The K3VG63 is frequently seen in hydraulic systems of buildings machinery, agricultural equipment and industrial applications as a variable displacement axial piston pump. It transmits power through fluids to such devices as hydraulic motors or cylinders.

This unit has 350 bar (5000 psi) pressure rating at maximal and 63 cc/rev. displacement. It works with speeds up to 2500 rpm while having its output flow reaching 158 L/min (42 gpm). Weight of this hydraulic pump is estimated about 40 kg (88 lbs).

We recommend mineral oil based hydraulic fluids which meet ISO cleanliness code 18/16/13 and have ISO VG 46 or VG 68 viscosity grade. Don’t forget that it’s always better to consult equipment manufacturer’s recommendations on selecting correct fluids.

SAE J744 four-bolt mounting flange with three quarters inch diameter mounting holes makes it easy for integration into hydraulic systems.

Displacement control of these units can be achieved by changing swashplate angle via mechanical servo system utilized by K3VG63 . As the piston stroke changes so does tilt on swashplates thus altering volume per revolution pumped from zero to full displacement.

The recommended operating temperature range for this model falls between -20°C to +80°C (-4°F to +176°F). However, across different temperatures, there must be acceptable limits within which hydraulic fluid viscosity remains maintained.

Yes, the Kawasaki K3VG63 Hydraulic Pumps are custom-made on a considerable percentage by original manufacturers to specific machine needs. Some of the most common are:

• Mount Configuration: Modifications necessary to fit into your equipment's mount configuration.
• Flow and Pressure Settings: Allows the user to adjust flow rate requirements and pressure specifications.
• Control Options: The custom options will provide better-enacted variations of your system.
• Auxiliary Equipment: The addition of auxiliary equipment, e.g., sensors and control valves.

To determine your machine's pump size:

• Check Machinery Specifications: Look at the machinery specifications to establish its hydraulic needs.
• Calculate Flow Rate: Calculate the required flow rate of the given application.
• Determine Pressure Requirements: It will help to determine maximum allowable and working pressure requirements.
• Consult with Experts: Consult with experienced experts in the field of hydraulic systems, or else confer with the manufacturer of the pump.

Ensuring the quality of a Kawasaki K3VG63 hydraulic pump involves:

• Purchase from Authorized Dealers: Make a purchase from a dealer who is neither suspicious nor questionable.
• Check Certifications: Check for quality assurances such as ISO certifications.
• Physically Examine Status: Check the pump for indicating signs of wear or damage.
• Serial Number Verification: Contact Kawasaki to confirm that the pump's serial number indicates that it is authentic.
• Testimonials and Reviews: Read through customer testimonials from those who have already bought the product to hint at its performance and trustworthiness.