12:1 Infrared Laser Thermometer
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By A Mystery Man Writer
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4.9(488)
Product Description
Quickly identify HVAC efficiency, engine exhaust problems, overheating circuits and more with the AMES INSTRUMENTS™ rugged non-contact infrared
SALTNLIGHT Digital Infrared Thermometer Gun Instant Read Infrared
The IDEAL 61-847 Dual Laser Targeting Infrared Thermometer (IRT) is a non-contact temperature sensing meter. Its dual lasers define the outside edges of the area whose temperature will be measured. Color: Black. Age.
Ideal 61-847 - Dual Laser Targeting Infrared Thermometer
Harbor Freight Ames Professional IR12 Non-Contact Infrared
Traceable 20250-05 Infrared Thermometer, -31 to 1000° F, 12:1, NIST
The distance to spot ratio is 12: 1, meaning the laser grip can accurately measure targets at greater distances compared to most other thermometers for best accuracy, the distance between the thermometer and object of measurement should approximately be 14. 17 inches (36 cm). Measure surface temperature ranging from -58 to 1112, -50~600, you can choose the unit from /, response time: 500 ms. A built in laser gives you the precision to hone in on the exact space you want to measure.
Infrared Thermometer Temperature Tester Guns Non-Touch Non-Contacting Digital IR Laser Thermometer -58 to 1112 -50~600 Standard Size Black, Yellow
The IDEAL 61-847 Dual Laser Targeting Infrared Thermometer (IRT) is a non-contact temperature sensing meter. Its dual lasers define the outside edges of the area whose temperature will be measured. Color: Black. Age.
Ideal 61-847 - Dual Laser Targeting Infrared Thermometer
The IDEAL 61-847 Dual Laser Targeting Infrared Thermometer (IRT) is a non-contact temperature sensing meter. Its dual lasers define the outside edges of the area whose temperature will be measured. Color: Black. Age.
Ideal 61-847 - Dual Laser Targeting Infrared Thermometer
UNI-T UT301A+ 12:1 Infrared IR Laser Thermometer Temperature Gun
Specifications UT301A+. Temperature range -32℃~420℃. Laser power < 1mW. >32℉: ±3.0℉ or ±1.5%; ≤32℉: ±(3.0℉+0.1℉/℉). User defined visual and audio