The AP2D12LV1RS7-966-2 pump is known for its efficient operation and precise control.
It utilizes a piston design to generate hydraulic pressure. The pistons are driven by a rotating cam mechanism, which allows for smooth and consistent flow of hydraulic fluid. This design ensures high efficiency and minimal energy loss, making it an ideal choice for applications where energy efficiency is important.
The pump has a displacement of 12 cc/rev, indicating the volume of fluid it can deliver per revolution. This specification is important in determining the pump's flow rate and its suitability for a particular application. With a displacement of 12 cc/rev, this pump is capable of delivering a substantial volume of hydraulic fluid, making it suitable for applications that require high flow rates.
The AP2D12LV1RS7-966-2 pump is designed to operate at a maximum pressure of 200 bar.
This high-pressure capability makes it suitable for applications that require substantial hydraulic force, such as lifting heavy loads or operating hydraulic cylinders. The pump's robust construction and durable materials ensure its ability to withstand the high-pressure conditions.
Furthermore, this hydraulic piston pump offers excellent controllability. It is equipped with a proportional control valve that allows for precise adjustment of the pump's output flow. This feature is particularly useful in applications that require accurate speed and force control, such as in industrial machinery or material handling equipment. The proportional control valve enables smooth and precise operation, contributing to overall system efficiency and performance.
In terms of installation and maintenance, the AP2D12LV1RS7-966-2 pump is designed for easy integration into hydraulic systems. It has standard SAE mounting flanges, which simplifies the installation process and ensures compatibility with various hydraulic systems. The pump also features a cartridge-type design, allowing for easy replacement and servicing of internal components. This design reduces downtime during maintenance and improves overall system reliability.
