Introduction
The No-Contact Thermometer detects the infrared rays that an object emits. The instrument focuses the infrared energy of the object through the lens and onto a sensor. As a result, the instrument changes the surface temperature into an electrical signal, and a microcomputer calculates and displays the measured temperature on the LCD.
Introduction
The No-Contact Thermometer detects the infrared rays that an object emits. The instrument focuses the infrared energy of the object through the lens and onto a sensor. As a result, the instrument changes the surface temperature into an electrical signal, and a microcomputer calculates and displays the measured temperature on the LCD.
Features
- Spectral Response 8-14 μm
- Laser <1mW / 630-670nm
- °C / °F Selection
- Response Time 1 second
- Relative Humidity 10%~90%
Features
- Spectral Response 8-14 μm
- Laser <1mW / 630-670nm
- °C / °F Selection
- Response Time 1 second
- Relative Humidity 10%~90%
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Temperature range |
-20°C~500°C(-4°F~932°F) |
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Accuracy: Assumes ambient Operating temperature (23°C ± 2°C or 73°F±3°F) |
-20°C~0°C(±3°C) -4°F~32°F(±5°F) 0°C~500°C ±(2.0%rdg+2°C) 32°F~932°F(2.0%rdg+3°F) |
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Optical resolution |
10:1 |
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Spectral response |
8-14 um |
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Repeatability |
1°C |
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Response time |
Approx.1s |
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Resolution |
0.1°C/0.1°F |
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Emissivity |
0.95 |
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Ambient Operating Range |
0~40°C |
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Relative humidity |
10%~90% |
|
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Conforms to: EN61326 EN61010-1 EN60825-1 |
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CONFORMS TO UL STD 61010-1, CERTIFIED TO CSA STD C22.2 No.61010-1 |
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Laser |
<1mW 630-670nm class2 |
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Dimensions |
143×99×47mm |
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Power |
2x1.5V AAA |
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Weight |
Approx.160g |
