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Extra power guaranteed

oddesse booster pumps

Types: po-bp-s / po-bp-a

Booster pumps consist of either a highly efficient PM synchronous or an asynchronous submersible motor pump, which is installed in a pressure-resistant stainless steel casing. The aggregates are designed for pressure increase and flow in high-pressure circulatory systems.

Operating data

Delivery rate
Delivery head
Performance
Voltage
Frequency
Degree of protection
Ambient temperature
Operating pressures
… 78 m³/h
… 380 m
… 30kW
… 1,000 V
50/60 Hz or with FC
IP68
30 °C*
52 – 82 bar

*higher temperatures on request

Types: po-bp-s / po-bp-a

Booster pumps consist of either a highly efficient PM synchronous or an asynchronous submersible motor pump, which is installed in a pressure-resistant stainless steel casing. The aggregates are designed for pressure increase and flow in high-pressure circulatory systems.

Operating data

Delivery rate
Delivery head
Performance
Voltage
Frequency
Degree of protection
Ambient temperature
Operating pressures
… 125 m³/h
… 360 m
… 92 kW
… 1,000 V
50/60 Hz ¹
IP68
30 °C ²
52 – 82 bar

¹ or FC-controlled
² higher temperatures on request

Applications

  • Pressure increase and flow in high-pressure circulatory systems
  • drinking water treatment and extraction
  • sea water desalination
  • use in chemical plants

Executions

  • highly efficient PM synchronous or asynchronous submersible motor pump installed in a pressure-resistant stainless steel casing
  • 4″, 6″ and 8″ version
  • executed as standard in chrome steel AISI 316Ti
  • pressure shroud is carefully adapted to the pump unit and checked
  • integration into the system takes place via Victaulic coupling type 77DX
  • from 6″ series motors rewindable
  • pressure nozzle with pipe thread or flange
  • high-quality materials for use in industrial, process, geothermal and sea water

Advantages

  • small outer diameter
  • vertical and horizontal installation possible
  • low plant and operating costs
  • long maintenance-free run times
  • adjustable by frequency converter
  • low repair costs
  • easy spare parts inventory thanks to the modular principle
  • eco-friendly and recyclable

Materials and pressures

Component

Execution

C AISI 304 X AISI 316Ti Y AISI 904L*
Nominal pressure PN 40 PN 40 / 63 PN 63
Maximum pressure 52 bars 52/ 82 bars 82 bars
Coat 1.4301 stainless steel Stainless steel 1.4571 Stainless steel 1.4462
Motor 1.4301 stainless steel Stainless steel 1.4571 Stainless steel 1.4539
Motor filling Glycol-water mixture / drinking water
Pump 1.4301 stainless steel Stainless steel 1.4571 Stainless steel 1.4539

*4″ series not available in Y-version

Applications

  • Pressure increase and flow in high-pressure circulatory systems
  • drinking water treatment and extraction
  • sea water desalination
  • use in chemical plants

Executions

  • highly efficient PM synchronous or asynchronous submersible motor pump installed in a pressure-resistant stainless steel casing
  • 4″, 6″ and 8″ version
  • executed as standard in chrome steel AISI 316Ti
  • pressure shroud is carefully adapted to the pump unit and checked
  • integration into the system takes place via Victaulic coupling type 77DX
  • from 6″ series motors rewindable
  • pressure nozzle with pipe thread or flange
  • high-quality materials for use in industrial, process, geothermal and sea water

Advantages

  • small outer diameter
  • vertical and horizontal installation possible
  • low plant and operating costs
  • long maintenance-free run times
  • adjustable by frequency converter
  • low repair costs
  • easy spare parts inventory thanks to the modular principle
  • eco-friendly and recyclable

Desalination of seawater

In reverse osmosis systems for desalination of seawater, booster pumps are used to increase the pressure in the pump circuit. The pump supplies the system with a constant working pressure. The integration into a corresponding plant takes place by means of a Victaulic®-coupling Type
77DX or 177N.

Desalination of seawater

In reverse osmosis systems for desalination of seawater, booster pumps are used to increase the pressure in the pump circuit. The pump supplies the system with a constant working pressure. The integration into a corresponding plant takes place by means of a Victaulic®-coupling Type 77DX or 177N.