Hydraulic Variable Vane Pump VCM-SFII-12C-10 for Low Pressure Oil Injection Machines

The hydraulic pump model VCM-SFII-12C-10, from the esteemed brand CHUNYE, is specifically engineered for low-pressure hydraulic applications, making it an ideal choice for oil injection machines. This variable vane pump showcases a simple structure that ensures ease of maintenance, which is a significant advantage for users who prioritize reliability and efficiency.

One of the standout features of the VCM-SFII-12C-10 is its high efficiency. This vane pump boasts impressive volumetric efficiency, coupled with minimal internal leakage. Consequently, it effectively converts mechanical energy into hydraulic energy, making it a powerful asset in various hydraulic systems.

Noise levels can often be a concern in hydraulic applications, but the VCM-SFII-12C-10 addresses this issue head-on. The pump operates at low noise levels due to its stable fluid flow and reduced pressure pulsation during operation. This characteristic not only enhances user comfort but also contributes to a quieter working environment.

Moreover, the VCM-SFII-12C-10 ensures even flow with low pulsation. The design of the vanes allows for smooth fluid movement, which results in a consistent output pressure with minimal fluctuations. This feature is crucial for applications requiring stable performance.

Adaptability is another strong point of this vane pump. It exhibits strong adaptability to changes in the viscosity of the working medium. This means that the VCM-SFII-12C-10 can efficiently handle liquids of varying viscosities within a specified range, making it versatile for different operational needs.

In conclusion, the VCM-SFII-12C-10 hydraulic variable vane pump stands out as a remarkable solution for low-pressure hydraulic systems, particularly in oil injection applications. Its efficient design, low noise operation, strong adaptability, and ability to provide a stable flow make it an excellent choice for anyone looking to enhance their hydraulic operations.