The Klein Tools TI222 Thermal Imager is a game - changer for iOS device users. With 10,800 pixels, it offers outstanding resolution, making it easy to troubleshoot hot and cold spots. This versatile imager is ideal for detecting hot spots in electrical panels, wiring, or equipment parts. It can also help you find energy loss sources in homes or buildings, detect moisture behind walls and floors, and identify pipe clogs. It can fit phone cases up to 1/16 - Inch (1.5 mm). For cases thicker than this, you may need to remove the case for a secure connection. Through the free Klein Tools Thermal Imager App available on the App Store, you can effortlessly capture, store, and share thermal images and videos. The package includes a thermal imager and a hard storage case with a carabiner. The TI222 comes with great features like touch - screen temperature readout, high/low and differential temperature display. It allows you to view temperature ranges from - 4 to 752 - Degree Fahrenheit (- 20 to 400 - Degree Celsius) in three color palettes: ironbow, rainbow, or grayscale. High/low temperature alarms help you monitor systems. It's compatible with iOS devices 11 and higher and has passed a durable 6.6 - Foot (2 m) drop test.
Using the Klein TI222 Thermal Imager is easy. First, make sure your iOS device is running version 11 or higher. If your phone case is thicker than 1/16 - Inch (1.5 mm), take it off for a proper connection. Then, open the free Klein Tools Thermal Imager App from the App Store. You can start capturing thermal images and videos right away. When using it, you can view different temperature ranges in three color palettes to better understand the heat distribution. There are also high/low temperature alarms, so you'll be notified if the temperature goes out of the set range. For maintenance, keep it in the provided hard storage case with a carabiner when not in use. Avoid dropping it as it has passed a 2 - meter drop test but still, rough handling can damage it. Also, make sure your iOS device is charged as the imager gets powered from it.
