Model: A10vso 71 (associated with the specific hydraulic pump for which these spare parts are designed)
Part Number: Dfr131r-Ppa12n00 (used for identification and ordering of the correct replacement parts)
Performance Characteristics
Compatibility: These spare parts are specifically designed to be fully compatible with the Rexroth A10vso 71 Hydraulic Pump. They are engineered to fit precisely and function seamlessly within the pump's mechanical and hydraulic systems, ensuring proper operation and performance restoration.
Pressure Handling: The spare parts are capable of withstanding the same pressure range as the original components of the A10vso 71 pump. The pump is typically rated to operate at a pressure of [P] bar under normal working conditions, and these spare parts are designed to handle this rated pressure without any issues. In addition, they can also tolerate peak pressures of up to [Q] bar during short-duration, high-load situations, similar to the capabilities of the original parts.
Flow Rate Compatibility: At the rated pressure and speed of the A10vso 71 pump, the nominal flow rate of the hydraulic fluid is around [F] liters per minute (L/min). The replacement spare parts are designed to work in harmony with this flow rate, ensuring that the pump's fluid delivery and overall hydraulic performance remain consistent and efficient.
Speed Compatibility: The A10vso 71 pump is designed to run at a rated speed of approximately [R] revolutions per minute (rpm). The spare parts are crafted to operate optimally at this speed, as well as handle any variations in speed that may occur during normal operation or under specific conditions. They can also accommodate the maximum speed of [S] rpm that the pump may reach under certain circumstances, without causing any negative impacts on the pump's functionality.
Efficiency
Volumetric Efficiency: The replacement spare parts are designed to maintain a volumetric efficiency similar to that of the original components of the A10vso 71 pump. Generally, the pump has a volumetric efficiency of about [VE]%. This means that the spare parts will contribute to the effective conversion of mechanical energy into hydraulic energy with minimal fluid leakage, ensuring that the pump continues to operate with good efficiency in terms of fluid pumping.
Overall Efficiency: Considering both volumetric and mechanical losses, the overall efficiency of the pump with the replacement spare parts is expected to be approximately [OE]%. The spare parts are engineered to work together with the other components of the pump to deliver useful hydraulic power output relative to the input mechanical power in a manner similar to the original setup.
