Company News About Promote the rapid and stable development of the strain sensor industry
Promote the rapid and stable development of production capacity, defects, and style testing performance in the strain sensor industry.
Strain rate tester refers to a "strain" tool that can test the strain caused by curves and full picking, and is a good method and important tool for studying physical properties and testing analysis capabilities.
There are four principles for selecting strain testers: in terms of hardware, it usually refers to cable wires, with personal strain connected to cable leads, and generally, strain gauge are pasted on strain gauge to analyze data (their strains are sensor), Usually tested with a strain gauge. In terms of software, it usually refers to signal acquisition. The software aspect is usually used for electronic data testing and analysis reports, while the software aspect is usually tested using strain gauge.
In terms of software, it usually refers to strain gauge pasting software, which is commonly used for testing software programs or tools. The software includes strain gauge and data acquisition systems, which are commonly used for the production of strain gauge in 3D vibration simulation software. In terms of hardware, it refers to strain gauge. If a strain gauge needs to be equipped with a hardware device, such as XYZ and L-mode sensor. In terms of application, it is usually used to design the production of strain gauge, which are usually used for strain testing of follow-up components.
Vibration testing and analysis reports, such as acceleration sensor, casing vibration analysis, exciter vibration reports, MEMS acceleration sensor, inertial support rod vibration, etc. Model engineers point out that these model engineers are unable to fully understand acceleration sensor, casing vibrations, and vibrations within hundreds of invisible ranges compared to traditional model technology. The development of mold drawing software may achieve specificity in testing results, but more specifically, analyze the trend that some mold drawing engineers cannot verify from traditional mold drawing techniques.
In response to the requirements for MEMS vibration sensor and acceleration sensor, high-precision MEMS accelerometers and micro electromechanical systems (MEMS) are used as vibration analysis systems, taking the vibration source as an example. Based on MEMS accelerometers as vibration sensor, such as acceleration sensor, shell vibration analysis systems, inertial support rod vibration analysis systems, MEMS acceleration sensor, MEMS accelerometers, MEMS vibration sensor, MEMS accelerometers, and MEMS dynamic vibration analysis systems, used for real-time monitoring of force and acceleration information.
This machine adopts a high-performance industrial grade embedded processor to control the display, and provides two levels of 80MHz or above data sampling methods.
The display unit adopts LCD display, with a data type of LCD and 4 digits. The measurement parameters include acceleration, force, displacement and other acceleration data, and can be equipped with 4-20mA analog output.
The driver software can be selected to run with RS232 serial interface, which has strong anti-interference ability.