Flextool's P212 Series of Submersible Pumps

The Flextool submersible pumps are heavy-duty and highly efficient equipment built to survive the challenging conditions found in the construction, mining, concrete, drilling, and civil engineering industries. Although small in size, these Australian-made pumps are unbeatable at moving dirty and muddy water.

The P212 submersible pumps are completely self-priming and highly robust in their design. The flexible shaft drive facilitates use in many situations where close–coupled pumps are not suitable. The new FP212 series comes with flexshaft support springs, which protect the drive shaft when operating over the sharp edge of excavations, pits, and dams.

Features & Benefits

Know more about the features & benefits of using Flextool's P212 Series of Submersible Pumps.

Double row oil bath bearings ensure extended service life
Corrosion-resistant stainless steel spindle prevents corrosion
Seven oil seals provide superior protection to bearings
Hardened steel wear plates protect alloy components from wear
Quick action cam lock hose fittings for tool-free connection
Oil bath lubrication protects pump against overheating during run dry

Available Options

We customise pumps according to your specific application. Get in touch with us to know your options.

Flexshaft length from 6 to 9 meters

Key Specifications

Here are the key specifications of Flextool's P212 Series of Submersible Pumps.

Capacity up to 63 m3/h
Solids up to 28 mm
Discharge head up to 26 m

Applications

Here is a list of industrial applications for which Flextool's P212 Series of Submersible Pumps are commonly utilized.

Quarries
Sandy soils
Sandpitsts
Slurry
Anodisers
Industrial waste
Salty water
Excavation pits
Dams
Construction sites
Trenches
Pier holes
Swimming pools

General Purpose FP212G

Abrasion Resistant FP212A

Chemical Resistant FP212C

OUR RANGE OF AVAILABLE FTI's Vertical Mag Drive

Principle of Operation

The Flextool submersible pumps are either diesel or petrol engine powered. As the engine starts, the impeller turns, forcing the water around it out of the pump’s discharge port. The partial vacuum created allows pressure to push water up the suction hose and into the suction side of the pump to replace the displaced water. When the water hits the rotating impeller, the energy of the impeller is transferred to the water, forcing the water out. The water is then displaced outward, and more water can now enter the suction side of the pump.

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General Purpose FP212G

Abrasion Resistant FP212A

Chemical Resistant FP212C

General Purpose

    MODELS
    FP212G-6
    FP212G-9
  
    MAX DISCHARGE HEAD (m)
    26
    26
  
    MAX DISCHARGE (m3/h)
    63
    63
  
    SOLIDS CAPACITY (mm)
    28
    28

MODELS	FP212G-6	FP212G-9
MAX DISCHARGE HEAD (m)	26	26
MAX DISCHARGE (m3/h)	63	63
SOLIDS CAPACITY (mm)	28	28

Abrasive Handling Pumps

    MODELS
    FP212G-6
    FP212G-9
  
    MAX DISCHARGE HEAD (m)
    26
    26
  
    MAX DISCHARGE (m3/h)
    63
    63
  
    SOLIDS CAPACITY (mm)
    28
    28

MODELS	FP212G-6	FP212G-9
MAX DISCHARGE HEAD (m)	26	26
MAX DISCHARGE (m3/h)	63	63
SOLIDS CAPACITY (mm)	28	28

Chemical Pumps

  
    MODELS
    FP212G-6
  
    MAX DISCHARGE HEAD (m)
    26
  
    MAX DISCHARGE (m3/h)
    36
  
    SOLIDS CAPACITY (mm)
    28