62 MAX+ Handheld Infrared Laser Thermometer

The Fluke 62 MAX+ Handheld Infrared Laser Thermometer delivers the accuracy you need in an extremely rugged package. Just point, shoot, and read the temperature of many types of equipment. Get accurate readings form transformers, motors, pumps, panels, breakers, compressors, duct, steam lines, valves, and vents.

The IR thermometer’s small size and versatile features make it extremely easy to use. Plus, the lightweight form factor clips comfortably to your tool belt or belt loop, or easily fits in your toolbox. The 62 MAX+ offers a wide variety of features to take measurements quickly:

● High and low alarms for rapid detection of measurements outside the limits.

● Displays Min/Max/Avg/Dif.

● The minimum, maximum or average temperature, or the difference between two measurements.

● Easy to read, even in dark areas with large, backlit display.

● Dual laser infrared thermometer.

● 12:1 spot.

● Three-year warranty.

● Specifications: 62 MAX+ Handheld Infrared Laser Thermometer.

Fluke’s family of infrared (IR) thermometers gives you speed and convenience. Point. Squeeze.Read the results. It’s quick and easy, and helps you get your job done faster.In addition, Fluke’s newest infrared thermometer adds another element—improved targeting for increased accuracy.The Fluke 62 MAX+ provides two targeting lasers to help you better see “the spot.” To better understand how the 62 MAX+ will help you, let’s take a look at what the spot means. For anyone who uses an IR thermometer, understanding the measurement spot is key to getting accurate measurements.

Think about using thespot in the same way you see things with your eyes. If you’re up close to an object, you can see only the things directly in front of you. As you move farther back, your field of view expands and you see a much wider perspective.The formal name for this is“distance to spot ratio.” If your thermometer has a 10:1 distanceto spot ratio, and you are 10 inches away from your target,you will measure the temperature of a one-inch circle. If youare 10 feet away, your measurementspot will be a one-foot circle.