Electromagnetic resonance loading high-frequency testing machine is a device used to apply a load to a specimen and complete mechanical performance testing. It is possible to apply high-frequency alternating loads and inertial loads to the specimen in a resonant manner within the allowable range of machine load, space, and environment; Apply static load through elastic force. The loading methods can be various, such as tension, compression, bending, shearing, twisting, etc. The specimen can be any component presented in solid form, regardless of material or shape. It can be a special environment such as high temperature, high humidity, salt spray, etc. The machine has the functions of three traditional machines: electromagnetic resonance loading high-frequency testing machine, electronic universal testing machine, and vibration table, achieving multiple uses for one machine. The purpose of the machine is not particularly limited in terms of the industry, and it is suitable for any necessary loading test to obtain mechanical performance indicators of the specimen, including fatigue performance, strength, stiffness, deformation and other performance indicators.
1) Structural Features - Double 4 Columns
The internal and external double four column structure ensures high rigidity and motion guidance of the machine. All moving components are not exposed, the appearance of the machine is neat, and there are no safety hazards.
2) Functional Features - Multi purpose Machine
In addition to the basic electromagnetic resonance high-frequency loading fatigue test function, this equipment also has the functions of an electronic universal testing machine and an electric vibration table. Implemented one machine for multiple purposes. In addition, a vibration force measurement function has been added to the electromagnetic shaker drive control system. This is particularly useful during machine debugging.
3) Performance characteristics - ultra-high frequency, ultra large amplitude, sensor mounted
The operating frequency of this device can exceed the upper limit of 300Hz specified by the standard; The allowable amplitude of the equipment is set to 3mm at the factory, and up to 6mm is allowed. The sensor can be placed on top to measure the force value, and sufficient and flexible space can be left on the workbench to install the specimen, providing conditions for conducting special specimen tests, such as extra long, extra large parts, irregular parts, cantilever beams, etc.
4) Software features - touch screen operation, photo input, abundant test pieces
The working process of the equipment is completed through dedicated software and human-machine dialogue. All operations can be achieved by touching the simple prompts on the screen with fingers. Input information such as specimens, requirements, memos, records, operators, etc. can be entered through mobile phone photography. Software development and recording of a sufficient number of sample types, including previous test examples and other test sample examples that the equipment can complete. Generally, operators only need to select to start and complete the test task.
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