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Computer system control for various types of stretching and pressing machine retrofitting and modification
Product Name: Computer System Control for Various Pulling and Pressing Machine Modifications Product Model: Computer System Control for Various Pullin
Product details
| Detailed Description of Computer System Control for Various Pulling and Pressing Machine Modifications |
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One The digital display tensile testing machine has been transformed into a computer system, including various vertical types
1、 Required materials
A. One 24 bit data acquisition AD conversion box (length 230, width 150, height 65mm, weight 1kg).
B. A set of universal material testing machine software.
C. An RS232 data transmission cable is used to transmit data to a computer in a simple and clear manner, without the need for any additional cards inside the computer.
D. One computer (a regular computer is sufficient, it is recommended that customers purchase it locally).
2、 Performance parameters of the machine after modification
A. 24 bit data acquisition AD conversion box parameters:
⑴ One power channel input, with a power resolution of 1/10000 and a force sensor accuracy of less than 1%.
⑵ A displacement channel input, combined with a displacement encoder, has increased the displacement resolution by four times on the basis of the original encoder, achieving a displacement resolution of 0.001mm.
⑶ Output of breakpoint shutdown function.
B. Universal material testing machine software functions:
⑴ It can test various test objects such as,,,, adhesive strength, tensile strength, etc It can also test functions such as drop point, elastic modulus, Young's modulus, and various dynamic and static durability tests.
⑵ The 3D software interface is trendy and stable, with dynamic switching of multiple force and displacement units, and real-time display of force, displacement, stress, and strain data. In tensile and compression tests, four types of graphs including load displacement, load time, displacement time, and stress-strain can be dynamically switched and viewed. The graphs can be 3D transformed for viewing, and comparative graphs can be viewed.
⑶ Modular function of testing standards: Provides users with the range of testing standard settings required for application, including GB, ASTM, DIN, JIS, BS, etc.
⑷ Open database of sample data, one-time input of sample data can be permanently saved for easy testing and retrieval.
⑸ Formula editing is open database based, providing customers with the ability to add and modify formulas themselves to improve the compatibility of test data.
Like a WORD report editor, it makes report editing simpler and more flexible, while providing EXCEL output of test data.
Two Transforming pointer type tensile machine into computer display software processing tensile machine
1、 Required materials
A. One 24 bit data acquisition AD conversion box (length 230, width 150, height 65mm, weight 1kg).
B. A set of universal material testing machine software.
C. An RS232 data transmission cable is used to transmit data to a computer in a simple and clear manner, without the need for any additional cards inside the computer.
D. One computer (a regular computer is sufficient, it is recommended that customers purchase it locally).
E. One tension and pressure sensor with the required capacity for the customer (usually used for retrofitting old hydraulic material testing machines).
F. One displacement encoder.
2、 The performance parameters of the machine after modification are the same as one
Three Non servo tension machine () transformed into fully computer-controlled servo tension machine ()
1、 Total required materials (choose from the following items based on the materials required for the modification of different specifications of tensile machines)
A. 24 bit data acquisition with servo control conversion box (length 230, width 150, height 65mm, weight 1kg).
B. A set of universal material testing machine software.
C. An RS232 data transmission cable is used to transmit data to a computer in a simple and clear manner, without the need for any additional cards inside the computer.
D. One tension and pressure sensor with the required capacity for the customer (usually used for retrofitting old hydraulic material testing machines).
E. One displacement encoder.
F. A set of servo motors includes servo motor drivers, and the selected servo motor power depends on the tonnage of the tensile machine. There is no limit to the servo motor brand.
G. One servo valve or one proportional valve (required for computer servo control of hydraulic tension machine).
H. Two solenoid valves (required for computer servo control of hydraulic tensile machine).
I. One circuit box.
J. One computer (a regular computer is sufficient, it is recommended that customers purchase it locally).
2、 Performance parameters of the machine after modification
A. 24 bit data acquisition with servo control conversion box:
⑴ One power channel input, with a power resolution of 1/10000 and a force sensor accuracy of less than 1%.
⑵ A displacement channel input, combined with a displacement encoder, has increased the displacement resolution by four times on the basis of the original encoder, achieving a displacement resolution of 0.001mm.
⑶ Two digital outputs and two digital inputs.
⑷ Servo control interface.
B. Universal material testing machine software functions:
⑴ It can test the tensile strength, yield strength, compressive strength, elongation, tear, adhesive strength, tensile stress, holding pressure, peeling, shear force, etc. of various test objects It can also test functions such as drop point, elastic modulus, Young's modulus, and various dynamic and static durability tests.
⑵ The 3D software interface is trendy and stable, with dynamic switching of multiple force and displacement units, and real-time display of force, displacement, stress, and strain data. In tensile and compression tests, four types of graphs including load displacement, load time, displacement time, and stress-strain can be dynamically switched and viewed. The graphs can be 3D transformed for viewing, and comparative graphs can be viewed.
⑶ Implement six control modes: fixed speed, fixed displacement, fixed load, fixed load increase rate, stress-strain, and strain increase rate.
⑷ Modular function of testing standards: Provide users with the range of testing standard settings required for application, including GB, ASTM, DIN, JIS, BS, etc.
⑸ Open database of sample data, one-time input of sample data can be permanently saved for easy testing and retrieval.
Formula editing is open database based, providing customers with the ability to add and modify formulas themselves to improve the compatibility of test data.
Like a WORD report editor, it makes report editing simpler and more flexible, while providing EXCEL output of test data.
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