Goulds Submersible Pump with Suction Inlet in Can
Goulds Submersible Pump with Suction Inlet in Can
SKU:PUM-58270c
Hydraulic efficiency meets advanced technology in the Goulds Submersible Pump with innovative suction inlet design.
Regular price
$849.99
Regular price
Sale price
$849.99
Unit price
per
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The Goulds Submersible Pump with suction inlet located in the can offers unmatched hydraulic engineering combined with advanced electric submersible motors. Ideal for municipal, wastewater plants, industrial, agricultural, and mining applications. Featuring a Hermetically Sealed Type motor to prevent water leakage and a Wet Winding Type motor for efficient heat dissipation and bearing lubrication. This pump comes with a range of submersible accessories for versatile use.
Product Specifications
Hermetically Sealed Type 0
A Hermetically Sealed Type motor utilizes windings of standard construction and insulation thickness. The windings are encased and Hermetically Sealed within the external shell casing on the outside and an internal tube or liner inside the bore. The Hermetically Sealed enclosure eliminates the possibility of water leakage into the winding the liquid medium circulates between the rotor and stator liner providing lubrication and cooling to the bearings.
Specifications Applications
Municipal | Wastewater Plants | Commercial/Industrial | Agricultural Irrigation | Dewatering | Mining | Cooling Tower | Water Parks | Snowmaking | Flood Control
Specifications Manufacturer
Goulds Pumps
Specifications Type
L
Submersible Accessories 0
Valves Check Valves Flow Control Gate Valves Ball Valves Electrical Panels Furnas Panels V.F.D. Drivers Pitless Adapters Wire 12 to 0000 Heat Shrinks Splice Kits Tanks Well Heads Submersible Discharge Head Torque Arrestors Gauges Motor Shrouds
Wet Winding Type 0
A Wet Winding Type motor is one in which the motor windings are in direct contact with a liquid medium. The medium is clean, clear water. A pressure balancing system prevents exchange of the motor liquid medium and well water due to thermal expansion and contraction when the motor is operating. The liquid medium fills the inside of the motor and surrounds both the stator windings and the rotor. A completely water proof insulation is used on the magnet wire used for the stator windings. The liquid medium inside the motor air gap and coils acts as a heat transfer device by circulating through the windings and transferring heat to the external casing. Dissipation of this heat occurs as the well water flows at a required velocity over the external case. As is the case in all submersible type motors, the internal liquid medium is also used for bearing lubrication.