The Port Nitrogen Purity Sensor is a precision instrument designed for industries requiring exact nitrogen quality monitoring. Ideal for sectors such as electronics manufacturing, pharmaceuticals, and food packaging, this sensor ensures continuous, reliable measurement of nitrogen purity to maintain process integrity and regulatory compliance.

• Robust Construction: Crafted from anodized aluminum alloy 6061-T6, the sensor housing offers excellent corrosion resistance and durability even in harsh industrial environments.
• Advanced Sensing Technology: Utilizes a zirconium oxide electrochemical sensor element for precise, real-time nitrogen purity measurement, critical for stringent quality control.
• Reliable Internal Components: Features gold-plated contacts and hermetically sealed circuitry to prevent contamination and ensure long-term stability and accuracy.
• Compact and Lightweight: Weighing just 5 lbs, the sensor enables easy installation and integration into various system configurations without adding significant bulk.
• Regulatory Certified: UL Listed under UL 61010-1 and FM Approved for hazardous locations, fully compliant with NFPA 2001 standards for clean agent fire suppression systems.
• Operational Versatility: Supports a pressure range of 20 to 150 psi with standard 1/4-inch NPT inlet/outlet connections for straightforward integration into existing nitrogen supply lines.
• Seamless Digital Integration: Provides real-time output compatible with industrial control systems through 4-20 mA analog signals and MODBUS communication protocols, facilitating automated monitoring and control.

This sensor solves common challenges in maintaining nitrogen purity by providing precise, continuous monitoring that prevents process disruptions and ensures adherence to industry purity requirements. Its rugged build and regulatory certifications make it a dependable choice for fire protection systems and critical manufacturing processes alike. By integrating this sensor, operators enhance nitrogen reliability, reduce downtime, and minimize waste, supporting smoother, safer production workflows.