1-1/2 HP, full-rated square flange Emerson motor engineered to provide significant energy savings.  Emerson consistently produces motors that set the standard for water system pumps. Some of these standards include the following: easy-access cover, easy access/locking for removal and installation of impeller, corrosion resistance, five-point mounting, and long motor life.

• Energy Saving - 18% less energy than standard equivalent hp motors
• Thermally Protected
• Continuous Duty Design
• 6.5" Diameter Body, 56Y FRame
• Triple Bearing Protection
• Stainless Steel Threaded Shaft

Energy Savings Chart:
Estimated savings (vs. standard motors) over 6 months if you run your pump 24 hours a day. Based upon the following average electrical KW rates:

• @$.06 KWH = $41
• @$.08 KWH = $55
• @$.10 KWH = $69
• @$.12 KWH = $82

Check with your local utility for rates to get an accurate comparison.

Specifications:
Convertible Voltage with voltage selection device:
  115V, 18.0 amps
  208V, 9.7 amps
  230V, 9.0 amps

HP:  1.5
SF:  1.50 - Full-rated Motor
FR:  56Y
Length Less Shaft:  13"
Weight:  35 lbs.

This 1.5 HP motor replaces these and other motor model numbers:

• Emerson: EB842, EB859, EB858
• G.E: C1247 (2 HP)
• A.O.Smith: USQ1202 (2 HP)
• Magnetek/Century:  B855 (2 HP)
• Franklin:  18254  (2 HP)
• Sta-Rite:  A100GLL  (2 HP)

This motor is common to the following pump makes/models:

• American Products Ultra-Flo
• Aqua-Flo Dominator
• Pac Fab/Pentair Challenger
• Purex/Pentair Whisperflo
• Sta-Rite Dura-Glas & Max-E-Glas (not Dura-Glas II)
• Sta-Rite Max-E-Pro
• Others

Important Note When Replacing Motors:  If you are replacing a motor that has a low service factor (S.F.) of 1.0 to 1.25 (this is referred to as an uprated motor), you will need to select a energy saving motor that is ONE size smaller in HP to provide the same net horsepower.      

• For example:  If the motor being replaced is a 2 HP and has a S.F. of 1.0 - 1.2, you should choose this 1 HP full rated motor to provide the identical net horsepower output.  If the motor you are replacing is a 1.5 HP with a S.F. of 1.10, you should select the 1 HP Energy efficient motor.

The result is that you'll get the same pumping output using a smaller rated HP that consumes far less energy.