Det-Tronics X5200 Ultraviolet Infrared Flame Detector with Relay, 4-Port, Aluminum

For industrial sites that need fast, dependable fire detection with minimal false alarms, the Det-Tronics X5200 UVIR Flame Detector delivers proven protection and operational confidence. This UV/IR flame detector is purpose-built for hydrocarbon fire monitoring, combining heated optics and Optical Integrity (oi®) automatic self-checks every 60 seconds to ensure continuous, fail-safe performance in adverse weather and harsh environments. With four-port relay outputs and an internal data logger that timestamps up to 1,500 events, the X5200 simplifies integration into safety systems, security monitoring, and surveillance networks while providing actionable diagnostics for maintenance teams.

Designed to reject modulated blackbody background IR (from ovens, turbines and heaters), the X5200 reduces nuisance alarms that can disrupt operations. Aluminum housing and DC power design support rugged installations, and certifications including FM 3260, EN54 and SIL 2 capability help meet regulatory requirements and industry best practices. Whether you need ultra-high-speed detection for NFPA 15-compliant systems or a reliable detector for perimeter and process-area monitoring, the Det-Tronics X5200 delivers robust, standards-backed flame detection. Contact us to specify X5200 for your next industrial safety or security deployment.

• Rapid, reliable hydrocarbon flame detection that minimizes downtime and reduces false alarms in complex industrial environments
• Advanced UVIR sensing with heated optics and Optical Integrity (oi®) self-checks for continuous, fail-safe monitoring
• Four-port relay outputs and data logging (1,500 events) for easy integration into control, security, and safety monitoring systems
• High false-alarm rejection against modulated IR sources (heaters, ovens, turbines) to protect surveillance and safety operations
• Certified compliance (FM 3260, EN54, SIL 2 capable, ATEX) for streamlined regulatory acceptance and site deployment