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The product features of the Dual Wavelength Pyrometer
- Categories:NEWS
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- Time of issue:2023-05-01 16:05
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(Summary description)The DIT-6H3 Dual Wavelength Pyrometer is an advanced non-contact temperature measurement device that utilizes dual wavelength technology to achieve high precision temperature monitoring. With two infrared sensors detecting radiation in different wavelength ranges, the DIT-6H3 can compensate for emissivity variations caused by surface conditions and provide temperature readings with an accuracy of ±0.75%.
The product features of the Dual Wavelength Pyrometer
(Summary description)The DIT-6H3 Dual Wavelength Pyrometer is an advanced non-contact temperature measurement device that utilizes dual wavelength technology to achieve high precision temperature monitoring. With two infrared sensors detecting radiation in different wavelength ranges, the DIT-6H3 can compensate for emissivity variations caused by surface conditions and provide temperature readings with an accuracy of ±0.75%.
- Categories:NEWS
- Author:
- Origin:
- Time of issue:2023-05-01 16:05
- Views:
The DIT-6H3 Dual Wavelength Pyrometer is an advanced non-contact temperature measurement device that utilizes dual wavelength technology to achieve high precision temperature monitoring. With two infrared sensors detecting radiation in different wavelength ranges, the DIT-6H3 can compensate for emissivity variations caused by surface conditions and provide temperature readings with an accuracy of ±0.75%.
The DIT-6H3 Dual Wavelength Pyrometer is ideal for high-temperature applications where precise temperature control is critical. In the metallurgical industry, the DIT-6H3 can be used for monitoring the surface temperature of molten metals like iron and steel during the purifying and casting processes. The non-contact nature of infrared technology allows for safe and continuous temperature monitoring even in hazardous environments with electromagnetic interference.
In the glass manufacturing industry, the DIT-6H3 Dual Wavelength Pyrometer provides a reliable solution for monitoring the temperature in the molten glass furnace and forehearth. The high measuring range up to 3000°C covers all critical temperatures during the glass making process. The rugged design of the DIT-6H3 also ensures stable operation despite the high ambient temperatures near the furnace.
For semiconductor and solar cell manufacturing, the DIT-6H3 can be instrumental for monitoring the temperature of silicon ingots during the Czochralski process. The high precision and fast response time of the DIT-6H3 allow for precise control of the pulling rate to optimize crystal growth. Its dual wavelength technology produces accurate temperature readings even for objects with low or changing emissivity like melted silicon.
With various output options such as 4-20mA, RS232, RS485 and thermocouple outputs, the DIT-6H3 Dual Wavelength Pyrometer can be easily integrated into existing temperature monitoring and control systems. The built-in laser sighting and adjustable emissivity settings also make the installation and on-site commissioning simple for users. Rugged, versatile and trusted, the DIT-6H3 dual wavelength pyrometer is an ideal solution for high-temperature measurement in diverse industrial applications.
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