Centrifugal Jet Self-priming pumps
Centrifugal pumps that have the capacity to pump combinations of water and air in addition to to vent the suction line of air, are deemed to be self-priming pumps. With the addition of a take a look at valve inside the suction pipework, preferred centrifugal pumps may be self-priming if the casing is full of water upon start-up. Thus, the suction pipework can't drain water.
Centrifugal jet self priming pumps are utilised in packages together with shallow well, small farms, domestic, stress boosting, gardens, fertigation and consuming water supply.
Feature of Abhivairavan Centrifugal jet self-priming pump series
Abhivairavan Jet Self Priming pump units pump casing and ejector unit are designed cautiously to present the first-rate feasible hydraulic performance and suction elevate characteristics. These pump units are powered through a completely enclosed fan cooled AC induction motor, appropriate for non-stop duty.
Motor stator is manufactured from low watt loss Ferro silicon metal lamination assembled beneath Neath stress and rigidly locked within the body. The varnish impregnated windings manufactured from enamelled copper twine provide brilliant resistance. Construction of the motor body and utilisation of fine substances bring about excessive overall performance and occasional temperature rise, thereby growing the lifestyles cycle of the motor.
Shalo Series
Abhivairavan Centrifugal jet self priming pump casing and ejector unit are designed cautiously to provide the exceptional feasible hydraulic performance and exact suction carry characteristics. These pump sets are powered with the aid of using a TEFC AC induction motor, appropriate for non-stop duty. Motor stator is fabricated from low-watt loss ferro silicon metal laminations assembled below stress and rigidly locked within the body. The varnish impregnated windings fabricated from enamelled copper cord provide notable resistance. Construction of the motor body and utilisation of pleasant substances bring about excessive overall performance and occasional temperature rise, thereby growing the existence cycle of the motor.