Chat Now

Baldor RPM XE Motor

Published: Aug 11 2016

rpm xe CBT partner,Baldor Reliance has recently announced the latest in motor technology – achieving efficiency performance two to four bands above NEMA premium® efficient levels (IE3) by utilizing a hybrid motor design. The new RPM XE platform can provide substantial energy savings and performance for most centrifugal load applications, at a lower operating cost by combining the starting attributes of an induction cage with permanent magnets.

Standard Features:

  • Up to 4 levels beyond NEMA premium efficiency on sine wave power
  • Meets NEMA premium efficiency levels as a motor and drive package
  • Aluminum square finned design 10-20 Horsepower
  • Laminated steel frame design 25-125 Horsepower
  • Operates at true synchronous speed
  • High performance inverter duty insulation system

Available Features:

  • Division 2/Zone 2, UL and CSA certifications
  • 575 Volt configurations

Energy Savings

rpm xeThe RPM XE platform provides superior energy performance for industrial and commercial centrifugal load applications that run continuously or for long periods of time. The RMP XE platform is interchangeable with today’s standard induction motors by combining attributes of a conventional induction motor with high performance running characteristics of a synchronous motor

efficiency

Cooler Operation

thermometersthermal chartLaminated finned frame construction provides greater heat dissipation allowing the RPM XE platform to operate between 42° C and 65° C. The cooler operation is much lower than the typical B and F temperature rise found in traditional cast iron or steel band induction motors, resulting in longer motor life.

Power Density

imageSmall and compact, RPM XE motors often fit where other motors don’t, while offering more horsepower per frame size. RPM XE motors are available in a power dense or standard NEMA design.   For more information on the Baldor RPM XE Motor Platform, contact your CBT specialist today.

We would love to hear from you. Please login to leave a comment!