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FLIR i40 / i50 / i60 Infrared Cameras


LIGHTWEIGHT DESIGN, HEAVYWEIGHT PERFORMERS

 

i60 w200 h256FLIR i40 / i50 / i60 are small and lightweight infrared cameras designed for those needing higher resolution and more features and for whom documentation of findings are important.  

 

FLIR i40 / i50 / i60 infrared cameras are IP54-rated, making them suitable for use in harsh industrial environments. The cameras are ideal for predictive maintenance and planned inspection of electrical and mechanical systems to ensure they operate at maximum efficiency and safety with minimal energy consumption.

 

* FLIR i/T/P-Series cameras are also available as building models especially designed for building inspections. 

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Product Video*
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Performance V2

Performance

Outlines key features of the FLIR i40 / i50 / i60 infrared cameras 
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 Related Industries

   
Electrical Inspections 
i series electrical

A Picture-in-Picture image taken with a FLIR i50 IR camera shows a bad cable connection.

Building Diagnostics
i Series Building

The FLIR b50 has spotted a cold air infiltration from the ceiling.

 

Questions?

Call 1-800-613-0507 ex 24 or fill out our request form

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FREE Extended Warranty

extended warranty 

Register your i/b-Series camera to extend your included 12 months warranty to 24 months - for FREE.
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FLIR Optical Gas Imaging Camera Helps Improve Environment and Safety at Borealis Stenungsund

Many petrochemical plants handle invisible gaseous hydrocarbons. Most of these gases pose some sort of safety aspects. They may be toxic, or can cause health issues in case of long term exposure. Others are highly flammable, explosive even, and most of them will have a negative impact on the environment if they enter the atmosphere in large quantities. That is why leak detection is of vital importance in these petrochemical plants.


One of such plants is the Borealis highpressure, low-density polyethylene (LDPE) plant in Stenungsund, Sweden, which produces LDPE products for the cable and wire sector and has an annual production capacity of 350,000 tonnes. The Borealis cracker facility delivers the main ingredient: ethylene, which is converted into polyethylene in a high-pressure polymerization process.


Ethylene is a highly flammable hydrocarbon. To further increase the safety within the plant and reduce the environmental impact, Borealis has purchased an optical gas imaging camera from FLIR Systems. With this gas leak detection tool Borealis ensures that no gas leak escapes the attention of the process operators.


Shift Supervisor LDPE Jan Åke Schiller

Shift supervisor LDPE Jan Åke Schiller was skeptical at first, but is now convinced of the potential of optical gas imaging cameras.



Optical Gas Imaging Leaks

Leaks show up in the optical gas imaging footage as a smoke like vapor.


An optical gas imaging camera is a quick, non-contact measuring instrument that can visualize gas leaks in real time. Where many other measuring instruments only present the inspector with a number, optical gas imaging cameras present visual information, making the leak detection process more intuitive. Optical gas imaging cameras can also be used in hard-to-access locations, since they can detect small leaks from a distance. “When we started testing this relatively new technology I was at first very skeptical”, says shift supervisor LDPE Jan Åke Schiller. “But seeing these optical gas imaging cameras in action I quickly realized that they had an immense potential for leak detection here at the polyethylene plant and in petrochemical plants in general.”


Advantages of Optical Gas Imaging

Before the purchase of a FLIR GF306 optical gas imaging camera Schiller and his colleagues used so-called ‘sniffers’, devices which measure the concentration of a certain gas in one single location and generate a concentration reading in parts per million (ppm). “The main advantage of the optical gas imaging camera is that it provides you with the possibility to detect gases visually”, says Schiller. “Where sniffers just give you a number, an optical gas imaging camera allows you to detect gas leakage anywhere within the field of view of the camera. This speeds up the inspections considerably. Now that we have the optical gas imaging camera we do a quick scan at every startup. With a quick scan we cover approximately 80% of the entire plant in about thirty minutes. You would need a team of ten people with sniffers to work for two full days to reach the same result.”


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