Emerson 56C 2/0.25HP Full
Regular Price: $461.99
Sale: $460.99
Qty:
Usually ships within 2-12 business days
For rush orders, contact us prior to ordering.

U.S. Motors EB978 Emerson 56C C-Flange Dual Speed 2/0.25HP Full Rated Pool and Spa Motor

SKU #: EB978


Product Rating:

  Product Details Resources Reviews  

Short Description

With its flawless design and presentation, the Emerson 56 C-Flange Dual Speed Motor is a grade-A replacement motor for your Pool and Spa.

Pool Motor Features:

  • Two Compartment
  • 50 Degree C Ambient
  • Triple Bearing Protection
  • 1081 Design
  • Continuous Duty
  • Class B Insulated
  • Sealed Ball Bearings
  • Thermally Protected
  • Service Factor: 1.2
  • Shaft: Keyed
  • 10.8/3.6A 230V
  • Length without Shaft: 12.02

Description

With its flawless design and presentation, the Emerson 56 C-Flange Dual Speed Motor is a grade-A replacement motor for your Pool and Spa. The Emerson 56 C-Flange motor is constructed with a stainless steel shaft as well as triple bearing protection and sealed ball bearings, making Emerson motors highly durable. Its C-flange mounting makes installation hassle-free and the open drip proof engineering ensures the prevention of water damage with its open ventilation. As a dual speed motor, it operates at two different voltages for reliable and superior performance, running at several different speeds depending on model type. The Emerson 56 C-Flange motor runs at 2HP, .25HP, and 230V and is a distinguished choice in mechanical replacement equipment.

Highlights:

Single Phase

Single Phase

Featuring basic Single Phase wiring, the Emerson 56 C-Flange Dual Speed Motor delivers efficient operation. Little maintenance is required and the Emerson 56 C-Flange Dual Speed Motor is built to last
C-Frame

C-Frame

The Emerson 56 C-Flange Motor boasts a C-Frame body with a threaded shaft for durable mounting and stability
Energy Efficiency

Energy Efficiency

The Emerson 56 C-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