EN 60068-2-64 Standard Random Vibration Testing Equipment For Starter Batteries

This high-frequency vibration shaker system is engineered to perform sinusoidal, broadband random, and shock response spectrum testing across X, Y, and Z axes. It is widely deployed in national defense, weapons, aviation, aerospace, communications, electronics, electrical appliances, and home appliance industries.

1. Vibration Generator — 1 set
2. Vibration Controller — 1 set
3. Communication Connection Chamber — 1 set
4. DA-10 Power Amplifier — 1 set
5. Excitation Power — 1 pc
6. Driver Software — 1 set
7. Cooling System — 1 set
8. Industrial Computer — 1 set
9. Color Printer — 1 set (Optional)
10. Acceleration Sensor (including output line) — 1 pc
11. Vibration Fixture — 1 set (Optional, according to the test sample)

• Double magnetic circuit structure ensures high magnetic field intensity and reduces flux leakage. A special degaussing structure reduces flux leakage to below 1 mT.
• U-type spring, rollers, and linear bearing provide strong resistance against deflecting load.
• Air springs are used for vibration isolation. The vibration system works steadily even under heavy load, with no special foundation required.
• Protection devices are provided for over-thermal, over-load, over-current, over-voltage, and over-displacement conditions. Electrical network protection covers over-voltage, under-voltage, and phase loss. Drive power protection includes current-limiting, soft-start, over-temperature, short-circuit, and module fault protection.
• Capable of completing sine, random, and impact environmental tests.
• Low sensitivity to voltage fluctuation — ≤±10% is acceptable.
• Low sensitivity to grounding resistance — ≤4Ω is acceptable.
• High reliability, especially suitable for long-time running.

• Rated Force: sine force 10000 N; random force 10000 N; shock force 20000 N
• Frequency Range: 3 Hz to 3000 Hz; fixed frequency, sweep back and forth, sine, random, shock
• Sweep-frequency Mode: linear, logarithmic, sweep back and forth, fixed frequency
• Sweep-frequency Times: 1 to 32767
• Sweep-frequency Time: fixed frequency / single 1–3600 mins; sweep-frequency curves can be displayed
• Max. Acceleration: 1000 m/s² (non-load)
• Max. Speed: 1.8 m/s
• Max. Displacement: 51 mm p-p (non-load), double peak
• Impact Displacement: 51 mm
• Weight of Moving Coil: 14 kg
• Vibration Wave: sine, random, shock
• Diameter of the Moving Coil: Φ240 mm
• Vibration System Dimension: W1060 × H750 × D845 mm
• Vibration System Weight: 960 kg
• 600 mm × 600 mm vertical expander and 600 mm × 600 mm horizontal slip table

The vibration controller is the latest design by our company, adopting an international advanced distributed system architecture. Its core is the latest TMS320 series 32-bit floating-point high-speed processor from TI. Test reports are automatically generated in Word format. During or after testing, the report can be edited and then generated automatically or manually.

1. Well-designed dynamic circle skeleton with a higher stage axial resonance frequency.
2. Two-magnetic circuit design with low magnetic flux leakage, compact and rational structure.
3. Rocker rod roller bearings, straight and import-oriented composite body stiffness orientation, with eccentric load capacity.
4. Trunnion isolation foundation dedicated to vibration isolation, with convenient mobile installation.
5. Advanced technology throughout the system ensures high reliability of the dynamic circle.
6. New duct design enhances the cooling effect.
7. Static stiffness and dynamic stiffness of the bearing reduce ballooning, raising the vibration table bearing capacity and improving low-frequency performance.