Horizontal and Vertical Vibration Test System for Sine Burst Testing (Aerospace & Military Grade)

Product Description:

Our Horizontal and Vertical Vibration Test System is a high-precision solution specifically designed to execute rigorous Sine Burst Vibration Tests and other transient mechanical shock simulations. This dual-axis system provides the flexibility and power required to test critical components used in aerospace, military, and high-performance automotive sectors, ensuring products withstand rapid, high-amplitude stress events.

Key Features:

• Dual-Axis Capability (Horizontal & Vertical):

  • Includes both a dedicated vertical shaker and an integrated horizontal slip table assembly.

  • Allows for quick and seamless transition between axes to perform comprehensive multi-directional testing.

• Optimized for Sine Burst Testing:

  • High Force Rating: Engineered to deliver the intense acceleration and short duration required for accurate Sine Burst waveforms.

  • Rapid Response Control: Advanced digital controllers ensure precise timing, amplitude control, and zero-crossing accuracy during the burst event.

• High-Performance Electrodynamic Shaker:

  • Capable of generating a wide spectrum of waveforms, including Sine, Random, Shock, and transient pulses (like sine burst).

  • Wide Frequency Range and high peak G-levels to meet demanding military and aviation specifications (e.g., portions of MIL-STD-810).

• Robust Slip Table Assembly:

  • High-stiffness, low-cross-coupling design for smooth, chatter-free horizontal motion.

  • Features robust guidance bearings (e.g., hydrostatic or linear roller) for high vertical load support on the slip table.

• Advanced Control & Data Acquisition:

  • Dedicated Sine Burst Software Module: Simplifies the programming of specific cycles, frequency content, and dwell times.

  • High-speed data logging capability to accurately capture and analyze the transient response of the DUT (Device Under Test).

• Safety and Reliability:

  • Built-in system protection circuits for the shaker and amplifier to safeguard equipment during high-energy burst tests.

  • Rugged construction for continuous high-force operation.

Applications:

• Aerospace Components: Testing flight control systems, avionics, and sensitive sensors for launch and maneuver shocks.

• Military Hardware: Qualification of tactical equipment, communications gear, and missile components against battlefield and transportation shocks.

• High-Performance Automotive: Testing safety-critical sensors and electronic modules subjected to severe road hazards.

• General Shock Simulation: Testing products against sudden, high-intensity mechanical inputs.

Benefits:

• Full Compliance: Enables testing to strict standards requiring multi-axis transient simulation.

• Accurate Replication: Precisely replicates high-G, short-duration shock environments.

• Reduced Time: Dual-axis capability minimizes setup time compared to rotating the DUT.

• Failure Analysis: Provides detailed data for understanding failure mechanisms under shock loading.

Specifications