Product Description
This vibration testing machine is driven by a motor to vibrate the cam, simulating the vibration of the radiator during driving and conducting fatigue testing.
The vibration test of this machine does not require personnel participation. It can automatically record the vibration frequency and time. After the fatigue test, engineers can check whether the radiator meets the design requirements.
The installation tool of this machine can be flexibly used, the radiator can be installed vertically or horizontally, the vibration frequency can be freely set, or the vibration frequency can be freely changed to simulate the bumps of different road conditions and slopes.
Vibration testing machine Features
Multiple control methods, simulating different road conditions and vibration frequencies, effectively recording all test data.
Flexible tool design, it can quickly install other products to meet the vibration testing needs of different products.
The base of the radiator vibration testing machine is made of heavy-duty steel, and the machine feet have damping rubber pads. The machine is easy to install, and there will be no loud noise during the vibration.
By increasing the working time setting controller, the equipment will automatically stop if the tested product meets the time conditions, so workers do not need to participate in the testing process.
Technical parameters
- Product name: radiator car simulated vibration test
- Vibration frequency: 50 Hz, fixed frequency
- Vibration direction: Vertical vibration
- Vibration amplitude: 0-5mm
- Working size: L400 * w350mm
- Overall size: L400 * W350 * h250
- Stainless aluminum plate
- Outer material: baking paint
- Time setting: 1 second – 99 hours
- Time display: 99H 99m 99S
- Maximum load: 40kg
- Power supply: 220 V, 50 Hz
- Display direction: led microcomputer type
Vibration testing machine working video
Application scope of vibration testing machine
Material research and verification: Evaluate the seismic performance and fatigue life of new materials
Product testing: For example, automotive parts, electronic products, communication instruments, and equipment, etc., test the reliability and durability of products
Structural engineering: Provide reference value for structural design by testing the stability and reliability of the structure.
Transportation simulation: Used to simulate whether the packaging of the product is safe and reliable during transportation to ensure the quality of the packaging box