The A10VG 18MD1/10L-NSC16F015S hydraulic pump is a variable axial piston pump, meaning it can vary the displacement of fluid to meet the requirements of different hydraulic systems.
It has a displacement of 18 cm3/rev, which refers to the amount of fluid the pump can displace in one revolution. This displacement value determines the flow rate of the pump and plays a crucial role in determining the overall performance.
The pump operates with a maximum continuous pressure of 280 bar, making it suitable for high-pressure hydraulic systems. It can handle substantial loads and provide consistent performance even under demanding conditions. The maximum intermittent pressure of the pump is 350 bar, allowing it to withstand short-term spikes in pressure without compromising its functionality.
The A10VG 18MD1/10L-NSC16F015S hydraulic pump features a nominal speed of 1800 rpm, indicating the rotational speed at which the pump is designed to operate optimally. This speed rating ensures efficient and reliable performance, delivering the required flow rate and pressure for various applications.
With its compact design and lightweight construction, the A10VG 18MD1/10L-NSC16F015S hydraulic pump offers ease of installation and integration into hydraulic systems. Its compact size also contributes to space-saving benefits, making it suitable for applications where space is limited.
The pump incorporates advanced hydraulic technologies to enhance its efficiency and performance.
It utilizes a swashplate design that allows for variable displacement control, enabling precise adjustment of fluid flow to meet specific system requirements. This feature provides flexibility and energy savings by delivering the necessary flow only when needed, reducing energy consumption.
The A10VG 18MD1/10L-NSC16F015S hydraulic pump is engineered with high-quality materials and components to ensure durability and longevity. It is built to withstand challenging working conditions, including temperature variations, high pressures, and contaminants commonly found in hydraulic systems. The pump's robust construction minimizes the risk of downtime and maintenance, contributing to increased productivity and reduced operational costs.