Basic Information
• Model: Carter CATE374F347D/390F A11VO260 Hydraulic Pump
• Type: Hydraulic Pump
• Brand: Carter (Note: "CATE374F347D/390F" may not be a standard model representation of Carter, but rather a specific configuration or series identifier, which requires further confirmation.)
Performance Parameters
• Displacement: A11VO260 may indicate the displacement or a certain performance level of the pump, with the specific displacement value needing to be referred to in technical documentation.
• Pressure: The working pressure of the hydraulic pump is one of its key performance indicators, typically expressed as the maximum working pressure or rated working pressure.
• Flow Rate: Represents the volume of fluid the pump can output per unit time, related to displacement and working pressure.
• Power: The input power required by the pump and the hydraulic power it can convert.
• Efficiency: Includes volumetric efficiency and mechanical efficiency, indicating the energy conversion efficiency of the pump during operation.
Structural Features
• Pump Body Design: May be made of materials such as cast iron or aluminum alloy, with good strength and corrosion resistance.
• Bearings and Seals: High-quality bearings and seals are used to ensure long-term stable operation of the pump.
• Variable Displacement Mechanism: May have a variable displacement function, allowing adjustment of the pump's displacement to meet different working pressures and flow rate requirements.
Application Scenarios
• Heavy Equipment: Such as excavators, loaders, etc., which typically require high-pressure and large-flow hydraulic pumps to drive hydraulic cylinders and motors.
• Engineering Machinery: In the fields of construction engineering, mining, etc., Carter hydraulic pumps are widely recognized for their reliability and durability.
• Other Applications: May also be used in ships, agricultural machinery, petroleum machinery, and other fields requiring hydraulic transmission.
Notes
• Maintenance: Regularly replace hydraulic oil and filters, and check the pump's sealing performance and bearing wear.
• Troubleshooting: In case of issues such as insufficient pump pressure or reduced flow rate, promptly inspect and resolve the faults.
• Safe Operation: When operating the hydraulic pump, follow safety operating procedures to avoid accidents.