Infrared Thermometers

Fast and Accurate Temperature Measurement

• Compact and lightweight—fits inside a shirt pocket
  
  
• Response time of < 2 seconds
  
  
• Adjustable emissivity (0.2 to 1.0) for a variety of surfaces
  
  
• Measuring range of –60 to 750 F
  
  
• TopSafe cover protects instrument from dust, water, and impact
  
  
• Suitable for uneven surfaces and inaccessible places
  
  
• Laser sighting for precision readings

The new and convenient 825 Series are compact, fast-acting infrared thermometers that offer accurate and economical non-contact temperature measurements. With a measuring ranges of –60 to 750 F, the 825 Series measure actual surface temperature at a safe distance from moving parts or hazardous objects, eliminate any possibility of damage to surfaces, and do not interfere with or contaminate the object to be measured. These thermometers include audible alarms, laser sighting to mark the measurement location, and Top Safe covers to protect instrument from dust, water, and impact.

Contact/Non-contact Thermometer

The 825-T4 combines a fast-acting infrared sensor with a flexible thermocouple strip for contact and non-contact surface temperature measurements. Conveniently and safely measure surface temperatures on rotating, inaccessible, or live objects using the infrared function. The contact thermocouple is ideal for measurement on polished or reflective surfaces or objects with unknown emissivity. Contact measurement also can provide a reference to infrared settings.

Ordering Information                   

Description	Cat. No.
825-T4 Contact and Non-contact Infrared Thermometer, includes laser sighting, audible alarm, TopSafe cover, and belt clip/wall holder	751-82504
825-T2 Non-contact Infrared Thermometer, includes laser sighting, audible alarm, TopSafe cover, and belt clip/wall holder	751-82502
Accessories
Adhesive Strip with known emissivity (.93) for use on shiny surfaces. Temperature-resistant up to 570 F	751-0051

Download Infrared Thermometers Product Data Bulletin (PDF)

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This page was last modified June 13, 2005