JBW-300C/450C microcomputer controlled automatic impact test machine

Product Description:

This impact testing machine is used to test the performance of metal materials to resist impact under dynamic loads. It is an essential testing instrument for metallurgy, mechanical manufacturing and other units, and is also an indispensable testing instrument for scientific research institutions to conduct new materials research.

Technical Features:

1. This machine adopts PC microcomputer and PLC control, electric swing, impact, microcomputer measurement, calculation, digital display and printing results, etc., with high working efficiency and high testing accuracy. After the impact sample, the remaining energy will automatically swing, and prepare for the next impact test, which will be easy to operate and high working efficiency. Computers can calculate and digitally display the impact absorption work of materials. Impact toughness, pendulum angle and test average value, and the current test data and test average value can be printed.

2. The machine adopts double-supporting columns, and the spindle simply supports and hangs the pendulum. The radial load distribution of bearings is reasonable, especially for large energy impact machines. Reduce spindle deformation and greatly reduce energy loss caused by bearing friction.

3. Use a double-stage standard gear reduction motor to lift the hammer, and run smoothly;

4. The hanging and swing device adopts a buffer device, so the hanging and swing are stable;

5. The three-dimensional design of the pendulum ensures accurate strike center and accurate pendulum torque.

6. The impact knife is installed and fixed by screws, making it easy to replace;

7. Automatically judge and output the sample after it is broken.

8. The host is equipped with a safety protection pin and is equipped with a safety protection net to ensure test safety;

9. The test machine complies with the national standard GB/T3803-2002 "Inspection of Pendulum Impact Test Machine", and conducts impact tests on metal materials according to the national standard GB/T229-2007 "Metal Shabi Pendulum Impact Test Method".