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keywords: IR thermometer, infrared thermometer, thermometer
SATO
Japan
Infrared Thermometer
Infrared Thermometer
Model SK-8700 Mini Infrared Thermometer
All objects emit infrared energy. The hotter an object is, the more active its molecules are, and the more infrared energy it emits. An infrared thermometer houses optics that collect the radiant infrared energy from the object and focuses it onto a detector. The detector converts the energy into an electrical signal, which is amplified and displayed.

Use SK-8700 with fixed emissivity to measure surface temperature of many materials such as asphalt, most ceramics, and highly oxidized metals. The feature of laser sighting help you to increase your aiming accuracy,


APPLICATIONS
  • Food Preparation
  • Food Testing & Measurement
  • Automobile
  • Chemical and Petroleum
  • Electronics
  • Heating & Air Conditioning
  • Plastics
  • Textiles
  • Road construction
 
Specifications
No. SK-8700
Model SK-8700 Mini Infrared thermometer
Range -20oC to 420oC (0 to 786oF)

Accuracy

-20oC to 100oC

: 2oC
101oC to 420oC : 2% Reading
(conditions)
Ambient temperature at 23oC 5oC
Calibrated by Black body emissivity at 0.95
Resolution 1oC / 1oF
Repeatability 1oC / 1oF
Emissivity (*1) Fixed at 0.95
Distance-to-target-size ratio
(*2)
8 : 1
Sensor Thermopile
Spectral response (*3) 6 to 14μm
Response time 0.5 second
Laser sighting 1 point, Class II Laser (use less than 1mW of power)
Operating ambient 0 to 50oC. less than 80% of humidity
Storage ambient -20 to 55oC. less than 90% of humidity
Power One 9V battery (included)
Power consumption Max. 40mA (when Laser and Backlight ON)
Battery Life approx. 5 hours (Laser & Backlight ON)
approx. 10 hours (Laser ON & Backlight OFF)
approx. 12 hours (Laser OFF & Backlight ON)
approx. 50 hours (Laser & Backlight OFF)
Functions Backlight Standard
Dimensions & weight 44(W) x 40(D) x 170(H) mm, approx. 140g (with battery)
(*1) Emissivity: An object's ability to emit or absorb energy. Perfect emitters have an emissivity of 1. An object with emissivity of 0.8 absorbs 80% and reflects 20% of the incidental energy. Emissivity may vary with temperature and spectral response (wavelength).

Emissivity Chart of Common Materials

Material

Emissivity
Asphalt
0.93 to 0.95
Ceramics and brick
0.80 to 0.95
Cloth
0.95
Concrete
0.94 to 0.95
Glass
0.76 to 0.85
Painted surfaces
0.74 to 0.96
Paper
0.50 to 0.95
Rubber
0.95
Sand
0.90
Snow
0.82 to 0.89
Soil
0.90 to 0.98
Steel, iron, oxidized
0.65 to 0.95
Steel, stainless
0.10 to 0.80
Water
0.93
Wood
0.89 to 0.94
(*2) Distance-to-target-size ratio: The infrared thermometer focuses infrared energy form an object onto its detector at the rate. 8:1 distance-to-target-size ratio means that the infrared thermometer will read 10cm diameter area 60cm away.





(*3) Spectral Response: The specific wavelength region where an infrared thermometer responds (in the 0.7 to 20μm band of the electromagnetic spectrum). Instrument response is dependent on the emissivity, reflectance, and the transmission of infrared energy. A spectral response in the range of 8 to 14μm is good for general use.



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