Description
Sulzer Centrifugal Between bearing pumps MC high-pressure stage casing pump -High-pressure pump designed to your spec
Key Technical Specifications:
| 50 Hz | 60 Hz | |
| Discharge sizes | up to 350 mm | up to 14 in. |
| Capacities | up to 1,860 m3/h | up to 9,720 US gpm |
| Heads | up to 1,750 m | up to 5,500 ft. |
| Pressures | up to 180 bar | up to 2,610 psi |
| Temperatures | up to 180°C | up to 356°F |
Why Choose Sulzer MC High-Pressure Stage Casing Pumps?
The Sulzer MC pump is a robust , multistage centrifugal pump engineered for high-pressure applications in power generation, water treatment , and general industry. Its radially split , ring-section design ensures easy maintenance, high reliability , and long service life, even under severe operating conditions. Trusted globally, the MC pump is a go-to solution for boiler feedwater and high-demand transfer duties.
Key Technical Specifications
Pump Type: Horizontal multistage centrifugal pump , between bearings
Design: Radially split, multistage ring-section casing
Impeller: Closed radial impellers , dynamically balanced
Seal Options: Single/double mechanical seals , API/ISO compliant
Bearings: Sleeve or antifriction type , with oil lubrication
Design & Functionality
Engineered for high-pressure continuous-duty applications
Multiple impellers for achieving high heads with excellent efficiency
Robust construction handles high thermal and mechanical loads
Axial thrust balanced by opposed impeller arrangement or balance drum
Compact footprint supports flexible system integration
Typical Applications
Boiler feedwater pumping in thermal and combined-cycle power plants
Feed duties in desalination (MED and MSF) and high-pressure water systems
High-pressure transfer in chemical and general industries
Condensate and high-pressure cleaning water circuits
District heating and water injection systems
Additional Features
Axially split wear rings and replaceable casing liners extend service life
Rugged rotor design supports thermal growth and alignment stability
Multiple seal plans available for safety and environmental compliance
Optimized hydraulics reduce energy use and NPSHr
Designed for minimal vibration and smooth , quiet operation
