The A10VG 28DA1M3/10R-PSC10F025S hydraulic pump is part of the A10VG series manufactured by a renowned hydraulic equipment company.
This series is known for its exceptional quality, durability, and precision engineering. The pump is designed to provide precise and smooth operation, ensuring optimal performance and productivity.
This hydraulic pump is specifically built for medium to high-pressure applications. It features a displacement of 28 cm³ per revolution, which determines the volume of fluid it can deliver per rotation. The displacement value is an important factor to consider when selecting a hydraulic pump as it affects the system's flow rate and overall performance.
The "DA1M3/10R" designation in the model number refers to the control mechanism and control device used in the pump. This particular model utilizes a hydraulic servo control mechanism, allowing for precise and responsive control of the pump's output. It also features a 10° swashplate angle, which contributes to efficient power transmission and optimized performance.
The pump is designed to handle a maximum pressure of 280 bar (around 4,000 psi), making it suitable for demanding applications that require high-pressure capabilities. It is equipped with a pressure relief valve, which protects the pump and the system from exceeding the maximum pressure limit, ensuring safe and reliable operation.
The "PSC10F025S" specification in the model number refers to the pump's mounting flange and shaft configuration.
This specific configuration allows for easy installation and integration into various hydraulic systems. It ensures compatibility with other components and enables seamless connection and operation.
The A10VG 28DA1M3/10R-PSC10F025S hydraulic pump features a robust construction and high-quality materials, ensuring longevity and reliability even in harsh operating conditions. It incorporates precision-machined components and advanced sealing technology to minimize internal leakage and optimize efficiency.
Furthermore, this hydraulic pump offers excellent controllability, allowing for precise adjustment of the flow rate and pressure output. It enables smooth and accurate control of hydraulic actuators, ensuring precise movements and positioning in various applications.
The pump's design also prioritizes efficiency and energy conservation. It incorporates features such as optimized flow paths, reduced internal friction, and efficient hydraulic sealing, which contribute to overall energy savings and improved system performance.