PureAire 99194 Acrylonitrile (AN) Gas Monitor

PureAire Monitoring Systems' Acrylonitrile Gas Monitor offers unmatched reliability, accuracy, and safety in environments where toxic gas exposure is a serious concern. Designed for continuous, real-time detection of acrylonitrile (AN) leaks, this advanced gas monitoring system is ideal for chemical processing plants, pharmaceutical manufacturing, plastics production, and other industrial settings where worker safety and regulatory compliance are critical.

With self-diagnostic capabilities, a built-in pyrolizer and sample pump, and "Smart" Sensor Electronics, PureAire's Acrylonitrile Gas Monitor ensures consistent performance while reducing maintenance costs and minimizing downtime. The long-life electrochemical sensor cell-renewable and capable of lasting up to 8 years-makes this system a cost-effective solution for long-term gas detection.

Features:

• Self-diagnostic capability decreases downtime and maintenance costs
• "Smart" Sensor Electronics continuously checks the sensor, pyrolizer, sample pump, and system status
• Built-in sample pump
• Built-in pyrolizer
• Integral digitally controlled sampling pump and flow system
• User-selectable dual-level alarm and system fault relays
• Local Digital Display
• 4-20 mA analog output
• Renewable long-life electrochemical sensor cell
• 24VDC power supply included

The Acrylonitrile (AN) Gas Monitor from PureAire Monitoring Systems is a compact, intelligent solution designed for continuous detection of acrylonitrile gas in high-risk industrial environments. Ideal for chemical manufacturing, pharmaceutical production, and plastics or polymer facilities, this monitor ensures workplace safety wherever acrylonitrile is used or stored.

Designed for performance in high-risk areas, the Acrylonitrile Gas Monitor features a built-in sample pump and pyrolizer, providing accurate, real-time detection even in remote or hard-to-access locations. The monitor's self-diagnostic capabilities and "Smart" Sensor Electronics automatically check system health, reducing downtime and lowering maintenance costs.