3S-10 Solar Powered Obstruction Light for Communication Towers
3StarInc
The 3Starinc 3S-10 solar obstruction light is a type of light that is used to warn aircraft and other vehicles of obstructions in their path, such as tall buildings, towers, or other structures. These lights are typically installed on top of the obstruction and are designed to be highly visible, even in low light conditions. One of the key advantages of using solar obstruction lights is that they are powered by solar energy, which makes them environmentally friendly and cost-effective. This means that they do not require a constant power source and can be easily installed in remote or off-grid locations.
The solar panel comes with 3S-10 provides power supply to the light, which makes 3S-10 a self-contained and care-free light unit. Also, with the solar function, the light is easy to deploy to almost any condition and any emergency case. Robust body built and surface coating provides good protection against hash environments. 3S-10 solar obstruction light can be customized to with alarm output or "MAIN"/"SLAVE" switch to achieve many 3S-10 synchronization. The 3S-10 obstruction lamp is also available with an optional ON/OFF switch for storing and protect battery from over-discharging.
It is designed for High-rise building marking, Road obstruction marking, Port/Dock Navigation, Walkway Crossovers, Masts, Towers and other potentially hazardous obstructions to air traffic. Compared to the 3S-10P, the 3S-10 utilizes a more economical plastic base, reduced material and transportation costs.
Functions & Features
• Based on LED technology, and its color complies to IALA Recommendations E-200-1.
• Integrated design, enabling a rugged and completely waterproof seal capable of prolonged and deep immersion (IP68).
• With birds pike.
• 256 kinds of flashing rate are available, comply with IALA.
• Intensity can be adjusted from 25%, 50%, 75% and 100% of total intensity.
• With photocell, and manual switch.
• With Steel wire to prevent falling during mounting and adjusting.
• With built in NiMH battery, easy for replace.
• No RF-radiations, EMC Compliant.
• Extremely Reliable and cost saving.
Applications
• Telecom tower
• Radio tower
• Wind turbine
• Smoke stacks & chimney
• Tall building
• Crane
• Power transmission line
| 3STARINC 3S-10 SPECIFICATIONS | |
|---|---|
| FEATURE | DESCRIPTION |
| International Standard | ICAO Annex 14, Volume 1, 4th Edition, July 2004 FAA Advisory Circular AC150/5370-2F |
| Intensity | >10cd |
| Nominal Night Range | >4km |
| Available Colors | Red/Green/Yellow/White/Blue |
| Vertical Degree | 10 ° |
| Horizontal Degree | 360 ° |
| Light Source | LED |
| LED Life | ≥100,000 hrs |
| Autonomy | Flashing:200Hours/Steady:100Hours |
| On/off level | 70/100 lux |
| Flashing Pattern | 40FPM default (can be preprogrammed to a specified flashing rate upon customer request) |
| Solar Module Type | Multicrystalline |
| Output | 1.8 Watts |
| Battery Type | High grade NiMH-Environment friendly |
| Battery Capacity | 3.6V/8 AH |
| Integrated Housing | UV resistance PC |
| Waterproof | IP67 |
| Weight | 3.5KG |
| Ambient Temperature | -40℃ ~ +70℃ |
| Dimensions | 215.5mm H, 226mm Diameter |
| Warranty | 5 years for light 2 years for NiMH battery |
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LIOL Low Intensity Obstruction Lighting for Tower Aviation Marking
Low Intensity Obstruction Lighting are lights used to visually mark obstacles and obstructions. These lights are necessary in providing a clear visual indicator and in preventing collisions in poor visibility conditions or at night.
Applications
- Airport Buildings
- Tower Cranes
- High Buildings
- Bridges
- Smoke Stacks
- Cell Towers
- Broadcast Towers
- Communication Masts
- Weather Masts
- Power Substations
- Transmission Line
- Wind Turbines
POWER
Three different types of power technology are used to power these LED LIOL lights.
- Solar- The power is supplied by a battery. This battery is charged during the day using embedded solar panels. At night and when there is insufficient solar available, the units will switch over to battery power. This all happens automatically.
- Universal AC Line Power- Power must be provided using a power cable that can supply AC current (110–240VAC 50/60Hz). Can also be powered with optional solar and/or battery.
- Universal DC Line Power- Power must be provided using a power cable that can supply DC current (12–48VDC). Can also be powered with optional solar and/or battery.
LED TECHNOLOGY
All the LIOL lighting we carry, uses the latest advancements in LED (Light Emitting Diode) technology as a light source. The major advantage of LED’s over traditional light sources is well established in that they typically have an operational life in excess of 100,000 hours, resulting in substantial savings to maintenance and servicing costs.
Antenna Tower Lighting and Marking Links
- FCC Antenna Tower Lighting and Marking Requirements.
- FCC TOWAIR Determination - Calculator to determine if a structure at a particular location must be registered.
- 47 CFR Part 17 - Construction, Marking and Lighting of Antenna Structures.
- FAA Advisory Circular AC 70/7460-1M - With Examples of obstruction painting and lighting patterns.
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