Open Path Gas Monitoring Equipment in Slovakia

30 Results found
  • Category: Monitoring & Testing ×

  • Subcategory: Open Path Gas Monitoring ×

  • Location: Europe ×

  • Location: Slovakia ×

SafEye - Model Series 200 - Open Path Gas Detectors

by Spectrex Inc

SafEye 200 Series has proven itself on hundreds of installations. It offers an economical solution for those wishing to incorporate open-path technology into their safety system. High immunity to false alarms and rugged design means high availability and reliability.  This is demonstrated by the SafEye operational installations, ranging from ...

Model UV DOAS SENTINEL - Environmental and Toxic Gases Monitoring System

by ETG Risorse e Tecnologia

An ideal monitoring system should be configured as a barrier placed in proximity of the industrial perimeter (fence-line), able to embrace all plants at risk of accidents or leaks, and capable of detecting a wide range of gaseous compounds. At present the technique that is closest to the ideal solution is represented by area monitoring systems ...

LaserGas - Model II - Open Path Monitor for High Performance Gas Analyser

by Neo Monitors AS

NEO Monitors LaserGas II Open Path (OP) Monitor is s a compact, high performance gas analyser for long distance monitoring in ambient air. Measurement lengths of up to 1000 m one way are possible. The OP Monitor utilizes a transmitter / reflector configuration to measure the average gas concentration along the optical line-of-sight. As option a ...

Crowcon - Open-Path Infra-Red (IR) Gas Detection Systems

by Crowcon Detection Instruments Ltd

Crowcon offers open-path infra-red (IR) gas detection systems based on well-proven technology for fast detection of combustible gases and vapours over a line-of-sight up to 140m (460ft) long. Using superior 'Xenon Flash' technology the SafEye range is immune to false alarms caused by partial blockage and extreme weather conditions (fog, rain or ...

Cerex - Model UV Sentry - Open-Path Air-Monitoring System

by Cerex Monitoring Solutions, LLC.

The Cerex UV Sentry is a two-part, open-path air-monitoring system that uses ultraviolet light to analyze the air for hazardous pollution and airborne toxins. Easy to use and portable, the UV Sentry can continuously monitor path-lengths up to 1000 meters. The UV Sentry offers real-time detections of compounds ranging in concentrations from the ...

Model AirSentry FTIR - Open-Path Air-Monitoring System

by Cerex Monitoring Solutions, LLC.

Offering real time, regulatory compliant quantification of hundreds of compounds, the Cerex AirSentry FTIR provides a cost effective multi-component air monitoring solution. It is capable of detection of individual gases such as HF, Phosgene, SiF4, SF6, DCE, TCE...and many more. Monitoring as few as two gases with the AirSentry FTIR results in ...

Cerex - Model Sentry-MS - Open-Path UVDOAS Multi-Gas Analyzer

by Cerex Monitoring Solutions, LLC.

The Cerex Sentry-MS is a mono-static, open-path multi-gas analyzer that offers exceptional cost effectiveness for monitoring highly scrutinized gases. It is capable of resolving very low concentrations of individual gas species such as Benzene, Chlorine, Mercury, Ammonia and many more...As a direct replacement for maintenance intensive sensor and ...

Model OPECL - Open Path (OPECL) IR Gas Detector

by Det-Tronics - Detector Electronics Corporation

Det-Tronics offers an open path gas detector for measurement of hydrocarbon vapors in the lower explosive limit per distance (LFL-meter) detection range. Ideally suited for open path gas detection applications in oil, gas, and petrochemical facilities, the Open Path Eclipse model OPECL provides a number of unique features and benefits including.

Model SPECTRA - Gas Analyzer for Specific Gaseous Molecules in an Optical Path

by ETG Risorse e Tecnologia

The SPECTRA analyzer measures the amount of gaseous molecules specific for the gas configured in the optical path (in air) between the instrument and a mirror retro reflector. The result of the measurement, carried out as a “total distance” is understood as ppm / mt. Thus a reading of 100 ppm / mt will then be converted by dividing the ...

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