Electromagnetic vibration table

The electromagnetic vibration table is an economical but highly cost-effective sinusoidal vibration test equipment (its functions cover fixed frequency vibration, linear frequency sweep vibration, logarithmic frequency sweep, frequency doubling, program, etc.). It simulates the vibration and its impact suffered by electrical and electronic products during transportation (vibration generated on ships, aircraft, vehicles, and spacecraft), storage, and use in the test room, and evaluates their adaptability.
The electromagnetic vibration table is widely used in the product design, research and development, and manufacturing process of various industries such as automotive parts, instruments and meters, and toys. It simulates the collision and vibration generated by products during transportation and use, and detects the actual working conditions and structural strength of products.

Application areas:

Auto parts, ships, spacecraft, instruments, toys and other industries.

Test standards:
ISO 2247, ISO 13355, IEC 60068, ASTM D999, ASTM D4728, ASTM D3580, GB/T 4857, GB/T 2423…

Product features:
1. The same table realizes X, Y, and Z three-axis vibration, program control, accurate frequency, and no drift during long-term operation;
2. Stepless adjustment of amplitude, with sweep frequency and fixed frequency functions, to meet the testing requirements of different industries;
3. Embedded amplitude prediction program, four-point synchronous excitation, and uniform table vibration;
4. Add anti-interference circuit to solve the interference of strong electromagnetic field to the control circuit, and the table is free of magnetism and static electricity.
5. Made of composite industrial materials, precision machining, beautiful table body, humanized operation and control, using special measurement and control modules to make the equipment work more stable.

Software functions:
1. The WBE-DC50B series vibration table software system is independently developed by CIMS+FCS, with completely independent intellectual property rights, and the software is free for lifetime updates and upgrades;
2. The system software and the vibration table body are connected by real-time communication to ensure that the test parameters are accurate;
3. The software interface is intuitive and simple, with multiple test mode partition settings and one-click access;
4. The system software can be connected to the computer via a data cable to store, output, or edit the test results;
5. The control system uses a brand high-sensitivity touch-screen color LCD display, with direct touch options, intuitive and simple test parameter settings, and timely display of the current execution program, timely display of the current vibration frequency, and drawing of frequency curves;
6. The vibration sensing technology device can be connected to an external vibration acceleration sensor to provide real-time feedback on the test process.