SY17D Dual-Wave Shock Tester (Horizontal)
ProductsImpact & Collision Testing Systems

Double Wave Shock
Tester (Horizontal)

Specialized solutions for underwater explosion shock environment simulations. Unmatched generation and control of simultaneous positive and negative waveforms.

Scroll to explore

Purpose-Built for
Marine & Military

The SY17D series is meticulously engineered to assess component and device shock resistance against underwater explosions. By employing a pneumatic push mechanism, it accurately replicates both high-frequency impact peaks and prolonged secondary pulses.

  • Underwater explosion shock environment simulation
  • Underwater equipment design verification and reliability testing

Underwater Explosion Simulation

Expertly designed for military and marine environments to simulate complex underwater explosion shock environments.

Single Impact, Dual Waves

Our pneumatic push device generates both positive and negative waves within a single continuous impact.

Adjustable Waveform Parameters

Easily adjust pulse widths (e.g., positive 5-20ms, negative 20-40ms) with fast response for varied test spectrums.

Closed-loop Control & Safety

Integrated control system with reliable safety interlocks ensures precision testing and operator security.

SY17D-1H Main View

Equipment Gallery

Detailed view of the SY17D-1H Horizontal Dual-Wave Shock testing configuration. Optimized for complex horizontal impact scenarios.

Pneumatic push device based principle
Integrated control of positive and negative wave generation
Adjustable pulse width and peak parameters for different spectrums

Technical Specifications

Detailed parameters for the Horizontal Dual Wave Shock model.

ParameterSY17D-1H
Impact DirectionHorizontal
Max Load6000 kg
Positive Pulse Width5 - 20 ms
Negative Pulse Width20 - 40 ms
Acceleration Range-10 to 160 g
Table Dimensions2000 × 1500 mm
Max Velocity3–5 m/s

Precision Testing for Marine Defense.

Request a Technical Consultant
Cookies & Privacy

We use necessary cookies to operate this site. With your consent, analytics cookies help us improve services. You can change preferences anytime.

PrivacyTerms