Specifications:

For precise technical specifications and details about the Kawasaki K7VG series hydraulic axial piston pumps, I recommend reaching out directly to Kawasaki Precision Machinery or consulting their official product documentation. They can provide you with accurate and up-to-date information about displacement, pressure ratings, control options, mounting configurations, fluid compatibility, dimensions, and other relevant specifications for your specific requirements.

Key Features and Characteristics (Generalized): Axial Piston Design: The K7VG series pumps utilize an axial piston design, where pistons are arranged radially around a central shaft. This design enables the generation of hydraulic fluid movement and pressure as the pistons move in and out of their respective cylinders. Variable Displacement: The K7VG pumps likely offer variable displacement capabilities. This feature allows the flow rate of hydraulic fluid to be adjusted to match the requirements of the hydraulic system, enhancing efficiency and control. High Pressure Capability: The K7VG pumps are engineered to handle high-pressure hydraulic systems, making them suitable for applications that require substantial force or power output. Control Options: The series provides various control mechanisms, including mechanical, hydraulic, and electronic controls. These options allow for precise regulation and efficient management of hydraulic output. Reliability and Durability: Kawasaki is known for producing reliable and durable hydraulic components, and the K7VG series maintains these standards to ensure consistent performance in demanding operational conditions. Fluid Compatibility: The pumps are designed to work with hydraulic fluids that meet specific viscosity and quality standards. Proper fluid selection is important for maintaining pump efficiency and longevity. Application: The K7VG series pumps find application in various industries, including construction equipment, material handling machinery, agricultural machinery, and more. These pumps are commonly used in hydraulic systems that power functions such as lifting, steering, and propulsion.