Roller centrifugal layer inner circle temperature measurement device

Abstract

The invention relates to a roller centrifugal layer inner circle temperature measurement device, and belongs to the technical field of the roller manufacturing equipment. The measurement device comprises a temperature measurement gun barrel (1), an instrument box (5), a front bracket (2), a rear bracket (3), a trolley (4), and a temperature measurement thermocouple (1-3); the instrument box (5) isarranged at one end of the temperature measurement gun barrel (1), the temperature measurement thermocouple (1-3) is arranged at the other end of the temperature measurement gun barrel (1); the rearbracket (3) and the front bracket (2) are orderly arranged at one side of the instrument box (5) through the temperature measurement gun barrel (1); and the front bracket (2) and the rear bracket (3)are arranged on the trolley. The temperature measurement device disclosed by the invention can replace the manual measurement when performing centrifugal casting, and can provide more accurate and reliable roller centrifugal layer inner circle temperature parameter, and provide guarantee for the production quality of the roller.

Description

technical field [0001] The invention relates to a temperature measuring device for the inner circle of a centrifugal layer of a roll, which belongs to the technical field of roll manufacturing equipment in the metallurgical industry. Background technique [0002] Centrifugal casting of rolls is a commonly used production method of rolls. The temperature of the inner circle of the centrifugal layer of the roll during centrifugal casting is the key control condition for determining the centrifugal stop time, and is also an important production parameter related to the quality of roll production. At present, this temperature parameter is mainly measured manually with a hand-held high-temperature temperature gun. Due to factors such as high temperature, few measurement points, limited measurement distance, and short measurement time, the actual temperature deviation of the inner circle of the centrifuge layer is relatively large. It loses its guiding role in production and canno...

AI Technical Summary

Problems solved by technology

At present, this temperature parameter is mainly measured manually with a hand-held high-temperature temperature gun. Due to factors such as high temperature, few measurement points, limited measurement distance, and short measurement time, the actual temperature deviation of the inner circle of the centrifuge layer is relatively large. Lost the guiding role in production and cannot meet the production needs of centrifugal rolls

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