The ALA10VSO18DR/31R-VSC12N00-SO981 pump features a variable displacement design, which allows for the adjustment of the pump's output flow rate to match the system's requirements.
This capability makes it highly adaptable to different operating conditions, optimizing energy efficiency and reducing unnecessary power consumption. The pump's displacement can be easily controlled through external control signals, enabling precise regulation of hydraulic power.
With a maximum pressure rating of 310 bar (4500 psi), this pump offers a robust and reliable hydraulic solution. It is capable of delivering a maximum displacement of 18 cm³/rev, providing a wide range of flow rates to accommodate diverse hydraulic system requirements. The pump's displacement range ensures flexibility in applications that require varying power outputs, allowing for efficient operation across different load conditions.
The ALA10VSO18DR/31R-VSC12N00-SO981 pump incorporates a swashplate design, which enables smooth and precise movement of the pistons. This design ensures minimal friction and wear, resulting in enhanced durability and extended service life. The pump is also equipped with a pressure compensator, which maintains a consistent pressure level in the hydraulic system, regardless of load variations. This feature contributes to the overall stability and performance of the system.
To ensure reliable operation in challenging environments, the pump is constructed with high-quality materials and undergoes rigorous quality control processes.
It is designed to withstand harsh operating conditions, including high temperatures, contamination, and heavy loads. This durability makes the pump suitable for demanding applications in industries where reliability is critical.
The ALA10VSO18DR/31R-VSC12N00-SO981 pump is also compatible with a wide range of hydraulic fluids, including mineral oil-based fluids, environmentally friendly biodegradable fluids, and fire-resistant fluids. This versatility allows for easy integration into existing hydraulic systems without the need for major modifications or fluid changes.
Furthermore, the pump incorporates advanced noise reduction features, including optimized internal flow paths and effective damping mechanisms. This design minimizes noise emissions, promoting a quieter working environment and reducing noise pollution.