Openwell submersible pumps are replacing centrifugal pumps at a number
of places because of some of the inherent advantages, such as.
No separate foundation is required.
Cooling is much better & hence longer life.
Convenient to move from place to place.
Foot – Valve is not required.
Suction head is eliminated.
Design - Openwell Submersible Pumps
No Foundation – No pump house required.
Pump operates under water, hence no foot valve – no priming – no suction problems- less possibility of burn-out of motor.
Long life due to, cast iron construction – water lubricated journal & thrust bearings – dynamically balanced all rotating parts – motor designed to withstand wide voltage fluctuation.
For safety, earthing terminal is provided.
Salient Features Of Openwell Submersible Pumps
Dynamically balanced rotating parts.
Flatter efficiency curve for efficient
operation.
Non-overloading power characteristic for
safety of motor.
Replaceable wearing parts.
No need of priming or foot valve.
Water shower arrangement for surface
application.
Highly durable water cooled rewindable
motor.
Single shaft for pump & motor ensures
permanent correct line alignment.
Foundation & installation not required.
Stainless Steel Motor Body.
Gun Metal bush bearing.
Noiseless Operation.
Maintenance free water lubricated bushes.
Application Of Openwell Submersible Pumps
Industrial & public water supply schemes, Domestic water supply, Lift irrigation schemes.
Drip/ Sprinkler Irrigation schemes, fire lighting, booster application, cooling water.
Circulation, Ornamental fountain installation and air conditioning plants.
Dewatering of mines, offshore, platforms, etc.
Construction of Openwell Submersible Pumps
Wet squirrel cage induction type, water cooled, water lubricated motor. All bearings are water lubricated.
# Due to continuous efforts in improvements,
information furnished above is subject to change without notice
Kiwi has been involved with V3 submersible pumps, water pump and submersible
pump for over a decade and offers you world leading design.
