![](https://www.thermalimaging.co.uk/wp-content/uploads/2021/07/steam-turbine-main-image.png)
Regular temperature monitoring of your substation components can help you both inspect and diagnose impending failures before they occur. Using a thermal camera, you can easily scan for temperature differences and hot spots to locate the problem area and diagnose the issue. You’ll establish a safer work environment, increase product efficiency across the system, and improve customer satisfaction by ensuring no loss of electricity.
![](https://www.thermalimaging.co.uk/wp-content/uploads/2021/07/substation.png)
Regular temperature monitoring of your substation components can help you both inspect and diagnose impending failures before they occur. Using a thermal camera, you can easily scan for temperature differences and hot spots to locate the problem area and diagnose the issue. You’ll establish a safer work environment, increase product efficiency across the system, and improve customer satisfaction by ensuring no loss of electricity.
![](https://www.thermalimaging.co.uk/wp-content/uploads/2021/07/electric-utilities.jpg)
Regular temperature monitoring of your substation components can help you both inspect and diagnose impending failures before they occur. Using a thermal camera, you can easily scan for temperature differences and hot spots to locate the problem area and diagnose the issue. You’ll establish a safer work environment, increase product efficiency across the system, and improve customer satisfaction by ensuring no loss of electricity.
![](https://www.thermalimaging.co.uk/wp-content/uploads/2021/07/electric-utilities.jpg)
Regular temperature monitoring of your substation components can help you both inspect and diagnose impending failures before they occur. Using a thermal camera, you can easily scan for temperature differences and hot spots to locate the problem area and diagnose the issue. You’ll establish a safer work environment, increase product efficiency across the system, and improve customer satisfaction by ensuring no loss of electricity.
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FLIR E53 Advanced Thermal Camera w/MSX 240×180 Resolution/30Hz w/24° Lens
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FLIR E75 Advanced Thermal Camera w/MSX 320 x 240 Resolution/30Hz w/14° Lens, 24° or 42° Lens Available
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FLIR E85 Advanced Thermal Camera w/MSX 384 × 288 Resolution/30Hz w/14° Lens, 24° or 42° Lens Available
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FLIR E95 Advanced Thermal Camera w/MSX 464×348 Resolution/30Hz w/14° Lens, 24° or 42° Lens Available
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