FLUKE-67 MAX/AM, IR THERMOMETER (AMERICAS) - Fluke

Features and Benefits: ? ACCURACY: Within +/- 0.5 ?F over a measurement range of 71.6?F to 109 ?F (+/- 0.3 ?C accuracy within range from 22 ?C to 43 ?C). ? BODY MODE: Adds an offset to account for the difference between surface skin temperature and core body temperature. ? SCAN FUNCTION: Allows the user to scan the forehead for the highest temperature to improve measurement repeatability, when compared to a single spot temperature measurement. This permits convenient forehead scans within seconds. For best results hold trigger for 2-3 seconds. ? EMC PERFORMANCE: Tested and passed accuracy in the presence of 2-way radios and other EM waves (Tested to IEC standard 60601-1-2 for electromagnetic compatibility) ? EMISSIVITY SETTING: 0.98 which is widely accepted as the most accurate setting for measuring human skin temperature. ? NOTE: The Fluke 67 MAX accuracy complies with and accuracy tested in accordance with ASTM E1965-98 and ISO 80601-2-56 standard but is not FDA 510(k) cleared or approved. Learn more from American Society for Testing and Materials (ASTM.org) and International Organization for Standardization (ISO.org). The Fluke 67 MAX has a built-in Body Mode, which adds an offset to account for the difference between surface skin temperature and core body temperature. The SCAN functionality allows the user to scan the forehead for the highest temperature to improve measure-ment repeatability, when compared to a single spot temperature measurement. This permits convenient forehead scans within sec-onds. The Fluke 67 MAX also has a fixed emissivity setting of 0.98, which is widely accepted as the most accurate setting for measur-ing human skin temperature.;The Fluke 67 MAX has been tested to IEC standard 60601-1-2 for electromagnetic compatibility. This tool has been tested to remain accurate when near other electronic devices such as portable RF communication equipment (two-way radios).;The Fluke 67 MAX, with its small size and versatile features, is extremely e