Solar Double Aviation Obstruction Light ENET-LS-E
Solar Double Aviation Warnning Light is used in locations that require warning signals for aircraft, such as tower cranes, wind turbines, high-mast lights, metallurgical structures, towers (for power, communication, microwave, etc.), chimneys (in thermal power plants, coking plants, chemical plants, etc.), high-rise buildings, large bridges, large port machinery, large engineering machinery, wind turbines, and other similar applications.
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Solar Double Aviation Obstruction Light ENET-LS-E
Product Application
The Solar Double Aviation Obstruction Light ENET-LS-E delivers critical, self-sufficient warning signals for aircraft. Consequently, it is ideally suited for off-grid applications on tall structures, including communication towers, wind turbines, high-rise buildings, and large bridges, ensuring enhanced aerial safety.
Key Design & Operational Features
This system integrates high-reliability components for autonomous operation.
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Efficient Power & Lighting System: Primarily, it utilizes high-efficiency LEDs with advanced imported chips for longevity and brightness. Furthermore, a robust solar system comprising low-illuminance panels and a managed lithium iron phosphate battery provides reliable power.
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Intelligent Control & Durability: An ultra-low-power dedicated controller enables automatic photoelectric control. Additionally, the housing is constructed from corrosion-resistant aviation aluminum alloy, while the impact-resistant PC lamp cover includes anti-perching spikes.
Performance Specifications & Flexibility
The light offers significant operational flexibility and proven resilience.
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Dual Operating Modes: It supports switchable steady-on or flashing modes to meet different regulatory requirements.
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Extended Weather Resistance: Moreover, it guarantees continuous operation for over 7 days in rainy weather, with duration available for customization.
Detailed Technical Specifications
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Light Source & Power: Features long-life, low-consumption LEDs and a dedicated solar battery system.
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Control & Protection: Incorporates a micro-power controller and a battery management system with full electrical protection.
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Construction & Materials: Employs aviation aluminum alloy and high-strength PC material for durability.
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Compliance & Accessories: Achieves a UL94-V0 flame retardant rating and includes a waterproof seal. An optional mounting bracket is also available.
Product Parameter Table:
| Name | Parameter |
|---|---|
| Reference Standard | ICAO-Type A Low Intensity Obstruction Light Standard, and FAA L-810 Standard |
| Product Model | Customized |
| Power Supply Voltage | DC 3.2V / 4AH Lithium Iron Phosphate Battery |
| Operating Mode | Steady Light 10cd / Flashing ≥32.5cd (one light works while the other standby or both lights are working) |
| Effective Intensity | 10cd / ≥32.5cd |
| Light Source Type | LED |
| Light Color | Red |
| Horizontal Beam Angle | 360° |
| Vertical Beam Angle | ≥10° |
| Light Source Lifespan | ≥100,000 hours |
| Dimensions | Φ186 × 190 (mm) |
| Mounting Dimensions | Bolt Circle Diameter Φ140, 6 holes evenly distributed, M6 (mm) |
| Photocontrol Ambient Lux Level | 50 Lux |
| Solar Panel Parameters | 1.8 / 5V(Single light) |
| Continuous Operation in Rainy Weather | >10 days |
| Protection Rating | IP68 |
| Ambient Temperature | -40˚C ~ 70˚C |
| Operating Humidity | 10% ~ 95% |
| Product Weight0.91 | kg |
| Wind Resistance | 80 m/s |
| Material | Main Body: PC |
| Lens | Lens Cover: PC |
Installation & Usage Instructions
1. Installation Requirements
For optimal performance, please observe the following requirements during installation. First, install the light in a location with maximum sunlight exposure to ensure continuous operation. Next, choose a flat, horizontal mounting surface with sufficient mechanical strength. Finally, use the provided bracket and secure the unit firmly with the four supplied M10 screws.
2. Initial Setup & Operation
Follow these steps to activate and configure your light. To begin, locate and turn ON the battery switch at the bottom for first-time use. (Note: Turn this switch OFF for long-term storage.) Then, set your desired operating mode (Steady ON or Flashing) using the toggle switch. Subsequently, the light will operate automatically via its photocontrol, activating at dusk and deactivating at dawn. For manual testing, simply cover the light sensor to simulate darkness.
3. Important Precautions & Maintenance
Adhering to these guidelines will ensure safety and long service life. Primarily, exercise extreme caution around the sharp anti-perching spikes on top of the light to avoid puncture injuries. Furthermore, for optimal performance, plan to replace the internal lithium iron phosphate battery annually. Additionally, if the product is stored for over six months, expose it to direct sunlight for at least three days before use to fully recharge the battery.
