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Fluke 561 HVAC Pro Infrared Thermometer, -40 to +1022 Degree F Range

Product ID: B000WTHDUY Condition: New

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R 11,620

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Delivery: 10-20 working days

Ships from USA warehouse.

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Product Description

Fluke 561 HVAC Pro Infrared Thermometer, -40 to +1022 Degree F Range

Dual infrared and thermocouple thermometer for noncontact or contact temperature measurement in HVAC/R systems and manufacturing, electrical, and industrial environments
Measures temperature from 40 to +550 degrees C ( 40 to +1022 degrees F) with an accuracy of + or 1 degree C (+ or 2 degrees F) for the infrared sensor and an accuracy of + or 2 degrees C (+ or 4 degrees F) or 1 percent of the reading, whichever is greater, for type K thermocouple input
12:1 infrared distance to spot ratio with laser sighting for pinpointing the measurement area
Included type K thermocouple pipe probe wrapped in flexible hook and loop fastener with a 20 inch cable takes contact measurements from 0 to 100 degrees C (32 to 212 degrees F)
CE mark indicates compliance with applicable EU directives

The Fluke 561 infrared thermometer is easy to use: just aim, pull the trigger, and read the display. The large backlit display shows the temperature readings in Â°F or Â°C, and has a low battery indicator. The thermometer has a unique emissivity selector, which allows you to select from three preset settings. This feature makes it easy to choose the correct emissivity setting for a given application. Other features include Min/Max, scan/hold, display hold, temperature differential, Type K thermocouple input, and dual temperature readout. The meter comes standard with a pipe wrap probe ideal for use in HVAC applications; however, any Type K probe with a mini connector can be used. Available for sale in the United States and Canada only. Designed for the HVAC market, with features that can be used in any IR application Single point laser targets the measurement area. Unique emissivity selector makes it easy for anyone to use. Advanced Superheat feature calculates temperature differential