The A10VG 63DA1D3L/10R-NSC10F045SH pump has a displacement of 63 cc per revolution, making it suitable for a wide range of hydraulic systems.
The displacement refers to the volume of fluid delivered by the pump in one complete revolution. This particular model is designed to handle medium-sized applications that require a moderate flow rate.
The pump features a D3 control device, which provides precise control over the hydraulic system. The D3 control device allows for variable displacement, meaning the pump can adjust its output to match the required flow rate. This feature helps optimize energy consumption and reduces unnecessary wear on the system.
The pump is equipped with a 10R-NSC10F045SH pressure control device. This device ensures stable and accurate pressure regulation within the hydraulic system. It helps maintain the desired pressure level, preventing damage to the system components and ensuring smooth operation.
The A10VG 63DA1D3L/10R-NSC10F045SH hydraulic pump is designed for heavy-duty applications and has a maximum pressure rating of 350 bar. This high-pressure capability makes it suitable for demanding industrial processes that require substantial force or pressure.
To ensure durability and longevity, the pump is constructed with high-quality materials and precision engineering.
It features robust bearings and sealing systems that enhance its reliability and reduce maintenance requirements. The pump's design also incorporates efficient cooling features to prevent overheating and optimize performance even under demanding operating conditions.
The A10VG 63DA1D3L/10R-NSC10F045SH hydraulic pump is compatible with various hydraulic fluids, including mineral oils and environmentally friendly options like synthetic and biodegradable fluids. This versatility allows for flexibility in different applications while maintaining optimal performance.
The pump can be integrated into different hydraulic systems, including industrial machinery, mobile equipment, and hydraulic power units. Its compact size and modular design facilitate easy installation and integration into existing systems.