For those struggling with the accuracy of temperature measurement in rotating bodies! What are the methods to prevent measurement errors?
A handbook summarizing the "essence" of thermocouple temperature measurement for rotating bodies is available for free!
In temperature measurement of rotating bodies, the combination of "thermocouple + slip ring" is a method that is commonly and widely used. (Note: A slip ring is a connector that facilitates electrical transmission between the rotating part and the fixed part of a rotating body.) However, when the temperature of the rotating shaft becomes high, measurement results can become inaccurate. Is there a good countermeasure for accurate temperature measurement...? At Tohsoku, we have prepared a special handbook titled "Troubleshooting Thermocouple Measurement for Rotating Bodies," which summarizes countermeasures for temperature measurement troubles in rotating bodies! ★【We provide detailed countermeasures with illustrations!】 Examples include: Combination of slip ring + thermocouple amplifier / Insulation / Air cooling / Other sensors (temperature resistance elements, thermistors, etc.) *Please feel free to contact us for other connection methods.
Inquire About This Product
catalog（3）
Download All Catalogs
Company information
Tosoku Co., Ltd. was established in 1977, originally as a strain gauge manufacturer, with the motto of "Trust and Quality" and "Contributing to the measurement industry by discovering transducers that are not available domestically." For over 40 years, we have been delivering highly specialized and excellent measurement-related products, primarily focusing on measurement slip rings. As a reliable partner in measurement, we are always mindful of providing products that meet our customers' needs and enhancing the services that allow them to use these products with confidence.
![[Case Study of Problem Solving] Slip Rings Compatible with Servo Motors](https://image.mono.ipros.com/public/product/image/2aa/2000575734/IPROS87237350799623615803.png?w=280&h=280)