The A4VSO180 LR2LR2D pump is designed to provide precise control over fluid flow and pressure.
It features a variable displacement design, allowing the pump output to be adjusted according to the system requirements. This feature enables the pump to deliver the required flow and pressure levels accurately, resulting in optimal system performance. The variable displacement capability also helps in energy savings by reducing unnecessary pump output when the demand is lower.
With a displacement of 180 cm³ per revolution, the A4VSO180 LR2LR2D pump can handle a wide range of hydraulic power requirements. It is capable of delivering pressures up to 400 bar (5800 psi), making it suitable for high-pressure hydraulic systems. The pump is designed to operate with hydraulic fluids such as mineral oils, synthetic fluids, and biodegradable fluids, ensuring compatibility with various applications and environmental considerations.
The LR2LR2D configuration of the A4VSO180 pump refers to its specific design features.
This configuration includes a through-drive design, allowing multiple pumps to be mounted in tandem or in combination with other hydraulic components. The through-drive capability enables the creation of complex hydraulic systems while maintaining a compact and space-saving design. It also offers flexibility in system design, as additional pumps or components can be easily added or removed as per the application requirements.
The A4VSO180 LR2LR2D pump incorporates advanced hydraulic technology to ensure reliable and efficient operation. It features a swashplate design with axial piston arrangement, providing smooth and consistent fluid flow. The pump is equipped with robust bearings and seals, enabling it to withstand high pressures and harsh operating conditions. The swashplate design also allows for precise control of pump displacement and flow, ensuring accurate response to system demands.
Furthermore, the A4VSO180 LR2LR2D pump includes various protective features to enhance its longevity and reliability. It has integrated pressure relief valves and a full flow case drain, which prevent excessive pressure buildup and protect the pump from damage. The pump is also designed for easy maintenance, with accessible components and replaceable parts readily available in the market.
