UV & IR Flame Detector
The UV & IR Flame Detector from General Detection Instruments is a high‑performance optical sensor designed for hazardous environments where rapid flame detection is critical. By combining ultraviolet (UV) and infrared (IR) sensing technologies, it delivers superior accuracy and minimizes false alarms caused by sunlight, welding, or other non‑fire sources.
Engineered for explosion‑proof applications, this detector is ideal for oil & gas facilities, chemical plants, and energy production sites. Its rugged construction ensures reliable operation in extreme conditions, while advanced signal processing provides fast response times and dependable fire safety monitoring. With compatibility for intelligent fire systems and flexible installation options, the UV & IR Flame Detector offers a robust solution for industries requiring maximum protection.
Features
Dual‑Spectrum Technology – Combines UV and IR sensors for enhanced flame recognition.
False Alarm Immunity – Resistant to interference from sunlight, lightning, and hot surfaces.
Explosion‑Proof Design – Certified for hazardous zones and extreme environments.
Fast Response Time – Rapid detection of flame events for early warning.
Durable Housing – Built to withstand harsh industrial conditions.
System Integration – Standard outputs for seamless connection to fire panels and safety networks.
Applications
Oil & Gas Facilities – Refineries, offshore platforms, and petrochemical plants.
Chemical Processing – Hazardous production and storage areas.
Energy and Utilities – Power generation and distribution sites.
Mining Operations – Underground and surface facilities requiring flame monitoring.
High‑Risk Industrial Zones – Areas with volatile materials and strict safety compliance.
Available Accessories
Weather Protection Hood – Shields detector from rain, dust, and debris.
Calibration Adapter – Enables easy sensor calibration without removal.
Mounting Brackets – Flexible installation options for walls or pipelines.
Protective Guard – Prevents accidental damage in high‑traffic zones.
