Foras MN40-160B Centrifugal Pump – 10 Bar – 3 kW – Cast Iron – Flanged Connections
Product Overview
The Foras MN40-160B is a robust monobloc centrifugal pump designed for industrial and agricultural applications requiring reliable water circulation. Built to EN 733 standards, this pump features a durable cast iron construction and is powered by a 3 kW motor operating at 380V. With a maximum pressure of 10 bar and a flow rate of up to 600 L/min, it is ideal for water supply, pressurization, irrigation, and firefighting systems.
Technical Specifications
Feature | Specification |
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Power | 3 kW (4 HP) |
Voltage | 380V, 3-phase |
Maximum Pressure | 10 bar |
Flow Rate | Up to 600 L/min |
Head | 29.2 m |
Motor Type | 2-pole induction motor |
Impeller Material | Cast iron (standard), optional bronze or stainless steel |
Seal Type | Ceramic-Graphite/NBR |
Shaft Material | Stainless Steel AISI 304 |
Liquid Temperature | -10°C to +90°C |
Protection Class | IP55 |
Flange Type | DIN flange |
Typical Applications
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Agricultural Irrigation: Efficient water delivery for crops and fields.
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Industrial Water Supply: Reliable water flow for manufacturing processes.
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Firefighting Systems: Provides consistent pressure for emergency response.
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Cooling and Heating Systems: Circulation of water in HVAC applications.
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Pressurization Units: Maintaining consistent water pressure in various systems.
Key Benefits
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High Performance: Achieves a head of 29.2 meters and a flow rate of 600 L/min.
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Durable Construction: Cast iron body ensures longevity and resistance to wear.
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Versatile Applications: Suitable for a wide range of industrial and agricultural needs.
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Easy Installation: DIN flanged connections simplify setup and maintenance.
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Wide Temperature Range: Operates effectively in temperatures from -10°C to +90°C.
Summary
The Foras MN40-160B Centrifugal Pump is a reliable, durable, and versatile solution for various water pumping needs. Its robust design and reliable operation make it suitable for demanding environments, ensuring efficient water delivery and system performance.