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Rexroth - R909604575 A6VM80HD1D / 63W-VZB020B - Axial Piston Hydraulic Pump Description
Rexroth - R909604575 A6VM80HD1D / 63W-VZB020B - Axial Piston Hydraulic Pump
Model: R909604575 A6VM80HD1D/63W-VZB020B
Also Known As: A6VM80
Type: Axial Piston Variable Displacement Motor (Bent-Axis Design, Closed and Open Circuit capable)
Displacement: 80 cm³/rev (approximate)
Maximum Operating Pressure: Up to 400 bar continuous, 450 bar peak
Maximum Speed: Up to 3900–4000 rpm (depending on system and configuration)
Control Type: Variable displacement via hydraulic control for speed and torque adjustment under load
Mounting: Flange mounting (SAE or metric, variant dependent)
Shaft Type: Splined or keyed shaft (variant dependent)
Port Connections: SAE or metric options
Fluid Compatibility: Mineral and synthetic hydraulic oils
Operating Temperature Range: -20°C to +80°C (fluid and system dependent)
Features:
Compact, high power density design for heavy-duty hydraulic drive systems
High volumetric and mechanical efficiency for reduced fuel and energy consumption
Capable of high speeds with stable torque delivery under load
Designed for closed and open circuit systems requiring reliable, efficient speed and torque control
Robust bent-axis construction ensures durability in demanding applications
Applications:
Industrial hydraulic drives
Mobile and construction equipment
Marine and offshore winch and propulsion systems
Mining machinery and conveyors
Injection molding and heavy machine tools
Brand: Bosch Rexroth
This high-performance axial piston pump from Rexroth delivers exceptional reliability and efficiency for demanding hydraulic applications. Engineered for precise flow control and optimal power transmission, it is ideal for use in industrial machinery and heavy-duty hydraulic systems. Designed to withstand rigorous operating conditions, this variable displacement pump ensures long service life and consistent performance. It is an excellent choice for maintaining and upgrading hydraulic equipment, offering superior durability and efficiency.
