ENMET, LLC products

ProAir 2200 is a compact, easy to install and operate compressed airline monitor that can continuously and simultaneously monitor up to four gases in real-time using internally mounted sensors. ProAir 2200 can be custom configured to monitor a variety of hazardous gases present in compressed air, including carbon monoxide, oxygen, dew point, carbon dioxide, VOCs, trace hydrocarbons and many other gases associated with OSHA monitoring requirements for Grade D breathing air.

MedAir 2200 is a compact, easy to install and operate compressed airline monitor that can continuously and simultaneously monitor up to four gases in real-time using internally mounted sensors. MedAir 2200 is typically configured to monitor hospital compressed air for carbon monoxide, oxygen and dew point. 

Available for Carbon Monoxide (CO), Hydrogen Sulfide (H₂S), or Oxygen (O₂). The AM-5175 provides a digital display of gas concentration, audio/visual alarms, relay contacts, plus analog and digital outputs. The monitor incorporates electrochemical CO, H₂S or O₂ cells.

The GSM-60 is a versatile instrument, which, in addition to having an internal sampling pump and sensors, can also accept inputs from remote gas sensor/transmitters. The system can be custom configured to monitor a variety of conditions, including VOCs, CO, CO2, oxygen, as well as many toxic and other gases. GSM-60 can also be configured on request for reactive gases, including Ozone (O3), Hydrogen Fluoride (HF), Chlorine (Cl2), etc. The instrument has a user-friendly interface for all maintenance and operation functions, and it is protected by a compact and durable enclosure for process environments. The system is designed for monitoring ductwork, tank headspaces, scrubber exhausts, etc. Other applications include: medical, pharmaceutical, aerospace and process manufacturing industries in general.

The AirGuard is a portable Grade D breathing air system which meets NFPA and OSHA requirements. It combines a three stage filter system which removes oil, water, particulate matter and odors with Carbon Monoxide, differential Dew Point and CFM flow sensors.

A Multi-Sensor Transportable Analyzer for Medical Gas Verifier/Certifier Field Usage. The MATRIX medical gas verifier is designed for the real-time analysis and verification of hospital gases to ensure compliance with NFPA 99.

CP-10 is an economical, yet versatile single-channel controller designed for monitoring a remote 4-20 mA gas sensor/transmitter or similar device. This controller provides 24 VDC power, audio/visual alarms, alarm relays and other features. CP-10 is easy to install, designed for wall mounting and completely programmable from the front panel membrane switches.

CP-60 is a 1, 2, or 3 channel wall mount controller designed for monitoring up to three 4-20 mA inputs from remote gas sensor/transmitters or similar devices. The instrument provides 24 VDC power, audible/visual alarms, alarm relays.

The CD-1300-ST Sensor/Transmitter is easy to install and maintain. The output signal is 4-20 mA or an optional 0 to 10 volt interface. The isolated power supply eliminates any ground loop or electrical interface problems when multiple units are connected to the same controller. Low power consumption makes the CD-1300-ST suitable for battery-powered applications. Features include a bright 0.4” high LCD display for easy wide-angle readability. For direct control applications the relay can be configured to open or close above the setpoint and is easily adjusted in the field. For ventilation control applications, the ductwork monitoring option is recommended.

EX-5100 is a remote gas monitoring sensor transmitter that incorporates a pellistor or catalytic bead sensor. This sensor consists of a matched pair of elements, one active and the other for compensation. The active bead is coated with a catalyst that, when in contact with a combustible hydrocarbon or solvent, causes the gas or vapor to “burn” or oxidize at concentrations below the Lower Explosive Limit (LEL). This oxidization process raises the temperature of the active bead and increases the resistance of the internal wire coil. The second bead does not have the catalytic coating and provides compensation for environmental conditions including temperature and humidity. When these elements are connected in a Wheatstone bridge type circuit, a useable signal is produced that is proportional to the gas concentration.