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Model Overview.
The Servo Hydraulic Dynamic Testing System is a high-performance mechanical testing platform designed for precise static and dynamic loading of materials and structural components. It provides reliable characterization of material behavior under cyclic, fatigue, and deformation conditions, supporting advanced research and engineering applications.
Model Details.
- Load Capacity: ±30 kN (Static), ±30 kN (Dynamic)
- Frequency Range: Up to 70 Hz
- Load Cell: Low-profile/Pancake type, ±30 kN capacit
- Actuator Type: Double-acting high-precision labyrinth bearing or tie-rod actuator
- Stroke Length: ±25 mm
- In-built Displacement Transducer: 50 mm
- Adjustable Crosshead: Motorized
- Crosshead Clamping: Hydraulic
- Vertical Test Space: 800 mm
- Space Between Columns: 450 mm
- Dimensions (H × W × D): 1800 × 660 × 560 mm
- Weight: Approximately 285 kg
The Servo Hydraulic Dynamic Testing System is widely used for performance evaluation of bituminous mixtures, stabilized soils, aggregates, concrete, composites, and other engineering materials. It supports ASTM, AASHTO, and EN standard-based testing for pavement engineering, infrastructure development, materials research, quality assurance, and durability assessment.
The system enables controlled tensile, compressive, flexural, fatigue, creep, and cyclic loading tests with customizable loading waveforms. It accurately evaluates mechanical properties such as stiffness, dynamic modulus, resilient modulus, permanent deformation, fracture behavior, and fatigue life under simulated service conditions.
