RIDGID RT-5X [57528] Thermal Imager -22 to 1202°F (-30 to 650°C)

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Rp.45.900.000
Availability:
3 - 4 WEEKS
Product Code:
57528
Brand:
Fluke
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RIDGID RT-5X (57528) 160 x 120 Thermal Imager (-22 to 1202°F) with Wi-Fi, Integrated Digital Camera, 320 x 240 SuperResolution Images, 31° x 23° FOV, features the latest technology, including the best image in its class as well as an easy-to-use interface, which helps you more efficiently predict problems before they happen, preventing costly downtime. Easily find problems using the integrated digital camera and 160 x 120 pixel thermal images in which temperature differences of 0.12 °C are visible. Wi-Fi conenctivity allows you to use Ridgid's thermal app to quickly send reports on site.

SuperResolution
Using pixel shift technology, SuperResolution effectively doubles the resolution of your camera, allowing greater detail to detect anomalies. The RT-5X imager can create images with resolution as high as 320 x 240 using the perspective change provided by natural hand movements when capturing an image.

E-Assist
For precise thermal images, it is important to set the emissivity and the reflected temperature (RTC) of the object being examined in the imager. Using material tables and aluminum foil is a complicated and less than accurate process. With E-Assist, simply attach one of the reference stickers to the target object. Via the integrated digital camera, the RT-5X Thermal Imager recognizes the sticker, determines emissivity and reflected temperature and sets both values automatically.

ScaleAssist
The RT-5X Thermal Imager utilizes ScaleAssist to automatically set the optimum thermal image scale. This makes evaluation of construction errors and thermal bridges easier than ever before. Interpretation errors can be caused by false evaluation of the scaling. Undesired extreme temperatures are automatically filtered out of the image and are only represented as such when they really are present. This makes infrared images comparable in spite of altered ambient conditions, which is critical in before-and-after images.

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