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Goulds Suction Pumps
Goulds Water Technology Model MCS is a close coupled, end suction, centrifugal pump for general liquid transfer service, booster applications, etc. Liquid-end construction is all AISI Type 304 stainless steel, stamped and welded. Impellers are fully enclosed, non-trimmable to intermediate diameters. Casings are fitted with diffusers for efficiency and for negligible radial shaft loading. All units have NEMA 48Y or 56Y motors with square flange mounting and threaded shaft extension.
Présentation du produit
Features & Benefits
Goulds Water Technology Pump Model MCS is specifically designed for a broad range of general applications traditionally requiring various materials such as all iron, bronze fitted or all bronze construction.
General Description
MCS Models are End Suction Centrifugal Pumps
Motors
NEMA standard open drip- proof, totally enclosed fan cooled enclosures. Rugged ball bearing design for continuous duty under all operating conditions.
Mechanical Shaft Seal Information
Standard John Crane seal with carbon ceramic faces, BUNA elastomers, and stainless metal parts. Optional high temperature and chemical duty seals available.
Motor Information
NEMA 56 square flange frame. 3500 RPM ½ through 5 HP. Open drip-proof, ½ -3 HP totally enclosed fan-cooled enclosures. Stainless steel shaft with ball bearings. Single phase: Voltage 115/230 ODP and TEFC. (3 HP model – 230 V only) Built-in overload with auto reset provided. Three phase: Voltage 208-230/460 ODP and TEFC.
Impeller Information
High Efficiency Impeller: Enclosed impeller with unique floating seal ring design maintains maximum efficiencies over the life of the pump without adjustment.
Casing Information
Stainless steel construction with NPT threaded, centerline connections, easily accessible vent, prime and drain connections with stainless steel plugs.
Notes
For three phase motors, overload protection must be provided in starter unit. Starter and heaters must be ordered separately.
Direction of Rotation
Clockwise when viewed from motor end.
