Gas Detection

With SENSIA’s Optical Gas Imaging (OGI) cameras you could routinely detect, shade and quantify gas leaks of methane, Sulphur Hexafluoride, and lots of different commercial gases in some seconds, correctly and appropriately with out the want of shutting down any systems. With SENSIA OGI cameras, you could scan broad sections of device rapidly and survey areas in which traditional contact measurement tools can’t access.

OGI cameras can also detect leaks from a safe distance, displaying these invisible gases as clouds of smoke. This gas detection functionality is available for both fix systems or handheld versions.

Caroline F Series

Mileva F Series

Caroline F Series

Caroline FX

24/7 monitoring for SF6 and Refrigerant gas leaks

Caroline FY

24/7 monitoring for Methane and SO2 gas leaks

Caroline FXY

24/7 monitoring for Methane, SF6, SO2 and Refrigerant gas leaks

Caroline FX

Caroline FX integrate the latest technology in uncooled infrared detectors, offering consistent and error-free performance. It is the most complete system for continuous monitoring of environments involving SF6 and/or refrigerant gas leaks. RedLook is implemented in SENSIA’s line of fixed systems for 24/7 monitoring. This comprehensive monitoring system presents innovative capabilities assembled under a single control software.

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Caroline FY

Caroline FY integrate the latest technology in uncooled infrared detectors, offering consistent and error-free performance. It is the most complete system for continuous monitoring of environments involving CH4,SO2,VOC’s, Natural Gas and/or hydrocarbons leaks. Redlook is implemented in SENSIA’s line of fixed systems for 24/7 monitoring. This comprehensive monitoring system presents innovative capabilities assembled under a single control software.

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Caroline FXY

Caroline FXY integrates the latest technology in uncooled infrared detectors, offering consistent and error-free performance. It is the most complete system for continous monitoring of environments involving Methane, SF6, Methanol, Sulphur Dioxide, VOC’s and refrigerant gases leaks. Redlook is implemented in SENSIA’s line of fixed systems for 24/7 monitoring. This comprehensive monitoring system presents innovative capabilities assembled under a single control software.

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Mileva F Series

Mileva 33F

24/7 monitoring for hydrocarbon gas leaks

Mileva 33-320F

24/7 monitoring for hydrocarbon gas leaks

Mileva 45F

24/7 monitoring for carbon dioxide gas leaks

Mileva 47F

24/7 monitoring for carbon monoxide gas leaks

Mileva 33F

Mileva 33F is the latest model of Optical Gas Imaging for micro-leaks detection of Volatile Organic Compounds (VOC’s) and hydrocarbon (HxCx) gases. Spectrally optimized cooled detector of 640 x 512 pixels improves the minimum detectable leak rate (MDLR better than 0.4 g/h of CH4).

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Mileva 33-320F

Mileva 33-320F is the latest model of Optical Gas Imaging for micro-leaks detection of Volatile Organic Compounds (VOC’s) and hydrocarbon (HxCx) gases.

Spectrally optimized cooled detector of 320 x 256 pixels improves the minimum detectable leak rate of VOCs.

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Mileva 45F

Mileva 45F is the latest model of Optical Gas Imaging for micro-leaks detection of carbon dioxide (CO2).

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

Mileva 47F

Mileva 47F is the latest model of Optical Gas Imaging for micro-leaks detection of carbon monoxide (CO). Spectrally optimized cooled detector of 320 x 256 pixels improves the minimum detectable leak rate.

Redlook Camera

Real Time Alarms

Integration

ATEX Certification

AITO is one of the distributors appointed by Sensia Solutions for Malaysia and South East Asia. Our website contains a variety of brand types to facilitate the customization of customers’ preferences based on the selection of pertinent criteria.  

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