Emerson 56J 3HP Full/Up logo
Qty:
Usually ships within 2-12 business days
For rush orders, contact us prior to ordering.

U.S. Motors EVSJ3 Emerson 56J C-Face EcoTech EZ Variable Speed 3HP Full/Up Rated Pool and Spa Motor

SKU #: EVSJ3


Product Rating:

  Product Details Resources Reviews  

Short Description

The Emerson 56 J-Frame Variable Speed Motor is first-rate in the world of replacement motors for pools and spas.

Pool Motor Features:

  • Shaft Threads (Square Flange) 1/2-20 UNF-2A (C-Face) 7/16-20 UNF-2A
  • 50 C Ambient
  • 1081 Design
  • Continuous Duty
  • Class B Insulated
  • 6.5
  • Brushless Permanent Magnet Motor
  • Variable RPM, 1035-3450
  • One Size Fits Most Ratings
  • Includes two settings: Monday to Friday and Saturday/Sunday options
  • Vacuum Override
  • SVRS Mode
  • 14A 230V

Description

The Emerson 56 J-Frame Variable Speed Motor is first-rate in the world of replacement motors for pools and spas. It is highly efficient, utilizing a switchless design for 90% motor efficiency. Built with an enclosed fan, the motor also houses a freeze sensor to prevent freeze damage and maintain professional performance. Programmed for various speeds, the Emerson 56 J-Frame comes with a fully integrated motor control and has been engineered with stainless steel shafts, as well as triple bearing protection and sealed ball bearings for added longevity. With four custom flow settings, the Emerson 56 J-Frame is also California Title 20 compliant.

Highlights:

Single Phase

Single Phase

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

J-Frame

The Emerson 56 J-Frame Motor features a J-Frame thatÆs ideal for ôjet pump" service and is completely versatile with its threaded shaft and 56 C-Flange face
Energy Efficiency

Energy Efficiency

The Emerson 56 Y-Frame 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