Raytek MiniTemp MT4 Infrared Thermometer
-18 to 400C (0 to 750F) – RAYMT4UVB

The The Raytek Minitemp MT4 infrared thermometer is non-contact with laser sighting is small enough to fit in your pocket. The Raytek MiniTemp MT4 infrared thermometer powered by a 9V alkaline or NiCd battery.

The lightweight Raytek MiniTemp MT4 infrared thermometer is perfect for facility maintenance (both preventative and predictive), machinery inspection, equipment audits, electrical troubleshooting, and a range of additional applications and uses. Just aim, pull the trigger, and read the current surface temperatures in less than a second. Using the Raytek MiniTemp MT4 infrared thermometer, you can safely and easily measure surface temperatures of hot, hazardous, or hard-to-reach objects without contact.

The Raytek MiniTemp MT4 infrared thermometer has a temperature range from 0 to 750F (-18 to 400C) and a response rate of 500 mSec for each measurement reading. The distance to spot ratio is 8:1, and the preset emissivity is 0.95. Optional nylon holster sold separately.

Features:

• Quickly, accurately and safely measure surface temperature
• Since the thermometer does not contact the object being measured, it is the safest way to measure hot, hard-to-reach, or moving parts, while eliminating potential damage and contamination
• Simple to use, just point and pull the trigger
• Single dot laser sighting assists with aiming (laser dot indicates the approximate center of the target spot)
• Intended for close range targets, measuring a minimum target area of 1″ in diameter out to a distance of approximately 8″, and has a 6″ target measurement area at 4′
• Instant readings on a large, backlit, digital display
• Temperature range of -18 to 400C (0 to 750F)
• C or F selectable
• Use it for spotting costly energy losses around windows and doors, monitoring critical temperatures in kitchen or workshop, or ensuring the environment is comfortable and safe – anywhere that temperature is a factor in process, product quality or diagnostics

Specifications: