SHAKETABLE 20 TON (UNIAXIAL OR BIAXIAL)

Large Scale Shaketables - Testing

A high-precision, maintenance-free shake table designed for structural, geotechnical, mechanical, and aerospace testing. Available in uniaxial or biaxial configurations, it features a 2m x 1.5m table, 2-ton payload capacity (@ ±1g), and ±200mm stroke. The servo-electro-mechanical system ensures low power consumption, three-phase power operation, and precise closed-loop PID control. Fully operable via PC software, it supports earthquake simulation, custom waveforms, and remote IP-based control, providing a turnkey solution for advanced research and testing.

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Description

Description

Precision Motion Control for Structural, Geotechnical, Mechanical, and Aerospace Applications

Engineered for high-performance dynamic testing, this hydraulic shake table delivers exceptional motion precision through a closed-loop PID control system. Designed to handle heavy payloads and high-velocity movements, it features a robust hydraulic power unit with advanced cooling and precise load control, making it the ideal solution for large-scale research and simulation.

Versatile Testing Capabilities

Available in uniaxial and biaxial configurations, this system enables:
Earthquake Simulation – Replay real recorded seismic events
Custom Waveform Generation – Sine, triangle, and user-defined acceleration/displacement profiles
Dynamic Load Testing – High-precision force and displacement control for various applications

Key Features & Specifications

Configurable Axes – Uniaxial or Biaxial for diverse testing needs
Table Size: 3m x 3m – Accommodates large-scale models
Payload Capacity: 20 Tons (@ ±1g) – Supports heavy test specimens
Stroke: ±200mm – Enables extensive movement range
Hydraulic Power Unit: 280 Bar, 2,000L Tank – Ensures reliable performance
Servo Hydraulic Actuator: Double-acting with ±320kN & ±260kN dynamic load capacities
Advanced Control Software: Fully PC-integrated for seamless operation
Turnkey Solution: Includes control unit, software, and plug-and-play setup
Power Requirement: Three-phase (180 kW, 380/400 V AC) – Ensures efficient and stable operation
No Strong-Floor Required: Fixed to the ground for simplified installation
Real-Time Monitoring & Data Acquisition: Integrated force feedback and displacement sensors

Applications Across Multiple Industries

Ideal for civil, mechanical, and aerospace engineering research, this shake table facilitates:
Structural Mechanics & Earthquake Simulation
Soil-Structure Interaction & Geotechnical Studies
Aerospace Component Vibration Testing
Mechanical System Validation
Shake Table Experiments for Research & Development