SERVO-HYDRAULIC ACTUATORS - SWIVEL MOUNT - AC-02-1XXX

ENGINEERED FOR RIGOROUS TESTING ENVIRONMENTS

Our AC-02-1XXX Series of fatigue-rated servo-hydraulic actuators is specifically designed to meet the demands of static and quasi-static testing. These actuators are built to deliver controlled displacements, loads, and velocities, ensuring high precision and reliability in your testing applications.

DESIGNED FOR DYNAMIC PERFORMANCE

The AC-02-1XXX Series actuators incorporate a monolithic piston design and heat-treated, hard-chrome plated piston rods to enhance durability and performance. The actuators are equipped with industry-standard internal metric threading, allowing for easy fixture mounting and demounting. With robust side load tolerance and high bearing capacity, these actuators deliver consistent, high-quality results across various testing scenarios.

Key Features

  • Fatigue-Rated Performance
    Designed to withstand greater than 10-million cycles, ensuring long-term reliability
  • Contamination-Resistant Servo Valves
    Built to maintain optimal performance even in challenging environments.
  • Hydraulic Cushions
    Protect the actuator from high-velocity impacts, extending the lifespan of the equipment for both tension and compression.
  • Multiple Configurations
    Available in single-ended, double-acting, and double-ended, double-acting options to suit diverse testing needs.
  • Integrated Manifold Design
    Simplifies hydraulic connections, reducing setup complexity.
  • Customizable Options
    Including threaded holes for lifting hooks and detachable anti-rotation features.
  • Low Friction and Wear-Resistant Seals
    Enhances durability and ensures smooth operation over extended periods
  • Coaxially Mounted Displacement Transducers
    Integrated for precise measurement and consistent performance across various applications.

Applications

Versatile Solutions for Diverse Testing Scenarios Our swivel mount servo-hydraulic actuators are ideal for

  • Civil Structural Testing
    Ensuring the integrity of infrastructure through rigorous load simulations.
  • Stewart Tables
    Providing accurate motion control for multi-axis testing systems.
  • Airframe Structural Testing
    Simulating real-world conditions to verify the durability and safety of aerospace components
  • Multi-Axis Simulation Test Rigs
    Offering precise control over complex motion profiles for testing.