A6VE80HD1/63W-VAL02000B

***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 A6VE80HD1/63W-VAL02000B (R902214526) is a high-pressure motor designed for seamless integration into mechanical gearboxes. This bent-axis motor is engineered to operate efficiently in both open and closed circuits, with a size that accommodates the specific needs of compact applications. Its construction features a recessed mounting flange, which contributes to the space-saving design and facilitates easy installation by sliding directly into the gearbox. The A6VE80HD1/63W-VAL02000B motor boasts a broad control range and is capable of being swiveled to zero, making it highly versatile for various operational requirements. It is approved for very high speeds, ensuring that it can meet the demands of applications requiring rapid motion control. The nominal pressure rating of this motor reaches up to 400 bar, while it can withstand maximum pressures up to 450 bar, indicating its robustness and capability to perform under intense working conditions. For enhanced performance and reliability, this model offers optional features such as an attached flushing and boost pressure valve or an integrated or attached counterbalance valve. These options provide additional control over the hydraulic system's behavior and can contribute to improved system longevity and efficiency. The A6VE80HD1/63W-VAL02000B reflects Bosch Rexroth's commitment to quality and innovation in hydraulic motor technology. Its design ensures that it not only fits within space-constrained environments but also delivers high torque output required for demanding applications. Whether used in mobile or industrial settings, this motor exemplifies precision engineering suitable for a wide array of uses where power density and operational stability are paramount.