AO Smith 56J 1-1/2/1/4HP Filter
$328.99
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Century A.O. Smith STS1152R 56J C-Flange 1-1/2 or 1/4 HP Dual Speed Full Rated Pool Filter Motor, 9.0/3.3A 230V


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SKU #: STS1152R


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Short Description

The A.O. Smith Two Compartment NEMA C-Face Pool Filter Motor is a hard-working and energy efficient motor designed to meet demands of the pool.

Pool Motor Features:

  • Auto Protector
  • Capacitor Start/Capacitor Run
  • 303 Stainless Steel Threaded Shaft
  • All Copper Windings
  • Open Dripproof
  • Rotation: CCW Pump End
  • Sealed Ball Bearings (304 Shaft End)
  • Sealed Switch Design
  • 1081 Design
  • 40 C Ambient
  • 60 Hertz

Description

The A.O. Smith Two Compartment NEMA C-Face Pool Filter Motor is a hard-working and energy efficient motor designed to meet demands of the pool environment. It has a threaded shaft that allows for convenient and direct mounting. With horsepower ratings ranging from 1-1/2"P-1/8"P to 2-1/3HP, the Two-Compartment NEMA C-Face Pool Filter Motor provides long lasting and trustworthy performance.

It boasts a sealed switch design and its Energy Efficient capacitor start is run using a ?Conservationist? motor for enhanced performance. This pool filter motor meets California Energy Commission Appliance Regulations 2008 for ultimate efficiency.

Highlights:

Single Phase

Single Phase

Single Phase wiring is basic with an alternating current that delivers efficient operation. Little maintenance is required and provides reliable performance
Different Frame Types

Different Frame Types

The different frame types include: C, J, Y, Z, JM, JP, or TCZ. These letters are combined with numbers to define standard specifications including the way the motor mounts onto the pump, its shaft height, and diameter
Energy Efficiency

Energy Efficiency

This motor operates at a higher efficiency level than standard efficiency motors. Its aggressive stamina comes from durable bearings and smaller, increased aerodynamic cooling fans that work to eliminate failure rates and unnecessary energy expenditures, ultimately reducing high operating costs