Electric Cylinder uses roller screw drive technology.

Press Release Summary:

Utilizing planetary rollers in place of ball bearings, XFC Series spans 6 frame sizes from 75–190 mm and can support max thrust load up to 80,000 lb. Thrust capability, coupled with all-steel frame based on standard metric hydraulic cylinder construction, provides virtually seamless migration from hydraulic to full electrometrical motion. Available in inline and parallel motor mount options, cylinder features max stroke of 79 in., max speed of 40 ips, and max acceleration of 2 G.

Original Press Release:

Parker Electromechanical Division Releases XFC Series - Extreme High-Force Electric Cylinder

This electric cylinder features roller screw drive technology, making it an extremely high-thrust force product, packaged in an industrially hardened steel frame.

Irwin, PA,  – Parker’s Electromechanical Automation Division, a leading supplier of motion control technology, is pleased to announce the release of the XFC Series electric cylinder.

Parker’s latest addition to the electric cylinder family of products serves to further extend the performance range and, when aligned with the ETH product line, it creates one of the most feature-rich and application-optimized product offerings on the market today. 

The secret of the XFC lies in the integrated roller screw technology, which utilizes planetary rollers in place of the ball bearings used in ball screw products. The advantage of planetary rollers is that they provide a far greater number of contact surfaces between the thread of the screw and the internal threads of the roller nut. This equates to higher overall load capacities, higher speeds, and shock loading capabilities. Spanning six different frame sizes, the XFC can support a maximum thrust load of up to 80,000 lbs. This thrust capability, coupled with an all-steel frame based on standard metric hydraulic cylinder construction, provides a virtually seamless migration from hydraulic  to full electrometrical motion and delivers a cleaner and more energy-efficient solution overall with dramatically increased levels of control.

With a wide range of standard configurable options, as well as customizable solutions, the XFC is designed to solve today’s most challenging applications.

XFC Extreme Force Electric Cylinder features:

  • 6 frame sizes: 75,  90, 115, 140, 165 & 190mm

  • Metric tie-rod hydraulic cylinder design

  • All-steel construction

  • Roller screw drive

  • Anti-rotate option

  • Inline and parallel motor mount options

  • Maximum thrust: 80,000 lbs

  • Maximum stroke: 2m (79 in)

  • Maximum speed: 40 in/sec

  • Maximum acceleration: 2 G

  • Duty cycle: 100%

For more information on Parker’s XFC line, please visit www.parkermotion.com/XFC

About Parker Electromechanical Automation

A division of Parker Hannifin Corporation's Automation Group since 1987, Electromechanical Automation is a pioneer, developer and manufacturer of full-spectrum computer-based motion controllers, servo/step motor drives, servo motors and human-machine interfaces, positioning systems, gearheads and gear motors. These products automate the manufacturing of a significant fraction of the world’s goods and services.  Electromechanical Automation products are sold via independent authorized Automation Technology Centers—a group of nearly 100 professional, highly trained organizations with more than 135 points-of-presence throughout the world—or directly from Electromechanical Automation by logging on to buy.compumotor.com. An informative and up-to-date Web site with downloadable libraries, tutorials, and background information on motion control and automation is located at www.parkermotion.com.

About Parker Hannifin

With annual sales exceeding $13 billion in fiscal year 2014, Parker Hannifin is the world’s leading diversified manufacturer of motion and control technologies and systems, providing precision-engineering solutions for a wide variety of mobile, industrial and aerospace markets. The company employs approximately 57,500 people in 50 countries around the world. Parker’s engineering expertise and broad range of core technologies uniquely positions the company to solve some of the world’s greatest engineering challenges. By partnering with customers, Parker improves their productivity and profitability and seeks new ways to solve humanity’s biggest challenges. For more information, visit the company’s Web site at www.parker.com/aboutus.

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