AP2D18:
The AP2D18 is a compact hydraulic pump designed for efficient and reliable performance.
It offers a maximum displacement of 18 cc/rev and is capable of delivering a maximum pressure of 210 bar. This pump operates at a continuous speed range of 600 to 2700 rpm, providing flexibility in different applications. It features a pressure-balanced design that ensures smooth and stable operation, minimizing vibration and noise. The AP2D18 pump is known for its durability, thanks to its high-quality construction materials and precise engineering.
AP2D25:
The AP2D25 is a versatile hydraulic pump suitable for a wide range of applications. It has a displacement of 25 cc/rev and can generate a maximum pressure of 250 bar. This pump operates within a continuous speed range of 600 to 2500 rpm, allowing it to adapt to various system requirements. The AP2D25 pump is designed for efficiency, with optimized internal components that minimize energy loss and improve overall performance. It offers excellent control and response characteristics, making it ideal for demanding hydraulic systems.
AP2D28:
The AP2D28 is a high-performance hydraulic pump designed to meet the needs of demanding applications.
It has a displacement of 28 cc/rev and can generate a maximum pressure of 250 bar. This pump operates within a continuous speed range of 600 to 2700 rpm, providing versatility in different operating conditions. The AP2D28 pump features advanced technologies such as pressure compensation and load sensing, ensuring precise and efficient hydraulic power delivery. It offers excellent reliability, thanks to its robust construction and quality manufacturing.
AP2D36:
The AP2D36 is a powerful hydraulic pump suitable for heavy-duty applications. It has a displacement of 36 cc/rev and can generate a maximum pressure of 280 bar. This pump operates at a continuous speed range of 600 to 2500 rpm, offering reliable performance in challenging environments. The AP2D36 pump is designed for high efficiency, with advanced features like a swash plate design and integrated pressure compensation. It provides excellent response and control, making it ideal for applications that require precise hydraulic power.
