Mixing equipment temperature and current testing apparatus

Abstract

The invention discloses a mixing equipment temperature and current testing apparatus. The mixing equipment temperature and current testing apparatus comprises an embedded computer, a transmitter, a current meter A, a current transformer A, an infrared temperature sensor A, a current meter B, a current transformer B and an infrared temperature sensor B, wherein the current transformer A is connected with the current meter A; the current transformer B is connected with the current meter B; the current meter A, the current meter B, the infrared temperature sensor A and the infrared temperature sensor B are respectively connected with the transmitter, and the transmitter is connected with the embedded computer. With the mixing equipment temperature and current testing apparatus of the invention adopted, real-time measurement of the temperature and current of mixing equipment can be completed; test data can be drawn on a touch screen interface in real time; the numerical values of abnormal data points and time when the abnormal data points appear can be given; and the data can be stored, so that review and check of the data can be facilitated.

Description

technical field [0001] The invention relates to a temperature and current testing device for asphalt mixing equipment, and belongs to the technical field of road construction machinery. Background technique [0002] Asphalt mixing plants and stabilized soil mixing equipment are commonly used road machinery, and their mixing equipment is required to have high safety reliability and low failure rate. The reliability of the product is mainly reflected in the fact that the equipment can work continuously according to the design time requirements without failure. The working environment of mixing equipment is harsh. After the equipment is installed on the construction site, it is often due to factors such as high temperature or low temperature, humidity, and dust. Soon after the mixing equipment is put into use, it is prone to failures of one kind or another, resulting in equipment and raw material losses. Increased Cost of production. When a failure occurs on site, it is diffi...

AI Technical Summary

Problems solved by technology

The working environment of mixing equipment is harsh. After the equipment is installed on the construction site, it is often due to factors such as high temperature or low temperature, humidity, and dust. Soon after the mixing equipment is put into use, it is prone to failures of one kind or another, resulting in equipment and raw material losses. Increased Cost of production

When a failure occurs on site, it is difficult to accurately determine the cause of the failure, and it is difficult to find the internal mechanism of the failure

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