Fluke® 62 MAX+ Stock
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Fluke® 62 MAX+

Fluke® 62 MAX+ Infrared Thermometer, -30 to 650 deg C, +/-1% Accuracy, 0.10 to 1, AA Battery

  • MPN: 62 MAX+
  • Min. Order Qty: 1
  • Quantity Interval: 1
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Fluke® 62 MAX+

Fluke® Infrared Thermometer, -30 to 650 deg C, +/-1% Accuracy, 12:1 Resolution, 0.10 to 1 Emissivity, Dual Point Laser Sighting, AA Battery, Large Backlit, 8 to 14 um Spectral Response, <300 ms Response, 6.88 in H x 3.34 in W x 2.95 in D

Dimensions      :      6.88 in H x 3.34 in W x 2.95 in D
Display Type      :      Large Backlit
Laser Sighting      :      Dual Point
Resolution      :      12:1
Response Time      :      <300 ms
Spectral Response      :      8 to 14 um
Temperature Rating      :      -30 to 650 deg C
Accuracy      :      +/-1%
Emissivity      :      0.10 to 1
Battery Type      :      AA
  • The Fluke 62 MAX and 62 MAX + Infrared Thermometers (the Product) can determine the surface temperature by measuring the amount of infrared energy radiated by the target™s surface
  • Distance to spot, precise laser technology makes for more accurate and repeatable measurements
  • Large screen makes data easier to read, even in dark areas
  • Displays the minimum, maximum or average temperature, or the difference between two measurements
  • Hi and Lo alarms for rapid display of measurements outside the limits
  • Powered by a single, standard AA battery
  • IP54 rated for dust and water resistance
  • 3-meter (9.8-foot) drop tested
  • Completely redesigned for a more natural hand fit
  • Clips to your tool belt or belt loop or easily fits into your tool box
  • 2000 meters above mean sea level operating altitude, 12000 meters above mean sea level storage altitude, +/-0.1 deg C or +/-0.1 % of reading temperature coefficient
  • +/-1.0 deg C or +/-1.0% of reading, whichever is greater, -10 deg C to 0 deg C +/-2.0, -30 deg C to -10 deg C +/-3.0 Accuracy
  • 12 : 1 (calculated at 90% energy) resolution
  • < 300 ms (95% of reading) response time
  • Has dual rotating lasers to help you identify area to be measured