Emerson 56Y 2/0.33HP Full
$502.99
Qty:
Availability: In Stock
Order today, to your door by April 24

U.S. Motors EB984 Emerson 56 Y-Frame Square Flange 6.5in. Diameter Dual Speed 2/0.33HP Full Rated Premium Energy Efficient Pool and Spa Motor, 11.0/4.0A 230V


Product Rating:

SKU #: EB984


  Product Details Resources Reviews  

Short Description

The Emerson 56 Y-Frame Square Flange motor is a powerfully designed motor for your pool or spa.

Pool Motor Features:

  • Two compartments
  • Shaft Threads 1/2-20 UNF-2A
  • 50 degrees Celsius ambient
  • 1081 Design
  • Continuous Duty
  • Switchless design
  • Amps: 4.1-3.8/1.9
  • RPM: 3450/1725
  • Amps: 11.0/4.0
  • Length without Shaft: 13.3"

Description

The Emerson 56 Y-Frame Square Flange motor is a powerfully designed motor for your pool or spa. Its Triple Bearing Protection prevents premature wear and tear and its sealed ball bearings provide additional support giving you long lasting performance. The Emerson 56 Y-Frame Square Flange motor has an open drip proof enclosure that keeps water from flowing into the motor and its rear mounted fan keeps it cool during operation. Its large 6.5 frame boasts a stainless steel shaft for extremely durable housing and its thermally protected, Class B insulated design keeps the motor cool to prevent overheating. The Emerson 56 Y-Frame Square Flange is dual speed pool and spa motor and its 2/0.33 HP runs on 230V to deliver optimum performance.

Highlights:

Single Phase

Single Phase

Featuring basic Single Phase wiring, the Emerson 56 Y-Frame Square Flange motor delivers efficient operation. Little maintenance is required and the Emerson 56 Y-Frame Square Flange motor is built to last
Y-Frame

Y-Frame

Advanced in its design, the Emerson 56 Square Flange motor comes with a Y-Frame, indicating a special non-standard mounting configuration
Energy Efficiency

Energy Efficiency

The Emerson 56 Y-Frame Square Flange motor operates at a higher efficiency level than standard motors. It has longer insulation and bearing lives, with lower heat output and vibration. With aggressive performance and lower failure rates, energy expenditures are greatly diminished, saving heavily on operating costs