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FM V6 30 FEET, MIX FLOW BOREWELL SUBMERSIBLE PUMPS

FM V6 30 FEET, MIX FLOW BOREWELL SUBMERSIBLE PUMPS

Short Description
  • HEAD RANGE- 10-92 MTRS.
  • DISCHARGE RANGE - 750-1900 LPM.
  • MOTOR RATING - 6 HP-30 HP (THREE PHASE).
  • VOLTAGE RANGE - 415V+6%-15%, 50 HZ +/- 3% AC SUPPLY(THREE PHASE).
Features
  • SUPERIOR MOTOR DESIGN WITH HIGHER MOTOR EFFICIENCY AND POWER FACTOR.
  • ROBUST CONSTRUCTION TO ENSURE DURABILITY OF PUMPSET.
  • ALL THE ROTORS ARE DYNAMICALLY BALANCED FOR NOISELESS AND VIBRATION FREE OPERATION.
  • ALL THE ROTORS ARE HIGH QUALITY EPOXY PAINTED FOR CORROSION FREE RUNNING INSIDE WATER.
  • ALL GUIDE BUSHES ARE PROTECTED WITH SAND GUARD.
  • SUITABLE TO OPERATE IN WIDE VOLTAGE BAND.
  • CARBON BEARING WITH STAINLESS STEEL SEGMENTS ARE USED TO WITHSTAND HIGH THRUST LOAD.
  • PUMPS ARE DESIGNED FOR OPTIMUM WATER DISCHARGE V/S HEAD.
  • ALL RUBBER COMPONENTS ARE OF NITRILE RUBBER MATERIALS.
  • ALL THE BEARING SLEEVES ARE PROVIDED WITH HARD CHROME.
  • NON-RETURN VALVES ARE PROVIDED TO MINIMIZE BACK PRESSURE WHILE SWITCH-OFF.
Application
  • IRRIGATION
  • SPRINKLER
  • COMMODITY WATER SUPPLY
  • INDUSTRIAL
  • HIGH RISE BUILDINGS
Technical Specification
Head Range – 10-360 Mtrs.
Discharge Range – 40-1250 LPM
Motor Rating – 3 HP to 30 HP (Three Phase)
Voltage Range – 415V+6%-15%, 50 HZ +/- 3% AC SUPPLY
 
 
Motor construction:
Motor Shaft – Fully Stainless Steel AISI 410
Casting parts – CI FG 200
Thrust Bearing – Carbon V/s. Stainless Steel
Winding wire - Multi layer polyester and poly propylene insulated.
Copper Rod - E.C. Grade (more than 99.9% copper).
Stamping – Silicon Steel with Minimum Iron loss.
 
PUMP construction:
 
Pump Shaft – Stainless Steel AISI 410
Impeller – Stainless Steel
Bowl – CI FG 200 Grade
Suction/NRV – CI FG 200 Grade
Pump Shaft – SS 410
Diffuser – CI FG 200 Grade
Bearing Sleeve – AISI 410 with Hard Chrome
All Rubber Components – Nitrile Rubber
 
 
Category Borewell Submersible Pumps
Description

Submersible Pump Working Principle

If you are wondering about how a submersible pump works, here’s everything you need to know.

1.      The submersible pump is completely submerged in the water and is used to push water towards the surface.

2.      The water from the well or reservoir flows into the pump through the foot valve and strikes the impeller, which has multiple fixed blades.

3.      This impeller is connected to an electrical motor via a shaft and rotates in conjunction with the shaft.

4.      As the water strikes the impeller’s blades, they convert the water’s kinetic energy into speed, hence, increasing the speed of the water.

5.      Water enters the diffuser after passing through the impeller, which further converts the speed of the water into pressure energy.

6.      As a result, the diffuser raises the desired water pressure, and this high-pressure water then discharges through the pump’s outlet valve.

Agricultural Submersible Pumps

Agricultural submersible pumps are commonly used to extract water from reservoirs and transport it directly to farmland or possibly to farm storage.

Residential Submersible Pumps

Residential submersible pumps can be used to pump water from a well to your home. Submersible pumps can also be used to remove stagnant water from your home.

The selection of a submersible pump depends on several factors, such as

1.      The type of submersible pump you want

2.      The application you need a submersible pump for

3.      The maximum flow of discharge by the submersible pump

4.      Pressure head

5.      Highest discharge force

6.      The horsepower of the pump
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