Automatic Water Pressure Booster Pump 2.2kw, 220 volt

Water Pressure Booster Pumps 2.2kw

Whisper-quiet operation with our horizontal multi-stage centrifugal pump. Its compact design maximizes space efficiency, and the 100% anticorrosive wet end assures zero water contamination. Complete with a pressure control switch, this pump is ideal for piping diameters of 40~50mm in reticulation systems.

Applications

To work with clean water in domestic applications, irrigation, commercial and light Industrial, Malls, Complexes.

Materials
  • Pump body and impellers in stainless steel 304.
  • Motor shaft in stainless steel 304.
  • Complete wet-end stainless steel 304
  • Mechanical seal in graphite and steatite
  • Motor housing in aluminum L-2521.
  • Water Temperature Max 70°c
  • Start pressure on pressure controller adjustable from 1~2.5 bar
Motor
  • Asynchronous, two poles.
  • IP 55 protection.

 

Water-Pressure-Booster-Pumps-2.2kw
Water Pressure Booster Pumps 2.2kw Automatic

MODEL EEZI8-40

  • POWER: 2.2kw , 220 Volt, 12.5amp
  • Max Rated Flow: 166 l/m
  • Max Head: 68 m
  • Max Pressure: 6.8 Bar
  • Inlet 40mm, Outlet 40mm
  • Pump activation start-up adjustable 1~2.5 Bar
  • Complete unit with Electronic Pressure Controller

CLICK ON BELOW TAB TO OPEN CURVE SHEET

EEZI8-40 CURVE DATA SHEET

 

Price:   R8970.00 Vat Incl

MODEL EEZI10-3

  • POWER: 2.2kw , 220 Volt, 12.5amp
  • Max Rated Flow: 233 l/m
  • Max Head: 46 m
  • Max Pressure: 4.6 Bar
  • Inlet 40mm, Outlet 40mm
  • Pump activation start-up adjustable 1~2.5 Bar
  • Complete unit with Electronic Pressure Controller

CLICK ON BELOW TAB TO OPEN CURVE SHEET

EEZI10-3 CURVE DATA SHEET

 

Price:   R8970.00 Vat Incl

 

MODEL EEZI16-30

  • POWER: 2.2kw , 220 Volt, 12.5amp
  • Max Rated Flow: 400 l/m
  • Max Head: 40 m
  • Max Pressure: 4.0 Bar
  • Inlet 50mm, Outlet 50mm
  • Pump activation start-up adjustable 1~2.5 Bar
  • Complete unit with Electronic Pressure Controller

CLICK ON BELOW TAB TO OPEN CURVE SHEET

EEZI16-30 CURVE DATA SHEET

 

Price:   R8970.00 Vat Incl

 

CLICK ON BELOW TAB TO OPEN 3 PUMPS COMPARISON CURVE SHEET

3 PUMPS COMPARISON CURVE SHEET

 

INSTALLATION

Pump & Supply Tank

All Booster Pumps must get there supply from water from a Storage Tank. Booster Pumps cannot simply be put in line with the municipal feed. Please refer to Schematic Drawing of Pump and Tank.

Piping design

Poor piping design and installation is a common cause of poor centrifugal-pump performance or failure. Poor piping can result in:

  • Cavitation
  • Performance dropout
  • Impeller failure
  • Bearing and mechanical seal failures
  • Cracked casings
  • Leaks
  • Spills
  • Fires
Suction piping

Suction piping is more important than discharge piping.

Suction Pipe size and elimination of air pockets

The EEZI8-40 and EEZI10-3 have a 1½ inch (40 mm) Inlet. The EEZI16-30 has a 2 inch (50mm) Inlet. Piping should be at least one nominal pipe size larger than the pump suction Inlet. Velocities should be less than 2 to 3 ft/sec, and the head loss as a result of friction should be less than 1 ft per 100 ft of equivalent piping length.

Suction lines should be short and free of all unnecessary turns. For flooded suctions, piping should be continuously sloping downward to the pump suction so that any vapour pockets can migrate back to the source vessel. For static lifts, the piping should be continuously sloping upward with no air pockets (install gate valves in horizontal position).

If a gate valve is to be install between Pump and Tank it is recommended the pipe size and gate valve be increased to 2½ inch and reduced going into the pump back to 1½ inch. No non-return valves, strainers or filters are to be fitted between Pump and Tank.

The pump already has a non-return valve fitted to it and cannot push back on the Tank. Strainers must be fitted on the pipe work that enters the Tank. Filters can be fitted before entering Tank or on the outlet side of the pump. Make sure that filters can handle the pressure of the pump.

Upstream elbow considerations

When making upstream orientation changes, only long-radius elbows should be used. They should not be connected directly to the pump suction flange, and a minimum of at least two to five pipe diameters of straight pipe should be between the suction flange and the elbow and between successive elbows.

This reduces swirl and turbulence before the fluid reaches the pump. Otherwise, separation of the leading edges may occur, with consequent noisy operation and cavitation damage. The outlet pipe may be reduced to suit the application. Important to remember the smaller the outlet pipe the less volume of water can be pushed.

Cover the Pump

The Pump must be covered and protected from the elements. Pumps incorrectly installed are not covered under the Manufactures Warranty.

Electrical Connection

Electrical Connections to the Pump are to be done by a qualified person.

MS Booster Pump

 

We can courier your pump to all major towns and cities in South Africa within two to four working days. Email us with your delivery address details, model of pump and we will quote you for pump and delivery accordingly.