Solar Taxiway Light
The taxiway light DWSAN605 is a solar self-contained taxiway edge light and turning pad light that complies with ICAO Annex 14 Volume I and FAA. It is designed to suit a range of aviation airfields for permanent or portable taxiway lighting operations.
The LED taxiway light is available with optional wireless control. Users can remotely turn it on/off, adjust light intensity or switch between visual and IR operational modes.
Tell Us Your Requirements
+1 (408) 610-8721 · ts@2wise.com.cn
Where to Use
The solar airfield light DWSAN605 is suitable for taxiway edge and apron lighting at various types of airports, as shown on Alibaba.com.
It can also be used as Turning Pad Lights, Apron Lights, Stopway Lights, etc. if necessary.
Xiahua Airport
- Location
- Henan Province, China
- Runway
- 1200m × 30m
- Taxiway
- 1200m × 18m
- Solution
- Solar Airfield Lighting System for 365-Day Flight
- Solar products
- 79 Taxiway Lights / 49 Runway Lights / 54 Approach Lights
- Installation
- 2019.09
Hulunbuir Zhalantun Aviation Forest Protection Station
- Location
- Inner Mongolia, China
- GPS
- 48°03′46″N 122°42′20″E
- Runway
- 800m × 30m
- Heliports
- 7
- Solution
- Solar Airfield Lighting System
Solar Helipad Lighting System - Installation
- 2023.09
Solar Turn Pad Lights
The blue lights shown in the photo are solar turn pad lights installed at Freijo Airport, Brazil in 2020.
“Runway turn pad lights shall be provided for continuous guidance on a runway turn pad intended for use in runway visual range conditions less than a value of 350 m, to enable an aeroplane to complete a 180-degree turn and align with the runway centre line.”— ICAO Annex 14, Volume I
Zhushan Nuwa Mountain General Airport
The Landing Direction Indicator is a visual ground T-shaped sign used at airfields to indicate the direction in which aircraft should land and take off. Where required for use at night, the landing “T” can be lit.
- Location
- Hubei Province, China
- Runway
- 1200m × 30m
- Solution
- Solar Airfield Lighting System
- Main products
- DWS801M, DWSAN605
- Installation
- 2024.11
| DWSAN605S | DWSAN605 | |
|---|---|---|
| Light Output | 360°, Steady-On | |
| Intensity Adjustment | Low (40cd) / Medium (80cd) / High (150cd) for White | |
| Colors | Runway Edge Light: White/Yellow or White/WhiteRunway Threshold/End Light: Red/GreenHelipad Perimeter Light: GreenTaxiway Edge Light: Blue | |
| Minimum Autonomy at Low/Medium/High | 150/80/50 Hours | 300/150/100 Hours |
| Control | Wireless Remote Control | Wireless or Light-dependent Control |
| Lifespan of LEDs | Up to 100,000 Hours | |
| Solar Panel | 1.8Wp · Efficiency 20% | 2.1Wp · Efficiency 21% |
| Replaceable Battery | Ni-MH, 5Ah/4.8V | Ni-MH, 7Ah/4.8V |
| Lens Material | Polycarbonate | |
| CE | DACE260317016RL | |
| Quality Assurance | ISO 9001:2015 | |
Long Autonomy
- Turns on at dusk and off at dawn automatically.
- Charges under nearly all weather conditions.
- Minimum autonomy of up to 300 hours from a full charge.
Durable
- Completely solar self-contained, all-in-one design.
- Polycarbonate lens with anti-UV protection, produced by Bayer.
- An individual dome protects the solar panel and raises its efficiency.
Quality Assurance
Manufactured to ISO 9001:2015 QAS and certified CE, RoHS.
Maintenance
- Monitor every light with the Remote Control Terminal or DWS-MCS.
- Replace the battery within a few minutes.
- Charge under-voltage batteries with the Maintenance Kit.
Configuration
The Maintenance Kit is composed of a charger (AC100~240V / DC4.8V), a power cord, 5 sets of DC4.8V Ni-MH batteries, 5 charging wires, a screwdriver and an M10 wrench. Its dimensions are 340mm × 260mm × 160mm.
Operation
- After connecting the AC power cord, turn on the power switch — the power switch indicator turns red.
- Use a charging wire to connect a Ni-MH battery to a charging port — the corresponding charging indicator turns white.
- When the battery is full, the corresponding indicator light turns off.
Recommendation
Charge the spare batteries once per month.