Type and Design: The AP A10VO74 is likely a variable displacement axial piston pump.
It may feature a swashplate design, where the angle of the swashplate determines the pump's displacement.
Displacement and Flow: The specific displacement value (in cubic centimeters or liters per revolution) determines the pump's flow rate. The AP A10VO74 might have a displacement of 74 cc per revolution, indicating the volume of fluid it can deliver per rotation.
Pressure Rating: Hydraulic pumps have a maximum pressure rating, which indicates the pressure at which they can operate safely. The AP A10VO74 could have a specific pressure rating suitable for the intended application.
Mounting and Connections: Hydraulic pumps typically have specific mounting options, such as flange or foot mounting, to secure them in place. They also feature inlet and outlet ports for fluid connections.
Control Options: Some hydraulic pumps offer control options, such as built-in control valves or provisions for external control devices.
These options allow for flow regulation or pressure adjustment based on system requirements.
Efficiency and Performance: Hydraulic pumps often have specifications related to efficiency, volumetric or overall, which indicates their ability to convert mechanical power into hydraulic power with minimal losses. Performance specifications may include factors like speed range, response time, and overall reliability.
Compatibility and Standards: Hydraulic pumps can be designed to meet specific industry standards or compatibility requirements. They may adhere to standards such as ISO, DIN, or SAE for dimensional, performance, and quality aspects.