Shock Absorber Durability Test Bench
Servo-Hydraulic & Road Simulation
Information and quotation request
Just mention the product code in your request. Sharing specimen details and the test specification speeds things up.
About the system
The shock absorber durability bench runs dampers under long-term dynamic load in a multi-station layout. Hydraulic dual-acting versions apply superimposed waveforms; in the motor-driven version the upper and lower ends move independently with lateral force control. The high-speed version reaches 100 Hz and 250 mm stroke.
Technical scope
- Dynamic up to ±80 kN
- Up to 100 Hz; stroke up to 250 mm
- Lateral force control
- 4–6 stations; hydraulic or motor drive
Test functions and capabilities
- Dual-acting (upper/lower end) durability
- Superimposed waveforms
- Lateral force control
- 4–6 stations
- Low noise
Configurations and technical data
| Configuration | Technical values |
|---|---|
| Hydraulic dual-acting | Dynamic ±80 kN; static ±100 kN; 1.04 m/s; stroke 100 mm; 5 stations |
| Motor-driven dual-acting | Dynamic 15 kN; upper end 0–5 Hz ±60 mm; lower end 0–12 Hz ±50 mm; lateral force; 4 stations |
| High-speed | ±60 kN; stroke 250 mm (±125 mm); 0.01–100 Hz; lateral 40 kN; 6 stations |
Values show the range of available configurations. Final technical values are defined by the project specification.
Project scope
- Joint definition of the technical specification
- Configuration and layout proposal
- Installation, commissioning and acceptance tests
- Operator training and after-sales technical support
Other systems in this group
Tire-Coupled Road Simulator (4/6-Post)
Vehicles 2.5–30 t · ±38–200 kN actuators
Spindle-Coupled Road Simulator
6-DOF per spindle · 6–24 channels
Multi-Channel Cab & Component Vibration System
7 channels · ±125 mm
Shock Absorber Test Bench
25–50 kN; up to 4 m/s · Hydraulic or servo-motor linear drive
Servo-Hydraulic Torsional Fatigue Bench
5–50 kNm; heavy-duty up to ±500 kNm · Up to 20 Hz
Flexible Servo-Hydraulic Test Platform
1–9 axes; up to 10 t · Up to 8-channel coordinated loading