Copyright © 2007 Rockwell Automation, Inc. All rights reserved. HPK-Series High Power Asynchronous Servo Motors Delete grey box and replace with image,

Slides:



Advertisements
Similar presentations
Copyright © 2008 Rockwell Automation, Inc. All rights reserved. Insert Photo Here RDD-Series (Bulletin RDB) Bearingless Direct Drive Rotary Servo Motors.
Advertisements

Michal Kašpárek Technical University in Liberec Faculty of Mechanical Engineering Department of Applied Cybernetics
AC DRIVES There are two type of AC motor Drives :
07/08/2002 PP.AFD.02.MotorBasics 1 of 55 Yaskawa Electric America Motor Basics.
Wind Turbine Session 4.
Copyright © 2007 Rockwell Automation, Inc. All rights reserved. Insert Photo Here MP-Series ™ Integrated Linear Stages Mike Woelfel Product Marketing Manager/Kinetix.
6.1 INTRODUCTION TO POLYPHASE INDUCTION MACHINES
Motors | Automation | Energy | Coatings. Howest Technical Seminar – 7 th October 2010 – Belgium Sebastião L. Nau.
12/3/2002BAE Electric Motors Classification / types –DC Motors –AC Motors –Stepper Motors –Linear motors Function –Power conversion - electrical.
Electro Mechanical System
Course Coordinator Prof. Suneet Tuli Presented by- Rupali Gupta (2012TTE2398) M.Tech 1 st Year Textile Engineering.
12/3/2002BAE Electric Motors Classification / types –DC Motors –AC Motors –Stepper Motors –Linear motors Function –Power conversion - electrical.
Products/Motion Motion Controller Intelligent Technology for Moving Performance MELSEC System Q.
Copyright © 2013 Rockwell Automation, Inc. All Rights Reserved.Rev 5058-CO900D L14 - Drive Programming with the New PowerFlex ® 520-Series AC Drives.
Motors and Compressed Air MAE 406 Energy Conservation in Industry Stephen Terry.
VECTOR DRIVES EASA June 2005 “REACHING NEW HEIGHTS” Dave Ruehle and Bill Colton.
Actuators -perform work made of: signal amplifier and the transducer uses power source (electrical, hydraulic) converts it into mechanical work.
General presentation BU LV motors & Servomotors
AC vs. DC The production of and use of electricity is an expensive business.Therefore the most efficient use of the resource is required. The most efficient.
Induction Motors.
Arkadiusz Rymanowski Commercial Director.
MARKETS MOTION CONTROL SOLUTIONS FOR MOTION CONTROL SOLUTIONS FOR PMPM Textile Machinery Textile Machinery Plastic Machinery Plastic Machinery Packaging.
Introduction to AC Motors ChE 462. AC Motors Synchronous motor – constant speed independent of load; compressors Induction motor is a common form of asynchronous.
Induction Machine The machines are called induction machines because of the rotor voltage which produces the rotor current and the rotor magnetic field.
Control Method Power Control Unit PCU PCU Electro-Mechanical Converter EMC (motor, generator or any) Electro-Mechanical Converter EMC (motor, generator.
MAC DIVISION Asynchronous vector motors. Reservados todos los derechos por Vascat, S.A. INVERTER DRIVE: WHICH MOTOR TO USE WITH?  Are you planning to.
MOTORS PUMPS GEARBOXES VALVES CONTROLS NAHI, LLC - MAIN OFFICE : PROVIDING CUSTOMER DRIVEN SOLUTIONS - LOW SPEED, HIGH TORQUE MOTORS Made.
INDUCTION MOTOR.
EE Detailed Design Review. Wire Movement Team: Spooling Motors Specification Process.
School of Electrical Systems Engineering ABD RAHIM 2008.
April Motors 1011 of 55 Dykman Electrical 5 April 2013.
INTRODUCTION TO ROBOTICS Part 3: Propulsion System Robotics and Automation Copyright © Texas Education Agency, All rights reserved. 1.
AC Motors AC current reverses direction Two parts: stator and rotor
Special-Purpose Electric Machines The machines introduced in this lecture are used in many applications requiring fractional horsepower, or the ability.
HOW TO SELECT A SERVO SYSTEM
Copyright © 2012 Rockwell Automation, Inc. All rights reserved. Single Cable Motion Solution: Kinetix ® 5500 Servo Drive and VP Motor Family PUBLIC INFORMATION.
Reliability in motion ™ Copyright © 2010 Toshiba International Corporation. All rights reserved Welcome.
Electric Motor. Motor Selection Criteria ➢ Motor type: DC, AC, single-phase, three-phase and so on ➢ Power rating and speed ➢ Operating.
Lesson 12a: Three Phase Induction Motors
Copyright © 2015 Rockwell Automation, Inc. All Rights Reserved. PUBLIC PUBLIC CO900H Kinetix ® 5700 Customer Overview Presentation Bulletin 2198.
Copyright © 2012 Rockwell Automation, Inc. All rights reserved.Rev 5058-CO900B Integrated Linear Thruster Steve Feketa June 2012.
Automation and Drives A&D SD Customer Service & Support A&D SD CST 23/11/04 1 of 14 10A MotorTheory.ppt Motor Theory Motor Construction Motor Theory Drives.
CNC FEED DRIVES Akhil Krishnan G M.Tech 1. CONTENTS 1.Introduction 2.Requirements of CNC feed drives 3.Servo motor 3.1 Servo drive control 3.2 Components.
Introduction to Rotating Machines
CNC FEED DRIVES.
Electric Motors Classification / types Function DC Motors AC Motors
Kinetix® 350 Single Axis Ethernet/IP Servo Drive
Group members MUHAMAAD DANISH 2015MC05 USMAN ALI JAT 2015MC14 MUREED SULTAN 2015MC18 AZAN ASHRAF 2015MC19 AYMEN.
BRUSHLESS MOTOR COMMUTATION
Stepper motor.
Servo Motor can be designed to have higher peak torque
SPOC Automation and BECI- who are we?
Electric Motors.
Axial Flux Core Technology
New Products 2013.
Motor Drive Prof. Ali Keyhani. Modern Variable Speed System A modern variable speed system has four components: 1. Electric Motor 2. Power Converter -
Moving your Control Forward - VFD from Unitronics
PowerPoint Presentation for ER 2030
Energy Saving Concepts with Variable Speed Drives
2017 University of Waterloo E62 Clean Snowmobile
Sysmac NC Controller Introducing the NJ5 PLC and NC integrated controller for complex and precision advanced manufacturing.
Moving your Control Forward - VFD from Unitronics
Introduction to Motor Drives
EEM476 Power Electronics II
Electric Machine Design Course
Induction Motors (Lecture 1&2)
Electric Machine Design Course
Electric Machine Design Course
Electric Machine Design Course
Presentation transcript:

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. HPK-Series High Power Asynchronous Servo Motors Delete grey box and replace with image, resize border. Induction Motor Technology Optimized for Servo Systems

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 2 “Asynchronous” vs. “Synchronous” Asynchronous AKA: “Induction Motor” Speed: –Base speed –Max speed Torque: –S1: continuous duty –S2: 60 minute duty –S3: 30 minute duty Duty Cycle: –“Service Factor” –Ratio of peak to continuous torque Synchronous AKA: “Permanent Magnet Motor” Speed: –Rated speed –Max speed Torque: –Tc: Continuous torque –Tp: Peak torque Duty Cycle: –Trms: RMS torque –Factors in Tc, Tp and dwell time

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 3 “Asynchronous” vs. “Synchronous” Asynchronous “Slip Frequency” –Rotor rotates at slightly lower frequency than rotating electromagnetic field Example: –Rotor commanded to rotate at 1750 RPM –Electromagnetic field needs to rotate at 1800 RPM Synchronous No “Slip Frequency” –Rotor rotates at same frequency as rotating electromagnetic field

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 4 High Performance Solution HPK- Series Provide both high power and precision in an economical package –Combines the cost advantages and high power of an asynchronous motor with the control capabilities of a synchronous motor Offer high acceleration / deceleration capability for very large, high inertia loads –Peak torque = 2.0x continuous torque –Low inertia rotor (relative to traditional induction motors) Consistent “look and feel” of Kinetix integrated motion –Common programming, commissioning and troubleshooting environment Combine HPK-Series motors with the Kinetix 7000 high power servo drive –High performance solution up to 150 kW Available in 7 frame sizes –400 and 460V motors provide Continuous torque from 96 to 955 Nm (849 to 8445 lb-in.) and peak torque from 192 to 1927 Nm (1699 to lb-in.) with base speeds of 1500 and 3000 rpm

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 5 Typical Performance – HPK-Series Motors Special windings provide “permanent magnet” performance out to base speed Peak torque = 2.0x continuous torque

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 6 HPK-Series Product Features and Benefits Servo motor performance in a higher power range –17 kW (23 Hp) through 150 kW (200 Hp) Low rotor inertia (relative to traditional induction motors) –Higher acceleration / deceleration –Increased throughput 2.0x service factor (compared to 1.2x for traditional induction motors) –Higher peak torque for comparable frame size –Higher acceleration / deceleration capability –Increased throughput Asynchronous servo motor Totally enclosed blower cooled (TEBC) –Higher torque output per package size

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 7 HPK-Series Product Features and Benefits Standard IEC flange and/or foot mount –Foot and flange mounts up to 56 Hp (1500 RPM winding) / 75 Hp (3000 RPM winding) –Foot mount only for larger motors IP54 environmental rating –Limited by environmental rating of blower motor Windings Optimized for use with the Kinetix 7000 –Speed/Torque curve comparable to typical synchronous servo motors Continuous, constant torque out to base speed Peak torque = 2.0x continuous torque –400V & 460V AC Windings Standard Winding: 1500 RPM base speed High Speed Winding: 3000 RPM base speed

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 8 HPK-Series Product Features and Benefits Agency listings and certifications –UL, CSA, CE Internal holding brake option Single- and multi-turn absolute feedback –Eliminates the need for homing Smooth performance and higher inertia mismatch –High resolution encoder feedback –Up to 2 million counts per revolution Extremely robust encoder package –Unique to HPK- series motors Connections –Encoder Feedback: Rotatable DIN M23 right-angle connectors –Brake and / or Motor Power: Junction Box

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 9 Typical Applications High power packaging Converting / non-woven industry –Winders / unwinders / rewinders –Metered wind –Sheeters Flying knife Material handling –ASRS –Gantries –Vertical Lift units

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 10 Typical Applications Metal forming –Tandem and transfer press control (die, cushion system, blanking) –Stacking / de-stackers –Hydroforming Injection molding –Reciprocating screw and ram injector –Mold control –Clamping units

Copyright © 2007 Rockwell Automation, Inc. All rights reserved. 11 Product Support Serviced via network of authorized repair centers Broad application experience to assist with your solution Locations around the world Call customer service for nearest location