Battery Test Equipment

Programmable Mechanical Shock Tester for Battery & Product Testing

Brand: SZBONAD

Product Number: BND-BMSC

Our Programmable Mechanical Shock Tester is engineered to accurately simulate real-world shock environments during transportation and end-use conditions. It evaluates the structural integrity and functional reliability of components, batteries, finished products, and packaging through controlled half-sine, trapezoidal, and sawtooth shock pulses. Ideal for aerospace, military, automotive, consumer electronics, and battery testing industries, this system ensures compliance with major international standards with high repeatability and precision.

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Programmable Mechanical Shock Tester – Battery Test Equipment

Applications

  • Battery testing per UN 38.3, IEC 62133, UL 1642, UL 2054
  • Consumer electronics and component ruggedness validation
  • Military and aerospace equipment compliance (MIL-STD-810, GJB150)
  • Packaging integrity testing per ISTA standards
  • Automotive and shipbuilding component reliability testing

Supported Standards

Our shock tester meets the following standards:

  • UN 38.3 (Section 38.3 for lithium batteries)
  • IEC 62133, UL 1642, UL 2054
  • IEC 60068-2-27, MIL-STD-202F
  • MIL-STD-883E, MIL-STD-810F
  • GJB150, ISTA

Key Features

  • Multi-Waveform Support: Generate half-sine, sawtooth, and trapezoidal shock pulses with easy-to-change manual waveform generators.
  • High-Rigidity Aluminum Platform: Accommodates various sample sizes and weights with secure fastening using crossbars and screws.
  • Advanced Control & Software: User-friendly English software with touch screen interface for parameter setting, automatic multi-shock cycles, and real-time waveform display.
  • Ultra-High Sampling Rate: 1 MHz data acquisition captures minute shock events accurately and supports Shock Response Spectrum (SRS) analysis.
  • Safety & Stability: Pneumatic braking prevents secondary impact; air spring suspension and hydraulic damping eliminate the need for foundation and reduce environmental interference.
  • Precision Lifting System: Motor-driven ball screw and photoelectric encoder ensure accurate drop height and repeatable results.

Technical Parameters:

Work Platform 1000 × 1000 mm
Work surface material High-strength imported high-quality aluminum alloy
Maximum load 200kg
Half-sine peak acceleration 15—300 G
Half-sine pulse duration 3.5—30ms
Lifting method Hydraulic lift
Device size Approx. 2150 × 1450 × 2250mm
Total equipment About 3000 kg
Measurement system
Input Channels 2 channels
Sampling frequency 192KHz
Input form Voltage, charge
Voltage range -10V–+10V
Coupling method AC,DC,ICP
Shock Waveform Half Sine
Communication interface USB2.0
Supported standards National standard, national military standard, US military standard, user-defined standard
Operating system Microsoft Windows7/10
System Accelerometer
Brand YMC
Output method Charge Type
Sensitivity 3.93pC/g
Frequency range 0.5—12KHz
Acceleration range ±2500G
Work Environment -40~+160℃
Other
Power supply Single phase 380V±10%
Compressed air 0.5—0.8Mpa
Temperature RT~40℃
Humidity 25℃<85RH%

Technical Advantages

  • No Foundation Required: Self-buffering system with dampers and airbags minimizes external vibration.
  • Flexible Waveform Generators: Interchangeable programmers (e.g., rubber or felt-based) for different pulse widths and accelerations.
  • Automated Operation: Once configured, the system performs repetitive shocks in multiple orientations without manual intervention.
  • Data Management: Store, recall, and print test reports with detailed waveform and SRS analysis.

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