Temperature superposition type high-temperature industrial television controller

Abstract

The invention discloses a temperature superposition type high-temperature industrial television controller, which comprises a thermocouple temperature superposition structure, an infrared thermometer temperature superposition structure, a camera, an automatic advance and retreat control structure and a controller, wherein the internal part of the camera is provided with the thermocouple temperature superposition structure and the infrared thermometer temperature superposition structure, the camera is connected with the controller, and the camera is provided with the automatic advance and retreat control structure. According to the above mode, the temperature superposition type high-temperature industrial television controller is simple in structure, can detect the temperature of the camera and the temperature of a material at the same time, not only guarantees the safety of the equipment itself, but also can provide an actual hotbed of a target object.

Description

technical field [0001] The invention relates to the field of high-temperature industrial televisions, in particular to a temperature superposition type high-temperature industrial television controller. Background technique [0002] The traditional monitoring method of industrial kiln is high-temperature industrial TV plus infrared thermometer. Two sets of systems are completed independently, which requires two sets of protective equipment and water and gas pipelines, which will consume double the energy. In order to protect the safety of operating equipment, traditional high-temperature industrial TV systems are generally equipped with over-temperature protection devices, which consist of thermocouples and temperature control meters. However, since the temperature control meters are placed on site, central control operators cannot see the temperature in real time. amount of change. [0003] The same situation exists for colorimetric pyrometers. Generally, colorimetric pyro...

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Problems solved by technology

[0002] The traditional monitoring method of industrial kiln is high-temperature industrial TV plus infrared thermometer. Two sets of systems are completed independently, which requires two sets of protective equipment and water and gas pipelines, which will consume double the energy.

In order to protect the safety of operating equipment, traditional high-temperature industrial TV systems are generally equipped with over-temperature protection devices, which consist of thermocouples and temperature control meters. However, since the temperature control meters are placed on site, central control operators cannot see the temperature in real time. Variation

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