e-MP Lowara Multistage ring section pump

The highly versatile casted multistage pump(Lowara e-MP)

Finally, there’s a robust and reliable pumping system for virtually any high pressure application. The Lowara e-MP multistage ring section pump combines Xylem’s century of experience, knowhow and also expertise to create a powerful and efficient solution for customers in industry, public utilities, agriculture and also building services. Designed to be configured a multitude of ways, the Lowara e-MP has applications limited only by your imagination.

Benefits

Simple integration

Simply and also cost-effectively integrate the e-MP into nearly any high pressure application, thanks to its flexible mechanical configuration and its first stage suction impeller. Also This newly redesigned impeller provides the extremely high suction capabilities needed to meet the rigorous demands of hot water or condensate pumping applications.

Safe operation

Protect your people and also reduce downtime with the e-MP. It incorporates a healthy assortment of built-in safeguards, such as a large self-cleaning seal chamber for contaminated liquids. Plus, you can further control and also monitor safety by connecting the pump to the Xylem Hydrovar or another intelligent system.

Energy savings

Leave a greener footprint. The high efficiency hydraulics of the e-MP are optimized by computational fluid dynamics calculations and also new U-turn channels, which create an ideal flow of pumped liquid from stage to stage. This reduces both life cycle costs and also energy demand, which gives the pump MEI values well above international standards.

Projectable service

Plan and minimize maintenance downtimes with the help of optional sensor interfaces on the e-MP. Pressure, temperature and also vibration sensors can be installed on these mechanical interfaces; by connecting them to an intelligent plant monitoring and also diagnostic system, a preventative maintenance schedule for the pump can be projected in advance.

Reduced wear

Decrease your downtime, maintenance needs and operation costs thanks to an assortment of smart design features and also materials that extend the life of the e-MP and its components. For instance, the newly designed plain bearing in the suction housing is made of tungsten carbide and is elastically supported to resist extreme vibrations and shocks. A balancing drum reduces the axial thrust of the bearings and the load on the mechanical seal. Also The ultimate result is a more efficient, more effective operation.

Easy maintenance

Easily service the e-MP, thanks to its smart, simple, modular design. The bearing at the drive side, the mechanical seal and also the balancing drum bush are all easily accessible without having to remove the pump from the piping system. What’s more, the pump’s modularity minimizes the number of parts needed to cover the complete performance range, which simplifies assembly and also streamlines spare parts management.

Configurations

  • e-MPA: Axial inlet giving very low NPSH
  • e-MPR: Flexible suction nozzle direction
  • e-MPD: Flexible suction nozzle direction and double bearings for inlet pressures up to 40 bar
  • e-MPV: Compact footprint vertical version

Material options

Pumphousing: cast iron, ductile iron, steel, stainless steel (AISI 316), duplex stainless steel, super duplex stainless steel

Impeller: cast iron, bronze, stainless steel (AISI 316), duplex stainless steel, super duplex stainless steel

Elastomers: EPDM, FPM

Shaft sealing: Mechanical seal, cartridge seal, soft packing

PRODUCT FEATURES

  • Robust and also reliable pumping system for high pressure applications
  • Flexible mechanical configuration
  • High efficiency design
  • Reduced wear and easy maintenance
  • Delivery: up to 850 m³/h
  • Head: up to 950 m
  • High temperature version up to +180°C available

e-MP Specifications

  • Delivery: up to 850 m³/h
  • Head: up to 950 m
  • Power supply: three-phase 50 and 60 Hz
  • Power: from 2,2 kW up to 1.250 kW
  • Maximum operating pressure: 100 bar
  • Temperature of pumped liquid: from -25°C to +140°C (optional to +180°C)