How To Select Cip Return Pump

CIP Return Pump Selection
The basis for pump selection should be based on the process flow, water supply and drainage requirements, and five aspects should be considered, namely, liquid delivery volume, device head, liquid properties, pipeline layout, and operating conditions.
1. Flow rate is one of the important performance data for pump selection, which is directly related to the production capacity and delivery capacity of the entire device. Centrifugal pumps can calculate the normal, minimum, and maximum flow rates of the pump in the process design of the design institute. When selecting a pump, the maximum flow rate is used as the basis, taking into account the normal flow rate. When there is no maximum flow rate, 1.1 times the normal flow rate can usually be taken as the maximum flow rate.
2. The head required by the device system is another important performance data for pump selection. Generally, the head after amplifying the margin by 5%-10% is used for selection.
3. Liquid properties, including the name of the liquid medium, physical properties, chemical properties and other properties. Physical properties include temperature c, density d, viscosity u, solid particle diameter and gas content in the medium, etc., which involve the system head, effective cavitation margin calculation and suitable pump type: chemical properties, mainly refer to the chemical corrosiveness and toxicity of the liquid medium, which is an important basis for selecting pump materials and which type of shaft seal to choose.
4. The pipeline layout conditions of the device system refer to the liquid delivery height, liquid delivery distance, liquid delivery direction, the lowest liquid level on the suction side, the highest liquid level on the discharge side and other data and pipeline specifications and their length, materials, pipe fittings specifications, quantity, etc., in order to calculate the system head and check the cavitation margin.
5. There are many contents in the operating conditions, such as the liquid operation T, saturated steam force P, suction side pressure PS (absolute), discharge side container pressure PZ, altitude, ambient temperature, whether the operation is intermittent or continuous, and whether the pump position is fixed or movable.

CIP return pump
This series of pumps is suitable for industrial and urban water supply and drainage, high-rise building water tower booster water supply, fire booster, pipeline booster, long-distance water delivery, heating and cooling cycle and other occasions. This series of pumps has the advantages of stable operation, reliability, low noise and wide range of use. It is an ideal single-stage single-suction centrifugal pipeline circulation booster pump.

ISW horizontal pipeline centrifugal pump
This series of pumps is designed and developed according to the international ISO2858 standard, and adopts the latest hydraulic model, and refers to relevant international standards to become a substitute for CIP return pumps. The technical standards, performance parameters, test methods, etc. adopted by it effectively adopt the ISO international standards related to IS type centrifugal pumps, and have basically the same performance parameters as IS type centrifugal pumps, and their performance indicators all meet the design requirements.

This series of pumps is designed and developed according to the international ISO2858 standard, and adopts the latest hydraulic model, and refers to relevant international standards to become a substitute for CIP return pumps. The technical standards, performance parameters, test methods, etc. adopted by it all effectively adopt the ISO international standards related to IS type centrifugal pumps. It has basically the same performance parameters as the IS type centrifugal pumps, and its performance indicators all meet the design requirements.