Specifically, measurement and control technologies and instruments can be used in the following aspects:
1, measurement and monitoring:
Measurement and control technology and instruments can accurately measure and monitor physical quantities, chemical quantities and biomass. For example, thermometers, pressure sensors, spectrometers and other equipment can be used to measure parameters such as temperature, pressure and spectrum.
2. Real-time monitoring and data acquisition:
Measurement and control technology and instruments can monitor various processes, equipment and systems in real time and collect relevant data. For example, in industrial control, sensors and instruments are used to monitor the temperature, humidity, flow and other parameters on the production line in real time, and the data is fed back to the control system through the data acquisition system.
3, control and adjustment:
Measurement and control technology and instruments can be used to control and adjust various equipment and systems. For example, the controller in an automatic control system can control and adjust in real time according to the data collected by sensors, so as to keep the running state of equipment or system within a predetermined range.
4, quality inspection and quality control:
Measurement and control technology and instruments can be used for product quality inspection and quality control. For example, in the production process, various sensors and testing instruments are used to test the size, weight, texture and other parameters of products, and the quality is controlled and adjusted according to the test results. To sum up, measurement and control technologies and instruments are widely used in different fields to measure, monitor and control various parameters and processes, so as to achieve accurate, real-time and quality control and promote the development of scientific research and manufacturing.
What is the application of measurement and control technology and instruments in automobile manufacturing?
Measurement and control technology and instruments are widely used in automobile manufacturing, one of which is the testing and optimization of automobile power system.
In the process of automobile manufacturing, measurement and control technology and instruments play a vital role in testing and optimizing automobile power system. Vehicle power system includes engine, transmission system, exhaust system and other components, and its performance directly affects the power output, fuel efficiency and emission performance of the vehicle.
First of all, in engine testing, measurement and control technology and instruments can be used to measure and record various key parameters, such as engine speed, cylinder pressure, fuel injection and so on. These data can help engineers to evaluate the engine performance, combustion efficiency and mechanical reliability, and make further adjustments and improvements.
Secondly, in the test of transmission system, the efficiency, shift quality and transmission loss of transmission system can be measured and analyzed by using measurement and control technology and instruments. Through accurate test data, automobile manufacturers can optimize the design of transmission system, improve power transmission efficiency and ride comfort, and improve driving experience.