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- ItemCentrifugal Pump
- Inlet2-1/2" NPT
- Outlet2" NPT
- Motor EnclosureTEFC
- NEMA/IEC Frame184JM
- Service Factor1.25
- Wetted MaterialsCast Iron, Bronze, Carbon, Cermic, Buna N, StainleStainless Steel Steel
- Impeller MaterialBronze
- Housing MaterialCast Iron
- Volute MaterialCast Iron
- Shaft MaterialSteel
- Screw MaterialZinc Plated
- Seal TypeMechanical
- Seal MaterialCarbon Ceramic, NBR Elastomer, 304 Stainless Steel
- Seal ApplicationNonflammable and Nonabrasive Liquids Compatible with Seal Component Materials
- Max. Specific Gravity1.0
- Max. Fluid Viscosity100 SSU
- Impeller TypeEnclosed
- Bearing TypeDouble Sealed Ball Bearing
- Port Rotation4 Position Increments
- Drain PlugEasily Accessible
- Agency ComplianceUL Approval in Motor
- Manufacturers Warranty Length1 yr.
- Best Efficiency GPM @ Head155 gpm @ 80 ft.
- Best Efficiency Range GPM @ Head188-123 gpm @68-90 ft.
- Impeller Dia.5-1/4"
- Inlet Pressure100 psi
- Max. Dia. Solids0.48"
- Max. GPM @ Head233 gpm @ 40 ft.
- Max. Head110 ft.
- Max. Liquid Temp.180 Degrees F
- Max. Pressure47 psi
- Min. GPM @ Head90 gpm @ 100 ft.
- ApplicationFor High Volume Service, For Industrial and Commercial Applications, Such as Process Applications, Dewatering, Irrigation,Chemical Transfer, Decorative Water Features.
Compliance and Restrictions
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Ask your questions. Share your answers.
Ther is not a published Curve for this pump, You will need to run at or very close to best, 155GPM @80 Ft of head.
Thanks for using Grainger Ask & Answer!
If this pump has Max. Head (Ft.)110,
then how can it also be true that
Best Efficiency Range GPM @ Head (Ft.)68 to 90 @ 188 to 123,
even though 188 is greater than 110, in the old math?
What can we really do with this pump?
Thanks for the help. I would really like to buy a pump, but it has to replace the old one.
Best Efficiency Range
GPM @ Head (Ft) 188 to 123 @ 68 to 90
Max Head (Ft) 110
Thanks for the heads up I will get it corrected.
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