P A4VSG 125 HD1 /30L-PPB10N009NESO121

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth P A4VSG 125 HD1 /30L-PPB10N009NESO121 (R902483385) is an advanced axial piston variable pump designed for high-pressure industrial applications. It boasts a robust construction that ensures an exceptionally long service life, even under the most demanding conditions. The pump operates with minimal noise, enhancing the working environment and reducing acoustic emissions. Featuring a swashplate design, this pump allows for the smooth change of flow direction as the swashplate moves through the neutral position, ensuring efficient operation and control. The axial and radial load capacity of the drive shaft is substantial, accommodating a variety of operational stresses. Additionally, this model includes a modular system and comes equipped with a visual swivel angle indicator that aids in monitoring and adjusting the pump's parameters for optimal performance. The P A4VSG 125 HD1 /30L-PPB10N009NESO121 is capable of enduring nominal pressure up to bar and can reach a maximum pressure up to bar in closed circuit systems. Its metric version confirms its suitability for global industrial standards and practices. Furthermore, this Bosch Rexroth variable pump has been engineered with short control response times in mind, allowing for quick system reactions to changing demands. It also supports HF operations at reduced specifications, offering versatility across various hydraulic functions. The through-drive feature is particularly noteworthy as it permits the mounting of additional pumps up to the same nominal size, thus expanding its application range without compromising space or efficiency. This makes it an ideal choice for complex hydraulic systems requiring multiple pump configurations within limited spatial arrangements.