2 HP, full-rated round flange (56J threaded shaft) 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 - 11% less energy than standard equivilent hp motors
• Thermally Protected
• Continuous Duty Design
• 6.5" Diameter Body, 56J 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 = $40
• @$.08 KWH = $53
• @$.10 KWH = $66
• @$.12 KWH = $80

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

Specifications:
Convertible Voltage with voltage selection device:

  115V, 11.6 amps
  208V, 6.2 amps
  230V, 5.8 amps

HP:  2.0
SF:  1.20 - Full-rated Motor
FR:  56J
Length Less Shaft:  12"
Weight:  34 lbs.

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

• American Products Eagle
• Hayward Max-Flo
• Hayward Northstar
• Hayward Super Pump
• Hayward Super II
• Jacuzzi Cygnet
• Jacuzzi Magnum
• Jacuzzi P, PC, UP & R Series
• Jandy Plus HP
• Jandy HHP
• Jandy Stealth
• Leslie's Hydramax II
• Speck Hydrostar
• WMC AT Series

Important Note When Replacing Motors:  This motor can replace uprated motors that have a low service factor (S.F.) of 1.0 to 1.10.  When replacing an uprated motor select an energy saving motor that is ONE size smaller in HP.  This will provide the exact same net horsepower.     

For example: 

• If the motor being replaced is a 2.5 HP and has a S.F. of 1.0, you should choose this 2 HP full rated, energy saving motor to provide the identical net horsepower output.
• If the motor being replace is a 2 HP and has a S.F of 1.0, you should choose the 1.5 HP full rated, energy saving motor to provide the identical net horsepower output.

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