The Battery & Electronic Vibration Test Bench is engineered to simulate vibration environments encountered during transportation, handling, and operational use. The Battery & Electronic Vibration Test Bench helps evaluate the structural integrity and performance reliability of batteries, battery packs, and related electronic components under controlled vibration conditions. This Battery & Electronic Vibration Test Bench is commonly used in R&D, quality assurance, and certification testing labs.
Features
Robust Dual Magnetic Circuit System – Delivers high magnetic field intensity with minimal leakage, and special demagnetization design reduces residual magnetism to below 1 mT.
Optimized Dynamic Design – The frame-less moving coil reduces moving mass while increasing the first resonant frequency, expanding the high-frequency capability of the vibration table.
High Off-Center Load Capability – Rocker-arm suspension moving coil system enhances resistance to eccentric loads.
Built-In Air Spring Support – Provides excellent low-frequency performance and stable support.
Comprehensive Protection – System protections include overheat, overload, overcurrent, overvoltage, overdisplacement, grid overvoltage, undervoltage, phase loss, soft start, temperature protection, and module fault protection.
Specifications
Electrodynamic Shaker System
Model: L315M
Sine Force Rating
300 kgf
Random Force Rating
300 kgf
Shock Force (6 ms)
600 kgf
Frequency Range
5 – 4,000 Hz
Continuous Displacement
25.4 mm (peak-to-peak)
Shock Displacement
25.4 mm (peak-to-peak)
Maximum Velocity
2 m/s
Maximum Acceleration
981 m/s²
Armature Diameter
Ø150 mm
First Resonant Frequency
2,900 Hz
Allowable Eccentric Moment
> 196 N·m
Effective Moving Mass
3 kg
Load Attachment Points
12 threaded inserts
Table Thread Size (Standard)
M8
Bolt Pattern Layout
6 holes on Ø60 mm bolt circle6 holes on Ø120 mm bolt circle
