The 150T-61-F model is designed for applications where a compact and lightweight pump is required.
It offers a maximum flow rate of 61 liters per minute (L/min) and operates at a maximum pressure of 10 bar. The pump's compact size makes it suitable for installations with limited space, and its lightweight design ensures ease of handling and installation. It is an excellent choice for small to medium-sized hydraulic systems that require reliable oil transfer.
Moving on to the 150T-75-F model, it provides a higher flow rate of 75 L/min, making it suitable for applications where a greater volume of fluid needs to be transferred. It operates at a maximum pressure of 12 bar, allowing it to handle more demanding hydraulic systems. Despite the increased capacity, it retains a relatively compact design, ensuring versatility and easy integration into various industrial setups.
The 150T-94-F model offers further improvements in performance, with a maximum flow rate of 94 L/min. This higher capacity makes it ideal for applications that demand a substantial volume of fluid transfer, such as larger hydraulic systems or machinery. It can withstand a maximum pressure of 14 bar, providing reliable and efficient oil transfer even under demanding conditions. The 150T-94-F model offers an excellent balance between performance and compactness.
Lastly, the 150T-116-F model represents the highest capacity option among the mentioned models.
It provides an impressive maximum flow rate of 116 L/min, making it suitable for heavy-duty applications that require the transfer of significant fluid volumes. With a maximum pressure rating of 16 bar, it is capable of handling the demands of large-scale hydraulic systems and machinery. The 150T-116-F model ensures reliable and efficient oil transfer even under extreme operating conditions.
All of these hydraulic rotary vane oil pumps share several common features. They are designed with high-quality materials to ensure durability and long-lasting performance. The vane assemblies are precision-engineered to minimize internal leakage and optimize fluid transfer efficiency. The pumps operate at low noise levels, reducing overall acoustic impact in industrial settings. Additionally, they are designed for easy maintenance, with accessible components that can be serviced or replaced without extensive downtime.
