LumaSense Technologies, Inc.

LumaSense’s Photoacoustic Gas Monitor 1314i provides high reliability and lowers operating costs for industrial automation.

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Source: LumaSense Technologies, Inc.

New interfaces enable easy PC connection and remote gas monitoring to improve process efficiency

BALLERUP (Denmark) -- -  LumaSense Technologies, Inc. has released 1314i Series with two new features that allows industrial manufacturers to continuously monitor and improve process efficiencies with the highly reliable photo acoustic gas monitor. Users can now readily connect their gas monitoring system via either the USB interface (to connect the monitor directly to a PC) or via Ethernet to reduce, eliminate and prevent process inefficiencies.

Multi-point monitoring is enabled, using the 7860 LumaSoft™ Gas software with one or more INNOVA 1309 Multipoint Sampler for sequentially monitoring air samples from up to 24 different locations. In addition to the new interfaces, an OPC server (included within the 7860 LumaSoft™) offers easy access to the latest gas measurement on any PC.

 The Photoacoustic Gas-Monitor Innova 1314i can be used in a wide range of applications like:  

    Process quality control measurements to trace impurities in pure gas production
    Occupational  health  and  safety  measurements  of  possible  production  or  accumulation  of toxic/carcinogenic substances in working areas

    Monitoring of Ethanol content in vehicle exhausts, monitoring of NH3 and N2O and others 

    Emission monitoring of exhausts from chemical processes, NH3 in stacks, scrubber efficiency and filter break-through 

Photoacoustic Gas-Monitor 1314i – Industry Gold Standard for High Precision Measurement Over the past  25  years,  Photoacoustic gas  measurement  technology has  been  widely used  by industrial  and  chemical  manufacturers,  environmental  regulators,  and  researchers  to  optimize efficiency by high precision measurements. The instrument requires no consumables maintenance and minimum calibration.


Excellent Gas selectivity without interference from water vapor and other gases is achieved through the use of optical filters. The 1314i provides detections limits typically in the ppb range without any interference from temperature and pressure fluctuations.

LumaSense’s temperature and gas sensing solutions are used in the most critical and complex environments imaginable. When experience matters, see how we solve some of the most challenging sensing applications by visiting our website at www.lumasenseinc.com.

 

 

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