Vibration Test Equipment with Electrodynamic Vibration Shaker brings superior reliability and efficiency to structural testing needs. Utilizing dual hydrostatic bearings, it accommodates high payloads and challenging structural tests without external guidance.

• Sinusoidal excitation force range: 25 kN to 600 kN
  
• High frequency range, large amplitude range and adjustable, multi-axis phase, controllable acceleration, can complete the sine, random, impact test.
  
• Displacement peak-to-peak: 51 mm, 76mm or 100mm
  
• Electrodynamic shaker design with Random to sinusoidal excitation force ratio 1:1
  
• Vibration Directions: Vertical Vibration &Horizontal Vibration
  
• Completely Water-cooling systems
• The standard for vibration test setup test of electric vehicle batteries
  
• Lithium-ion batteries are becoming increasingly popular as the most commonly used type of battery for electric vehicles.
  
• Throughout their life, these batteries undergo various vibrations and temperature changes.
  
• Some common test standards have been developed to simulate the long-term environmental effects on these different size levels of cells (e.g. cells, modules, battery packs).
  
• Include SAE J2380, SAE J2464, IEC 62660-2 and UN 38.3

Supporting

• Complete satellite system, rocket test
  
• Automobile and ship vibration test
  
• Durability testing of avionics and military hardware
  
• Tests are performed in clean rooms and controlled environments, such as aerospace test facilities
  

FEATURE

• Classical (half - sine, trapezoidal, sawtooth wave) pulse and shock response spectrum test
  
• Displacement peak-to-peak can reach: 51 mm, 76mm or 100mm
  
• Vibration Directions: Vertical Vibration &Horizontal Vibration
  
• Completely Water-cooled systems
  
• Completed in X, Y, Z three-axis sinusoidal vibration test and broadband random vibration tests
  
• Better vibration isolation effect with the air spring at trunnion position
  
• Electric power rotating mechanism is configured for horizontal and vertical switching
  
• Double magnetic circuit design, with low flux leakage and uniform magnetic field
  
• High weight bearing capacity of center air spring support and good low-frequency performance
  
• Two-times-sine shock force (Three times optional)
  
• Lightweight armature and large working table
  
• Equipped with an automatic centering system, to ensure the armature is always in a balanced position during movement