ICAO LED High Intensity Type A Aviation Obstruction Light Solar Powered System solution for power Line transmission tower
ICAO LED High Intensity Type A Aviation Obstruction Light Solar Powered System for power Line transmission tower
1. Product Description
l Overview
Product Picture |
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Product Dimension |
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l Spec
Product Name | High Intensity t y p e A Obstruction Light |
Model No | CM-18 |
Dimension | 470mm×204mm×134mm |
Installation Size | 455mm*70mm 4-Ф12 |
Flash frequency | 40flash/min |
Power Consumption | 28W |
Method of Sync | GPS Sync | |
Light Source | LED | |
Emitting color | White | |
Beam angle | Horizontal 90°, 7°≥Vertical≥3° | |
Life span | >50000 hours | |
Ingress protection | IP65 | |
Light Intensity | Day | 200000cd |
Twilight & Dawn | 20000cd | |
Night | 2000cd | |
Lamp Weight | 6.8kg | |
Relative Humidity | 0%~95% | |
Working Temperature | -40℃┉+55℃ | |
Wind Load | 240km/h | |
Environmental illuminance | 50Lx±10% | |
Power Supply | Solar array system DC power supply | |
Rain | Can be exposed to rain in any wind direction | |
Salt spray | Can be exposed to salt spray | |
Radiation | Solar radiation and electromagnetic radiation of 500kV transmission lines | |
Altitude | >4000m | |
Light Lifespan | 30 years | |
Battery Lifespan | 6 years | |
Solar Panel Lifespan | 30years |
l Battery Spec
Item | Parameter |
Battery Type | Lead-acid colloidal battery |
Battery Model | 12V120Ah |
Designed Life | 10-12 years |
l Ref Solar Panel Spec
Item | Parameter |
Solar Panel Type | Monocrystalline Silicon |
Power Consumption | 36V230W |
Structure Type | Aluminum alloy frame tempered glass package |
Designed Life | 30 years |
1 High-quality aluminum alloy box, low-iron ultra-white tempered glass light emitting surface, high structural strength, corrosion resistance and light weight.
2 The optical design of the special optical reflector, the viewing distance is farther, the angle is more accurate, and there is no light pollution.
3 The light source adopts internationally advanced LED cold light source with long life, low power consumption and high efficiency, which greatly improves the luminous brightness and reduces the energy consumption exponentially.
4 Adopt a light-sensitive probe that conforms to the natural light spectrum curve to automatically control the light intensity level of the lamp.
5 The control circuit adopts a special flash light controller, which reduces the energy consumption of the control circuit itself. The built-in anti-surge device makes the circuit work more reliable.
6 Integral structure, protection grade up to IP65.
7 Adopting internationally advanced, low-illumination, high-efficiency solar panels, with high-efficiency and long-life environmentally friendly lithium batteries as the power source, and using an advanced power management system for charging and discharging. Protection greatly improves the service life of the battery.
8 Low-carbon tempered glass monocrystalline silicon solar panel, with high energy efficiency (> 18%) and a life span of up to 30 years.
3. Aviation Obstruction Light System Drawing
System Requirement
Each aviation obstruction light system includes a control system. The lamps have an automatic opening and closing function, which can be automatically opened and closed by a light controller according to the ambient brightness.
Aviation Obstruction Light Power Supply
Taking into account the actual situation of the geographical location and the situation of the line body, referring to other engineering design and operation experience, the solar cell is used as the power source of the obstacle light, and the battery is equipped to ensure that the rainy weather can work normally for more than 5 consecutive days.
6. Installation
l Diagram for Installation Location
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