Creative Gas Detection Solutions

Hazardous Gas Monitoring – Worker Exposure

ENMET has a variety of hazardous gas detectors and analyzers to help you maintain a safe work environment. Choosing the proper gas monitoring equipment for the workplace is important in preventing worker exposure. ENMET has a complete line of compressed air monitoring and filtration systems for supplied breathing air. Our fixed monitoring systems and controllers with remote gas monitoring sensor/transmitters utilize an array of sensor technologies allowing us to custom design a system that will provide the best solution for our customer’s gas detection requirements.  These various gas detection systems provide continuous real-time monitoring of a variety of hazardous toxic and combustible gases and vapors, as well as oxygen and dew point conditions. Applications include industrial, commercial and manufacturing processes, oil and gas, petrochemicals, specialty chemicals, industrial refrigeration, water and wastewater treatment, plastics and fibers, pulp and printing, agriculture, medical and pharmaceutical.

The ISA-60M controller with remote MRI-5175 oxygen sensor/transmitter is specifically designed to continuously monitor for oxygen deficiency in a Magnetic Resonance Imaging (MRI) facility.

Available for % LEL Combustible Gases, or ppm levels of CO, H2S, Hydrocarbons, Organic Solvents and other Toxic Gases.

Available for Carbon Monoxide (CO), Hydrogen Sulfide (H2S), or Oxygen (O2). The AM-5175 provides a digital display of gas concentration, audio/visual alarms,

The LC Series controllers are designed for monitoring remote 4-20 mA gas sensor/transmitters or similar devices.

1-3 Channel Wall-Mount Controller

CP-60 is designed for monitoring up to three remote 4-20 mA gas sensor/transmitters or similar devices.

CP-10 is an economical, yet versatile single-channel controller designed for monitoring a remote 4-20 mA gas sensor/transmitter or similar device.

The VGD series Sensor/Transmitter utilize electro-chemical type cells to detect the target gas.

The SE-5175 Series Sensor/Transmitters utilize electrochemical type cells to detect the target gas.

The IR-6000 hydrocarbon detector is a single source dual wavelength instrument. The sensing and reference elements are self-compensating for optical integrity and other signal inhibitors.

The EX-6175 is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

The EX-6165 is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

The EX-6100 is a 24 VDC, 4-20 mA sensor/transmitter and is ATEX and IECEx certified explosion-proof for use in hazardous areas.

The EX-5185 features photoionization (PID) gas sensor technology. It can be used to detect many different hydrocarbons, organic gases and some inorganic gases.

The EX-5175 Series Sensor/Transmitters utilize electrochemical type cells to detect the target gas.

The EX-5165 incorporates a miniature NDIR type sensorfor the measurement of carbon dioxide concentrationsranging from 500 ppm to 100% by volume.

The EX-5155 utilizes an MOS sensor. These sensors arebroad range in their response characteristics.

The EX-5150-MOS utilizes an MOS sensor. These sensors arebroad range in their response characteristics.

The EX-5130 Series Sensor/Transmitters utilize electrochemical type cells to detect the target gas.

The EX-5120 incorporates a sensor that operates onthe NDIR principle to monitor the concentration ofhydrocarbon gas.

The EX-5100 incorporates a pellistor or catalytic bead sensor. This sensor consists of a matched pair of elements, one active and the other for compensation.

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.

ENMET’s eGC® (environmental Gas Chromatograph) is a fully autonomous trace toxic chemical fenceline monitor for field applications capable of subparts per billion analysis. A typical application for the eGC® can be single or multi chemical identification of specific hydrocarbons such as Benzene, Toluene, and Xylene in ambient air.

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