Servo-Hydraulic Actuators offer an integrated, high-performance solution for your static and dynamic force generation needs. Designed for long-term reliable operation, these fatigue-rated actuators deliver outstanding strength, durability, and precision in demanding applications such as vehicle dynamics, structural fatigue, and component testing worldwide.
Key Features:
• Selectable load capacities from 1 kN to 2500 kN (Special designs up to 3000 kN available)
• Highest precision and controllability of load applications
• Exceptional durability with minimal maintenance requirements
• Advanced operational safety and overload protection
• Custom design options to meet specific testing needs
• Proudly designed and manufactured in Turkey
Complete Test System Includes:
• Double-ended fatigue-rated servo-hydraulic actuator
• Hydraulic power unit with high-response servo valve and integrated heat exchanger
• Closed-loop electronic control unit (10,000 samples/sec acquisition speed)
• Fatigue-rated load cell (Class 1 accuracy, EN 7500-1 compliant)
• High-precision displacement sensor with 1-micron resolution
• Handheld RMCi Series Remote Control for easy actuator movement during setup
• Advanced Universal Testing Software for flexible and intuitive test management
Measurement and Control:
• Load Control: 20-bit resolution, self-recognition EEprom plug
• Displacement Control: High-speed non-contact sensor integrated inside the actuator
• Real-time synchronization with advanced PID algorithms
• Multi-channel sensor management (load cells, extensometers, LVDTs, etc.)
Software Highlights:
• User-friendly interface with simple setup, testing, and reporting
• Supports multiple test types: tensile, compression, bending, shear, and custom sequences
• Real-time graph analysis and customizable reporting
• Multi-language support for global usability
• Easy export of results to Excel or PDF
Discover the reliability, precision, and flexibility you need for your structural testing applications with our Servo-Hydraulic Actuator Systems
