ULTRA WIDE RANGE IR THERMOMETER

Temperature has a direct relationship to curing speed: the higher the temperature the faster the cure. Yet, excessive heat may cause the substrate to distort, which can result in registration difficulties or substrate damage. Heat may also cause UV cure system components to fail. Therefore, understanding temperature is critical to ensuring proper cure and to safeguarding the substrate and system from potential failure.

The 50:1 ULTRA WIDE RANGE IR THERMOMETER is a high precision and high performance unit that can be used in hazardous, superheat and subcooling, and other challenging industrial applications.

FEATURES:
Switchable ON/OFF Laser sighting
F/C Switchable
High/Low Audible Alarm
Backlit LCD Display
Min/Max/Avg/T
Auto Measuring
Extended, long time measuring reliability
10 point memory
Temperature data storage
Low Battery indication
Ultra-low power consumption in shutdown mode
Electronic trigger lock
Ergonomic design
Includes Certificate of Traceable Calibration
Auto Off
ROHS, CE, WEEE

INCLUDES:
1 9V battery
Instruction manual
Carrying case

SPECIFICATIONS:
Distance to spot ratio: 50:1
Range: -25.6 to 2372F (-32 to 1300C)
Emissivity: Adjustable 0.1 to 1.0
Accuracy (@ ambient temperature of 77F/25C):
5F (3C) within -25.6 to -4F (-32 to -20C)
3F (2C) within -4 to 212F (-20 to 100C)
2% within 212 to 2372F (100 to 1300C)
Thermopile: 8 ~ 14m
Repeatability: 2F (1C)
Resolution: 0.1F (0.1C)
Response Time: 500 ms.
Operating Temperature: 32 to 122F (0 to 50C), 10 to 90%RH
Auto Power Off: Automatically after approx. 6 seconds
Battery Life: 16 hours
Dimensions: 7.8" x 6.5" x 2" (200 x 166 x 51 mm)
Weight: 9.9 oz. (280 g) Approx.

Certificate of Traceable Calibration
This instrument has been calibrated in accordance with strenuous calibration procedures during the manufacturing process, established specifically for the manufacture of test instruments.

UV Process Supply, Inc. further certifies that this instrument meets or exceeds published measurement specifications (unless otherwise noted) and has been calibrated using standards traceable to the National Institute of Standards and Technology (NIST/USA) or the National Measurement Laboratory R.O.C (NML/ROC).