LED Solar Powered Runway Threshold End Light Red Green Solar Airport Lighting Heliport Lights
AH-SA-S2 LED Solar Powered Runway Threshold End Light use bidirectional optics; designed for permanent usage at Non-Precision Runways located in regions without access to electricity and high photovoltaic potential.
Solar power system is equipped for operating 365 days on solar energy.
Compliance
ICAO Annex 14 Vol. I (7th. Edition, July 2016)
CAP 437
Features
Electrical
LED as light source saving power consumption and maintenance, 95% less power than equivalent incandescent light
Physical
Integrated design, enabling a rugged and completely waterproof seal capable of prolonged and deep immersion (IP67).
PC housing, UV resistance, shockproof and corrosion proof.
Powder coated die casting aluminum base
System design
ON/OFF button interface
Wireless remote control by AH-HP-RC
Optional
External battery charger
NVG - compatible infrared (IR) LED
Pilot to ground remote control(VHF radio control)
Application
Airport, Touchdown and Lift- off area ( TLOF) , Final Approach and Take- off area ( FATO) , Taxiway lighting, Runway edge lighting, Portable or expedited airfield lighting, Threshold lighting, Runway end light
Helipad taxiway
Emergency operations
Airport/Airdrome
| SPECIFICATIONS |
AH-SA-S2 LED Solar Powered Runway Threshold End Light |
| Light Characteristics |
|
| Light Source |
LED |
| Available Colors |
Red/Green, Red, Green |
| Intensity(cd)-Red |
50(L1), 120(L2), 260(L3), 1200(L4), 2870(L5) |
| Intensity(cd)-Green |
80(L1), 310(L2), 590(L3), 3000(L4), 12500(L5) |
| Flash Characteristics |
Steady |
| Operation Mode |
Wireless remote controlled |
| LED Life Experience(hours) |
>100,000 |
| Electrical Characteristics |
|
| Operating Voltage |
11.1V |
| Circuit Protection |
Integrated |
| Solar Characteristics |
|
| Solar Module Type |
Mono crystalline Silicon |
| Charging Regulation |
Microprocessor controlled |
| Battery Characteristics |
|
| Battery type |
Lithium ion battery |
| Nominal Voltage (V) |
11.1 |
| Battery Service Life |
Average 5 years |
| Physical Characteristics |
|
| Lamb Body Material |
Aluminum Alloy |
| Base Material |
Powder-coated Die-casting aluminum |
| Installation Size |
140×140×M10 |
| Overall Size (mm) |
560×500×514 |
| Weight(kg) |
10 |
| Product Life Expectancy |
Average 10 years |
| Environmental Factors |
|
|
Ambient Temperature(℃)
-55℃~+70℃
|
-55~70 |
| Humidity |
0~100% |
| Wind Speed |
80m/s |
| Waterproof |
IP67 |
| Compliance |
|
| ICAO |
ICAO, Annex 14th,Volume I, 7th Edition dated July 2016, clause 5.3.9.9 & Appendix 1, Figure A1-1b, 2016, clause 5.3.10.9/5.3.11.4 & Appendix 1, |
| |
Figure A1-1b |
| Optional |
|
| |
NVG - compatible infrared (IR) LED
|
| |
Pilot to ground remote control(VHF radio control) |
| |
External battery charger
|
Catalog download: download AH-SA-S2 LED Solar Powered Runway Thresh...
Your message must be between 20-3,000 characters!
