The A4VSO180DRG 30R-PPB13N00 represents Bosch Rexroth's high-performance axial piston pump technology, designed for demanding industrial hydraulic applications. This variable displacement pump features a robust cast iron construction with a maximum displacement of 180 cm³ (10.98 in³), delivering flow rates up to 324 LPM at its maximum operating speed of 2200 RPM. Engineered for heavy-duty applications, the pump operates at a nominal pressure of 350 bar with a peak pressure capability of 400 bar, making it suitable for the most challenging hydraulic systems. The unit's pressure control system ensures precise operation while maintaining compatibility with both mineral and synthetic hydraulic oils (15-160 mm²/s viscosity range) across a wide temperature spectrum from -25°C to +90°C.
Key technical features include variable displacement control through swashplate angle adjustment, excellent suction characteristics, and low-noise operation for noise-sensitive environments. The pump's modular design facilitates easy system integration while offering flexible mounting options. Additional operational benefits include rapid response times for precise control and a visual swivel angle indicator for convenient monitoring. With Viton or NBR sealing options and weighing approximately 60 kg, this durable pump is built for long service life in continuous operation.
The A4VSO180DRG finds extensive application in heavy industrial sectors including construction machinery (excavators, cranes), metallurgical processing (rolling mills), plastic injection molding systems, and high-pressure material processing equipment. Its combination of high-pressure capability, variable flow control, and reliable performance makes it particularly valuable for systems requiring efficient hydraulic power management under demanding conditions. The pump ships within 3 days after payment confirmation (TT terms) and complies with international hydraulic standards, offering industrial users a solution that enhances system efficiency while minimizing downtime.
