276190 - Miller BreatheAir Replacement CO Monitor Panel 10 PPM

Precision Carbon Monoxide Monitoring for Industrial Compliance

The Miller 276190 Carbon Monoxide Monitor Panel is a critical component designed for the Miller BreatheAir™ filtration systems, ensuring that supplied air meets the rigorous standards required for industrial safety. In heavy manufacturing and fabrication environments, maintaining Grade-D breathing air is not just a regulatory requirement but a fundamental necessity for operator health. This panel serves as the primary detection unit within the filtration box, continuously sampling airflow for the presence of Carbon Monoxide (CO), a colorless and odorless gas that poses significant risks in welding environments where combustion engines or other exhaust sources may be present.

Engineered for reliability, the unit is calibrated to trigger alarms at a 10 PPM (Parts Per Million) threshold, aligning with standard safety protocols to provide early warning before exposure levels become hazardous. The system utilizes external warning lights and audible alarms to ensure immediate operator awareness, even in high-noise shop environments. This rapid reaction capability allows for the immediate cessation of work and evacuation or investigation of the air source, preventing potential asphyxiation or long-term health damage.

Maintenance and uptime are key considerations in the design of the 276190. The monitor features a streamlined calibration process that can be completed in less than two minutes, significantly reducing the downtime associated with safety checks. Furthermore, the panel includes filter change indicators that monitor the status of the filtration system it is attached to, eliminating guesswork regarding consumable life cycles. By providing clear visual cues for maintenance, facility managers can ensure optimal system performance and compliance without unnecessary service interruptions. The unit is housed in durable construction materials capable of withstanding the vibration, dust, and thermal fluctuations typical of industrial welding floors.