Devices designed to monitor indoor air quality; capable of measuring parameters such as O2, VOCs, inert gases (N2, CO2, He, and Ar), temperature, and humidity; with alarms and digital displays.
The Remote Sensor Oxygen Monitor is ideal for use in confined spaces, such as gas storage rooms or freezers. It features a zirconium cell rather than an electrochemical sensor cell, making it more accurate than other oxygen monitors on the market.
PureAire Monitoring System's Dual O2/CO2 Monitor provides continuous monitoring of oxygen and carbon dioxide. This is ideal for use in confined spaces where low oxygen concentrations could pose a health hazard, from nitrogen gas storage sites to carbon dioxide beverage gas distribution areas.
The Remote Digital Display provides continuous information on the status of the PureAire Carbon Dioxide Monitor remotely mirroring the monitor’s display. A large, bright red LED display continuously illuminates the CO2 reading from the carbon dioxide monitor up to 250 feet away.
This O2/CO2 Monitor is a compact gas monitor ideal for continuous monitoring of O2 and CO2 gases. It is made with zirconium and NDIR cells. These allow it to provide stable O2 and CO2 readings despite environmental changes. The O2 sensor requires no quarterly calibration or annual maintenance.
The AFA500 is an airflow monitor that provides an audible and visual alarm if face velocity goes below the alarm set point. Included are all parts for a surface mount installation, incl. mounting box. Easy to field install and calibrate.
Encompass Procurement Services Non-distribution item offered as a customer accommodation; additional freight charges may apply. Learn More
Easy-to-use keypad scrolls through all readings at the touch of a button. Low-drift NDIR CO2 sensor gives stable, accurate readings. Check building IAQ conditions to optimize productivity. Ideal for testing HVAC system performance.
Encompass Procurement Services Non-distribution item offered as a customer accommodation; additional freight charges may apply. Learn More