High-Power Marine LED Fishing Lights
Lighting for commercial fishing vessels, fleet retrofit and night operations. Compare four power configurations and plan your lamp, driver and installation requirements.
Product appearance shown for series reference. Final configuration follows the selected specification.
Engineered from Base to Beam
- Adjustable E39/E40 base
- Fits compatible lamp holders and supports directional adjustment.
- Integrated finned heat sink
- A continuous thermal path helps dissipate heat during high-power operation.
- Multi-sided COB modules
- High-power light sources arranged around the lamp body.
- Tempered glass globe
- Protects the light-source assembly within the marine-ready lamp design.
Designed for Marine Conditions
Lower electrical load
500W LED is listed as a reference replacement for 1000W–2000W metal-halide lamps, and 800W LED for 3000W–4000W lamps. Suitability depends on installation and required light coverage.
Retrofit compatibility
The adjustable E39/E40 assembly supports compatible existing holders. A matching constant-current LED driver is required.
Thermal management
Integrated fins provide a large heat-dissipation surface. This supports stable operation during extended night-fishing use.
Lightweight construction
The rated 500W configuration weighs 2.2 kg; the 800W configuration weighs 3.3 kg, helping simplify handling and installation.
IP67 and corrosion resistance
The product materials specify IP67 protection and protective surface treatment to reduce salt-spray corrosion exposure.
Vibration and environmental testing
Designed for vessel movement, mechanical vibration, changing temperatures and humidity. The supplied materials describe temperature cycling and high-humidity testing.
See What Changes When You Switch
Instant Light. Lower Power.
✓ The LED advantage
✓ Lower power load
✓ Instant full output
✓ Efficient, controlled light
Higher Load. Longer Wait.
× Conventional trade-offs
× Higher power load
× Long warm-up time
× More heat and spill light
Six Practical Differences
| Comparison | abylure LED fishing light | Traditional metal halide |
|---|---|---|
| Start-up | Instant full output | Long warm-up time |
| Operating temperature | Lower operating temperature | Very high operating temperature |
| Vibration resistance | Better vibration resistance | More fragile under vibration |
| Power supply | Matched constant-current LED driver | Ballast-based system |
| Maintenance | Reduced maintenance frequency | More frequent lamp replacement |
| Light distribution | Efficient and controlled light | More heat and spill light |
Less Rated Power. A Clearer Comparison.
500W LED retrofit reference
50–75%
Lower nominal lamp wattage
abylure LED · 500W
Metal halide · 1000–2000W
Bars compare 500W with the 2000W upper reference.
800W LED retrofit reference
≈73–80%
Lower nominal lamp wattage
abylure LED · 800W
Metal halide · 3000–4000W
Bars compare 800W with the 4000W upper reference.
Reference replacement ranges and qualitative comparisons follow the supplied product presentation. Percentages compare nominal lamp wattage only, exclude driver and ballast losses, and are not measured energy savings or a guarantee of equivalent illumination. Actual replacement performance depends on vessel configuration, installation and operating conditions.
Built for Commercial Fishing Operations
Vessel preparation and night fishing
Lighting for vessels preparing for and operating during night-fishing work.
Fleet retrofit
Evaluate existing lamp wattage, vessel input voltage, mounting interface and required coverage before selecting a configuration.
Rated model values from the supplied specification sheets. Confirm final input voltage, driver, dimensions and compliance documentation against the project specification.
- Rated power
- 500W
- Product weight
- 2.2 kg
- Rated luminous efficacy
- 145 lm/W
- Rated beam angle
- 119°
- AC input voltage
- 140–300 VAC
- Driver output voltage
- 140–240 VDC
- Power factor
- 0.95
- Dimensions
- Height 520 ± 5 mm; width 230 ± 1 mm
- Rated power
- 600W
- Product weight
- 2.8 kg
- Rated luminous efficacy
- 145 lm/W
- Rated beam angle
- 119°
- AC input voltage
- 160–300 VAC
- Driver output voltage
- 140–220 VDC
- Power factor
- 0.95
- Dimensions
- Height 520 ± 5 mm; width 230 ± 1 mm
- Rated power
- 800W
- Product weight
- 3.3 kg
- Rated luminous efficacy
- 145 lm/W
- Rated beam angle
- 119°
- AC input voltage
- 116–277 VAC
- Driver output voltage
- 140–220 VDC
- Power factor
- 0.95
- Dimensions
- Height 580 ± 5 mm; width 240 ± 1 mm
- Rated power
- 1000W
- Product weight
- 3.2 kg
- Rated luminous efficacy
- 140 lm/W
- Rated beam angle
- 119°
- AC input voltage
- 330–430 VAC
- Driver output voltage
- 240–340 VDC
- Power factor
- 0.95
- Dimensions
- Height 580 ± 5 mm; width 240 ± 1 mm
Tested Configurations
These report values apply to the tested 500W and 800W samples, not every rated configuration. In particular, the 800W report lists a 380.3 V test voltage while the rated model sheet lists 116–277 VAC; confirm the matching driver and supply with engineering.
500W test sample
- Test configuration
- COB 4000 K
- Report number
- 20230313-5
- Test mode
- C
- Test voltage
- Not listed in the supplied summary
- Tested input power
- 474.700 W
- Tested current
- 2.186 A
- Power factor
- 0.983
- Luminous flux
- 73,188.84 lm
- Luminaire efficiency
- 100.00%
- Reported luminous efficacy
- 169.18 lm/W
- Center light intensity
- 5,734.855 cd
- Maximum light intensity
- 22,448.990 cd
- Peak intensity direction
- C = 180.0°, γ = 70.0°
- Measured beam angle
- 103.80°
800W test sample
- Test configuration
- COB 6200 K
- Report number
- 20231010-3
- Test mode
- C
- Test voltage
- 380.3 V
- Tested input power
- 781.800 W
- Tested current
- 2.099 A
- Power factor
- 0.979
- Luminous flux
- 134,664.20 lm
- Luminaire efficiency
- 100.00%
- Reported luminous efficacy
- 172.25 lm/W
- Center light intensity
- 11,449.240 cd
- Maximum light intensity
- 39,034.650 cd
- Peak intensity direction
- C = 180.0°, γ = 59.0°
- Measured beam angle
- 106.25°
Figures are transcribed from the supplied report summary. For the 500W sample, the stated flux and tested input power do not reproduce the listed efficacy. Request the original report and engineering confirmation before using these figures for project calculations.
Vertical installation only, with a matching LED driver replacing the original ballast. The following is a product overview; installation must follow the approved electrical and mounting instructions.
01 — Remove the existing lamp
Isolate the power supply before removing the existing metal-halide lamp.
02 — Fit the LED lamp
Align the E39/E40 base with the compatible holder and secure the lamp according to the installation instructions.
03 — Secure the assembly
Tighten the locking assembly using the specified tools.
04 — Set the beam direction
Adjust the swivel toward the intended sea-surface coverage and lock it securely in position.
Power configuration
500W, 600W, 800W and 1000W. Additional power ratings are subject to engineering evaluation.
CCT and spectrum
Tested configurations include 4000 K for 500W and 6200 K for 800W. Other CCT or spectrum requirements need engineering confirmation.
Driver and input
Matched constant-current LED driver, configured for lamp power and vessel input voltage.
Optical distribution
Tested beam angles: 103.80° for 500W and 106.25° for 800W. Evaluate other distributions against coverage requirements.
Base and installation
Adjustable E39/E40 assembly for compatible lamp holders and directional adjustment.
Branding and packaging
Product labels, user manuals, outer cartons and branded packaging can be discussed for your market.
From Configuration to Production
The supplied manufacturer presentation identifies MegaraTech, established in 2017 in Suzhou, China, with over 25 years of industry experience behind its team. It describes commercial and specialty LED lighting, in-house PCB/SMT assembly, driver matching, thermal management and quality inspection.
The presentation describes an ISO 9001-based quality management system. For your selected product, request the applicable manufacturing, test and compliance documents through the engineering team.