At the core of the A4VG180EP4DT1/32R-NZD02N001EH-S is its axial piston design, which enables it to deliver variable displacement.
This means that it can adjust its output flow rate according to the system's demand, allowing for precise control over hydraulic power. The pump has a displacement of 180 cc per revolution, providing a wide range of flow rates to suit different application requirements.
One notable feature of the A4VG180EP4DT1/32R-NZD02N001EH-S is its high pressure capability. It is designed to handle pressures up to 350 bar (5000 psi), making it suitable for heavy-duty hydraulic systems that require substantial force. This pump's ability to operate at high pressures ensures efficient power transmission and enables it to handle demanding tasks.
In terms of efficiency, the A4VG180EP4DT1/32R-NZD02N001EH-S incorporates various technologies to optimize energy consumption. It features a swashplate design, which allows for smooth and precise control of the displacement angle. This design helps to minimize energy losses and maximize overall system efficiency.
To ensure durability and longevity, the A4VG180EP4DT1/32R-NZD02N001EH-S is built with high-quality materials and components.
It includes hardened and wear-resistant piston shoes, which are crucial for maintaining reliable performance over extended periods. Additionally, the pump incorporates advanced sealing technology to prevent internal leaks and enhance overall reliability.
The A4VG180EP4DT1/32R-NZD02N001EH-S offers flexible installation options to accommodate various system configurations. It can be mounted horizontally or vertically, allowing for easy integration into different equipment designs. Moreover, this pump provides multiple control options, including pressure and flow control, to meet diverse operational needs.
In terms of noise reduction, the A4VG180EP4DT1/32R-NZD02N001EH-S incorporates features to minimize operating noise levels. It utilizes optimized internal flow paths and damping elements to reduce noise emissions, providing a quieter working environment.
This pump also offers excellent control responsiveness and accuracy. It features a highly responsive control system that allows for precise adjustments to match changing operational conditions. The pump's control system ensures smooth and efficient operation, contributing to overall system performance.