PL10A Solar Powered Obstruction Light
PL10A - 10 Candela Solar Powered Obstruction Light
PL10A based on PL10 basic features, configured synchronization and alarm signal output functions. An internal solar panel provides the power supply power supply to the light, which makes PL10A solar aviation obstruction lights a self contained and easy-care light unit. With the solar function, the light is easy to deploy to almost any condition and any emergency case. The robust body and surface coating provides good protection against harsh environments.
PL10A is equipped with an 8Ah NiMH rechargeable battery which could power the light for up to 20 days when the weather is cloudy & rainy. NiMH battery is also a clean power source with no pollution. The NiMH battery is easy to obtain.
- Ultra-light LEDs, energy saving
- Self-contained without outside power supply
- Maximum visibility distance 4 KM
- Once fully charged, it can work for up to 200 hours
- Auto-off after being packed for 18 hours
- High-rise building marking
- Telecom tower marking
- Road obstruction marking
- Navigation aid
- Port, dock entrance & walkway
- Buoy marking
- Offshore gas & oil platform
- ICAO : N/A
- FAA : N/A
| LIGHT OUT-PUT | |
|---|---|
| SPECIFICATIONS | 10 Candela |
| Nominal Night Range | >4 KM |
| LED Color Available | Red |
| Vertical Divergence | 10 Degree |
| Horizontal Out-put | 360 Degree |
| Illumination | Ultra-bright LEDs |
| LED Lifespan | 100,000 Hours |
| OPERATION | |
| Autonomy | 200 Hours |
| On & Off Level | 70/100 Lux |
| Flash Pattern | 40FPM |
| POWER SUPPLY | |
| Power Source | Solar module, mono-crystalline silicon |
| Solar Efficiency | 13.5% |
| Max. Power Out-put | 1.8 Watts |
| Battery Type | High-efficiency NiMH rechargeable battery |
| Battery Capacity | 8 AH |
| Battery Replacement | Yes, replaceable |
| MECHANICAL STRUCTURE | |
| Lens | Polycarbonate, UV Stabilize |
| Body | Die-casting Aluminum |
| Water-proof | IP67 |
| Weight | 4.5 KG |
| Temperature Range | -40C˚ ~ +55C˚ |
| Dimensions | 215.5mm H, 226mm Diameter |