Pumps


Edur

Industry-Bloc Pumps

High Energy-Efficiency

  • low velocity of flow
  • low velocity head differences

Technical Superiority

  • open impellers without axial thrust or balanced closed impellers
  • compensation of radial forces by means of diffuser devices in the annular casing

Process Reliability

  • partial gas supply
  • wide performance curve characteristics
  • flat or steep characteristic curves
  • excellent control mode

Easy Installation

  • large flange inside diameters
  • pipe extensions do not apply
  • optional mounting positions
  • compact pump design

Easy Maintenance

Application

  • operating pressure up to 10 bar
  • temperature -40° C up to +140° C
  • viscosity up to 115 mm2/s

Inline-Bloc Pumps

High Energy-Efficiency

Technical Superiority

  • open impellers without axial thrust or balanced closed impellers
  • compensation of radial forces by means of diffuser devices in the annular casing

Process Reliability

  • partial gas supply
  • wide performance curve characteristics
  • flat or steep characteristic curves
  • excellent control mode

Easy Installation

Easy Maintenance

  • pull-back design
  • removal coupling

Application

  • operating pressure up to 10 bar
  • temperature -40° C up to +140° C
  • viscosity up to 115 mm2/s

Stainless-Bloc Pumps

  • closed impellers
  • single or double acting mechanical seals
  • easy maintenance by means of pull-back-design
  • material stainless steel / sheet metal
  • working pressure up to 10 bar
  • emperature -25°C up to +110°C
  • viscosity up to 115 mm2/s

Multistage Pumps

High Energy-Efficiency

  • low velocitiy of flow
  • optimized impeller approach flow
  • low internal friction losses
  • optimized head per stage

Technical Superiority

  • open impellers without axial thrust or balanced closed impellers
  • compensation of radial forces by means of diffuser devices in the annular casing
  • NPSH inducer stages

Process Reliability

  • partial gas supply
  • wide performance curve characteristics
  • flat or steep characteristic curves
  • excellent control mode

Easy Installation

  • modular construction system for customized solutions
  • optional flange positions
  • horizontal or vertical design
  • bloc- or bedplate design Easy Maintenance Application
  • operating pressure up to 64 bar
  • temperature -60° C up to +220° C
  • viscosity up to 115 mm2/s

Liquid Gas Pumps

High Energy-Efficiency

  • very high efficiencies
  • optimized impeller approach flow
  • low internal friction losses
  • optimized head per stage

Technical Superiority

  • open impellers without axial thrust or balanced closed impellers
  • compensation of radial forces by means of diffuser devices in the annular casing
  • NPSH inducer stages
  • low noise emissions
  • ATEX conformity

Process Reliability

  • partial gas supply
  • wide performance curve characteristics
  • high pressure stages
  • low NPSH-values

Easy Maintenance

  • modular construction system for customized solutions
  • compact bloc- or bedplate design

Easy Service

Application

  • operating pressure up to 40 bar
  • temperature -40° C up to +110° C
  • viscosity up to 115 mm2/s

Self priming Pumps

High Energy-Efficiency

  • integrated jet pump or mixture formation
  • low velocity of flow
  • optimized impeller approach flow
  • low internal friction losses
  • optimized head per stage

Technical Superiority

  • open impellers without axial thrust or balanced closed impellers
  • compensation of radial forces by means of diffuser devices in the annular casing

Process Reliability

  • selfpriming capability
  • partial gas supply
  • wide performance curve characteristics
  • flat or steep characteristic curves

Easy Installation

  • modular construction system for customized solutions
  • horizontal design
  • bloc- or bedplate design Easy Maintenance Application
  • operating pressure up to 16 bar
  • temperature -40° C up to +90° C
  • viscosity up to 115 mm2/s

Multiphase Pumps

High Energy-Efficiency

  • optimal enrichment and mixing of liquids with gases
  • high degree of dispersion
  • low velocity of flow
  • optimized impeller approach flow
  • low internal friction losses
  • optimized head per stage

Technical Superiority

  • open impellers without axial thrust
  • compensation of radial forces by means of diffuser devices in the annular casing
  • direct gas input acc. to VDMA 24430

Process Reliability

  • gas contents up to 30 %
  • stable creation of micro bubbles

Easy Installation

  • modular construction system for customized solutions
  • horizontal design
  • bloc- or bedplate design Easy Maintenance Application

Easy Maintenance

Application

  • operating pressure up to 40 bar
  • temperature -40° C up to +140° C
  • viscosity up to 115 mm2/s

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