Vibration Integrated Chambers

Some Essential Features of Vibration Integrated Chamber

These chambers are designed for reliability, accuracy, and long-term durability, with several key features:

• Vibration System Integration

  • Integrates with electrodynamics shakers.
  • Supports multi-axis vibration testing (typically 3-axis: X, Y, Z).
  • Adjustable vibration profiles (sine, random, shock).

• Environmental Control

  • Temperature and humidity control for combined environmental testing.
  • Broad operating range: e.g., -70°C to +180°C, 20% to 98% RH.
  • Rapid ramp-up and ramp-down capabilities.

• Structural Design

  • Rigid, reinforced chamber to withstand high vibration forces.
  • Vibration-isolated mounting platforms or fixtures inside the chamber.
  • Compatibility with slip tables or head expanders.

• Data Acquisition & Control

  • Integrated monitoring and control systems for real-time test data.
  • Interface with test software for automated test sequences.
  • Sensors for vibration, temperature, and humidity logging.

• Safety & Compliance

  • Meets industry standards (e.g., MIL-STD-810, IEC 60068).
  • Built-in safety interlocks and alarms.
  • Overheat and over-vibration protection systems.

• Customization Options

  • Modular chamber sizes and configurations.
  • Custom fixture designs for unique test setups.
  • Chambers can be configured to test full assemblies or individual components.

Key Applications of Vibration Integrated Chambers

These chambers are used across various sectors such as:

• Aerospace & Defence
  Application: Testing avionics, missiles, satellites, and structural components.
  Purpose: Simulate launch, flight, and re-entry conditions including extreme vibrations and thermal cycles.
  Standards: MIL-STD-810, RTCA DO-160.

• Automotive Industry
  Application: Testing ECUs, battery packs, infotainment systems, and chassis parts.
  Purpose: Simulate road-induced vibrations, temperature changes, and long-term wear.
  Standards: ISO 16750, SAE J1211.

• Electronics & Consumer Devices
  Application: Mobile phones, laptops, circuit boards, and power supplies.
  Purpose: Ensure resistance to drop, transport, and usage vibrations, often in varying temperatures.

• Rail & Transportation
  Application: Components in trains, buses, or metro systems.
  Purpose: Verify performance under vibration from tracks or roads, plus weather-related stress.

• Renewable Energy (Wind, Solar)
  Application: Inverters, control electronics, battery storage systems.
  Purpose: Ensure long-term reliability under constant environmental and mechanical stress.

• Medical Devices
  Application: Portable diagnostic equipment, implants, or monitoring devices.
  Purpose: Ensure safety and accuracy under transport and field-use conditions.

• Telecommunications
  Application: Antennas, base stations, satellite communication devices.
  Purpose: Verify structural and electronic resilience under mechanical vibration and environmental exposure.
  

Standard Models