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Centrifugal Pump, 5 HP, Max. Temp 180F
- Item # 12A070
- Mfr. Model # 12A070
- UNSPSC # 40151503
- Catalog Page # 3715
- Shipping Weight 135.0 lbs.
- 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.
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.
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!
Grainger is neither responsible for, not does it endorse, the content of any statement posted. Any statements posted constitute the statements of the poster and are not the statements of Grainger.