Industrial Pipeline Centrifugal Pump

The inline centrifugal pump was developed for water supply systems, pressurization, irrigation, HVAC, and industrial applications that require stable operation and continuous fluid transfer. Its design was conceived to offer high operational efficiency, easy integration into hydraulic systems, and reliable performance in continuous service.

This equipment is suitable for pumping clean water and other liquids with similar physical and chemical properties. It is a versatile solution for municipal networks, buildings, industrial systems, water circulation, irrigation, and pressure boosting in medium and large-scale installations.

Main advantages

• High efficiency and continuous operation
• Compact and reliable structure
• Good integration into piping and pressurization systems
• Relatively simple maintenance
• Versatile application in municipal, agricultural, and industrial systems

Applications

It can be used in municipal water supply systems, building pressurization, agricultural irrigation, HVAC system circulation, fire protection, and various industrial processes that require stable water transfer through pipelines.

Technical data

Based on the models visible in the manufacturer's table, this series is available with a capacity from 1.5 to 1300 m³/h, head from 8 to 344 m, and efficiency from 25% to 83%.

The presented models operate with a rotational speed of 1450, 1480, 2800 or 2900 r/min, motor power from 0.18 to 160 kW, NPSH between 2 and 6 m, and an approximate weight between 17 and 2070 kg, depending on the selected configuration.

Models visible in the table

Model	Capacity	Head	Motor
15-80	1.5 m³/h	8 m	0.18 kW
32-200(I)	6.3 m³/h	50 m	4 kW
100-350	120 m³/h	142 m	90 kW
400-315	1300 m³/h	27 m	132 kW
500-315	1200 m³/h	32 m	160 kW

Other visible models include, among others, 20-110, 20-160, 25-110, 25-125, 25-160, 32-100, 40-200, 65-315, 80-250, 125-160, 150-200, 200-250, 250-400, 300-400, 350-400, 400-300, 500-300 and 350-315.

Maintenance and spare parts

The pump can be maintained by replacing wear components such as the mechanical seal, bearings, shaft, impeller, and sealing elements. This facilitates preventive maintenance and helps extend the equipment's lifespan in demanding applications.

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