Testo 830-T4 kit
Choose Models for offer request
Intended
- IR measurement range: -30 to +400°
- Possibility to connect external K-type thermocouples
- 30:1 optics
- Two-point laser sight
Characteristic
Available Models
The testo 830 pyrometer is a compact device for non-contact measurements in both the construction sector and industry. Thermometers are used to measure temperature from a safe distance can be made even small objects and those difficult to access and dangerous.
The innovative high-resolution processor used makes it possible to make results with an accuracy of up to ±1°C (in the range-20 to +0 °C ). With the ability to display min/max values, any exceedance of alarm values can be monitored freely. Just two seconds are enough for the testo 830 to take a quick and precise reading.
Testo 830-T4 is a two-channel pyrometer,in which it is possible to connect an external K-type thermocouple. This mechanism makes it possible to perform an additional point contact measurement of the temperature of the tested surface.
The innovative high-resolution processor used makes it possible to make results with an accuracy of up to ±1°C (in the range-20 to +0 °C ). With the ability to display min/max values, any exceedance of alarm values can be monitored freely. Just two seconds are enough for the testo 830 to take a quick and precise reading.
Testo 830-T4 is a two-channel pyrometer,in which it is possible to connect an external K-type thermocouple. This mechanism makes it possible to perform an additional point contact measurement of the temperature of the tested surface.
Kit includes: testo 830-T2, infrared thermometer, leather case, surface probe,batteries and factory calibration certificate.
Technical specification | Testo 830-T4 kit |
Temperature Type K |
-50 to +500 °C |
Accuracy |
±0,5 °C + 0,5 % measured value |
Measurement rate |
1,75 sek. |
IR resolution |
0,1 °C |
IR |
-30 to +400 °C |
Battery life |
15 h |
Dimensions |
190 x 75 x 38 mm |
Weight | 200 g |
Model | Temperature [° C] |
---|---|
testo 830-T4 kit | -50 to +500 °C |
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