About Low Intensity Aviation Warning Lights
Product Description
The R. STAHL TRANBERG TEF9980000 Explosion Proof Helicopter Deck Status Light is designed to provide reliable visual warning signals for offshore helidecks and hazardous industrial installations. Certified for ATEX and IECEx Zone 1 & Zone 2 applications, this maintenance-free LED status light helps improve operational safety by providing a highly visible flashing red warning signal for helicopter landing operations.
Featuring Red LED and Infrared (IR) illumination, 700 cd effective luminous intensity, and 30W low power consumption, the TEF9980000 is compatible with Night Vision Goggles (NVG) and supports automatic monitoring when integrated with the TRANBERG control system. Designed to comply with CAA UK CAP 437 requirements, it offers dependable performance in demanding offshore and marine environments while minimizing maintenance requirements.
Key Features
IECEx & ATEX Certified Explosion Proof Status Light
Suitable for Zone 1 & Zone 2 Hazardous Areas
High-Visibility Red LED + Infrared (IR) Light Source
Effective Luminous Intensity of 700 cd
Flash Rate: 120/min and 60/min after Landing
Low Power Consumption 30W LED
Compatible with Night Vision Goggles (NVG)
Automatic Light Monitoring with TRANBERG Control System
Maintenance-Free Design for Long-Term Reliability
Complies with CAA UK CAP 437 Requirements
Ideal for Helicopter Decks, Offshore Platforms, Marine & Hazardous Industrial Applications
Purpose-Built for Industrial SafetySpecifically engineered for industrial environments, our LED aviation warning lights play a crucial role in safeguarding tall installations. Their robust aluminium, powder-coated housing provides exceptional durability, making them suitable for harsh weather conditions. By improving visibility for pilots, these lights significantly reduce the risk of airborne accidents, helping organizations comply with aviation safety regulations.
Advanced LED TechnologyUtilizing modern LED technology, these warning lights consume just 30W of power within a DC 16-32V input range. The LED system delivers reliable, energy-efficient performance with minimal maintenance requirements, eliminating the need for batteries. With a compact footprint and moderate weight, installation is straightforward, assuring longevity and consistent illumination over time.
FAQ's of Low Intensity Aviation Warning Lights:
Q: How are Low Intensity Aviation Warning Lights typically installed?
A: These lights are usually mounted on the highest points of industrial structures such as towers, chimneys, or cranes. They are directly wired to a compatible DC 16-32V source and secured using standard brackets to withstand outdoor conditions.
Q: What is the main benefit of using LED technology in these aviation warning lights?
A: LED technology ensures energy efficiency, a longer operational lifespan, and minimal maintenance compared to traditional lighting systems. This makes them both cost-effective and reliable for industrial safety applications.
Q: When should industrial facilities consider installing these warning lights?
A: Aviation warning lights should be installed during construction or before commencing operations for any structure that exceeds regulatory height thresholds or is located near flight paths to ensure compliance with aviation safety laws.
Q: Where can these aviation lights be sourced from in India?
A: They are available through recognized exporters, suppliers, traders, and wholesalers specializing in industrial safety equipment within India.
Q: What is the process for maintaining these warning lights?
A: Regular inspections should be conducted to check for physical damage or dirt accumulation on the light housing. Since these lights use LEDs, maintenance is minimal-primarily involving occasional cleaning and checking electrical connections.
Q: How does the absence of batteries benefit these aviation warning lights?
A: Without batteries, these lights require less maintenance and are less prone to failure. Direct wiring to a DC power source enhances reliability and reduces operational costs over time.