The A6VM200 pump is designed and manufactured by a reputable hydraulic systems company known for its expertise in hydraulic technology.
It is part of the A6VM series, which is renowned for its superior performance and durability. The "A6VM" designation indicates that it is an axial piston variable displacement pump.
One of the notable features of the A6VM200 pump is its variable displacement capability. It means that the pump can adjust its displacement volume according to the system's requirements, allowing precise control of flow and pressure. This feature is essential for applications where the hydraulic system needs to adapt to varying operating conditions and loads.
The A6VM200 pump has a maximum operating pressure of up to 450 bar (6,527 psi), enabling it to handle demanding hydraulic systems with high-pressure requirements. It delivers a maximum displacement of 200 cm³/rev (12.2 in³/rev), providing substantial flow rates to meet the needs of various industrial applications.
This pump is driven by a hydraulic motor, allowing it to convert mechanical power into hydraulic power efficiently. It can be operated with different types of hydraulic fluids, including mineral oil-based fluids, environmentally friendly fluids, and synthetic fluids, providing flexibility in system design and operation.
The A6VM200 pump is constructed with high-quality materials and undergoes rigorous testing to ensure its durability and reliability. It features robust pistons and cylinder blocks that can withstand high-pressure conditions and prolonged operation. The pump's design incorporates advanced sealing technology to minimize internal leakage and enhance overall efficiency.
To facilitate ease of integration into hydraulic systems, the A6VM200 pump is designed with compact dimensions and various mounting options.
It can be easily connected to other hydraulic components such as valves, actuators, and reservoirs, allowing for efficient system configuration.
The A6VM200 pump also offers excellent control options, including pressure and flow control. This enables precise regulation of hydraulic power, contributing to efficient operation and energy savings. Additionally, the pump can be equipped with various control devices such as proportional valves or electronic control units to enhance system performance and automation.
