How much is the electro-hydraulic servo universal testing machine

　　SHT seriesElectro hydraulic servo universal testing machine(Dual Space)Basic introduction:

The maximum test force specifications for the product are 200KN, 300KN, 50OKN, 600KN, 1000KN, and 200OKN.

The main purpose of the instrument is to be used for tensile, compressive, bending and other tests on various metal bars, plates, threaded steel and other specimens. The bolt tension fixture can be used for bolt tension, load retention, wedge load and other tests.

The main performance characteristics of the universal tensile testing machine are:

1. The light bar is made of medium carbon steel with high rigidity, and the surface is chrome plated and polished, which is beautiful and has good rust resistance;

2. Adopting a fully digital closed-loop control system, it can achieve the requirements of stress, displacement, and strain closed-loop control, and the control methods can be arbitrarily combined;

3. Users can choose different stretching clamps, which are easy to install and replace, and durable.

　　SHT seriesElectro hydraulic servo universal testing machine(Dual Space)Introduction to Technical Parameters:

The working principle of the universal tensile testing machine is based on tensile testing in mechanics. Fix the test sample between the upper and lower fixtures of the testing machine, apply tensile force to the sample through the loading system, and the sample will deform accordingly. The testing machine records the tensile force and sample deformation in real time, and transmits the data to the data processing system through a computer control system. Based on the test results, various mechanical performance indicators of the material can be calculated.

Instructions for use

1. Sample preparation: Prepare samples of appropriate size according to testing standards and sample types.

2. Equipment preheating: Turn on the testing machine and preheat it to the set temperature.

3. Sample installation: Fix the sample between the upper and lower fixtures to ensure good contact between the sample and the fixture.

4. Parameter setting: Set test parameters in the computer control system, such as tensile speed, test temperature, etc.

5. Start the experiment: Start the testing machine, the equipment automatically applies tensile force to the sample, and records the test data in real time.

6. Data processing: After the experiment is completed, the experimental data is analyzed using data processing software to calculate various mechanical performance indicators.

7. Test report: Print the test report as needed.