WOODWARD 5405-819 Governor electro-hydraulic converter

The WOODWARD 5405-819 Governor electro-hydraulic converter is an electro-hydraulic control component designed for speed control systems. It combines WOODWARD's expertise and experience in the field of speed control and electro-hydraulic conversion to provide users with accurate and stable hydraulic control solutions.

Key features of this electro-hydraulic converter include:

High-precision conversion: Using advanced electro-hydraulic conversion technology, electrical signals can be accurately converted into hydraulic signals to achieve high-precision hydraulic control. It can accurately respond to the needs of the speed control system to ensure that the speed of the equipment is accurately adjusted.

Fast response: With excellent response speed, it can quickly respond to changes in electrical signals and adjust the hydraulic output in real time. This fast response characteristic enables the governor electro-hydraulic converter to quickly adapt to the dynamic requirements of the system and achieve a smooth speed regulation process.

Stable and reliable: The use of high-quality materials and manufacturing processes ensures that the converter can maintain stable performance in a variety of operating environments. It also has a high anti-interference ability and protection level, can resist the impact of external interference and harsh environment, to ensure the stable operation of the system.

Easy integration and maintenance: compact design, easy installation, easy to integrate into the existing speed control system. At the same time, the converter also has a self-diagnostic function, which can identify and resolve potential problems in a timely manner, reducing maintenance costs and downtime.

WOODWARD 5405-819 governor electro-hydraulic converters are widely used in generator sets, Marine propulsion systems, industrial automation production lines and other fields. It can be used with a variety of governors to achieve precise control of the hydraulic actuator and improve the operating efficiency and stability of the equipment.