MCKARLEN HCR Series Pump – Multi-Stage Centrifugal Pump
The MCKARLEN HCR Series is a multi-stage centrifugal pump designed for a wide range of water pumping needs, including agricultural, domestic, water treatment, and industrial applications. Its multi-stage design enables the pump to generate higher, stable pressure suitable for water distribution and systems requiring specific pressure levels.
The HCR pump is not self-priming; therefore, the suction system must be properly filled with water before operation. The inlet and outlet ports are aligned on the same axis at the bottom of the pump, allowing for a more compact installation configuration.
The pump shaft is equipped with a standard mechanical seal that acts as a barrier between the pump and the electric motor, helping to prevent fluid leakage during operation within specified parameters.
Key Features of the MCKARLEN HCR Series
Multi-stage centrifugal design for high-pressure output.
Suitable for various water supply and distribution requirements.
Wide capacity range: 0.7–40 m³/h.
Compatible with fluids having a pH of 4–10.
Capable of handling fluid temperatures from -20°C to +120°C.
Maximum operating pressure of up to 33 bar.
Maximum ambient temperature of 40°C.
Suitable for use at altitudes up to 1,000 meters.
Equipped with a standard mechanical seal.
Compact design; easy to integrate into piping systems. Technical Specifications
Type: Multi-stage centrifugal pump
Series: MCKARLEN HCR
Capacity: 0.7–40 m³/h
Liquid Temperature: -20°C to +120°C
Liquid pH: 4–10
Max. Ambient Temperature: 40°C
Max. Operating Pressure: 33 bar
Altitude: Up to 1,000 m above sea level
Priming: Non-self-priming
Mechanical Seal: Standard
Inlet & Outlet: Inline (same axis), bottom-mounted
Applications
The MCKARLEN HCR Series is suitable for use in Water Treatment Plants (WTP), Reverse Osmosis (RO) systems, booster pump applications, clean water supply, pressurized water distribution, agricultural irrigation, livestock farming, cooling systems, water circulation, and various industrial pumping requirements.
Pump selection should be tailored to specific requirements regarding flow rate, head/pressure, fluid characteristics, temperature, and installation conditions to ensure optimal and efficient pump performance.