Industrial High Precision Electronic Temperature Measurement

Industrial High Precision Electronic Temperature Measurement

The advantages of the Infrared Thermometer include non-contact measurement, which does not require contact with the interior or surface of the temperature field being measured. Therefore, it does not interfere with the state of the temperature field being measured, and the Infrared Pyrometer itself is not damaged by the temperature field.The infrared thermometer has a wide measurement range. Because of its non-contact temperature measurement, the Industrial Pyrometer is not in a higher or lower temperature field, but works under normal temperature or the conditions allowed by the monochromatic infrared pyrometer.Under normal circumstances can be measured from negative tens of degrees to more than three thousand degrees.The one color infrared pyrometer has fast temperature measurement speed, that is, fast response time.As long as the infrared radiation of the target is received, the temperature can be fixed in a short time.The Temperature Measurment Infrared Pyrometer has high accuracy, and the infrared temperature measurement will not destroy the temperature distribution of the object itself as the contact temperature measurement, so the measurement accuracy is high.The 1C pyrometer has high sensitivity, as long as the object temperature has a small change, the radiation energy will have a big change, easy to measure.It can measure the temperature of tiny temperature field and temperature distribution, as well as the temperature of moving objects or rotating objects. It is safe to use and has long service life.

Disadvantages of industrial infrared pyrometer, susceptible to environmental factors, environmental temperature, dust in the air and so on.For bright or polished metal surface temperature reading has a greater impact.Only the external temperature of the object is measured. It is not convenient to measure the temperature inside the object and when there are obstacles.

1-color infrared pyrometer is widely used in forging industry, heat treatment, induction heating, vacuum furnace, high temperature furnace, monocrystalline silicon, polysilicon and other industrial temperature measurement.Monitoring the temperature of the production process is important to improve productivity and product quality.Whether the temperature of the production process is within the range required by the process, so as to manage the safety of the production process.

Features

Measuring range：350℃～2000℃
Detector：InGaAs
Distance coefficients：100：1
Measuring Distance：Standard Focus length：0.35m adjustable to infinity，Near focus distance：0.2m～0.5m
Accuracy：±0.5%T℃（T is measured temperature）
Resolution：0.1℃
Repeat Accuracy：±2℃
Response time：Fasted 5ms, adjustable in 5ms-99.99s 

Technical Parameters