Working Principle Of Cip Return Pump
CIP Return Pump is a novel pump developed for pipeline boosting and delivery to solve the problem of low pipeline pressure. It adopts advanced mechanical seals and the impeller is directly installed on the motor main shaft, so it has the characteristics of high efficiency and low power consumption.
CIP reflux pump is a novel pump developed for pipeline boosting and delivery to solve the problem of low pipeline pressure. It has great advantages over horizontal centrifugal pumps. Due to the use of advanced mechanical seals and the impeller is directly installed on the motor main shaft, it has the characteristics of high efficiency, low power consumption, compact structure, small size, light weight, convenient decoration, etc., and can be used in series according to the needs of head and flow.
When the CIP reflux pump motor drives the impeller on the shaft to rotate at high speed, the liquid filled in the impeller is thrown from the center of the impeller along the flow channel between the blades to the surroundings of the impeller under the action of centrifugal force. Due to the action of the blades, the pressure and speed of the liquid are increased at the same time, and it is led to the next level impeller through the flow channel of the guide shell. In this way, it flows through all the impellers and guide shells one by one, further increasing the pressure energy of the liquid. After each impeller is superimposed step by step, a certain head is obtained.
The CIP reflux pump is a novel pump developed for pipeline pressurization and transportation to solve the problem of low pipeline pressure. It has great advantages over the currently used horizontal centrifugal pump. Due to the use of advanced mechanical seals and the direct installation of the impeller on the motor main shaft, it has the characteristics of high efficiency, low power consumption, compact structure, small size, light weight, and convenient decoration. It can be used in series according to the needs of head and flow.
