控制系统

BOSCH REXROTH AA4VG71EP4D1/32R-NSF 52F01/DP-S

Keep this to 3500 characters " Rexroth D-89275 Elchingen
CNR: 100078201
TYPE: AA4VG71EP4D1/32R-NSF 52F01/DP-S AA4VG71EP4D1/32R-NSF 52F01/DP-S
MNR: R902274239
SN: 93998717
FD: 22W51
n=2000min
Made in Germany
Iijdpfx Asv Dvduof Aeh
156KW
Bulk Offer: 4 pieces for €20,000 (€5,000 per piece)

The Bosch Rexroth AA4VG71EP4D1/32R-NSF52F011DP-S is a high-pressure axial piston pump designed for closed-circuit applications. This particular model features an integrated booster pump that serves two purposes: the supply of booster and control oil, ensuring smooth and reliable performance. The swashplate design allows for a smooth change in flow direction as it moves through the neutral position, which is essential for precise control in various applications. This pump is equipped with high-pressure valves with a booster function, which improves its safety and efficiency. In addition, it has an adjustable pressure cut-off as standard, which offers customization to specific system requirements. The inclusion of a booster pressure relief valve further increases its operational safety. Bosch Rexroth has designed this model to be versatile, and it has a through-flow function that allows additional pumps to be installed even in the same nominal size. This expands its applicability to various hydraulic systems without additional space. The AA4VG71EP4D1/32R-NSF 52F01/DP-S pump is tailored for the US market with its SAE version and complies with strict standards for high-performance hydraulic systems. Its features include handling a nominal pressure of up to a bar and maintaining a maximum pressure of up to a bar, making it suitable for heavy-duty use. The robust design and advanced control options of this axial piston pump make it ideal for a variety of demanding applications where efficient power transmission and precise hydraulic fluid control are required. This Bosch Rexroth pump stands out as a reliable component of advanced hydraulic systems with its high-quality design and ability to operate under high-pressure conditions.