Brief: Let’s dive in — see this solution in action and notice the key moments. This video provides a detailed walkthrough of the PVD-00B-5G3 Hydraulic Pump Distributor Plate, showcasing its role as a core component for internal oil distribution in PVD-00B series hydraulic plunger pumps. You'll learn how its precision-machined oil channels ensure stable hydraulic oil flow and pressure control in medium-sized excavators and construction machinery.
Related Product Features:
High-precision machining ensures a tight fit between oil holes and sealing surfaces for stable internal oil distribution.
Constructed from high-strength alloy steel with surface hardening for enhanced wear and pressure resistance.
Designed to control and distribute high-pressure hydraulic oil within the pump body's internal oil circuit.
Reduces internal leakage and flow pulsation to improve overall system efficiency and reliability.
Seamlessly integrates with PVD-00B series pump bodies for easy replacement during maintenance.
Compatible with pump types such as PVD-00B-14P-5G3 and PVD-00B-15P-5G3.
A crucial component affecting the hydraulic pump's lifespan and performance stability.
Suitable for long-term operation in high-pressure working environments of construction machinery.
FAQs:
What is the function of the PVD-00B-5G3 distributor plate?
It controls and distributes high-pressure hydraulic oil within the pump body's internal oil circuit, achieving oil inlet and outlet circulation for the piston pump to ensure stable flow and pressure output.
Which pump models is the PVD-00B-5G3 distributor plate compatible with?
It is compatible with PVD-00B series hydraulic plunger pumps, including models like PVD-00B-14P-5G3 and PVD-00B-15P-5G3.
What material is used for the PVD-00B-5G3 distributor plate?
It is made from high-strength alloy steel with surface hardening treatment to enhance wear resistance and pressure resistance for long-term high-pressure use.
How does the distributor plate contribute to pump efficiency?
Through high-precision machining and tight sealing, it reduces internal leakage and flow pulsation, improving the overall system's reliability and stable performance.