90W |
200-160-120W |
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| Lumen Efficacy: | 190lm/W |
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| Optional lm/W: | 130lm/W, 150lm/W, 170lm/W |
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| LED Chip: | SMD2835 |
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| CRI: | Ra≥70 (or Ra≥80) |
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| CCT Color: | 4000K / 5000K / 6000K |
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| Beam Angle: | 60/90/120° |
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| Input Voltage: | AC200-240V, 50/60Hz (AC100-277V Optional) |
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| Flicker: | Non Flicker |
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| Power Factor: | PF≥0.92 |
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| IP Rating: | IP65 |
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| Housing Color: | Black or White Color |
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| Function Optional: | Emergency Battery, Microwave Motion Sensor, 1-10V/Triac Dimmer |
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| Material: | Aluminum + PC Lens |
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| Working Temp: | -30°C to +45°C |
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| Working Humidity: | 10% to 90% RH |
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| Lifespan: | 50,000H |
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| Warranty: | 5 Years |
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Picture of Product
Revolutionary Switchable Power Technology - Flexibility Without Complexity
The Switchable 3-Power UFO High Bay Light represents a breakthrough in industrial lighting efficiency and operational flexibility. This innovative fixture eliminates the need for traditional dimming systems by offering three distinct power settings directly controlled via a simple on-site switch mechanism. Designed for modern warehouse managers, facility directors, and contractors seeking to optimize energy consumption without compromising lighting quality, this product delivers exceptional value in today's energy-conscious market.
With an impressive 190lm/W luminous efficacy rating, this UFO high bay light outperforms conventional metal halide and older LED systems by significant margins. The three selectable power modes (200W, 160W, and 120W) allow facility operators to match lighting intensity to actual operational requirements, reducing unnecessary energy expenditure during off-peak hours or partially occupied zones. This adaptive approach to industrial lighting represents the future of sustainable facility management.
Whether illuminating a 40-foot manufacturing facility, high-ceilinged warehouse, or distribution center, this switchable power system provides unmatched flexibility combined with rock-solid reliability. The integrated flicker-free driver technology ensures optimal visibility for detailed work operations, while the IP65-rated aluminum housing guarantees longevity in demanding industrial environments.
Advanced Features That Reduce Operating Costs
Seamlessly switch between 200W, 160W, and 120W settings without dimming hardware. Adapt lighting output to match actual facility usage patterns, reducing electricity bills by up to 40% during off-peak operations compared to fixed-output systems.
Industry-leading luminous efficacy delivers more light output per watt than comparable fixtures. A 200W switchable unit produces equivalent illumination to traditional 250W+ fixtures, directly translating to measurable energy savings and reduced carbon footprint.
Eliminates expensive dimming system installation, ongoing maintenance, and compatibility issues. Simple on-site switching mechanism requires no specialized training, programming, or additional hardware—reducing total cost of ownership by 25-35%.
Advanced flicker-free driver technology (typically Mean Well MW-HRP or equivalent tier) ensures visual comfort during extended work operations. Eliminates eye strain and maintains worker productivity in quality-sensitive manufacturing and assembly environments.
Complete protection against dust ingress and high-pressure water jets. Die-cast aluminum anodized housing withstands harsh warehouse conditions, chemical exposure, and temperature fluctuations from -20°C to +50°C without performance degradation.
High power factor minimizes reactive power charges and reduces strain on facility electrical infrastructure. Supports modern smart grid integration and future demand-response initiatives while improving overall building energy efficiency ratings.
Why Traditional Dimmers Aren't Necessary - The Switchable Power Advantage
Traditional approach to industrial lighting flexibility relied on external dimming systems—expensive PWM or 0-10V dimmer controllers, complex wiring configurations, and ongoing compatibility maintenance. This switchable power UFO high bay light fundamentally reimagines this approach by integrating three discrete power settings directly into the fixture.
1. The Problem with Traditional Dimmers
Cost Multiplication: A typical dimmable high bay light ($400-600) combined with dimming controller ($300-400), installation labor ($500-1000), and commissioning ($200-400) creates total system costs exceeding $1,500-2,400. Our switchable approach reduces installed system cost to approximately $900-1,200—a savings of 40-50%.
Maintenance Burden: Dimmer controllers require periodic recalibration, firmware updates, and replacement under warranty. Network-based systems demand IT infrastructure compatibility verification. Switchable power systems eliminate these recurring expenses entirely.
Technical Compatibility: Site-specific voltage fluctuations, legacy building automation systems, and control protocol variations frequently cause dimmer system conflicts and flickering issues. Switchable mechanical systems operate identically regardless of electrical infrastructure complexity.
2. The Switchable Power Solution
This fixture delivers three precisely calibrated power levels (200W, 160W, 120W) selectable via an integrated switch mechanism. This mechanical approach eliminates all electronic dimming complexity while preserving full operational flexibility. Facility managers can easily adjust lighting intensity based on:
- Time-of-Day Operations: Switch to 120W mode during morning setup, increase to 200W during peak production, reduce to 160W during evening maintenance
- Seasonal Adjustments: Lower power settings during extended daylight hours in summer; increase during winter months
- Zone-Based Management: Different area-specific switches allow independent control of warehouse zones without central control system
- Energy Conservation: Reduce power consumption during lower-volume periods, improving monthly energy bills
Quantified Energy Savings & ROI Analysis
The 190lm/W efficacy rating directly translates to measurable operational savings. Consider a typical 10,000-square-foot warehouse requiring 15 high bay fixtures operating 12 hours daily:
| Comparison Factor | Traditional Metal Halide (400W) | Older LED High Bay (250W) | Switchable 3-Power UFO (200W avg) |
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| Luminous Efficacy | 75 lm/W | 130 lm/W | 190 lm/W ✓ Best |
| Annual Energy per Fixture (15 units, 12h/day) | 21,600 kWh | 13,500 kWh | 10,800 kWh ✓ 50% lower |
| Annual Energy Cost (@ $0.12/kWh) | $2,592 | $1,620 | $1,296 ✓ Savings |
| Annual Savings vs Metal Halide | — | $972 | $1,296 ✓ 50% more efficient |
| 10-Year Operating Cost | $25,920 | $16,200 | $12,960 ✓ ROI in 3-4 years |
| Fixture Lifespan | 3,000-5,000 hours | 35,000-40,000 hours | 50,000 hours ✓ Extended lifespan |
ROI Calculation Example: Initial fixture cost investment of $550-700 per unit ($8,250-10,500 for 15 units) recovers through energy savings alone within 36-48 months, with 10+ years of additional operational savings before reaching end-of-life. This represents a compelling financial argument for facility upgrade projects.
Perfect Applications for Switchable Power UFO High Bay Lighting
This switchable power technology delivers exceptional value across diverse industrial and commercial settings where lighting intensity requirements vary by operational period or facility zone:
Inventory management, picking/packing, and storage rack illumination
Production floor, assembly lines, quality inspection areas
Maintenance bays, machine shops, fabrication facilities
Loading docks, sorting facilities, distribution hubs
High-ceiling retail areas, sports facilities, gymnasiums
Temporary illumination for modular/temporary structures
Equipment maintenance facilities, crop processing, cold storage
Electrical substations, pump stations, water treatment facilities
Certifications, Compliance & Professional Standards
This switchable power UFO high bay light meets stringent international standards ensuring safety, performance reliability, and environmental responsibility:
Low Voltage Directive and Electromagnetic Compatibility compliance ensures safe operation across European Union and interconnected markets. Extensive testing validates electrical safety and emissions compatibility.
Federal Communications Commission certification validates that the flicker-free driver and switching mechanism do not generate electromagnetic interference affecting adjacent equipment or communication systems.
All materials comply with EU RoHS Directive 2011/65/EU, restricting lead, mercury, cadmium, and other toxic substances. Ensures environmental responsibility and simplifies end-of-life recycling and disposal.
Comprehensive Illuminating Engineering Society LM-80 photometric testing validates the 190lm/W efficacy rating under standardized measurement conditions. Third-party independent laboratory testing confirms product claims.
IEC 60529 ingress protection testing confirms dust-tight (6) and high-pressure water jet resistance (5) ratings. Suitable for outdoor installations and wet industrial environments without performance degradation.
Premium variants feature Mean Well HRP or equivalent tier flicker-free drivers, backed by comprehensive mean well testing protocols and industry recognition for reliability and longevity.
Professional Installation Guide & Technical Support
1. Installation Overview
The UFO form factor design and integrated mounting bracket system enable rapid installation on existing warehouse infrastructure. Average installation time per fixture: 20-30 minutes with standard electrical tools.
2. Pre-Installation Requirements
- • Verify mounting surface can support 3.8 kg fixture weight safely
- • Confirm electrical supply voltage matches fixture specifications (AC 220-240V or 110-120V)
- • Ensure adequate clearance for heat dissipation (minimum 30cm clearance from adjacent surfaces)
- • Test existing electrical circuit capacity before connection (recommended circuit breaker: 16A minimum for 200W unit)
- • Prepare weather-sealed electrical conduit entry if outdoor installation in wet environment
3. Wiring Configuration
Standard installation includes:
- • Live (Brown), Neutral (Blue), and Earth (Green/Yellow) terminals with 2.5mm² cable minimum recommended
- • Integrated mechanical switch selector for power mode adjustment (no additional wiring required)
- • Optional 0-10V dimming interface available for future central control system integration (does not require dimmer hardware activation)
- • All connections use standard M20 cable glands with IP65 sealed gaskets
4. Initial Commissioning Procedure
- • Apply electrical power to fixture and verify power indicator LED illuminates
- • Cycle power selector switch through all three positions (200W → 160W → 120W) and observe consistent operation
- • Use illuminance meter at reference distance (typically 8-10 meters below fixture) to verify output levels match expected specifications
- • If output appears significantly reduced, check for accumulated dust on optical lens and perform gentle cleaning with microfiber cloth
- • Document initial commissioning readings for baseline reference and future maintenance verification
5. Ongoing Maintenance
Minimal maintenance requirements: Annual inspection for dust accumulation on lens (clean if necessary), verification of secure mounting bracket integrity, and visual inspection for any physical damage. No consumable parts or periodic LED replacement needed—fixtures operate maintenance-free through full 50,000-hour lifespan.
Why Choose Our Switchable Power UFO High Bay Light?
The convergence of industry-leading 190lm/W efficacy, innovative switchable power technology, flicker-free driver performance, and robust IP65 industrial construction creates an unmatched value proposition for facility managers, contractors, and procurement professionals. This switchable solution delivers:
- • 40-50% Reduction in Total System Cost vs. traditional dimmed systems
- • 50% Energy Savings compared to metal halide baseline
- • 10-Year ROI through operational efficiency gains
- • Zero Dimming System Complexity - mechanical switch simplicity
- • 50,000-Hour Lifespan with minimal maintenance requirements
- • International Certification - CE, FCC, RoHS compliance
- • 5-Year Comprehensive Warranty backed by professional support
For importers seeking reliable long-term supplier relationships, wholesalers requiring competitive product advantages, contractors managing multiple projects, and retailers serving diverse customer segments, this switchable power UFO high bay light represents the performance-value inflection point where exceptional efficiency meets operational simplicity.
Frequently Asked Questions - Professional Answers
A: This switchable power UFO high bay light integrates three discrete power supply modules that are selected via mechanical switch, eliminating the need for complex electronic dimming hardware. The three power levels (200W, 160W, 120W) are factory-calibrated and selected via on-site switch mechanism—no dimmer controller, no programming, no compatibility issues. This approach reduces total system cost by 40-50% while improving reliability.
A: Yes, in most cases. Simply disconnect the fixture from the existing dimmer circuit and connect directly to standard AC power supply (220-240V or 110-120V as appropriate). The switchable power system operates independently of external controls. Existing dimmer hardware can remain in place for potential future use or can be safely decommissioned. Note: Ensure electrical circuit capacity supports maximum 200W draw during this transition.
A: Approximate relative output levels (assuming linear scaling): 200W = 100%, 160W = 80%, 120W = 60%. Each power level maintains the same 190lm/W efficacy, ensuring consistent color temperature and light quality across all three modes. Actual illuminance differences depend on mounting height—fixtures mounted lower will show more noticeable intensity variation than those mounted at greater heights.
A: 190lm/W represents industry-leading efficacy. Traditional metal halide achieves 75-95 lm/W, first-generation LED high bays achieve 130-150 lm/W, and current competitive offerings range 160-185 lm/W. This fixture's 190lm/W rating places it at the performance frontier, delivering demonstrable energy advantages and measurable ROI acceleration compared to competing products.
A: Yes. The flicker-free driver operates identically regardless of mounting height (15-20+ meters standard for high bays), application type, or ambient temperature variation (-20°C to +50°C operating range). All three power modes maintain identical flicker-free performance characteristics, ensuring visual comfort and accuracy in detail-intensive work environments throughout the full operating envelope.
A: The switchable power system provides three discrete levels optimized for industrial environments. If requirements necessitate operation below 120W, external dimming control (0-10V compatible interface available on premium models) can be implemented, though this reduces inherent system simplicity. Alternatively, operators can address excessive light by adjusting fixture positioning or installation quantity. For most applications, three power levels prove sufficient to accommodate operational variation.
A: Standard 5-year comprehensive warranty covers all components including LED module, driver electronics, mechanical switch assembly, and housing. Warranty excludes physical damage from impacts, water ingress from improper installation, or unauthorized modification. Extended warranty options available for critical infrastructure applications requiring increased protection.
A: Start with full 200W mode operation and document illuminance readings at representative work areas using a light meter. If readings significantly exceed requirements (>500 lux for standard warehouse work), trial 160W mode operation for 1-2 weeks, monitor work quality and employee feedback, then potentially implement 120W for off-peak periods. This phased approach identifies optimal power levels matching your specific operational requirements and maximizes energy savings without compromising productivity.