The Series 42 pumps and motors are known for their robust construction, high efficiency, and reliable performance.
They are designed to handle demanding operating conditions and provide excellent power density. The axial piston design ensures smooth and efficient operation, allowing for precise control of fluid flow and pressure.
One of the key features of the Series 42 is its displacement range. The 42R28 has a displacement of 28 cc/rev, the 42R32 has a displacement of 32 cc/rev, and the 42R41 has a displacement of 41 cc/rev. This range of displacements allows for flexibility in selecting the appropriate pump or motor for specific application requirements.
The Series 42 pumps and motors are capable of operating at high pressures. They have a maximum continuous pressure rating of up to 450 bar (6,525 psi), which makes them suitable for demanding hydraulic systems that require high pressure output. The high-pressure capabilities of the Series 42 ensure efficient power transmission and optimal performance.
In terms of speed, the Series 42 pumps and motors can operate at a maximum speed of 3,600 RPM, allowing for rapid response and precise control.
The high-speed capabilities of these units make them suitable for applications where quick and accurate adjustments are necessary.
The Series 42 units are also known for their efficiency. They feature a high overall efficiency, which helps reduce energy consumption and operating costs. This efficiency is achieved through advanced engineering and design, including optimized internal components and low-friction materials.
To ensure reliable operation, the Series 42 pumps and motors are built to withstand harsh operating conditions. They have robust construction and are made from high-quality materials that can endure heavy loads, shock, and vibrations. This durability ensures a long service life and minimal downtime for maintenance.
Additionally, the Series 42 units offer a range of control options. They can be equipped with various control mechanisms such as pressure compensators, load-sensing controls, and electronic control modules. These control options allow for precise adjustment of flow and pressure to match the specific requirements of the application.
