400W Universal Tensile Test Machine Electronic Computer Servo Tensile Testing Machine

BGD 573 BGD 574 Computer Servo Tensile Machine Computer Control Electronic Universal Testing Device

1.Description:

The computerized servo tensile testing machine is a new type of material testing machine that combines electronic technology with mechanical transmission. It controls the operation of the testing machine through a computer to achieve various functions, process and analyze data, and print test results. The communication between the testing machine and the computer is generally carried out through the USB interface. It features a wide and accurate loading speed and force measurement range, and has high precision and sensitivity in the measurement and control of load and displacement. It can also conduct automatic control tests of constant speed loading and constant speed displacement. It is simple and convenient to operate, and is especially suitable to be used as a detection instrument for controlling product quality on the production line. This series of servo tensile testing machine models is mainly applicable to the testing of non-metallic and metallic materials with a test load of less than 10KN.

This machine has a very wide range of applications and can test various materials such as plastic products (cloth, tubes, plates), rubber products (plates, tubes), metal wires, belts, tire industry, textiles, acrylic, FRP, EVA, PE and shoes, etc. as dumbbell-shaped test pieces. It can test their tensile strength, elongation, tear resistance, peel strength, adhesive force and other multiple functions.

Instrument features:

* Conforming to standards: ASTM D 903, GB/T 16491, GB/T 1040, GB/T 8808, GB 13022, GB/T 2790, etc

*High-precision sensors (with high-precision ball screws as the transmission mechanism)

* Data sampling frequency: 200 times per second

*It can store the results of countless test reference points, automatically calculate their average value, automatically capture the maximum value, and the force value at the time of fracture.

* The setting range of the breakpoint ratio is 0 to 99%, and it can be set arbitrarily according to the testing requirements of different test pieces to achieve the shutdown state at different positions.

* Safety devices: Overload, emergency stop device, upper and lower travel limit device.

* True real-time synchronous acquisition, 24-bit AD full-code conversion, with a resolution as high as 1/500,000, surpassing the industry standards.

* Thousands of optional fixtures and fixture devices.

* Multi-sensor support. Multiple sensors can be configured simultaneously to meet the requirements of different measurement ranges.

* Elastic modulus, yield point, fixed residual strength, fixed elongation, fixed force deformation, maximum strength calculations can be carried out. There are also special professional calculations, such as conveyor belt peeling calculation, yield point elongation calculation, etc.

* By selecting a professional testing machine measurement and control system, the closed loop of force value, deformation and position can be achieved, enabling the electronic universal testing machine to conduct arbitrary curve control tests, such as low-frequency cycling (fatigue) tests, step tests, and force value holding (creep) tests.

Features of the supporting software:

* Graphical and visualized operation interface: Intuitive and convenient to use. Through voice prompts, misoperation can be reduced and reliability can be improved.

* MS-ACCESS database technology and SQL technology: Standardize the storage and processing of data and facilitate connection with Intranet or Internet; It is convenient to connect with Office software such as Word or Excel; Users can conveniently read the original test data through the standard database.

* Modular programming: VBScript extended customized reports (MS-RDLC) and automatic parameter calculation programs; It enables users to conduct secondary development and becomes a test function other than tensile, compressive, bending, tearing, peeling and shearing provided by the software package.

* Curve graph function: Through modular program design, real-time curve graphs can be displayed during the test process. The coordinate axes of the curve graph can select the types of parameters. Theoretically, there are 169 types of curve graphs, and parameters can be displayed from the curve graphs.

* Multi-sensor support: It can support 5 force value sensors, 5 deformation sensors + large deformation + displacement, greatly expanding the test range.

2.Technical Parameter