Functional Characteristics:

• High Dynamic Performance: The nozzle-flapper pilot stage and mechanical feedback mechanism enable rapid, accurate control of hydraulic parameters (position, velocity, acceleration, force).
• Low Hysteresis and High Resolution: Minimizes deadband and ensures precise tracking of input signals.
• Rugged Design: Built to withstand harsh industrial environments, reducing maintenance needs.
• Compact Form Factor: Optimized for installations with spatial constraints.
• Safety Compliance: Available in intrinsically safe variants (e.g., G761K) for hazardous environments.

Applications:

• Material Testing Machines: Precision control of load and displacement during tensile, compression, or fatigue tests.
• Seismic Simulation Systems: Accurate replication of ground motion profiles for structural testing.
• Metallurgical Equipment: Flow and pressure regulation in aluminum cold rolling mills and other metal forming processes.
• Power Generation: Control of hydraulic actuators in hydroelectric turbines and steam valve systems.
• Industrial Automation: Integration into hydraulic systems for robotics, CNC machinery, and injection molding.

Key Advantages:

• Reliability: Proven performance in demanding industrial settings.
• Flexibility: Configurable signal ranges and mounting options adapt to diverse systems.
• Efficiency: Reduces energy consumption through precise flow control.
• Global Support: Backed by Moog’s network of technical experts and service centers.