In terms of conveying performance:
High self-priming ability: The cam rotor pump can quickly establish a vacuum when starting, and it has a strong self-priming ability. It can rapidly suck liquids from low places or distant locations. It is especially suitable for working conditions that require frequent start and stop and the conveying of liquids at a low level, such as extracting garlic butter from underground storage tanks.
Stable flow rate: The two cam rotors driven by synchronous gears mesh and rotate with each other to form a relatively stable cavity for conveying the medium. This makes the flow rate uniform and stable, with small pulsation. It can provide a stable material supply for subsequent production processes, which is conducive to ensuring the consistency of product quality. For example, during the filling process of garlic butter, it can accurately control the amount filled each time.
Capable of conveying high-viscosity media: Due to its unique rotor structure and working principle, it can easily convey high-viscosity and high-concentration media, such as garlic butter, honey, jam, etc. Even in the case of high viscosity, it can maintain good conveying efficiency and stability, and there will be no problems such as blockage or difficult conveying due to the high viscosity of the medium.
Bidirectional conveying: By simply changing the rotation direction of the motor, bidirectional conveying of the medium can be achieved. It is very practical in some process flows that require flexible control of the material flow direction. For example, in the production of garlic butter, according to different production steps and requirements, the butter can be conveniently conveyed from one container to another, or back and forth between different production equipment.
In terms of operation and maintenance:
Low shear force: During the conveying process, the shear force on the medium is low, which can maximally protect the original characteristics and quality of the medium. For some materials that are sensitive to shear, such as food raw materials like garlic butter containing particles, fibers or requiring the maintenance of an intact structure, the internal structure will not be damaged or the taste and texture will not be affected due to shear.
Good sealing performance: Advanced sealing technologies and structures, such as mechanical seals and O-ring seals, are adopted, which can effectively prevent the leakage of the medium. It ensures that there will be no environmental pollution during the conveying process, and also avoids the waste of materials. At the same time, it improves the operation safety and reliability of the pump.
Easy maintenance: The structure is relatively simple, and the main components such as the rotor, pump casing, and bearings are easy to disassemble and install, which is convenient for daily inspection, maintenance, and upkeep. Moreover, due to its working principle and structural characteristics, there are relatively few vulnerable parts, which reduces the maintenance cost and repair difficulty, shortens the equipment downtime, and improves the production efficiency.
Long service life: High-quality materials and precise manufacturing processes endow the cam rotor pump with high wear resistance and corrosion resistance. It can operate stably for a long time under different working environments and medium conditions, extending the service life of the equipment and reducing the equipment renewal cost.
In terms of power and energy conservation:
Strong power adaptability: It can be used in conjunction with a variety of power sources, such as electric motors, diesel engines, pneumatic motors, etc. It can be flexibly configured according to different working situations and power requirements to meet the conveying requirements under various complex working conditions.
Energy-saving and efficient: During the operation process, it can achieve a high flow rate and pressure output at a relatively low rotational speed. Compared with other types of pumps, it has a higher efficiency, which can effectively reduce energy consumption and save operation costs.
