Bosch Rexroth A4VSO250DP-VPB13N00 Hydraulic Pump for Industrial Machinery

The A4VSO250DP-VPB13N00 from Bosch Rexroth is a high-capacity variable displacement axial piston pump engineered for demanding industrial hydraulic systems. This heavy-duty pump features a maximum displacement of 250 cm³ and operates at a nominal pressure of 350 bar, with peak pressure capability reaching 400 bar for the most challenging applications. The cast iron construction ensures exceptional durability while maintaining a manageable weight of approximately 60 kg.

Designed for optimal performance, the pump achieves speeds up to 2200 RPM with variable flow rates adjusted according to system requirements. Its pressure control system delivers precise operation, compatible with both mineral and synthetic hydraulic oils (15-160 mm²/s viscosity range) across an extensive temperature range from -25°C to +90°C. The clockwise rotation (R) design incorporates either Viton or NBR seals to accommodate different operational environments.

• Advanced variable displacement technology for precise flow adjustment
• Superior suction characteristics ensuring stable performance
• Low-noise operation suitable for noise-sensitive applications
• Modular construction for seamless system integration
• Rapid response times enabling precise hydraulic control
• Flexible mounting configurations for versatile installation
• Visual swivel angle indicator for convenient operation monitoring

• Construction and engineering machinery (excavators, cranes)
• Metallurgical processing equipment (rolling mills)
• Plastic injection molding systems
• High-pressure material processing
• Hydraulic drive systems for various industrial machinery

This pump ships within 3 business days after payment confirmation (TT terms) and complies with international hydraulic standards. Its combination of high-pressure capability, adjustable flow control, and robust construction makes it an ideal solution for industrial systems requiring reliable hydraulic power with maximum efficiency and minimal downtime. The design emphasizes both performance and longevity, making it particularly valuable for continuous operation in challenging industrial environments.