1300100103

1300100103 is a type of mechatronic universal testing machine (UTM), which is mainly used to measure mechanical properties, such as tension, compression, bending, shear, deformation, displacement, fatigue, etc. It combines electromechanical, electrical and pneumatic components, controlled by microcomputer, and can perform remote control and data acquisition.

In materials testing lab, the 13000 UTM can measure the force and deformation characteristics of a wide range of materials specimens such as metal, plastic, rubber, composites, biomaterials. It is widely used in metal materials and products, automotive, aerospace, electronic components, biochemicals, medicine, food, architectural and civil engineering, universities, national defense and other sectors.

Working Principle of 1300100103

The testing machine is equipped with a precision load cell, recoder, controller and computer. The load cell senses the force applied on the specimen and converts it into an electrical signal. The controller amplifies the signal and transmits it to the recoder, which stores the signal into the computer via the RS232 interface. The computer initiates the command and shows the results on the display panel. The machine can also be controlled and programmed through the PC.

The basic components of 1300100103 are composed of a frame, actuator, load cell, transducer, controller, recorder, computer and other parts. The frame is the main body of the machine and provides a stable structure. The actuator is used to apply the force to the test specimen. The load cell measures the force exerted on the specimen. The transducer converts the signal into an electrical signal. The controller . amplifies the signal and transmits it to the recorder for storage. Finally, the computer acquires, stores and displays the data.

Conclusion

In conclusion, 1300100103 can be used to measure the mechanical properties of materials such as tension, compression, bending, shear, deformation, displacement, fatigue, etc. It is composed of electromechanical, electrical, and pneumatic components, which are controlled and programmed by microcomputer. The load cell senses the force applied on the specimen and converts it into an electrical signal, which is then amplified, transmitted to the recorder, stored in the computer, and displayed on the display panel. The machine is widely used in metal materials and products, automotive, aerospace, electronic components, biochemicals, medicine, food, architectural and civil engineering, universities, national defense and other sectors.