Application of microcomputer-controlled electronic universal test machine in the construction industry

Microcomputer controlElectronic universal testing machineNowadays, more and more industries are used, especially in the construction industry. As people's economic level and education level are improving, their requirements for life are also increasing, and housing is an indispensable part, and the quality of houses has become a major event for builders, so the requirements for materials are also constantly increasing. During this period, there is an important tool to test materials to meet standards, a microcomputer-controlled electronic universal testing machine, commonly known as an electronic tensile testing machine, and now every manufacturer needs it very much. Below, Jinan Hengsi Shanda Testing Equipment Co., Ltd. will introduce to you the specific function of microcomputer-controlled electronic universal test machine.
In the application of microcomputer-controlled electronic universal test machine manufacturing, the main characteristics of high-quality sensors are: long life, high reliability, strong anti-interference ability; meet the accuracy and speed requirements; easy to use and maintain, suitable for machine tool operating environment; low cost; easy to connect with computers. For the operation of the machine tool, the main sensing and detection targets include drive systems, bearings and slewing systems, temperature monitoring and control and safety, etc., the sensor parameters of the electronic universal test machine, the failure and downtime of the organic tool, the surface roughness and machining accuracy of the part to be processed, the power, the machine tool state and the flow rate of the cooling lubricant, etc.

Specifically, sensors refer to components or devices that have a sense (or response) and detection function for a certain determined information of the object to be measured, and convert it into corresponding output signals according to certain rules. Without the sensor to accurately and reliably capture and convert the original information being tested, all accurate tests and controls will not be able to be achieved; second-hand Yamaha patch machines will not be able to fully play their due role without accurate information (or reliable data conversion) and undistorted input.

Sensing technology for microcomputer control of cutting process and machine tool operation process. The purpose of cutting process sensing detection is to optimize the productivity of the cutting process, manufacturing cost or the removal rate of (metal) materials, etc. The targets of sensing and detection of the cutting process of microcomputer control electronic universal test machine include cutting force and changes in the cutting process, vibration of the cutting process, contact between the tool and the workpiece, the state of chips during cutting, and the identification of the cutting process, etc. The important sensing parameters include cutting force, vibration of the cutting process, acoustic emission of the cutting process, and the power of the cutting process motor.

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