The A10VG 63HD1M1/10RNSC10F025S hydraulic pump belongs to the A10VG series, which is manufactured by a reputable hydraulic equipment company.
This series is known for its efficiency, durability, and versatility, making it suitable for a wide range of industrial and mobile machinery.
The "A10VG" designation indicates the series and the pump size. In this case, it refers to the A10VG series with a pump size of 63. The "HD1M1/10RNSC10F025S" part of the designation specifies the specific configuration and options available for this pump.
The pump has a displacement of 63 cm³/rev, indicating the volume of fluid it can deliver per revolution. This displacement value determines the flow rate and power output of the pump, making it suitable for applications requiring moderate hydraulic power.
The pump is designed with a nominal pressure of 280 bar, indicating the maximum operating pressure the pump can handle. This high-pressure rating allows it to deliver robust performance in demanding hydraulic systems.
The "10" in the designation represents the control type of the pump. In this case, it signifies the pump has a proportional control design, enabling precise control of the fluid flow. This feature is especially beneficial in applications where accurate speed and position control are required.
The "RNSC10F025S" part of the designation describes the pump's specific features and options.
While the exact details of these features may vary, it typically includes characteristics such as rotation direction, mounting flange, and shaft design. These features ensure compatibility and ease of integration with different machinery configurations.
The A10VG 63HD1M1/10RNSC10F025S hydraulic pump incorporates advanced technologies to enhance its performance. It employs a swashplate design, where the angle of the swashplate determines the pump's displacement and output flow. This design allows for efficient power transmission and precise control of the fluid flow.
The pump features high-quality materials and precise manufacturing processes, ensuring its durability and long service life. It is designed to withstand demanding operating conditions, such as high temperatures, pressure spikes, and contaminants in the hydraulic fluid. This robust construction minimizes downtime and maintenance costs.