Aviation Obstruction LED Lights
ISI-certified, MNRE-approved aviation obstruction LED lights designed for high-rise buildings, telecom towers, and infrastructure projects. Compliant with PWD and ULB norms, these long-life, energy-efficient lights ensure safety and visibility. Ideal for EPC tenders and public infrastructure use.
Aviation Obstruction LED Lights with Low‑Medium Intensity Beacon
Discover Aviation Obstruction LED Lights with low‑ to medium‑intensity flashing red/white beacon. Featuring auto photocell, IP‑65 protection, long‑life LEDs (> 50,000 h), AC/DC power options, fast ROI and minimal maintenance. Ideal for tall structures requiring reliable, standards‑compliant visibility solutions across industries.
Specifications – LED Lights with Low‑Medium Intensity Beacon
Parameter | Specification |
| Light Source | LED array (> 50,000 h expected life) |
| Intensity (cd) | ~2,000 cd at night, ~20,000 cd day/twilight |
| Flash Rate | 20–60 flashes per minute |
| Operating Voltage | AC 110–240 V AC or DC 12/24/48 V |
| Power Consumption | ~5–150 W depending on model |
| Ingress Protection | IP 65 or IP 67 |
| Body Material | Die‑cast aluminum or powder‑coated alloy |
| Lens Material | UV‑resistant polycarbonate (PMMA) |
| Auto ON/OFF Sensor | Built-in photocell for dusk‑dawn control |
| Certifications | ICAO Annex 14 / FAA Type A/B / CAAC / CE |
| Mounting & Dimensions | Ø280–360 mm; weight ~2–4 kg |
| Operating Temp Range | –20 °C to +70 °C |
| Synchronization Option | GPS or wired syncing across multiple units |
Use Cases Across Industries & Projects
Use of Aviation Obstruction LED Lights spans government infrastructure, industrial facilities, and specialized use‑cases. These certified obstruction lights ensure compliance, visibility, and safety across sectors, offering versatile installation on towers, buildings, airports, and renewable energy sites.
Municipal & Government
- Telecom towers and water tank structures
- High‑rise public buildings and control towers
- Urban infrastructure like bridges and flyovers
- Airports and helipads under civil aviation norms
- Government facility rooftop and mast installations
Commercial & Industrial
- Telecom and broadcast transmission towers
- Industrial chimneys and cooling towers
- Power plant stacks and substations
- Warehouses, factories, and logistic yard structures
- Wind turbines and solar farm marker lights
Special Use Case
- Offshore platforms and marine navigation aids
- Satellite ground station towers
- Highway gantries and overpass structures
- Tall monuments and heritage building retrofits
- Temporary event rigs, cranes, and construction hoists
Use Cases Across Industries & Projects
Comprehensive support for Aviation Obstruction LED Lights including installation best practices, maintenance schedules, warranty coverage and after‑sales service ensures buyers, engineers and EPC contractors find reliable technical resources and assurance before purchase.
Installation Guide
- Standard mounting and orientation guidelines
- Wiring diagrams for AC/DC versions
- Dusk‑to‑dawn photocell setup
- Synchronization wiring for multiple unit installation
- Height and placement recommendations per ICAO/FAA norms
Maintenance & Services
- Routine lens cleaning and hardware checks
- LED performance and flash rate diagnostics
- Photocell calibration or replacement process
- Power supply and fuse maintenance procedures
- Spare parts availability and ordering guidelines
Warranty & Assurance
- Standard warranty periods (e.g. 2–5 years)
- Compliance with aviation safety certifications
- Replacement guarantee for premature LED failure
- Certification documentation support (ICAO, UL, CE)
- Technical helpline and field service support
Snapshots to Success – Designs, Installations & Innovation
High‑resolution product photos, schematics, and real‑world installation visuals showcase Aviation Obstruction LED Lights in action, helping institutional buyers assess form, fit, and performance qualities quickly and confidently for professional applications and tender evaluation.
FAQs – What Customers Ask Most !
Explore the trusted FAQ section for Aviation Obstruction LED Lights—covering technical performance, regulatory compliance, installation, power options and certifications. Expert answers help decision makers, EPC firms and engineers confirm suitability and ensure safe deployment.
What is the recommended placement height for Aviation Obstruction LED Lights?
Standard guidelines suggest installation at tower tops or rooftop per ICAO/FAA specs, typically above 45 m (150 ft).
Are Aviation Obstruction LED Lights MNRE‑approved and ISI‑certified?
Many models meet MNRE or BIS‑based ISI certification when sourced for Indian government tenders.
What power options exist for Aviation Obstruction LED Lights?
Available in AC 110–240 V and DC 12/24/48 V variants, with solar‑powered models in select cases.
Can Aviation Obstruction LED Lights synchronize flashing patterns?
Yes—units can sync via GPS or wired signal to prevent light collision and create uniform beacon cycles.
How long is the LED lifespan in Aviation Obstruction LEDs?
Expected LED life is typically ≥ 50,000 hours, minimizing maintenance and reducing lifecycle costs.
What ingress protection rating is needed for obstruction lighting?
IP 65 or IP 67 rated enclosures are recommended for outdoor resilience in harsh conditions.
Do Aviation Obstruction LED Lights include photocell auto ON/OFF?
Most versions include a built‑in photocell to automate dusk‑to‑dawn activation without manual switching.
Are spare parts and after‑sales support available?
Yes—authorized support includes spare LEDs, photocells, mounts, and warranty service for institutional buyers.
What certifications should buyers verify?
Look for ICAO Annex 14, FAA Type A/B, CE, BIS or MNRE compliance to meet regulatory and tender standards.
What is installation lead time for Aviation Obstruction LED Lights?
Typical delivery and installation readiness ranges 2–6 weeks depending on order volume and pre‑certification status.
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