Fluid Power Journal Off-Highway Directory 2014

2014 OFF-HIGHWAY DIRECTORY /// COMPANY LISTING & PRODUCT MATRIX

E P P E E O T S L S

LIC Y U RA ISEL D Y C -H PRE TED LER O D R A CT OLS OM HAN E EL NTR AUT IPE CO VE G P O N M ILLI DR

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INNOVATIVE DESIGNS & PUBLISHING

3245 FREEMANSBURG AVENUE , PALMER , PA 18045-7118

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N O I UT TY L O FE S L SA O TR ACK N O RJ C C BE I OG LUM L ES OVE S U PR IM

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NONPROFIT ORGANIZATION US POSTAGE PAID BOLINGBROOK, IL PERMIT #323

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AUTOMATED DRILLING PIPE HANDLER Moves Precisely Due to Electrohydraulic Controls

YOUR AIR TOOL is Inefficient – Here’s Why

in THIS

Issue

O F F - H I G H WAY D I R E CTO R Y 2 0 1 4 | VO LU M E 2 1 | I SS U E 4

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OFFSHORE TECHNOLOGY Conference 2014

VARIABLE SPEED PUMP DRIVES for Industrial Machinery – System Considerations

2014 IFPS Spring Meeting Recap

COMPANY PROFILE: Klüber Lubrication

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54 Celebrate FLUID POWER PROFESSIONALS' DAY with the IFPS on June 19th

Departments

STEEP SLOPE TREE HARVESTER Uses Logic Control Solution to Improve Lumberjack Safety

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NOTABLE WORDS

24 FIRST NEWS

55 EXECUTIVE PROFILE

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ECONOMIC REPORT

26 PEOPLE IN THE NEWS

56 IFPS TESTING LOCATIONS

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IFPS NEWS

27, 52 PRODUCT REVIEW

60 FPEF NEWS

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IFPS CERTIFICATION

28 INDUSTRY NEWS

61 AIR TEASER

30 DIRECTORY LISTING

61 CLASSIFIEDS

42 DIRECTORY MATRIX

53 NFPA NEWS

SPOTLIGHT

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IFPS CALENDAR

Publisher’s Note: The information provided in this publication is for informational purposes only. While all efforts have been taken to ensure the technical accuracy of the material enclosed, Fluid Power Journal is not responsible for the availability, accuracy, currency, or reliability of any information, statement, opinion, or advice contained in a third party’s material. Fluid Power Journal will not be liable for any loss or damage caused by reliance on information obtained in this publication.

Fluid Power Journal is the official publication of the International Fluid Power Society

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‰ NOTABLE WORDS

PUBLISHER INNOVATIVE DESIGNS & PUBLISHING, INC. 3245 Freemansburg Avenue, Palmer, PA 18045-7118 Tel: 800-730-5904 or 610-923-0380 Fax: 610-923-0390 | Email: AskUs@ifps.org www.FluidPowerJournal.com

Training the Fluid Power Professionals of the Future

BY BRIAN J. CARR, GENERAL MANAGER, PERFECTION SERVO

ASK A GROUP of sixth graders what they would like to be when they grow up. You will receive glamorous answers, such as professional athletes and actors. You will hear prestigious answers, such as doctors and lawyers.

You will also hear adventurous answers, such as police officers and pilots. If you ask the same question to that same group of students when they are high school seniors, you will likely receive some of the same answers, but many will state a profession they hadn’t thought about six years earlier. However, I’m fairly confident that a very small number of high school seniors utter the words “hydraulic” or “fluid power” when describing their future careers.

The fluid power industry, like many others, has the challenge of educating the populace about the industry and the opportunities within. Perfection Servo, a hydraulic and electronic industrial repair company, has

faced this challenge for many years. Finding young talent with fluid power experience is difficult due to the pool being shallow, and finding experienced talent is even more difficult because those individuals are coveted assets of companies within our industry.

That typically leaves us to grow our talent from within. We will introduce intelligent and hardworking individuals to the world of fluid power by having them join our hydraulic teardown and prep team. Once they have paid their dues, we will offer company-sponsored fluid power education at local colleges. Those individuals who demonstrate an understanding of the discipline are then promoted into our hydraulic test department, and then the very best are selected to begin training as a hydraulic technician. This process of formal education and on-the-job training can take anywhere from 3-6 years. We invest a lot of

Founders: Paul and Lisa Prass Associate Publisher: Marc Mitchell Editor: Kristine Coblitz Technical Editor: Dan Helgerson, CFPAI/AJPP, CFPS, CFPECS, CFPSD, CFPMT, CFPCC Account Executive: Bob McKinney Art Director: Quynh Vo VP Operations: Lisa Prass Accounting: Donna Bachman, Debbie Clune Digital Strategy Manager: Jeff Maile Publishing Assistant: Sharron Sandmaier Circulation Manager: Andrea Karges INTERNATIONAL FLUID POWER SOCIETY 1930 East Marlton Pike, Suite A-2, Cherry Hill, NJ 08003-2141 Tel: 856-489-8983 | Fax: 856-424-9248 Email: AskUs@ifps.org | Web: www.ifps.org 2014 BOARD OF DIRECTORS President & Chairperson Tom Blansett, CFPAI, CFPS, CFPIHT, CFPCC - Eaton Corp.

Immediate Past President Mark Perry, CFPHS - Fitzsimmons Hydraulics First Vice President Marti Wendel, CFPE, CFPS, CFPCC, Curtiss-Wright Sprague Products Vice President Education D. Dean Houdeshell, PE, CFPAI/AJPP, CFPE, CFPS, CFPIHT, CFPMHT, CFPMHM - Danfoss Treasurer Dan Helgerson, CFPAI/AJPP, CFPS, CFPECS, CFPSD, CFPMT, CFPCC, Cascade Steel Rolling Mills, Inc. Vice President Membership & Chapter Support Richard Bullers, CFPPS - SMC Corp. of America Vice President Certification Rance Herren, CFPSD, CFPECS, CFPMT, CFPAI National Oilwell Varco Vice President Marketing & Public Relations Justin Sergeant, CFPS, CFPMHM - Western Integrated Technologies Vice President Educational Foundation Jean Knowles, CFPE, CFPS - Gulf Controls Co., Inc. DIRECTORS-AT-LARGE Alan Niesen, CFPS, CFPIHM, CFPMHM - HFI Fluid Power Products Kenneth Dulinski, CFPAI/AJPP, CFPECS, CFPHS, CFPMIH, CFPMMH Macomb Community College John Juhasz, CFPECS, CFPS - Kraft Fluid Systems, Inc. Timothy White, CFPAI/AJPP, CFPS, CFPECS, CFPMIH, CFPMMH, CFPMIP, CFPMT, CFPMM - The Boeing Company Frank Fetty, MHM - JH Fletcher & Company Jeff Kenney, CFPIHM, CFPMHM, CFPMHT - Coastal Hydraulics, Inc. Scott Gower, CFPS - Gulf Controls Co., Inc. Scott Nagro, CFPS - HydraForce, Inc. Bill Jordan, CFPAI/AJPP, CFPMHM, CFPMHT - Altec Industries, Inc. Jose Garcia, CFPHS - Purdue University Dr. Medhat Khalil, CFPAI, CFPHS - Milwaukee School of Engineering HONORARY DIRECTORS Robert Firth John Groot, CFPPS Raymond Hanley, CFPE/AI-Emeritus Robert Sheaf, CFPAI/AJPP, CFPE, CFPS, CFPECS, CFPMT, CFPMIP, CFPMMH, CFPMIH, CFPMM IFPS STAFF Executive Director: Donna Pollander, ACA Communications Manager: Adele Kayser Certification/Events Manager: Tom Crehan Membership Coordinator: Sue Dyson Certification Coordinator: Kyle Pollander Bookkeeper: Diane McMahon Administrative Assistant: Beth Borodziuk Fluid Power Journal (ISSN# 1073-7898) is the official publication of the International Fluid Power Society published bi-monthly with four supplemental issues, including a Systems Integrator Directory, OffHighway Suppliers Directory, Tech Directory, and Manufacturers Directory,

by Innovative Designs & Publishing, Inc., 3245 Freemansburg Avenue, Palmer, PA 18045-7118. All Rights Reserved. Reproduction in whole or in part of any material in this publication is acceptable with credit. Publishers assume no liability for any information published. We reserve the right to

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safety of unsolicited art, photographs or manuscripts.

time and money into these individuals, but in the end we are rewarded with a highly productive member of our team, and they are rewarded with a stable and high-paying career.

This process has worked and will continue to work, but we are also experimenting with an internship program. We have partnered with Northwest State Community College and have offered two summer internships for those who are working towards their degree in Mechatronics. The program runs 10 weeks, and we provide a housing stipend and living wage. Our interns spend four days of every week working in our teardown/prep/test department, and one day shadowing an experienced technician. They learn a great deal about Perfection Servo’s business, the wide variety of hydraulic components in the marketplace, and the challenges that manufacturers and hydraulic service companies face.

The response we have received on the program has been terrific. Our interns have appreciated the real-world experience, and Perfection Servo has enjoyed contributing to the training of our future fluid power professionals. Perfection Servo’s internship program will continue to supply a steady infusion of talent and will enable Perfection Servo to remain a leader in the industrial hydraulic repair marketplace.

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EDITOR’S NOTE Does your company offer an internship and/or training program for the next generation of fluid power professionals? If so, we want to know about it. Contact kcoblitz@fluidpowerjournal. com to be featured in a future issue of the Fluid Power Journal.

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OFF-HIGHWAY DIRECTORY 2014

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‰ ECONOMIC REPORT

Global Manufacturing Update

BY CHAD MOUTRAY, CHIEF ECONOMIST, NATIONAL ASSOCIATION OF MANUFACTURERS (NAM)

February 14, 2014 – Worldwide equity markets have grappled with struggles in emerging markets in recent weeks, with some countries forced to defend their currencies by raising interest rates.

Turkey, for instance, raised its key interest rate to as much as 12% to stem significant declines in its lira. Argentina, India, South Africa, and other countries have taken similar moves. While many of these nations have suggested that the Federal Reserve’s policies have contributed to their current plight, recent events have exposed larger structural weaknesses in these countries that the Federal Reserve’s quantitative easing program might have camouflaged. Realizing that these challenges might be more isolated, global stock markets have recovered mostly of late.

For manufacturers, the latest data continue to show improvements in most major economies, including emerging markets. Some measures indicated a pullback to begin the new year, with the JPMorgan Global Manufacturing PMI down slightly from 53.0 in December to 52.9 in January. Yet, the larger story is that manufacturer sentiment has increased globally for 15 straight months, and several of our largest trading partners are experiencing multiyear highs. The Markit Eurozone Manufacturing PMI, for example, reflected the fastest pace of growth since May

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2011, buoyed by strong gains in new orders and output in countries such as Germany, Italy, and Spain. Even Greece had positive manufacturing activity for the first time since August 2009. France remains one of the few European countries that continue to struggle.

In all, nine of the top 10 markets for U.S.-manufactured goods had manThe National Association of Manufacturers (NAM) represents small ufacturing PMI values greater than 50—the threshold for expansion. The and large manufacturers in every industrial sector in all 50 states. one country where the manufacturing sector contracted in January was For more information, visit www.nam.org.

China. The HSBC China Manufacturing PMI dropped from 50.5 to 49.5, the lowest level in six months. However, we should not make too much of this decline, particularly if February’s data rebound. The measure for output continued to show modest growth, albeit at a slower pace.

Moreover, real GDP in China grew 7.7% in the fourth quarter and for all of 2013, higher than Serving Your Immediate Hydraulic Needs. the 7.5% rate in the third quarter. While Chinese economic growth has decelerated from past years, the country has shown improvements from mid-2013 and still continues to grow strongly.

Meanwhile, the U.S. trade deficit narrowed in 2013 overall, but it rose somewhat in December. Spurred energy production in the United States has helped the overall trade balance, with petroleum exports up and imports down for the year. Still, one of the more frustrating storylines of 2013 was the sluggish growth of Cylinders & PTOs Pumps & Motors manufactured goods exports, up just 2.4% for the year. This was below the 5.7% pace of 2013, and the disappointing increase remained true even with overall improvements in the global economy. Exports of manufactured products to South America and Europe were down 2.0% and 0.1%, respectively, with an easing in Valves the growth rate of exports to our two largest Parts trading partners—Canada (0.7%) and Mexico (5.1%). One of the brighter spots was China— defying conventional wisdom—with U.S.manufactured goods exports up 18.4% in 2013.

To be fair, however, the manufactured goods trade deficit with China remains large.

From the President’s remarks on Trade Promotion Authority (TPA) in his State of the With our years of experience serving the mobile hydraulics industries Union address to hearings on the reauthorizastocking the largest offering of Remanufactured, Aftermarket, and OEM tion of the Export-Import (Ex-Im) Bank, trade hydraulic components and parts, we offer unbeatable services, excellent reliability and a vast product offering. Not to mention, our capability of legislation is a prominent part of the discusrepairing and testing all brands of pumps, motors and valves, remanufacturing sion in our nation’s capital. Globally, U.S. negoof main control valves and repair of final drives, swing gearbox drives and tiators will be seeking to make progress in the cylinders for mobile equipment, gives you the confidence you need in knowing next rounds of the Trans-Pacific Partnership you can rely on us for all of your hydraulics needs.

(TPP) and Transatlantic Trade and Investment Partnership (T-TIP) this month and next. India Pumps · Motors · Valves · Servo & Proportional Valves garners substantial attention from the Office of PTOs · Orbital Motors · Cylinders · Parts the United States Trade Representative (USTR) and business groups, while the sanctions agreement with Iran takes effect.

SOLUTIONS FOR MOBILE HYDRAULICS

Stocking & Repairing All Major Manufacturers

Excerpt reprinted with permission.

For the full report, visit www.nam.org.

1-800-323-8416 www.hydraulex.com CIRCLE 170

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IFPS NEWS

CERTIFICATION DESIGNATIONS AVAILABLE

‰ CFPAI Certified Fluid Power Accredited Instructor

‰ CFPAJPP

Newly Certified Professionals Dustin Bauman, MHM Altec Industries, Inc. Guillaume Blanchard, HS Crow Engineering Services Daniel Bowman, MHM Altec Industries, Inc. Nathan Brace, HS

Matthew Gavino, HS

Josef Kollitz, MHM Altec Industries, Inc.

Andrew Gilbertson, HS David Gilbertson, HS Gilby Sales

Justin Madrid, CC Pirtek - Commerce South

Stephen Gilliland, MHM Altec Industries, Inc.

Mike Matteson, HS

Michael Hagan, HS

Pat Miller, MHM Altec Industries, Inc.

Michael High, HS John Henry Foster Co

Anthony Broman, HS

Matt Jones, MHM Altec Industries, Inc.

James Myhrman, HS Shannon O’Brien, MHM Rhaneem Radzali, HS Brian Steward, HS Iowa State University

Matthew Miller, HS

Cristobal Morales, HS National Oilwell Varco

Cole Jegen, HS James Brown, MHM Altec Industries, Inc.

Certified Fluid Power Authorized Job Performance Proctor

Clint Moran, MHM Altec Industries, Inc.

Eric Sutterer, HS John Henry Foster Co Gerard Wind, HS Eaton Corporation Paul Zinnel, MHM Altec Industries, Inc.

‰ CFPAJPPCC Certified Fluid Power Authorized Job Performance Proctor Connector & Conductor

‰ CFPE Certified Fluid Power Engineer

‰ CFPS Certified Fluid Power Specialist (Must Obtain CFPHS, CFPPS)

‰ CFPHS Certified Fluid Power Hydraulic Specialist

‰ CFPPS Certified Fluid Power Pneumatic Specialist

‰ CFPMEC – in development Mobile Electronic Controls ‰ CFPIEC – in development Industrial Electronic Controls ‰ CFPMT Certified Fluid Power Master Technician (Must Obtain CFPIHT, CFPMHT, & CFPPT)

‰ CFPIHT Certified Fluid Power Industrial Hydraulic Technician

‰ CFPMHT

2014 IFPS Web Seminars

VISIT WWW.IFPS.ORG TO REGISTER OR CALL 800-308-6005. IFPS MEMBERS: FREE; NON-MEMBERS: $40.00

Certified Fluid Power Mobile Hydraulic Technician

‰ CFPPT Certified Fluid Power Pneumatic Technician

May 15, 2014 “FLUIDS AND FILTRATION BASICS”

12:00 p.m. – 1:00 p.m. Eastern Presenter: Dean Houdeshell, PE, CFPAI, Danfoss This web presentation will cover fluids and filtration basics: • Hydraulic fluid composition and purpose • Fluid quality (ISO ratings) • Filtration (purpose and beta ratio)

• Demonstration of how moisture, temperature, pressure, and vacuum all play a detrimental role, contributing to cavitation and aeration • Recommendations to reduce or alleviate the damaging effects of these conditions • Troubleshooting tips, identification of telltale signs, as well as proper and improper system design scenarios

‰ CFPMM Certified Fluid Power Master Mechanic (Must Obtain CFPIHM, CFPMHM, & CFPPM)

‰ CFPIHM Certified Fluid Power Industrial Hydraulic Mechanic

‰ CFPMHM Certified Fluid Power Mobile Hydraulic Mechanic

October 16, 2014

‰ CFPPM

August, 14, 2014

“SPOOL CONFIGURATION SELECTION FOR PNEUMATIC VALVES”

Certified Fluid Power Pneumatic Mechanic

“CAVITATION AND AERATION: CAUSES AND CURES”

12:00 p.m. - 1:00 p.m. Eastern Presenter: Richard Throop, CFPAI, Neff Engineering Co., Inc. This presentation will cover the best way to make the correct selection for pneumatic valves.

Topics: • Single Solenoid Spring Return • Double Solenoid 2 Position • Double Solenoid 3 Position • Closed Center, Open Center archived • Pressure Center seminars • AC or DC at www.ifp • Wattage s.org

‰ CFPMIH

12:00 p.m. – 1:00 p.m. Eastern Presenter: Pat Maluso, CFPAI, Western Hydrostatics, Inc. Cavitation and aeration are conditions that can cause hydraulic system damage and ultimately system failure primarily due to lack of lubrication and/or solid particle contamination. Topics in this presentation include • Cavitation and aeration defined in relation to hydraulic systems and the detrimental effects on system components • Discussion on causes, properties, differences, and similarities of each condition

View

Certified Fluid Power Master of Industrial Hydraulics (Must Obtain CFPIHM, CFPIHT, & CFPCC)

‰ CFPMMH Certified Fluid Power Master of Mobile Hydraulics (Must Obtain CFPMHM, CFPMHT, & CFPCC)

‰ CFPMIP Certified Fluid Power Master of Industrial Pneumatics (Must Obtain CFPPM, CFPPT, & CFPCC)

‰ CFPCC Certified Fluid Power Connector & Conductor

‰ CFPSD Fluid Power System Designer

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CIRCLE 171

Automated Drilling Pipe Handler

MOVES PRECISELY DUE TO ELECTRO-HYDRAULIC CONTROLS

D

BY BRAD SMITH, DELTA COMPUTER SYSTEMS, INC. rilling rigs are essentially hoisting machines that raise and lower drill pipes into wellbores that can be four miles or more in depth. A large motor (top drive) rotates these drill pipes to drill the well.

While industry has made great strides in behavioral-based safety, oil rigs can be dangerous places to work. Mechanization and automation are keys to achieving the next level of safety and productivity. Though many rig functions are now performed by machinery, the handling of drill pipes hasn’t changed much over the years and continues to be a manual, laborintensive process. Derrick hands, as these workers are called, manipulate

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the top of 90 ft.-long drill pipe assemblies (called “stands”) while a floor hand pushes that same 90 ft. pendulum to and from well center.

The derrick hands’ workstation—80 ft. above the rig floor—is called a diving board. The workers wear fall-arrest harnesses to keep them safe, but they still rely on an escape mechanism called a “Geronimo line” when they need to get to the ground in an emergency. The 90-ft. pipe stands are composed of three 30-foot sections, with each section weighing 5,000 pounds or more. The drilling industry has been looking for a robotic pipe-handling system that can keep humans out of harm’s way and also speed up the pipe-handling process.

FIG. 1: (Above) View from below the Weatherford Iron Derrickman drilling pipehandling robot (yellow) with red gripper. The pipes are stacked in precise rows separated by steel “fingers” that are visible at the top center of the image.

FIG. 2: ( Right) The RMC150 can simultaneously control up to eight motion axes.

One company offering an automated solution is Weatherford International, one of the largest international oil and natural gas service companies. The company provides products and services for drilling, evaluation, completion, production, and intervention of oil and natural gas wells. Weatherford has developed an advanced pipe-handling solution called the “Iron Derrickman.”

In order for an automated solution to work, the system needs to ensure precise control of the positioning of the arms that move the pipe. Fig. 1 shows Weatherford’s pipe-handling robot. The hydraulically actuated machine hangs below the diving board on a drilling rig, clamps on a pipe stand, and lifts it just above the drill floor. The robot arm also clamps the pipe near its top to stabilize it as the arm moves.

“When handling pipe, we need to drive the machine to precise coordinates for each axis of motion,” said Jim Jones, business unit manager for Weatherford’s Iron Derrickman product. The motion axes are slew (rotation), extension, scoping up and down, and tilt, which translates into X and Y coordinates. “In order to expedite the pipe-handling process, the slew, extend, and scoping axes are moved simultaneously,” he added.

To control the hydraulically powered motion precisely, the RMC150 eight-axis electro-hydraulic motion controller (Fig. 2), manufactured

by Delta Computer Systems of Battle Ground, Wash., was selected.

Weatherford engineers had past experience with Delta controllers, plus the local hydraulics distributor could provide all the solution elements quickly. “The processing capacity of Delta is well beyond what we need today,” said Jones, “so we have horsepower headroom to add new capabilities to our system.” The Weatherford Iron Derrickman system uses a PLC that tells the motion controller which coordinates to go to, and then the RMC150 moves the axes to implement the command, which is typically to move a stand from one place to another along a precise trajectory. The controller gets its position feedback information from a series of linear transducers that are mounted on the hydraulic cylinders—three on the cylinders driving the motion axes, two on the clamping device that grips the pipe, and one encoder mounted on the spindle axis.

The RMC150 provides a number of specific advantages for controlling the pipe-handling robot. Its ability to handle SSI inputs (“SSI” is a highspeed, highly reliable synchronous serial interface standard) permitted the use of robust high-resolution magnetostrictive position transducers that were installed into the hydraulic cylinders. Having high-resolution position information results in precise velocity measurements, allowing machine builders such as Weatherford to take full advantage of the RMC’s advanced tuning capabilities in order to deliver smoother motion.

Another feature, the Output Filter, ensures that the command signal to the valve does not contain large spikes, which could shake the handler.

Although this system, like any large, multi-dimensional hydraulic system, tends to vibrate easily, the RMC150 was able to ensure precise, yet smooth motion.

To achieve the linear motion in the x-y-z Cartesian coordinates required for traversing the pipe along the “alley” and then into the “fingers,” the RMC150 provides synchronized curvilinear motion profiles, or

OFF-HIGHWAY DIRECTORY 2014

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“curves,” to each of the axes (Fig. 3). The RMC150 dynamically creates the motion profiles from the kinematic equations provided by Weatherford’s mechanical engineers. Not only does the RMC need to be able to determine the axes’ target positions given the required Cartesian coordinates (inverse kinematics), it also needs to ascertain the handler’s target position given the current positions of the axes (forward kinematics) at all times, including when the system starts after a shutdown.

The motion of the stand along the trajectory is controlled by moving a single “virtual” axis in the RMC, to which the scoping, rotational, and extend eufmc ad14_FPJ 1/21/14 9:59 AM Page 1 axes are all cammed via the curvilinear profile. (“Camming” refers to the process of gearing a slave axis to the motion of a master axis via a program-

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FIG. 3: Top-down view. The RMC motion controller coordinates the precise motion of the pipehandling robot as it moves pipe stands from the well shaft to the storage area and vice-versa.

mable relationship based on the position of the master.) The motion of the slave axis can be non-linear, which is the case in the Weatherford system, where the handler arm must move each pipe stand in different directions to get it from the well head to its storage place and vice-versa. To set up the camming operation, the RMC allows the developer to program a virtual master axis that moves between target coordinates. Then, as the virtual axis is commanded to move the handler from the well head into the alleyway and into the fingers, the RMC seamlessly transitions between entire sets of motion profiles. The operator can easily change the handling speed by just adjusting the velocity of the virtual axis.

In order to provide a scalable solution, Weatherford needed a motion controller that could easily be adapted to various-sized handling systems. This was achieved by creating variables in the RMCTools software for storing the system measurements. The RMC uses these to dynamically create the motion profiles. By setting these variables, the RMC can be adapted to any size pipe-handling system in a matter of seconds. The RMCTools software includes a Curve Tool for visually and numerically validating and/or modifying the curves. “Our practical experience indicates that we can now trip at the rate of 30 stands/ hr.,” said Jones. “The machine is capable of motions that would exceed 40 stands/hr. This is significantly faster than the old manual method, and much, much safer.”

FOR MORE INFORMATION, REGISTER TODAY!

(757) 220-1795 • www.eufmc.com CIRCLE 172

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VISIT WWW.DELTAMOTION.COM.

‰ IFPS CERTIFICATION SPOTLIGHT

Hydraulic Specialist THE INTERNATIONAL FLUID POWER SOCIETY is the only organization that provides comprehensive, technical certification offerings for all professionals in the fluid power and motion control industry.

IFPS certification tests provide an objective, third-party assessment of an individual’s skill level and are recognized industry-wide. Individuals who successfully master a level of competency are issued a credential signifying an elevated status in the workforce. In order to keep pace with changing fluid power and motion control technologies, the IFPS certifications must be renewed every five years.

IFPS defines a Fluid Power Specialist as one who analyzes and designs systems, selects components, and instructs others in operations and maintenance.

The Hydraulic Specialist certification is for individuals designing systems and writing specifications, sizing and selecting hydraulic components for mobile and industrial operating machinery. Hydraulic Specialists draft schematics using standard fluid power symbols. Hydraulic Specialists design systems that are drafted to fluid power essential practices supported by national and international standards. The Hydraulic Specialist certification requires a three (3)-hour written test.

SUMMARY: • Read circuit diagrams, size components, and understand function as used in hydraulic systems • Analyze load and motion, and determine and perform calculations for the work profile to move loads (force, distance, work, torque, speed, velocity, and power) • Provide ISO cleanliness level for each system • Specify filtration to maintain ISO cleanliness level • Specify flushing and commissioning

• Specify sampling and diagnostic ports • Size and specify hydraulic cylinders and motors • Understand operating curves for proportional control valves and identify components on the amplifier card • Specify hydraulic reservoirs to meet system requirements • Specify hydraulic accumulators for system operation • Calculate heat loss and size heat exchangers • Identify properties of hydraulic fluids and compatibility with seal materials • Understand the use and application of biodegradable fluids • Analyze and troubleshoot hydraulic systems (pressure, flow, heat, vibration, noise, and cycle time) • Recognize the basic electrical control systems • Understand ladder logic • Match programmable logic controller (PLC devices with application) • Promote safe working conditions with pressurized systems RECOMMENDED REFERENCE MATERIALS: Fluid Power Lightning Reference Handbook Fluid Power Math for Certification IFPS Study Manual Fluid Power Data Books Fluid Power Design Handbook Industrial Hydraulics Manual Fluid Power Essential Practices

For more information about IFPS certifications, visit www.ifps.org or call 800-308-6005.

Test your skills

1

An in-plant hydrostatic transmission delivers 7 hp at the output shaft. A flow meter and a pressure gauge indicate the motor portion of the transmission is receiving 10 gpm at 1,500 psi. If losses through the motor are converted to heat, how many Btu/hr is the unit generating? a. 3,385 Btu/hr b. 4,015 Btu/hr c. 4,454 Btu/hr d. 5,255 Btu/hr e. 6,011 Btu/hr

2

If a cylinder rod exerts 5,000 lb of force extending, how much force would a single lever toggle exert when the 12-inch lever arm (h) is 1 inch (a) from the vertical axis (o)? See image on right side. a. 8,000 lbs b. 45,312 lbs c. 59,790 lbs d. 60,210 lbs e. 62,312 lbs

3

The pressure drop across a directional control valve flowing 20 gpm is 150 psid. If the fluid has an Sg of 0.90 at 140° F, what is the flow coefficient for the valve? a. 1.101 b. 1.286 c. 1.443 d. 1.549 e. 1.728

Answers: 1=c, 2=c, 3=d

OFF-HIGHWAY DIRECTORY 2014

13

FOCUS ON TRAINING

YOUR AIR TOOL IS INEFFICIENT – HERE’S WHY 8

Fig. 1

6 hp

Power Losses on Supply and Demand Sides (including heat of compression losses)

4 2 0

S

By Ron Marshall, Compressed Air Challenge

Increased Demand Due To Excessive System Pressure (Artificial Demand) Inappropriate Uses

Fig. 2

Leaks

Normal Production

Useful Work Input Power to Electric Motor

Shaft Power Required by Compressor

Power Losses and Useful Work

ince we are surrounded by vast, unlimited volumes of atmospheric air, it is easy to think that the compressed air in your plant piping is free. But if you closely compare the power you put into the air compressor at one end to what little power you get out at the other, the story is not so good. Further, it is very common to have inefficiencies creep in and rob you of the small amount of remaining energy that makes it to your air tool.

TYPICAL COMPRESSOR PERFORMANCE Compressed air systems are one of the least efficient ways to transfer energy to a mechanical device. At 100 psi, it takes between 16 and 22 kilowatts (kW) of power to produce 100 cubic feet per minute (cfm) of flow, depending on the type of air compressor used. This rating is called “specific power” and is in units of kW per 100 cfm. An air motor producing one horsepower (hp) of power from its shaft consumes about 30 cfm. Therefore, it takes about 7 to 8 hp of power input to the air compressor package to produce about 1 hp of shaft power at the tool.

If the air motor is run full time through a two-shift, five-day-perweek operating schedule totaling 4,160 hours per year, the total electrical cost at $0.10 per kWh would be about $2,330 per year. If, instead, the same mechanical load is driven with a direct drive electric motor, the electrical cost would be $390 per year.

In all, a compressed air system like this would deliver about 10 to 15% of its original power input to the load. Not a very impressive number, especially when you realize the system just described is a theoretical lossless system. (See Fig. 1.)

SYSTEM LOSSES We all know that compressed air systems are not perfect. The air compressors that produce the air do not always run in the best manner possible due to inherent inefficiencies at part loads. Often, due to the way the compressors are controlled, the actual specific power will be two or three times that of the lossless system, doubling or tripling the cost per unit. Air filters and piping friction losses cause pressure differential, which consumes more power, with the compressor input power requirement going up 5% for every 10 psi in pressure differential it has to overcome.

Air dryers also consume power; refrigerated dryers have small motors inside that add to the electrical costs, and if desiccant dryers are used,

between 15 and 20% or more of the compressed air produced can be consumed by air dryer purge, never getting to the final destination.

And leakage and wasted energy due to excessive system pressures further rob the system of its efficiency. Studies show that typical systems waste about 50% of all the compressed air produced. (See Fig. 2.)

Based on these items, the overall compressed air system efficiency “wire-to-work” can fall to levels substantially lower than the 10 to 15% previously quoted for a lossless system. It is not uncommon to find that less than 3% of the energy input to a system actually goes to producing real mechanical work.

WHAT CAN BE DONE? It is unlikely you will throw all of your compressed air tools and machines in the garbage once you become aware of the poor performance of typical compressed air systems. Air tools and equipment are too useful and, in some cases, the only practical way to operate. The key point is, however, that based on the high cost of compressed air, we should all be careful about using and abusing this expensive utility.

Some keys to minimizing costs while boosting system efficiency: • Realize some uses of compressed air are inappropriate and can be done in a more efficient way using other energy sources.

• Fix system leaks to reduce flow.

• Lower system pressure to reduce compressor pressure.

• Lower system pressure to reduce artificial demand.

• Use efficient cycling or dew point controlled dryers.

• Minimize wasteful condensate drainage at compressors, dryers, and filters by using airless drains.

• Be mindful of filter pressure differential, change elements regularly, or design filtration for lower pressure.

• Ensure system piping differentials are low by using adequately sized compressed air piping.

• Choose an efficient air compressor that uses efficient controls, such as variable speed drive or load/unload with a large storage receiver.

• Ensure the air compressor is well maintained so it keeps running at top performance throughout its life.

• Realize air compressors produce mostly heat. If you can use the heat to displace building heat or input to a process to reduce other energy input, you can boost total system efficiency substantially.

TO LEARN MORE about increasing compressed air efficiency, consider taking part in Compressed Air Challenge’s next Fundamentals of Compressed Air Systems webinar. Go to www.compressedairchallenge.org for more information.

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OFFSHORE TECHNOLOGY CONFERENCE 2014

I

May 5-8, 2014 • Reliant Park - Houston, Texas n its 45th year, the Offshore Technology Conference brings together industry leaders and professionals from around the world. Approximately 100,000 attendees will participate in technical sessions, workshops, and networking events at Reliant Park. In just four days, attendees can see groundbreaking innovations, meet leading providers of products and services, and network with more than 90,000 professionals from 120+ countries.

The 2014 conference (OTC) will launch on Sunday, May 4, 2014 with the Annual OTC Dinner, the signature event of the conference. Along with recognizing the recipients and providing an excellent networking opportunity, the dinner also allows the industry to collectively support the communities in which they operate. The dinner will honor the recipients of this year’s Distinguished Achievement Awards: Carl Arne Carlsen for individual achievement, the BP Clair Ridge project for corporate achievement, and Susan Cunningham with the Heritage Award. Proceeds from the dinner will be donated to Medical Bridges®, a Houston-based organization that provides medicine and medical supplies to healthcare providers in need worldwide.

TECHNICAL PROGRAM The OTC 2014 technical program covers a wide range of topics related to the offshore energy industry. OTC offers key insights by global experts

on technological advances, safety and environmentally focused solutions, and economic and regulatory impacts.

ABOUT THE OTC The Offshore Technology Conference (OTC) is where energy professionals meet to exchange ideas and opinions to advance scientific and technical knowledge for offshore resources and environmental matters. Founded in 1969, OTC’s flagship conference is held annually in Houston. OTC has expanded technically and globally with the Arctic Technology Conference, OTC Brasil, and OTC Asia. For more information, visit www.otcnet.org.

COME JOIN THE LEADING FLUID POWER DISTRIBUTOR IN THE SOUTHEAST! Hydraulic Supply Company is the premier company specializing in Fluid Power distribution throughout the Southeast. We have been serving our customers since 1947 as a leading innovator in the industry.

Due to our proven track record and forward looking strategy we are expanding again!

Bring your sales talent and territory knowledge to the industry leader. We are looking for motivated, energetic, customer oriented Outside Sales Representatives for our new territories in: Birmingham, AL • Nashville, TN • Knoxville, TN • Columbia, SC Charlotte, NC • Wilmington, NC The ideal candidates will possess extensive selling experience in Fluid Power systems and components.

Candidate must have proven territory knowledge. 3-5 years selling experience preferably in industrial or commercial products; BA/BS in Industrial, Electrical, or Mechanical Engineering or related field preferred.

SEND RESUMES TO RESUME@HYDRAULIC-SUPPLY.COM.

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VARIABLE SPEED PUMP DRIVES FOR INDUSTRIAL MACHINERY_SYSTEM CONSIDERATIONS

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espite ominous predictions in the ‘80s and ‘90s, hydraulics being completely replaced by electrical drives did not occur, and fluid power still plays an important role in modern drive technology. Moreover, it is impossible to imagine many fields of industry working without hydraulic drives. The enormous power density makes hydraulic drives irreplaceable when large forces and high torques are required. Over the last 30 years, “traditional” hydraulics has evolved into electro-hydraulics, where the use of electronics and closed-loop controls has become an industrial standard. For years it was common to depict hydraulics as “strong, but stupid.” Today this reputation no longer exists; hydraulics is not only strong, but also “intelligent.” Modern fluid power drives are perfect examples of integrated mechatronic devices.

Ongoing competition with electrical drives and ever-increasing requirements of performance and energy efficiency have led the hydraulic drive industry to new and more advanced system solutions.

The power control of electro-hydraulic drives typically uses resistive or volumetric control. In resistive control, the system is controlled by a valve, usually a proportional device, to throttle oil flow delivered from a power-supply source. In volumetric control, flow is controlled by adjusting the displacement of a pump or by directly changing the drive speed of a fixed or variable displacement pump. Resistive control possesses excellent dynamic characteristics, however it exhibits poor energy efficiency. Significant power losses occur due to dissipation in the control valve. This is, in effect, hydraulic resistance.

Rising costs of energy and increased awareness of environment issues has resulted in new trends in drive systems. Over the last two decades, improving electro-hydraulic efficiency was a main goal of many companies and research institutes. Given advances in drive technology and closed-loop control, the resistive throttling method is being replaced more often by more efficient volumetric control using speed variable pump systems.

Reducing throttling losses lowers the amount of heat transferred to the oil and oil reservoir.

Lower heat generation allows for a smaller-capacity cooling system and lower parasitic power needed to maintain optimum oil temperature.

Using Variable Frequency Drives (VFDs) with hydraulic power units can also lower average noise emissions, as the pump speed is reduced during partial-load operations, such as pressure holding or idling. The average sound level can be lowered by as much as 10-20 dB(A), improving environmental working conditions.

The combination of advanced electric-drive technology and hydraulics opens a new chapter in electro-hydraulic drive systems. Machine builders can now benefit from the traditional

hydraulic characteristics of robustness and power density, and additionally benefit from the well-known advantages of electrical drives: inherent drive “intelligence” and ease of integration with factory automation systems.

This changing landscape of hydraulic drives pushes fluid power specialists to quickly adapt to using variable speed pump drives. For many engineers, this may not be an easy step. Optimum utilization of variable speed pump drives requires, in many cases, additional system design considerations and modifications to a hydraulic system design. Fluid power engineers need to understand the distinctive features of VFDs and the requirements of the production process being driven. This will define the critical points for the electric and hydraulic elements.

The goal of the system is to meet the requirements of dynamics and accuracy, but also keep the focus on overall energy efficiency. When applying a VFD-driven pump, using a conventional induction motor or a permanent magnet servomotor (PMM), the dynamic behavior will differ from a traditional system using a constant speed pump drive and throttling control valve.

BY JAN KOMSTA, PH.D., AND PAUL STAVROU, BOSCH REXROTH

Systems using variable speed pump drives can use a number of different design solutions. The selection of the design solution depends on a number of factors. The type of hydraulic circuit, the required response times and accuracy, the power required, and other factors all come into play when deciding the best drive and circuit design. Dynamic performance and power requirements determine the choice of the motor. For applications requiring the fastest response times and highest accuracies, a PMM may be the best selection. Today this technology is used extensively in plastic injection-molding machines. These drive systems offer extremely high performance and have high productivity rates. Due to their high power density and low drive inertia, PMMs have the highest acceleration capabilities. These high dynamics allow complex machine control tasks, such as direct force, speed, and cylinder position control, to be realized without proportional valves. The main limitation when using PMMs is maximum continuous output power, typically less than 60kW. Power units with higher output power, greater than 60kW, may require multiple PMMpump groups.

Standard asynchronous induction motors driven with VFDs can be used in higher-power applications, where direct control of high dynamic axes is not required. Using standard induction motors with VFDs, operating in a sensorless vector control mode (no separate motor feedback device required) results in a cost-effective system.

However, the system designer should be aware of the limitations of direct control using these drives.

The system response times can be long as a result of the high inertia of the induction motor. Variable speed pump drives using standard induction motors with VFDs are used today in the woodworking industry, on press applications, in plastics machinery, heavy industry applications, and machining tool applications where the control task is typically regulating system pressure or flow.

The motor size and drive should be selected based on the pressure-flow-time cycle (p/Q profile) for the application machine. In practice, motors on standard HPUs are often sized on “corner power,” calculated from the maximum pump pressure and flow, and duty cycle is commonly not taken into account. This results in the installation of excess motor HP. If partial load comprises a significant portion of the machine cycle, the excess motor power can be significant. Sizing PMMs for variable speed pump drives should follow methods commonly used in electro-mechanical actuator drives: calculating the root mean square (RMS) value based on the load torque and average drive speed. Once a pump size is determined, the motor torque and speed are calculated from the required pump pressure and flow. Additionally, the dynamic torque requirements for accelerating and decelerating the motor’s rotor and pump inertia need to be added. These calculated values are used to select the proper size drive and motor. Drive siz

ing and system optimization can be done using specialized tools, such as Bosch Rexroth’s SytronixSize, which allows analyzing p/Q profiles and motor load factors. For a more complex analysis, a numerical simulation can be used to model the system. Dynamic simulations help by providing more insight to the system dynamics, such as pressurization dynamics, and to investigate

interactions between the drive and the hydraulic system. Analysis of the performance of closedloop controls can be done, as well. These dynamic simulations can be carried out using software that includes drive and hydraulics model libraries. Simulation tools, such as Bosch Rexroth’s Simster 3, ITI SimulationX, or MATLAB/Simulink Simscape can be used for these requirements.

WHEN SELECTING THE PUMP FOR VARIABLE SPEED OPERATION, SEVERAL IMPORTANT FACTORS MUST BE CONSIDERED:

• Is the pump construction suitable for variable speed operation?

• What are the minimum and maximum allowed RPM for the pump?

• Can the pump be used bi-directionally, and if so, are there any pressure and speed limitations?

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WHEN SELECTING THE PUMP FOR VARIABLE SPEED OPERATION, SEVERAL IMPORTANT FACTORS MUST BE CONSIDERED:

• Is the pump suitable for start and stop operation?

• What is the maximum operating pressure allowed for the pump, and does pressure affect the maximum allowable pump speed?

• What fluid will be used in the system, and does it limit the pump’s pressure and speed based on viscosity and pump lubrication?

• What is the mechanical and volumetric efficiency of the pump at the design operating points?

• What are pump acoustic noise level considerations, based on expected speed, pressure, and displacement?

• What will the pressure and flow pulsations be over the range of operating speeds?

• Is the hydraulic circuit of open or closed type?

Improper pump selection or operation outside allowed conditions can result in premature pump failure or suboptimal control performance.

Pumps used with speed variable drives typically are internal gear or piston pumps. In some cases, properly selected vane pumps may also be used.

Internal gear pumps are characterized by high efficiency, low flow ripple, low mechanical inertia, and high-pressure capability. Due to these characteristics, they are widely used with PMMs on injection-molding machines. The limitations are fixed displacement and limits on the mini-

mum drive speed during pressure-holding operation. Axial piston pumps, either fixed or variable displacement design, have desired properties of high efficiency at low speed, making them ideal for pressure-holding operation. Using a variable displacement pump allows the possibility to lower the motor torque during pressure holding in the machine cycle. This can result in higher system efficiency, since the motor and pump can operate under more desirable operating conditions. Using a high-response variable displacement pump with closed-loop displace-

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H ose Fax: a sse m blie s E-mail: / Ada pt e rs / T ube www.hydrahose.net c la m ps / Ac c e ssorie s Phone: 757-497-8704 757-490-5930 info@hydrahose.net 5017 Cleveland St. Virginia Beach, VA 23462 Phone: 757-497-8704

CIRCLE 176 Fax: 757-490-5930

5017 Cleveland St. WWW.FLUIDPOWERJOURNAL.COM | WWW.IFPS.ORG

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drawn precision  to Trivalent plating Resistant to Salt Spray tests up to 400 hours  • Resistant Salt immediate SprayCr-VI-Free testsdelivery up to 400 hours in compliance Stainless Steel also available from stock tubingOD E235N (St 37.4 NBK) theforEuropean Norm 200/53 • steel 4mm to 42mm OD • Comprehensive Comprehensive range of styles and 4mm to 42mm range of styles andEC configurations ourinspecialty” • Certifications in accordance with configurations  Certifications accordance“Metrics with  are Made for quality Cr-VI-freeinplated  Italy Resistant to and Saltreliability Spray tests up to 400 hours H ose a sse m blie s / Ada • ptMade in Italy for quality and reliability e rs / T ube c la m ps / Ac c e ssorie s EN10204 EN10204 4mm to 42mm OD  Comprehensive range of styles and configur 

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FOR MORE INFORMATION: THIS ARTICLE IS BASED ON A PRESENTATION AT THE 2013 FLUID POWER SYSTEMS CONFERENCE HELD IN ROSEMONT, ILL., FROM NOVEMBER 19-21, 2013. JAN KOMSTA, PH.D., IS MANAGER OF NEW TECHNOLOGIES, AND PAUL STAVROU IS TECHNOLOGY MANAGER FOR BOSCH REXROTH. VISIT WWW.BOSCHREXROTH-US.COM.

Hydra-Hose & Supply Co.

FlangeLock™

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ment control, such as Rexroth’s DFEn 5000, the pump’s performance can compensate for relatively low dynamics of the VFD drive and motor.

The pump displacement control can react a magnitude or more faster than the motor speed control. This is of greater value when used with higher HP drive motors.

It is expected that speed variable pump drives will replace an increasing number of standard motors in hydraulic power units in the future.

This change is already utilized by many plastic machinery OEMs and is quickly expanding in press applications. Understanding the principles of variable speed drives and the interaction between hydraulics and electric drives will be key to future fluid power engineering.

E-mail: info@hydrahose.net

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(From left to right) 1. Tom Blansett, Denis Poirier, Dean Houdeshell.

2. Kyle Chaplick, Denis Poirier, Jr., Donna Pollander, Mark Perry, Michael Hanley, Marti Wendel. 3. Boy Scouts from Troop 223

2014 IFPS SPRING MEETING RECAP Special thanks to the 35 International Fluid Power Society (IFPS) professional members who recently met in Orlando, Fla., to conduct the IFPS 2014 Spring Meeting. These dedicated members steer the Board of Directors meeting, committee meetings, and strategic-planning sessions, and are instrumental in driving the IFPS forward in its mission.

Highlights of the meeting: • Hydraulics and Pneumatics Boy Scout Merit Badge– Substantial progress has been made in the development of a Hydraulics and Pneumatics Merit Badge. Experimental programs are running across the United States.

• Gearing up for Fluid Power Professionals’ Day (June 19, 2014) – Preparations include a Fluid Power Professionals in Action Photo contest. Deadline is March 31, 2014. Visit www.ifps.org to submit your photo.

• Membership Recognition – A tribute for members who hold a continuous IFPS membership status will be acknowledged with recognition pins. Coming soon!

• Streamlined Recertification Application – This application is in the works and will be available soon.

• Online Hydraulic Safety Training Coming Soon – IFPS is working with the Hydraulic Safety Authority of Canada, a leader in hydraulic safety awareness training, to offer online safety training courses.

In addition to board and committee meetings, attendees toured the John Bean Technologies Corp. (JBT) headquarters.

If you are interested in joining an IFPS committee (certification, education, membership and chapters, and/or marketing and public relations), please e-mail info@ifps.org.

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The Fluid Power Educational Board of Trustees also met in Orlando, Fla. and raised over $4,000.00 during the meeting from individuals for its scholarship program.

CHAPTER 49/50 MEMBERS AND GUESTS ATTEND 2014 IFPS SPRING MEETING WELCOME RECEPTION Chapter 49/50 members are very involved in youth activities, and this endeavor was ever-so evident during its January 2014 chapter meeting at the Embassy Suites, Orlando, Fla. Boy Scouts from Troop 223, Windermere, Fla., opened the meeting by presenting colors, reciting the Scout oath, and leading meeting attendees in the Pledge of Allegiance. The Scouts recently participated in the Hydraulics and Pneumatics Merit Badge Experimental Program. They stated the program was a lot of fun, very educational, and opened their eyes to observing fluid power applications in their everyday lives. In addition to the Boy Scouts, representatives from FIRST Robotics team Exploding Bacon entertained attendees with their 2013 FIRST robot during the reception and gave an in-depth presentation during the meeting. Chapter 49/50 presented a check to assist the Exploding Bacon team for the 2014 FIRST Robotics Competition.

3

4

6 (From left to right) 4. Jeff Kenny, Dale and Nancy Schaefer, Rich Bullers, Tom Blansett. 5. FIRST Robotics Team Exploding Bacon representatives. 6. Chapter 49 Officers: Gwyn O’Kane, Ryan Remmers, Scott Gower, Leroy Stephens, Daniel Franks

5 OFF-HIGHWAY DIRECTORY 2014

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IFPS CALENDAR

IFPS Calendar VISIT WWW.IFPS.ORG FOR REGISTRATION INFORMATION.

MEETINGS AND CONFERENCES 2014 Reliable Plant Conference & Exhibition April 21-24, 2014 San Antonio, TX IFPS 2014 Annual Meeting September 23-26, 2014 Embassy Suites Historic Charleston Charleston, SC Job Performance Proctor Workshop: September 22 IFPS 2015 Spring Meeting February 24-28, 2015, location tba

IFPS 2015 Annual Meeting September 22-26, 2015, location tba IFPS 2016 Spring Meeting February 23-27, 2016 location tba IFPS 2016 Annual Meeting September 27 - October 1, 2016 - location tba CERTIFICATION REVIEW TRAINING Job Performance Online Review - CFC Industrial Training offers online Job Performance reviews, which include

stations 1-6 of the IFPS Mechanic and Technician Job Performance Tests.

Members may e-mail askus@ifps.org for a 5% coupon code off the list price for the entire IFPS Job Performance review (test not included).

Live Distance Learning Job Performance Station Reviews E-mail register@cfc-solar. com for information.

Connector & Conductor (CC) Review w/ Job Performance Test

Ferry Incorporated now offers pre-packaged kits

Review and testing offered through Pirtek USA South San Francisco, CA Review: May 1-2, 2014 Job Performance and written tests: May 3, 2014 (9:00 a.m.)

Review and testing offered through Eaton Corp.

Maumee, OH Review and Job Performance Test: June 3-4, 2014 / written test: June 5, 2014 Review and testing offered through Pirtek USA Rockledge, FL Review: June 18, 2014

Job Performance Test: June 19, 2014 (9:00 a.m.) / written test: June 19, 2014 (1:00 p.m.)

Review: September 10, 2014 Job Performance Test: September 11, 2014 (9:00 a.m.) / written test: September 11, 2014 (1:00 p.m.)

Review: November 5, 2014 Job Performance Test: November 6, 2014 (9:00 a.m.) / written test: November 6, 2014 (1:00 p.m.)

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INTERESTED IN BECOMING AN IFPS ACCREDITED INSTRUCTOR OR JOB PERFORMANCE PROCTOR? Review and testing offered through Pirtek USA Seattle, WA Review: July 24-25, 2014 Job Performance and written tests: July 26, 2014 (9:00 a.m.)

Review and testing offered through Pirtek USA Commerce, CA Review: October 2-3, 2014 Job Performance and written tests: October 4, 2014 (9:00 a.m.)

Mobile Hydraulic Mechanic (MHM) Review w/ Job Performance Test Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

Mobile Hydraulic Technician Review w/ Job Performance Test Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

Industrial Hydraulic Mechanic (IHM) Review w/ Job Performance Test Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

Industrial Hydraulic Technician (MHT) Review w/ Job Performance Test Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

Hydraulic Specialist (HS) Certification Review

IFPS Accredited Instructors (CFPAIs) are certified professionals who educate and prepare candidates for IFPS certification programs. Accredited Instructors have extensive backgrounds and instructional experience in the fluid power industry. In addition to their instructor accreditation, they are committed IFPS members and hold various IFPS certifications. Job Performance Proctors are individuals who hold various IFPS certifications and proctor the Job Performance portion of Mechanic, Technician, and CC hands-on tests.

August 4 - 7, 2014 • Fairfield, OH Visit www.ifps.org to learn more and register.

Hydraulic Specialist Distance Learning Review Sessions offered through CFC Industrial Training October 2014 classes available.

WEB SEMINARS May 15, 2014 “Fluids and Filtration Basics” Presented by Dean Houdeshell, PE, CFPAI, Danfoss

Review and testing offered through CFC Industrial Training Review: April 7-8, 2014 Written test: April 9, 2014 (1:00 p.m.)

August, 14, 2014 “Cavitation and Aeration: Causes and Cures” Presented by Pat Maluso, CFPAI, Western Hydrostatics, Inc.

Review and testing offered through Eaton Corp.

Eden Prairie, MN May 20-23, 2014 September 9-12, 2014

October 16, 2014 “Spool Configuration Selection for Pneumatic Valves” Presented by Richard Throop, CFPAI, Neff Engineering Co., Inc.

Pneumatic Specialist (PS) Certification Review

ACCREDITED INSTRUCTOR TRAINING WORKSHOPS

Distance Learning Review Sessions offered through CFC Industrial Training October 2014 classes available.

Pneumatic Mechanic (PM) Review w/ Job Performance Test

August 4 – 5, 2014 Accredited Instructor Workshop CFC Solar, Inc., Fairfield (Cincinnati), OH Registration Deadline: July 1, 2014

Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

August 6, 2014 Job Performance Training Workshop CFC Solar, Inc., Fairfield (Cincinnati), OH Registration Deadline: July 1, 2014

Pneumatic Technician (PT) Review w/ Job Performance Test

CONNECTOR AND CONDUCTOR (CC) JOB PERFORMANCE TRAINING WORKSHOP

Review and testing offered through Chapter 49/50 Orlando, FL Review: May 7-8, 2014 Job Performance and written tests: May 9, 2014 (9:00 a.m. and/or 1:30 p.m.)

August 7, 2014 CFC Industrial Training, Fairfield (Cincinnati), OH Registration Deadline: July 1, 2014

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COMPANY PROFILE

Klüber Lubrication For more than 80 years, Klüber Lubrication has formulated tribological solutions for an everadvancing industrial society. The company has developed high-quality lubricants for specific applications through consultation with OEMs and end users about specific requirements. This has earned the company a reliable reputation in the market as a global partner for specialty lubricants.

The demands of today’s fluid power and motion control industry have put an increased emphasis on maintenance and reliability departments to minimize unscheduled downtime and extend lubrication intervals. “Klüber Efficiency Support,” the company’s service approach, allows the staff to work with customers to identify critical equipment where specialty lubricants can extend lubrication intervals, reduce wear, reduce manhours for lubrication, and reduce lubricant consumption.

PNEUMATIC DRIVES Whether in drive units, open-loop or closed-loop control systems, engineers can get quite a lot out of thin air. Pneumatic cylinders and valves take up little space, and are not only very robust but overload proof, as well. This is due to their high functional reliability and long service life; both are subject to the problem-free operation of seals being in contact with mostly metal pistons and cylinders.

Because friction and wear must be minimized, lubricants that are suitable for a wide variety of operating conditions are of vital importance. Factors such as ambient temperatures, sliding speeds, and normal forces must be taken into account by the manufacturers of the highly complex tribological systems that are pneumatic drives.

Klüber Lubrication has developed optimized solutions for pneumatic applications and has been working on the tribological aspects of pneumatic components for decades. The company provides efficient lubricant solutions, created by approximately 2,000 staff at more than 30 companies worldwide. They are close to customers, working as a team, interacting internationally for cross-disciplinary synergy—in R&D, product testing, and in production facility utilization. This ensures that customers benefit from a consistently high level of quality. Customers are supplied with what they need, right on time, and fully in line with their requirements in terms of optimized capacity utilization for their production facilities.

THE COMPANY’S PRODUCT PORTFOLIO • Oils: adhesive lubricating oils, electrical contact oils, gear oils, high-temperature chain oils, lowtemperature chain oils, multi-purpose oils, needle and sinker oils, running-in oils for cylinders or needle cams, separating and assembly oils, sliding agents, special chain oils

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• Greases: assembly greases, electrical contact greases, gear transmission greases, highspeed greases, high-temperature greases, low-temperature greases, plastic lubricating greases, rolling bearing greases, sealing and lubricating greases, valve greases • Pastes: lubricating and assembly pastes for -45°C up to 150°C, lubricating and assembly pastes for 150/200°C up to 1,200°C • Bonded coatings: bonded coatings for general applications in machine building, bonded coatings for metals and elastomer • Waxes: chain lubricating waxes, lubricating wax emulsions • Corrosion Protection: rust inhibitors, rust removers

COMPANY AT A GLANCE • Founded by Theodor Klüber in Munich, Germany in 1929 • Klüber companies in more than 30 different countries • Sales partners in another 40 different countries • Approximately 2,000 staff worldwide, more than half of them in sales • Internationally collaborative research and development, testing, and applications engineering with around 200 experts in specialty lubricants • In-house process engineering • In-house design and construction of manufacturing lines, metrological, and testing equipment • Unique test bay with more than 130 tribometers • In-house quality assurance at all production sites • Comprehensive certification to internationally recognized occupational safety, environmental management, and quality standards of the automotive, food, and beverage industries • Worldwide compliance management for legislation relating to eco-management, chemicals, customs clearance, imports, and exports • Worldwide logistics

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For more information, visit www.klubersolutions.com or call 603-647-4104.

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FIRST NEWS

FIRST® Aerial AssistSM 2014 Robotics Game Unveiled INVENTOR AND FIRST® FOUNDER Dean Kamen launched the 2014 FIRST® Robotics Competition (FRC®) season with the kickoff of a new robotics game called Aerial AssistSM before a crowd of 400 people at Southern New Hampshire University in Manchester, N.H., hometown of FIRST® headquarters. Nearly 70,000 high school students on more than 2,700 teams in 92 cities around the globe joined the 2014 Kickoff via live NASA-TV broadcast and webcast.

The 2014 game is played by two Alliances of three teams each. Alliances compete by trying to score as many balls in goals as possible during a two-minute and 30-second match. Additional points are earned by robots working together to score goals, and by throwing and catching balls over a truss suspended just over five feet above the floor as they move the ball down the field.

“The FIRST Robotics Competition develops 21st century thinkers, 21st century work-

ers, and people who will be able to lead in the innovation economy,” remarked Maggie Hassan, New Hampshire Governor, before directly addressing the student participants in the audience at Southern New Hampshire University. “We know that our competitiveness as a state, and as a country in this global economy, is going to depend on how well you all can develop as the future problem solvers we need, and the skills you learn in this competition are critical to our success moving forward.”

At the Kickoff, FRC teams were shown the playing field and received a kit of parts made up of motors, batteries, a control system, a PC, and a mix of automation components— and only limited instructions. Working with adult mentors, students have six weeks to design, build, program, and test their robots to meet the season’s engineering challenge.

Once these young inventors build a robot,

their teams will participate in one or more of the 98 regional and district competitions that measure the effectiveness of each robot, the power of collaboration, and the determination of students.

“I love FIRST. It’s about much more than cultivating your interests in science, technology, engineering, and math,” said Senator for New Hampshire Jeanne Shaheen (D-N.H.).

“It’s also about developing important skills in leadership and teamwork. We need to make sure we have programs like FIRST in every school district to ensure a bright future for each student, as well as for America.”

Sponsored by NASA and Needham, Mass.based PTC, the 2014 FIRST Robotics Competition Kickoff event is an opportunity for teams from all over the world to come together as a community to share in the excitement of seeing the new game unveiled. Teams at local Kickoffs in Australia, Brazil, Canada, Israel,

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Mexico, and the U.S. watched the proceedings via NASA-TV and were offered workshops and a chance to meet other teams.

“This is more than a game. This experience highlights what you will do in your careers,” said John M. Grunsfeld, associate administrator for the Science Mission Directorate at NASA headquarters. “Experience in this competition is similar in many ways to how we design, build, and test NASA robots.”

FIRST LEGO League Teams Assist Tornado-Devastated Area in Illinois

Several members from the Rockford Christian School (RCS)-based FIRST LEGO League (FLL) teams headed to storm-ravaged Washington, Ill., to help families affected by tornadoes that hit the area in late November 2013.

Julie Rohl, who has been coaching various FIRST teams for the past seven years, made the trip to the area with six FLL members and said it was an emotional eye-opener, as well as a learning experience. Because house numbers were missing, team members had to resort to Google maps to locate the lots on which they were to volunteer. The team’s main job during the two-day project was to sort through debris and collect usable items, which they put aside for pick up by FEMA and other community agencies. The FLL team members worked from dawn until dusk, witnessing some unusual and sad sights: a mangled snow blower in a treetop; empty hangers in a closet still standing among the wreckage; and pieces of a garage door strewn about the area.

In their search, they also found many personal items. Working with the local library, the FLL team members were able to post photos on Facebook, where grateful family members retrieved them. Team members spoke with homeowners who wanted to share stories of how they had survived the treacherous weather. In an effort to understand the storm’s impact on the surrounding community, FLL

team members visited the Red Cross, the Multi-Agency Resource Center (MARC), insurance catastrophe trailer, and FEMA. They also interacted with therapy dogs brought in to calm victims and support volunteers.

“FIRST is an extension of the classroom; it’s a place where students can become life-long learners,” said Rohl. “We learned that science, technology, engineering, and math (STEM) can extend far beyond the classroom and into the backyards of those around us. And that we can use our STEM skills to help others!”

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From Robotics to the Jet Dragster Race Track At the age of 11, Moriah Counts dreamed of designing military planes and bonded with her father, a software engineer, over household maintenance projects. This passion led her to join a FIRST Robotics Competition (FRC) team in her hometown of Columbia, Md., during her junior year of high school. Today, Moriah is a senior pursuing a bachelor’s degree in aerospace engineering at Embry-Riddle Aeronautical University in Daytona Beach, Fla. On her FRC team, Moriah was primarily focused on design, but also seized the opportunity to bounce around from group to group, learning as much as possible about programming, electronics, and production. This time proved well spent when she found herself interning with the Embry-Riddle Larsen Motorsports Jet Racing Team.

They thought I was one of the most techsavvy interns they ever had,” explained Moriah. “Because of FIRST, I already know how to construct most things, and I already knew how to use the tools, which was half the battle.”

Moriah is now devoting her time to graduate-level research projects working with the Air Force, NASA, Boeing, and Gulfstream on aero-elastic activity, jet-impulse actuators, and composite materials. Following her graduation from Embry-Riddle in Spring 2014, Moriah has already secured a position at Bell Helicopter as a mechanical systems engineer.

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‰ PEOPLE IN THE NEWS

BARRY GLASER Marmon/Keystone Barry Glaser, regional vice president, will assume oversight of the company’s operations in Mexico starting in April. Based out of the Los Angeles service center, Mr. Glaser is also responsible for eight locations throughout the western United States. He has been with the company since 1984, working in sales, marketing, and management.

RON LENHART Marmon/Keystone Ron Lenhart has been promoted from national marketing manager to vice president commercial at the company’s corporate office in Butler, Pa. His new responsibilities include purchasing, marketing of carbon products, and Value-Added Services. Mr. Lenhart has been with the company for 22 years.

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KEN SICHELSKI Marmon/Keystone Ken Sichelski has been promoted from vice president of sales and marketing to senior vice president of sales and marketing. He will focus on white metal products, national accounts, business development, executive selling, and market analysis. Located at the Bolingbrook, Ill., office, Mr. Sichelski has been with the company since 1973.

ANDRES ECHEVERRI Hercules Sealing Products Andres Echeverri has been appointed international sales manager. He most recently held the position of business development manager for Latin America for Bulldog Sales at Hercules. In his new role, Mr. Echeverri will oversee international business throughout Latin America, Asia, Australia, Africa, and the Middle East.

PRODUCT REVIEW

MEDICAL AIR CONNECTOR, CLIPPARD INSTRUMENT LABORATORY APPOINTS BOARD MEMBERS AND PRESIDENT The Board of Directors at Clippard Instrument Laboratory appointed William L. Clippard, III as chairman of the board; Robert L. Clippard as vice chairman of the board; and John Campbell as president, reporting to the board. Founded in 1941 by Leonard Clippard and incorporated in 1946, the company has long been recognized as a leader in manufacturing miniature pneumatic components and devices. Mr. Clippard’s sons, William L. Clippard, III and Robert L. Clippard, have provided the leadership of the company for the past 38 years.

John Campbell brings extensive experience in running small to mid-size manufacturing companies and has managed all aspects of their business, including sales, marketing, product development, manufacturing, and distribution, as well as key areas of finance, mergers, and acquisitions.

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‰ The MediMate CGA 950 medical air connector is designed to seamlessly integrate with any existing 950 system. Providing a simple, one-hand connection, the new connector requires no twists or turns to fill compressed gas cylinders. Operators can simply connect to the CGA 950 valve and lock into place with a forward movement of the actuator lever. The connector is rated to 3,600 psi, weighs 18.4 oz., and includes standard ¼" male NPT termination port. It is tested to over 200,000 cycles in excess of rated pressure and application conditions. www.fastestinc.com

William L. Clippard, III

Robert L. Clippard

John Campbell

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‰ INDUSTRY NEWS

NORGREN EXPANDS SCOTT INDUSTRIAL SYSTEMS TERRITORY

SCHUNK PARTNERS WITH WORLD-CLASS GOALKEEPER ‰ SCHUNK in Germany has partnered with goalkeeper Jens Lehmann. Henrik A. Schunk, managing partner of the company, is an enthusiastic soccer fan and personally picked the athlete. As a brand ambassador for precision gripping and concentrated holding in the SCHUNK team, Lehmann is able to communicate the company’s worldwide competence leadership credibility due to his legendary role and proven competence in both soccer and society. www.schunk.com

Jens Lehmann (left) and Henrik A. Schunk (right), SCHUNK managing partner

‰ Norgren has expanded its distribution agreement with Scott Industrial Systems to supply Norgren-brand components and solutions in Ohio, Indiana, Kentucky, West Virginia, Tennessee, and western Pennsylvania. Founded as a family business 65 years ago, Scott has grown as experts in fluid power, offering design and assembly services, as well as training to help customers maintain optimal equipment performance and reduce downtime. www.norgren.com/us

HERCULES RELEASES NEW WEBSITE EDITION

WHITMORE ACQUIRES FLUID DEFENSE® SYSTEMS LLC ‰ The Whitmore Manufacturing Co., a provider of products and services for mission-critical operating equipment, announced the acquisition of Fluid Defense Systems LLC, a manufacturer of fully integrated lubricant storage and handling solutions for industry. Since 2001, Fluid Defense has grown to become a recognized standard in lubricant handling and contamination control for industries ranging from food and beverage production to industrial manufacturing, power generation, and mining. www.whitmores.com

‰ Hercules Sealing Products released a new edition of its website. New features include a Spanish language version and the entire Bulldog product line, as well as updated seal images and expanded product dimensional information for individual parts. www.herculesus.com

ALA INDUSTRIES LIMITED OUR CUSTOMERS ARE OUR PRIORITY

Yuken: Directional, modular, proportional, high speed servo and logic valves; piston and vane pumps; hydraulic power units/power packages; pressure controls; flow controls and cylinders Settima: Extremely Quiet Helical Gear pumps (Continuum® Series) and 3 screw pumps Fluid Press: A wide variety of cartridge valves and bodies including: control, sequence, check, over center, shut-off, pressure reducing, needle, shuttle, ball, hose break, relief, solenoid, pump unloading, specialty packages for excavators, custom packages and more Vivoil: Gear Type Flow Dividers, Unidirectional Gear Pumps and Motors; Reversible Gear Pumps and Motors and Multiple Gear Pumps Quantum: Large pumps-200 to 300 cc with electronic flow and pressure control Toll Free: 877-419-8536 E-mail: info@alaindustieslimited.com www.alaindustrieslimited.com CIRCLE 186

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EATON PROVIDES CLOSED CIRCUIT PISTON PRODUCTS ‰ Eaton announced a contract with a mowing manufacturer to supply closed circuit piston products for lightweight fairway motors. The pumps will provide additional operational control, fuel efficiency, and reduced maintenance without additional costs. The new mower, which will be used by golf courses to groom fairways, is one of the first to feature a high level of cruise control for the operator whether cutting or driving. The closed circuit piston pumps eliminate the need to mechanically link the accelerator to the pump and reduce the number of parts on the mower. The mower is expected to go into mass production in 2014. www.eaton.com

HAWE VALVES ASSIST OFF-ROAD MOTORSPORT VEHICLES ΠHAWE Hydraulics took part in servicing the dual hydraulically mounted jacks for the Chevy Colorado Z71 Rally Raid prototype vehicles.

Dakar 2014 is an intense off-road race made up of two marathon stages that stretch across miles of South America’s desert terrain. SG 1L – AKS valves were used for the racing vehicles. The SG directional spool valves allow up to 400 bar, 100 lpm, and serves to control the oil flow and directional movements of the jacks. Since the valve system is made of steel, the housing unit is resistant to pressure surges and leakages. This eliminates the chance of hairline cracks or other damages caused by the harsh desert conditions. www.hawehydraulics.com

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HAWK ACQUIRES AEROSPACE MACHINE SHOP ‰ HAWK Manufacturing, Inc. acquired NQM, Inc., an aerospace machine shop that primarily manufactures metal components. Long-term agreements are in place for supplier work on various Boeing and Airbus projects, including work on most all of the civilian aircraft currently being produced by the two aircraft manufacturers. Based on current and expected sales, monthly revenues are targeted to be around $500,000 throughout the remainder of 2014 calendar year. www.machiningcharlotte.com

PIRTEK GASTONIA OPENS IN CHARLOTTE ‰ PIRTEK USA opened a hose service center in Gastonia, N.C. Mike McArdle is the owner of the center and also of the established PIRTEK South End located in Charlotte, N.C. The new 6,000 square-foot center will serve as home base to the fleet of on-site Mobile Service Units. The facility will be stocked with a wide variety of hoses, fittings, and adapters for made-to-order hose assemblies for walk-in customers. www.pirtekusa.com

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ADACONN®

Custom Reducing Flange Adapter Solutions SAE J518 flange to JIC, ORS, NPTF, and SAE J1926 male ends available in multiple size reductions. © 2014 ADACONN®

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www.adaconn.com

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YOUR INDUSTRY’S SINGLE SOURCE

www.diamondwire.com Made In 1-800-816-5613 America

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OFF-HIGHWAY DIRECTORY 2014

Your source for PISTON ACCUMULATORS PRODUCT FEATURES: Pressures: 3,000 psi to 25,000 psi Capacities: 10 cu. in. to 200 gallon Bore Sizes: 2.0” to 20.0” Approvals: ASME, ABS, DNV, CE, BV, AS1210, CRN, etc.

Materials: Carbon Steel, Stainless Steel, Aluminum

kocsistech.com 708-597-4177 11755 South Austin Avenue, Alsip, IL 60803

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World Headquarters 84 Minnesota, Troy 48083 sales@mfpseals.com (248) 585-8170

www.mfpseals.com

OFF-HIGHWAY DIRECTORY 2014

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Muncie Power Products

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12121 Nicollet Avenue South Burnsville, MN 55337 Phone: (952)-835-1700 Fax: (952)-835-1701

www.rtdygert.com

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tobul.com 61 Innovation Drive l Bamberg SC 29003 USA l 803.245.2400

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OFF-HIGHWAY DIRECTORY 2014

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Filtration, ManiFolds, ValVes & accessories 2400 Zinga Drive, Reedsburg, WI 53959 Phone (608) 524-4200 Fax (608) 524-4220

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OFF-HIGHWAY DIRECTORY 2014

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PRODUCT MATRIX

1A Total Safety A1 Manifold Supply Aberdeen Dynamics Accuflex ADACONN Adsens Tech, Inc. Advance Hydraulics Advanced Machine & Engineering Aggressive Hydraulics Inc. Air & Hydraulic Power Inc. Air Hydraulic Systems Air-Way Manufacturing Company Airline Hydraulics Airmo, Inc. Airotronics Aitech Defense Systems ALA Industries Limited Alemite LLC Allen-Orton, LLC Allenair Corporation Allied Fluid Conditioners Allied Metrics Seals and Fasteners, Inc. Alloys & Components, SW Almo Manifold & Tool Co. Alumi-Tec Inc. American Aerospace Controls, Inc. American Chemical Technologies, Inc. American Sensor Technologies, Inc. Ametek Automaton Process Technologies Ametek US Gauge Ametek Vehicular Instrumentation Systems (VIS) Amphenol Corporation Anchor Coupling Inc. Anderson Metals Corporation, Inc. Anderson Fittings API Heat Transfer - Buffalo, NY API Heat Transfer-API Airtech Division - Arcade, NY APM HEXSEAL Applied Industrial Technologies ARGO-HYTOS Inc. Ark-Plas Products, Inc. ASA Hydraulik ASCO Valve, Inc. Ashcroft Inc. Atlantic Hydraulics LLC Attica Hydraulic Exchange Corp.

Aurelius Mfg. Co., Inc. Automatic Valve Corp.

AW Company AW Gear Meters AW-Lake Company Axiomatic Technologies Corporation Bailey International Corporation Baldwin Filters Behringer Corp.

Bimba Manufacturing Company Birmingham Hydraulics, Inc. Bobalee Hydraulics Bondioli & Pavesi, Inc. Bosch Rexroth Hydraulics, Industrial and Mobile Bosch Rexroth Corporation, Pneumatics Brand Hydraulics Branham, W.C. Inc. Bray Controls Brennan Industries Brevini USA Briggs Bucher Hydraulics Inc. Burkert Fluid Control Systems C.C. Jensen, Inc. Canfield Connector Canimex Inc. CAPLUGS Carlisle Industrial Brake & Friction CAT PUMPS CEJN Industrial Corp.

Central Hydraulics Inc. Central Illinois Mfg., Co. Certified Power, Inc. Checkfluid Inc. Clean Filtration USA CMC Marine, Inc. Columbia Hydraulic Service, INC Comatrol Command Controls Corp.

Como Filtration Systems Component Sourcing Intl. LLC Concentric Rockford Inc. Control Enterprises, Inc. (C.E.I.) Control Products, Inc. Controlled Motion Solutions, Inc. Cotta Transmission Company COX Instruments CPV Manufacturing, Inc. Cross Fluid Power Cross Manufacturing Inc. CRS Service, Incorporated Custom Control Sensors, Inc. Custom Hoists, Inc. Dakota Fluid Power Datum-A-Industries, Inc. DEL Hydraulics, Inc. Delta^Q Corp.

Delta Power Co. Deltrol Fluid Products Denison Hydraulics, Inc. Deschner Corporation Deublin Company Devine Hydraulics Inc. Diamond Wire Spring Company Dichtomatik Americas

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ids -S yn t Flu het ids ic -W ate Ge r-G ar Dri lyc ve s ol He at Ex cha Hy ng dra ulic ers, A ir C Qu Hy ool ick dro ed sta Co n t ic D nec Joy tC riv stic es oup ks ling Joy s stic kC Lin o ntr ear o ller Po s siti Lu b on ric Tra ati n sd on Ma uce Equ nif rs ipm old ent s Op en Lo o pH Op yd r en aul Lo o ic M pH Op yd r oto en aul Lo o r ic M s - G p Op H ear y oto en dra rs ulic Ax Loop -V ial M a H ne oto Sw ydr rs a sh a u l Op -P pla ic M en isto te o Be Loop t n o Pis nt ton rs Ax Hyd is P rau Op isto lic M en n oto Loo rs pH Pis y dra ton u Ro lic dS Mo Pre toc tor ssu sk re Ra Ga Pre dia uge l Pi ssu s sto re n Se Pro n so por rs tio nal Op s& en Lo o Se rvo pH Op s y en Loo draul ic P pH Op um yd r en p aul Lo o ic P s - Ge pH Op ar um yd r en ps a L u Ax oop lic -G ial ero Pu Sw Hydr mp ter a sh a u l sOp Pis pla ic P en ton u te Loo Pis mps p ton Hyd Op en rau Loo lic pH Pum Re ydr pai ps aul r& -B ic P ent Re Re um con Ax se r ps is P dit vo i -R ion isto rs adi Ro i n ng and al P tar Se isto Ac yA r vic ces ctu n e Dir s so r ato ect ies rs, Mo iona Hy bile l C dra ulic Sta ontro Dir ck l ec Val Valv ve s e s Mo tiona bile l C Mo ontro nob l V Dir ec loc alve kV sSc tiona alv rew l C es o ntr In C o art l V Dir rid alv ect g e V es Sp iona alv eci es al P l Con t urp rol Se ose Val als Val ves ve s So ftw are Tub e& Pip Tub eF itti eC ngs lea nin Wh g eel Mo Wi tor rele s ss Co ntr ol V alv eD rive rs

Flu

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43

///////////////// Ac cu

Company

mu lat Ac cum ors Pis ula ton Ac t cum ors Bla ula dde tor Ca r sble Dia &H phr o se Cla agm mp C arr s-H ier o se Clu s /Tu tch bin es g &B Clu rak tch es es -B &B Clu rak rak tch e es es & Clu Co Bra tch nne kes cto -C rs Co lut nta chmin Bra a ke Co t i o nti nuo n Con t u rol sC Co upl a st ing Iro s-Q nB Cy uic lind ars kC ers onn ,H Cy ect yd r lind /Di a ulic ers sc o , -T Cy nne ie R lind Hydra ct ulic od ers ,H Cy We yd r lind lde aul ers d ic ,H Cy Thr yd r lind ead aul er i ed c S - Te ens Ele ctr les or oni cop c ing s Ele ctr oni cC Foo o ntr tP ols eda ls Hy dra ulic Filt Hy dra ers ulic -S uct Filt Hy ion dra ers ulic -P res Filt Hy su r dra ers e ulic -R etu F Flu rn id C ilters -C Sw ond har ive uc ge l Jo tors Cir int Flu cui s id C t &R ond ota Flu tin uct gU id C ors nio ond - Tu ns Flu uct bin id C ors g onn -H o se Flo ect w ors Me ter Flo sw Dif Me fer ter Flo ent sw ial Tur Me Pre bin t e ssu e Flu rs re -G ids e -P ar etr ole um Ba se

PRODUCT MATRIX

Differential Pressure Plus, Inc. Dixon Valve DMIC-Delaware Mfg. Industries Corp.

Doering Company Donaldson Company Inc. Double A Hydraulics Dresser Instruments DTS Fluid Power, LLC Duplomatic Hydraulics Dura-Bar Dylix Corporation Dynamic Fluid Components Dynamic Testing & Equipment Dynex Rivett, Inc. EAO Corporation Eaton Aerospace, Engineered Sensors Eaton-Hydraulics Business Echo Engineering and Production Supplies, Inc. Elite Manifolds Elma Electronic EMMEGI Heat Exchangers, Inc. Energy Manufacturing Company, Inc. Engineered Specialty Products Enpac Corporation Entwistle Co. Eskridge European Industrial Products, Inc. Everything Hydraulic, LP Evonik Oil Additives Exair Corporation ExpresSeal Div. of Apple Rubber Fairfield Manufacturing Company, Inc. Famic Technologies Inc. Faster Inc. Fastest Inc. Feroy Company, Inc. Ferry, Inc. FHI-Sioux City Filtration Products Corporation Filtrec North America Fisher Gold Star Flaretite Inc. Flint Hydraulics, Inc. Flodraulic Group Flodyne Controls, Inc. Flo-tech Flow Ezy Filters, Inc. Flow Technology, Inc. Flow-Tek, Inc., A Subsidiary of BRAY Int›l. Inc. Fluid Design Products, Inc. Fluid Energy Controls, Inc. Fluid Line Products, Inc. Fluid Power Associates Fluid Power Connections Fluid Power Inc. Fluid Power Service Corp.

Fluidtechnik USA, Inc. FluiDyne Fluid Power Force America Freelin-Wade Garrod Hydraulics Gates Corporation Geartek Gems Sensors & Controls Global Servo Hydraulics, Inc. Goodway Technologies Corp.

Goodyear Engineered Products Granzow Inc. Greenco Corp.

GS Hydraulics, Inc. GS North America LLC Hannover Fairs USA, Inc. Harman Corp.

Hartmann Controls Inc. Harvard Corporation Haskel HAWE Hydraulics Hayden Industrial Products Heavy Motions Inc. Hedland/Flow Meters Helac Corporation Helicoid Instruments, Bristol Babcock Inc. Hercules Sealing Products High Country Tek, Inc. Hoffer Flow Controls Holmbury Inc. Honor Pumps USA HosePower Houghton International, Inc. Hudson Extrusions, Inc. Humphrey Automation Inc. HUSCO International Hyco International Inc. Hydac International Hydracheck - A Division of FPTI, inc.

HydraDynamic Systems Hydradyne LLC Hydra-Hose & Supply Co. Hydramation, Inc. Hydra-Power Systems Inc. Hydraquip Distribution Hydrasoft Corporation Hydraulex Global Hydraulic Parts Source Hydraulic Repair and Design, Inc. Hydraulic Resources, Inc. Hydrauliques Continental Hydraulics, Inc. Hydra-Zorb Hydreco Hydro-Craft Inc Hy-Pro Filtration

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ids -S yn t Flu het ids ic -W ate Ge r-G ar Dri lyc ve s ol He at Ex cha Hy ng dra ulic ers, A ir C Qu Hy ool ick dro ed sta Co n t ic D nec Joy tC riv stic es oup ks ling Joy s stic kC Lin o ntr ear o ller Po s siti Lu b on ric Tra ati n sd on Ma uce Equ nif rs ipm old ent s Op en Lo o pH Op yd r en aul Lo o ic M pH Op yd r oto en aul Lo o r ic M s - G p Op H ear y oto en dra rs ulic Ax Loop -V ial M a H ne oto Sw ydr rs a sh a u l Op -P pla ic M en isto te o Be Loop t n o Pis nt ton rs Ax Hyd is P rau Op isto lic M en n oto Loo rs pH Pis y dra ton u Ro lic dS Mo Pre toc tor ssu sk re Ra Ga Pre dia uge l Pi ssu s sto re n Se Pro n so por rs tio nal Op s& en Lo o Se rvo pH Op s y en Loo draul ic P pH Op um yd r en p aul Lo o ic P s - Ge pH Op ar um yd r en ps a L u Ax oop lic -G ial ero Pu Sw Hydr mp ter a sh a u l sOp Pis pla ic P en ton u te Loo Pis mps p ton Hyd Op en rau Loo lic pH Pum Re ydr pai ps aul r& -B ic P ent Re Re um con Ax se r ps is P dit vo i -R ion isto rs adi Ro i n ng and al P tar Se isto Ac yA r vic ces ctu n e Dir s so r ato ect ies rs, Mo iona Hy bile l C dra ulic Sta ontro Dir ck l ec Val Valv ve s e s Mo tiona bile l C Mo ontro nob l V Dir ec loc alve kV sSc tiona alv rew l C es o ntr In C o art l V Dir rid alv ect g e V es Sp iona alv eci es al P l Con t urp rol Se ose Val als Val ves ve s So ftw are Tub e& Pip Tub eF itti eC ngs lea nin Wh g eel Mo Wi tor rele s ss Co ntr ol V alv eD rive rs

Flu

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OFF-HIGHWAY DIRECTORY 2014

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///////////////// Ac cu

Company

mu lat Ac cum ors Pis ula ton Ac t cum ors Bla ula dde tor Ca r sble Dia &H phr o se Cla agm mp C arr s-H ier o se Clu s /Tu tch bin es g &B Clu rak tch es es -B &B Clu rak rak tch e es es & Clu Co Bra tch nne kes cto -C rs Co lut nta chmin Bra a ke Co t i o nti nuo n Con t u rol sC Co upl a st ing Iro s-Q nB Cy uic lind ars kC ers onn ,H Cy ect yd r lind /Di a ulic ers sc o , -T Cy nne ie R lind Hydra ct ulic od ers ,H Cy We yd r lind lde aul ers d ic ,H Cy Thr yd r lind ead aul er i ed c S - Te ens Ele ctr les or oni cop c ing s Ele ctr oni cC Foo o ntr tP ols eda ls Hy dra ulic Filt Hy dra ers ulic -S uct Filt Hy ion dra ers ulic -P res Filt Hy su r dra ers e ulic -R etu F Flu rn id C ilters -C Sw ond har ive uc ge l Jo tors Cir int Flu cui s id C t &R ond ota Flu tin uct gU id C ors nio ond - Tu ns Flu uct bin id C ors g onn -H o se Flo ect w ors Me ter Flo sw Dif Me fer ter Flo ent sw ial Tur Me Pre bin t e ssu e Flu rs re -G ids e -P ar etr ole um Ba se

PRODUCT MATRIX

Hy-Spec Hydraulik Hyvair Corp.

IC-Fluid Power, Inc. igus Inc. IHD, Inc. Industrial Hardchrome, Ltd. Industrial Nut Corp.

Industrial Servo Hydraulics, Inc. Industrial Specialties Mfg. Interface Sealing Solutions Inserta Products, Inc. Integrated Hydraulics, Inc. International Fluid Power of America IQ Valves Janatics USA Inc. Jarp Ind. Jem Technical Marketing JH Technology Inc. JLM Systems John Deere Cylinder Division J.R. Merritt Controls Inc. JWF Technologies Kaeser Compressors, Inc. Kaiser Aluminum Fabricated Products, LLC Kavlico Corporation Kawasaki Precision Machinery of America Keller America Inc. Kepner Products Company Kocsis Technologies, Inc. Kraft Fluid Systems KTR Corporation KUKA Real-Time Products Kuriyama Of America Kurz Instruments, Inc. KVT Koenig LLC KYB Americas Corporation Lake Monitors, Inc. La - Man Corp.

LCR Electronics Legris Inc. Lenz Inc. Lexair, Inc. Lillbacka USA Inc. Lincoln Industrial Linde Hydraulics Corporation Liquid Controls Lodar USA Lubriplate Lubricants Co. Lydall Filtration (Filter Media) Lynch Fluid Controls, Inc. M & M Rogness Equipment Company Machinery Service and Design Mack Corporation MacMillin Hydraulic Engineering Corporation Macro Sensors Madison Company Magnetek Main Filter Group Main Manufacturing Products, Inc. Maradyne Corp.

Marco Rubber & Plastic Marion Mfg. Div of Maradyne Corp.

Marmon/Keystone LLC Mars Labs, LLC Marvel Consultants, Inc. Marzocchi Pumps USA Max Machinery, Inc. Men Micro Inc. Metal-Matic, Inc. Metaris Inc. Metro Machine & Engineering MFP Seals (A Division of Martin Fluid Power) Micheller and Son Hydraulics, Inc. MICO Incorporated Micro Mini Hydraulics Milton Roy Company Milwaukee Cylinder Moog Morris, S.G. Motion Industries Inc. MP Filtri Inc. MTE Hydraulics MTS Sensors Muncie Power Products Myron L Company NC Servo Technology Nachi America Nass Controls LP NewAge Industries Inc. Niagra Caps and Plugs Nike Hydraulics Inc. Norman Filter Company North Coast Seal, Inc. Noshok Nott Company Novotechnik U.S., Inc. NRP Jones, LLC Nutron Motor Co., Inc. Oem Controls, Inc. Oerlikon Fairfield Oetiker, Inc. Oilair Hydraulics, Inc. Oilgear Company Oil-Rite Corporation O›Keefe Controls Company Olsen Manufacturing Company, Inc. Omega Engineering, Inc. Omnex Control Systems Inc. Ono Sokki Technology Orange Research Otto

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WWW.FLUIDPOWERJOURNAL.COM | WWW.IFPS.ORG

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ids -S yn t Flu het ids ic -W ate Ge r-G ar Dri lyc ve s ol He at Ex cha Hy ng dra ulic ers, A ir C Qu Hy ool ick dro ed sta Co n t ic D nec Joy tC riv stic es oup ks ling Joy s stic kC Lin o ntr ear o ller Po s siti Lu b on ric Tra ati n sd on Ma uce Equ nif rs ipm old ent s Op en Lo o pH Op yd r en aul Lo o ic M pH Op yd r oto en aul Lo o r ic M s - G p Op H ear y oto en dra rs ulic Ax Loop -V ial M a H ne oto Sw ydr rs a sh a u l Op -P pla ic M en isto te o Be Loop t n o Pis nt ton rs Ax Hyd is P rau Op isto lic M en n oto Loo rs pH Pis y dra ton u Ro lic dS Mo Pre toc tor ssu sk re Ra Ga Pre dia uge l Pi ssu s sto re n Se Pro n so por rs tio nal Op s& en Lo o Se rvo pH Op s y en Loo draul ic P pH Op um yd r en p aul Lo o ic P s - Ge pH Op ar um yd r en ps a L u Ax oop lic -G ial ero Pu Sw Hydr mp ter a sh a u l sOp Pis pla ic P en ton u te Loo Pis mps p ton Hyd Op en rau Loo lic pH Pum Re ydr pai ps aul r& -B ic P ent Re Re um con Ax se r ps is P dit vo i -R ion isto rs adi Ro i n ng and al P tar Se isto Ac yA r vic ces ctu n e Dir s so r ato ect ies rs, Mo iona Hy bile l C dra ulic Sta ontro Dir ck l ec Val Valv ve s e s Mo tiona bile l C Mo ontro nob l V Dir ec loc alve kV sSc tiona alv rew l C es o ntr In C o art l V Dir rid alv ect g e V es Sp iona alv eci es al P l Con t urp rol Se ose Val als Val ves ve s So ftw are Tub e& Pip Tub eF itti eC ngs lea nin Wh g eel Mo Wi tor rele s ss Co ntr ol V alv eD rive rs

Flu

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47

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Company

mu lat Ac cum ors Pis ula ton Ac t cum ors Bla ula dde tor Ca r sble Dia &H phr o se Cla agm mp C arr s-H ier o se Clu s /Tu tch bin es g &B Clu rak tch es es -B &B Clu rak rak tch e es es & Clu Co Bra tch nne kes cto -C rs Co lut nta chmin Bra a ke Co t i o nti nuo n Con t u rol sC Co upl a st ing Iro s-Q nB Cy uic lind ars kC ers onn ,H Cy ect yd r lind /Di a ulic ers sc o , -T Cy nne ie R lind Hydra ct ulic od ers ,H Cy We yd r lind lde aul ers d ic ,H Cy Thr yd r lind ead aul er i ed c S - Te ens Ele ctr les or oni cop c ing s Ele ctr oni cC Foo o ntr tP ols eda ls Hy dra ulic Filt Hy dra ers ulic -S uct Filt Hy ion dra ers ulic -P res Filt Hy su r dra ers e ulic -R etu F Flu rn id C ilters -C Sw ond har ive uc ge l Jo tors Cir int Flu cui s id C t &R ond ota Flu tin uct gU id C ors nio ond - Tu ns Flu uct bin id C ors g onn -H o se Flo ect w ors Me ter Flo sw Dif Me fer ter Flo ent sw ial Tur Me Pre bin t e ssu e Flu rs re -G ids e -P ar etr ole um Ba se

PRODUCT MATRIX

Owens Research, Inc. Pace Mfg. Div. of Atlas Hydraulics Inc. Panagon Systems, Inc. Parker Fluid Control Division Parker Hannifin Parker Hannifin Hydraulic Filter Division Parker Hannifin Racor Division Parker Sterling Hydraulics Peninsular Cylinder Co. Peter Paul Electronics Co., Inc. Piher International Corporation Pinnacle Systems, Inc. Pisco USA, Inc. Plymouth Tube Co. Pneumadyne Inc. Poclain Hydraulics Polymer Molding Inc. Power Drives, Inc. (Buffalo, NY) Power Drives, Inc. (Erie, PA) Power Systems, LLC Poweram, Inc. Powertech Hydraulics Precision Filtration Products Precision Instrument Company Preso Flow Metering Equipment Pressroom Electronics Pressure Components Inc. Pressure Connections Corp.

Pressure Systems Inc. Prince Mfg. Corp.

Proportion Air Inc. RAM Industries Inc. Ramco Innovations RB Royal Industries, Inc. Rectus-Tema Corporation Reelcraft Industries, Inc. Rehobot, Inc. Reid Tool Supply Company Reverso Pumps, Inc. Ritepro, Inc., A Subsidiary of BRAY Int›l, Inc. RJ Hydraulics Inc. Rosedale Products, Inc. Rota-Cyl Corporation Rotary Power, Inc. Rotor Clip Company, Inc. RT Dygert RYCO Hydraulics Safeway Hydraulics, Inc Schmalz, Inc. Schroeder Industries Schunk Inc. Scorpion Technologies LTD Seal Master Corporation Senex Corporation Sensor Data Technologies Sensor Systems LLC Sensotec Inc. Senstronics SERFILCO, Ltd. ServoTek Products, Inc. Seventy-Three Mfg. Co. Inc. S.G. Morris Co. Sierra Instruments Silicon Designs, Inc. Simerics, Inc. Simrit SKF/Lincoln Lubrication Systems Smalley Steel Ring Company Snap-tite Quick Disconnect & Valve Div. Sonic Hydraulics/Sonic Tractor Parts Source Fluid Power Spartan Scientific Specialty Fittings Inc. Spectronics Corporation Spencer Fluid Power Sprague Products Springer CO-AX Inc Stanley M. Proctor Company Stauff Corporation Stelmi America, Inc. Sterling Hydraulics, Inc. Sun Hydraulics Corporation Sunfab North America SunSource Super Swivels SVF Flow Controls, Inc. Switching Solutions Inc. Sync-Lok, Inc. T-Lon Products Inc. Taiwan PU Corporation Tapeswitch Corporation Terex Utilities Inc. Texacone Texas Hydraulics, Inc. The IFH Group, Inc. The Lee Company The Oilgear Company Thermal Transfer Products Tobeyco Mfg. Co., Inc. Tobul Accumulator, Inc. Tracer Products Trelleborg Sealing Solutions TR Engineering Inc. Triple R America Turck, Inc. Tuthill Coupling Group - Hansen Coupling Tuthill Pump Group, Concord Operation UFI Hydraulic Filter Division UHI LTD Ultra Clean Technologies Corporation Ultraflo Corporation, A subsidiary of BRAY International Inc.

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ids -S yn t Flu het ids ic -W ate Ge r-G ar Dri lyc ve s ol He at Ex cha Hy ng dra ulic ers, A ir C Qu Hy ool ick dro ed sta Co n t ic D nec Joy tC riv stic es oup ks ling Joy s stic kC Lin o ntr ear o ller Po s siti Lu b on ric Tra ati n sd on Ma uce Equ nif rs ipm old ent s Op en Lo o pH Op yd r en aul Lo o ic M pH Op yd r oto en aul Lo o r ic M s - G p Op H ear y oto en dra rs ulic Ax Loop -V ial M a H ne oto Sw ydr rs a sh a u l Op -P pla ic M en isto te o Be Loop t n o Pis nt ton rs Ax Hyd is P rau Op isto lic M en n oto Loo rs pH Pis y dra ton u Ro lic dS Mo Pre toc tor ssu sk re Ra Ga Pre dia uge l Pi ssu s sto re n Se Pro n so por rs tio nal Op s& en Lo o Se rvo pH Op s y en Loo draul ic P pH Op um yd r en p aul Lo o ic P s - Ge pH Op ar um yd r en ps a L u Ax oop lic -G ial ero Pu Sw Hydr mp ter a sh a u l sOp Pis pla ic P en ton u te Loo Pis mps p ton Hyd Op en rau Loo lic pH Pum Re ydr pai ps aul r& -B ic P ent Re Re um con Ax se r ps is P dit vo i -R ion isto rs adi Ro i n ng and al P tar Se isto Ac yA r vic ces ctu n e Dir s so r ato ect ies rs, Mo iona Hy bile l C dra ulic Sta ontro Dir ck l ec Val Valv ve s e s Mo tiona bile l C Mo ontro nob l V Dir ec loc alve kV sSc tiona alv rew l C es o ntr In C o art l V Dir rid alv ect g e V es Sp iona alv eci es al P l Con t urp rol Se ose Val als Val ves ve s So ftw are Tub e& Pip Tub eF itti eC ngs lea nin Wh g eel Mo Wi tor rele s ss Co ntr ol V alv eD rive rs

Flu

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49

///////////////// Ac cu

Company

mu lat Ac cum ors Pis ula ton Ac t cum ors Bla ula dde tor Ca r sble Dia &H phr o se Cla agm mp C arr s-H ier o se Clu s /Tu tch bin es g &B Clu rak tch es es -B &B Clu rak rak tch e es es & Clu Co Bra tch nne kes cto -C rs Co lut nta chmin Bra a ke Co t i o nti nuo n Con t u rol sC Co upl a st ing Iro s-Q nB Cy uic lind ars kC ers onn ,H Cy ect yd r lind /Di a ulic ers sc o , -T Cy nne ie R lind Hydra ct ulic od ers ,H Cy We yd r lind lde aul ers d ic ,H Cy Thr yd r lind ead aul er i ed c S - Te ens Ele ctr les or oni cop c ing s Ele ctr oni cC Foo o ntr tP ols eda ls Hy dra ulic Filt Hy dra ers ulic -S uct Filt Hy ion dra ers ulic -P res Filt Hy su r dra ers e ulic -R etu F Flu rn id C ilters -C Sw ond har ive uc ge l Jo tors Cir int Flu cui s id C t &R ond ota Flu tin uct gU id C ors nio ond - Tu ns Flu uct bin id C ors g onn -H o se Flo ect w ors Me ter Flo sw Dif Me fer ter Flo ent sw ial Tur Me Pre bin t e ssu e Flu rs re -G ids e -P ar etr ole um Ba se

PRODUCT MATRIX

Unique Automation LLC United Electric Controls Universal Grinding Corporation Universal Hydraulics Intl. Ltd. V & P Hydraulic Products Validyne Engineering Van Air Inc. Veethree Electronics & Marine LLC Ventura Hydraulic & Machine Works, Inc. Vescor Corp.

Vest, Inc. Veyance Technologies Viatran Corporation Vonberg Valve Von Ruden Mfg., Inc. VOSS Fluid GmbH Wainbee LTD Wandfluh of America, Inc. Warner Electric Webster Instruments Webtec Wen Technology, Inc. Wessel - Hydraulik GmbH Western Hydrostatics, Inc. Western Integrated Technologies White Drive Products, Inc. Whitman Controls Corporation WIKA Instrument Corporation Wilkes & McLean Wilson Company Winters Instruments Wojanis Supply Co. Inc. Womack Machine Supply Co. World Wide Fittings Corp.

World Wide Metric Worthington AG Parts Yates Industries, Inc. Youli America Young Engineering Young Powertech Yuken/ALA Industries Limited Zatkoff Seals & Packings Zemarc Corporation Zinga Industries ZMC Corporation ZSI

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M2 Cartridge Motor

Variable Pumps Fixed Flow Pumps

HugeNow StockTaking of Pumps andorders Motorsforin New Our NJ 2 Bolt Flange Warehouse Now! Motors

CIRCLE 190

CIRCLE 191

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ids -S yn t Flu het ids ic -W ate Ge r-G ar Dri lyc ve s ol He at Ex cha Hy ng dra ulic ers, A ir C Qu Hy ool ick dro ed sta Co n t ic D nec Joy tC riv stic es oup ks ling Joy s stic kC Lin o ntr ear o ller Po s siti Lu b on ric Tra ati n sd on Ma uce Equ nif rs ipm old ent s Op en Lo o pH Op yd r en aul Lo o ic M pH Op yd r oto en aul Lo o r ic M s - G p Op H ear y oto en dra rs ulic Ax Loop -V ial M a H ne oto Sw ydr rs a sh a u l Op -P pla ic M en isto te o Be Loop t n o Pis nt ton rs Ax Hyd is P rau Op isto lic M en n oto Loo rs pH Pis y dra ton u Ro lic dS Mo Pre toc tor ssu sk re Ra Ga Pre dia uge l Pi ssu s sto re n Se Pro n so por rs tio nal Op s& en Lo o Se rvo pH Op s y en Loo draul ic P pH Op um yd r en p aul Lo o ic P s - Ge pH Op ar um yd r en ps a L u Ax oop lic -G ial ero Pu Sw Hydr mp ter a sh a u l sOp Pis pla ic P en ton u te Loo Pis mps p ton Hyd Op en rau Loo lic pH Pum Re ydr pai ps aul r& -B ic P ent Re Re um con Ax se r ps is P dit vo i -R ion isto rs adi Ro i n ng and al P tar Se isto Ac yA r vic ces ctu n e Dir s so r ato ect ies rs, Mo iona Hy bile l C dra ulic Sta ontro Dir ck l ec Val Valv ve s e s Mo tiona bile l C Mo ontro nob l V Dir ec loc alve kV sSc tiona alv rew l C es o ntr In C o art l V Dir rid alv ect g e V es Sp iona alv eci es al P l Con t urp rol Se ose Val als Val ves ve s So ftw are Tub e& Pip Tub eF itti eC ngs lea nin Wh g eel Mo Wi tor rele s ss Co ntr ol V alv eD rive rs

Flu

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®

PENINSULAR C Y L I N D E R C O.

TIE-ROD TYPE CYLINDERS

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‰ PRODUCT REVIEW

CAN EXCAVATOR TECHNOLOGY,

HAWE Hydraulics

Ë The controls, suitable for lightweight or heavy-duty excavators, can adjust volume flows for all functions if the pump comes to its displacement limits. This is achieved through targeted prioritizing. The programmable logic valve control, PLVC constantly collects data from the joystick, pump, and combustion engine, and calculates the priority of functions requested by the excavator’s driver. Ancillary blocks with shock and suction valves, as well as adjusted intermediate plates, are available to extend the hydraulic control with additional functions.

This freely selectable distribution of volume flow can be adjusted for various application profiles and energy-saving modes. With the highly dynamic PSL - proportional directional spool valve, it is possible, for example, to steer the excavator bucket in such a way that the hydraulic cylinder pulsates forwards and backwards, and therefore penetrates more effectively when operated in blow mode. The spool in the proportional directional spool valve is optimized for finely controlled movements so that a fully extracted boom can be adjusted to the centimeter while performing its upward and downward movements. It is also possible to pre-calculate the back pressures at pulling loads so the dynamic excavation has low loss. www.haweusa.com

HYDRAULIC LIVE SWIVELS,

Super Swivels®

‰ The Super-Duty-Swivels™ line of hydraulic live swivels features a multiple bearing race design and provides maximum strength, durability, wear resistance, and hydraulic system performance. For heavy-duty applications, it offers side load strength with tight tolerances, heat-treated inner and outer bearing races for a secure bearing ridge with models rated up to 10,000 psi. www.superswivels.com

Rosedale Petrochem Filtration visit rosedale

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National TOLL FREE: (800) 441-1994

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Ads-Hydraulics&Pneumatics.indd 1

8/8/07 9:35:24 AM

NFPA NEWS

What is Power2Move?

by Eric Lanke, CEO NFPA Like almost everyone else I know, I had never heard of fluid power before. When I came on board as the CEO of the National Fluid Power Association (NFPA), I was coming from an organization that managed professional medical societies. I knew a lot about running an association.

But fluid power? Not so much.

Now it’s six years later.* Needless to say, I’ve learned a lot about fluid power and have come to understand this industry in ways most people do not. As I reflect on this journey, two important concepts really stand out.

First, there is a lot worth knowing about fluid power. Far from being the stagnant and outdated caricature some people like to paint, hydraulics and pneumatics represent foundational technologies that our modern society absolutely depends on. That hasn’t changed in a hundred years and isn’t going to change anytime soon. In the last ten years, there has been a literal renaissance going on within our industry. By integrating with other technologies, and by pursuing high-level research and development, fluid power is not only solidifying its hold on those foundational applications, it is expanding into ever-increasing frontiers.

That’s the first concept I’ve come to understand. What’s the second?

Still, nobody knows this.

Suppose you’re an engineer or technician working for a company that builds machines that rely on fluid power components or systems. Or perhaps you’re an owner or operator of one of those machines, someone who depends on fluid power to perform tasks critical to your livelihood. Or suppose you’re an engineer responsible for design solutions across a wider spectrum, constantly looking for new ways of solving old problems. Or perhaps you’re a member of our technically literate public, someone just curious about new technologies and novel ways of doing things.

If any of these descriptions fit you, then you should know more about the changes going on in the fluid power industry. And, more importantly, we want you to have a stake in the conversation that’s driving those changes forward.

That, in a nutshell, is why we created Power2Move. It’s a blog where we will share information that reflects what’s new and exciting about hydraulics, pneumatics, and the industry behind them. And it’s a place where we hope to connect with the broad community of fluid power users and those increasingly reliant on our technology.

To read and/or subscribe to the Power2Move blog go to www.PWR2MOVE.com. * This blog originally appeared in October 2012 when NFPA first launched Power2Move.

UPCOMING EVENTS NFPA REGIONAL MEETING April 1, 2014, Hennepin Technical College Eden Prairie Campus, MN

NFPA INDUSTRY AND ECONOMIC OUTLOOK CONFERENCE (IEOC) August 11-13, 2014 Westin Chicago North Shore, Wheeling, IL

May 21, 2014, Somerset Inn, Troy, MI

FLUID POWER

PROFESSIONALS’ DAY: JUNE 19TH

IFPS has dedicated June 19th in recognition of all who work in the fluid power industry!

2014 IFPE FLUID POWER ZONE September 8-12, 2014 McCormick Place, Chicago, IL 2014 CCEFP ANNUAL MEETING October 13-15, 2014 Vanderbilt University Marriott Hotel Nashville, TN

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he International Fluid Power Society (IFPS) has dedicated June 19 as “Fluid Power Professionals' Day” - a day of recognition for all of us who work in the fluid power field!

It has been said that fluid power is a “hidden giant” because it is so common in every aspect of our day-to-day existence that we have simply overlooked the obvious. There is not a vehicle, ship, plane, or train that can operate without fluid power. There is no consumer item, no electronic gadget, and no morsel of food we grow that can exist in enough quantity at a cost we can afford without the use of fluid power and our efforts.

From the ancient waterwheels of an emerging agrarian economy through the renaissance of industrial revolution to the automation and information technology age of today, we have worked to utilize, maintain, improve, and advance this all-encompassing technology. These efforts have

improved productivity, ensured safety, and provided critical services that improve the quality of all of our lives. THANK YOU!

WHY JUNE 19TH? A little bit of history behind the date is interesting. Blaise Pascal—a French mathematician, inventor, writer, and physicist—was born on this day clear back in 1623. His work in hydrodynamics and hydrostatics, including the invention of the hydraulic press, paved the way for all future innovations.

He was also instrumental in experiments in pneumatics that examined the behavior of air in a vacuum and validated the work of the man who invented the barometer, Evangelista Torricelli.

Because of Blaise Pascal and his work, the scientific foundation of thermodynamics and fluid power was set to build upon for those who followed.

PHOTO CONTEST IFPS is also hosting the first-annual Fluid Power Photo Contest! The submission deadline has past. The top winners of the photo contest will be published in the July/August issue of the Fluid Power Journal.

CELEBRATE THE DAY Wear emblems, pins, badges, and shirts noting your fluid power affiliation or organization.

Plan a picnic. Demonstrate practical hydraulics to the kids with a squirt gun battle or just set up the sprinkler in the back yard. On your way to the beach, pool, or water park, note how many fluid power applications you can spot. Make this a special day in your life of day-to-day work in fluid power by taking the time to celebrate with your friends and colleagues in the industry. Remember that your efforts make all the difference.

Hands-On Hydraulic Training • Basic • Advanced • Safety • In-Plant Reduce Equipment Downtime Increase Personnel Confidence Identify and Troubleshoot Failures

Call today 800-569-9800 or visit us online www.womack-educational.com CIRCLE 196

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‰ EXECUTIVE PROFILE

Supplying Stainless Cylinders to the Food Industry for Over 50 Years

PROFILE DATA John Juhasz, CFPS, CFPECS, is territory manager at Kraft Fluid Systems. His resume includes time at John Deere, Bobcat, Cummins, and Buckeye Hydraulics before joining Kraft Fluid Systems in 2005. He covers lower Michigan, northwest Ohio, and northern Indiana working with OEM customers. He currently resides in Montpelier, Ohio, with his wife and four daughters. Mr. Juhasz is a member of the IFPS 2014 Board of Directors.

‰ WHEN AND WHERE DID YOUR CAREER IN FLUID POWER BEGIN?

My career started when I was 8-9 years old repairing equipment on our family farm. It led to heavily participating in the Agricultural Mechanics contests in FFA (Future Farmers of America) in high school, then a degree in Fluid Power from Ohio State ATI in Wooster. ‰ WHAT IS THE MOST MEMORABLE MOMENT IN YOUR FLUID POWER CAREER, AND WHAT DID IT TEACH YOU?

In the early 2000s, I was called on a service call to discover a high-pressure hydraulic system that was plumbed partially with PVC water pipe. Mortified, I instructed the maintenance techs at that facility to keep the machine shut down until proper rated plumbing was installed. It made an impression on me that we take things for granted sometimes and that not everyone exposed to fluid power is “savvy” about fluid power. ‰ WHAT DO YOU FEEL IS THE MOST IMPORTANT ACHIEVEMENT IN THE FLUID POWER INDUSTRY?

In a roundabout way, the fact that fluid power is so obscure is testament to our industry’s utmost utility. ‰ HOW AND WHY DID YOU GET INVOLVED IN THE IFPS?

Having held certifications for close to 20 years through IFPS, I felt that “giving back” or “paying forward” was certainly appropriate. When Bob Kraft (founder of Kraft Fluid Systems and former IFPS president) suggested to me that I get involved, it was a wake-up call reminiscent of “Why didn’t I think of that sooner?”

‰ WHY DO YOU FEEL THE IFPS IS IMPORTANT?

A couple of reasons. First, the certification/ training is a “common core” that builds professionalism in the industry. Second, maintaining a “noise level” to stay on the radar of young professionals and students, especially those interested in technology, maintains the influx of youth and subsequent generations into fluid power. ‰ WHERE DO YOU SEE THE FLUID POWER INDUSTRY HEADING IN THE NEXT 10 YEARS?

The easy answer would be more electronic controls, but I think that bell curve has already hit the 80/20 range and leveled off. The bubble won’t burst, but it’s not going to continue growing exponentially as it has the past 10 years.

The real elephant in the room is the number of seasoned and experienced professionals that will retire in the next decade, taking with them a wealth of experience and knowledge. ‰ WHAT ARE SOME OF YOUR FAVORITE HOBBIES AND INTERESTS?

Cooking, gardening, and hunting. Specifically, I grow corn for size and have won several competitions for tall stalks and large ears (stalks 21+ feet tall and ears over 16" long).

All Threaded Construction Stainless Steel Cylinders Allenair’s all Stainless Steel threaded Construction Cylinders are designed to exceed the strict wash down requirements of the food and process equipment industries. For use where bacterial, environmental or corrosion problems exist.

Because all metal parts are 300 series stainless, they are particularly recommended for the poultry, beef and dairy processing and packaging industries.

Over 20,000 cylinders in stock, ready for immediate delivery.

‰ WHAT IS SOMETHING PEOPLE WOULD BE SURPRISED TO LEARN ABOUT YOU?

When I was in high school, I couldn’t decide if I wanted to be a chef or a heavy equipment mechanic. I toured and visited several culinary academies, as well as several diesel and equipment programs. I noticed the diesel mechanic shops were all cleaner than the culinary kitchens. Kind of made my decision easier.

John can be reached at jjuhasz@kraftfluid.com.

ThInkIng All STAInleSS???

ThInk AllenAIr! AllenAIr COrpOrATIOn 255 East 2nd Street Mineola, NY 11501-3502 516-747-5450 FAX: 516-747-5481 E-MAIL: Info@Allenair.com CIRCLE 197

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IFPS TESTING LOCATIONS

IFPS Certification Testing Locations Individuals wishing to take any IFPS written certification tests are able to select from convenient locations across the United States and Canada.

The IFPS is able to offer these locations through its affiliation with The Consortium of College Testing Centers (CCTC) provided by National College Testing Association (NCTA).

To register for an IFPS written certification test: 1. Fill out an IFPS certification test application including your desired location by visiting www.ifps.org.

2. Submit your application with payment to IFPS headquarters.

3. Upon receipt of your application, you will be e-mailed instructions. Testing dates for any locations listed below are as follows:

‰

APRIL 2014 Tuesday, 4/1 Thursday, 4/17

MAY 2014 Tuesday, 5/6 Thursday, 5/15

JUNE 2014 Tuesday, 6/3 Thursday, 6/19

JULY 2014 Tuesday, 7/1 Thursday, 7/17

AUGUST 2014 Tuesday, 8/5 Thursday, 8/21

SEPTEMBER 2014 Tuesday, 9/2 Thursday, 9/18

Questions? Please call IFPS headquarters at 800-308-6005 or e-mail Tom Crehan at tcrehan@ifps.org.

ALASKA Anchorage, AK Fairbanks, AK ALABAMA Auburn University, AL Birmingham, AL Decatur, AL

Huntsville, AL Jacksonville, AL Mobile, AL Montgomery, AL Normal, AL Tuscaloossa, AL ARKANSAS Bentonville, AR

Hot Springs, AR Little Rock, AR ARIZONA Flagstaff, AZ Flagstaff, AZ Glendale, AZ Mesa, AZ Phoenix, AZ

Prescott, AZ Scottsdale, AZ Sierra Vista, AZ Tempe, AZ Thatcher, AZ Tucson, AZ Yuma, AZ

CALIFORNIA Aptos, CA Arcata, CA Bakersfield, CA Encinitas, CA Fountain Valley, CA Fresno, CA Fullerton, CA Irvine, CA Los Altos Hills, CA Los Angeles, CA Marysville, CA Riverside, CA Sacramento, CA Salinas, CA San Diego, CA San Jose, CA San Luis Obispo, CA Santa Ana, CA Santa Maria, CA Santa Rosa, CA COLORADO Aurora, CO Boulder, CO Colorado Springs, CO Denver, CO Durango, CO Ft. Collins, CO Greeley, CO Lakewood, CO Littleton, CO Pueblo, CO DELAWARE Dover, DE Georgetown, DE Newark, DE FLORIDA Avon Park, FL Boca Raton, FL Cocoa, FL Davie, FL

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Daytona Beach, FL Fort Pierce, FL Ft. Myers, FL Gainesville, FL Jacksonville, FL Lakeland, FL Miami Gardens, FL New Port Richey, FL Orlando, FL Panama City, FL Pembroke Pines, FL Pensacola, FL Plant City, FL Rockledge, FL Sanford, FL St. Petersburg, FL Tampa, FL Winter Haven, FL GEORGIA Albany, GA Athens, GA Atlanta, GA Carrollton, GA Columbus, GA Dahlonega, GA Dunwoody, GA Lawrenceville, GA Morrow, GA Oakwood, GA Statesboro, GA Tifton, GA Valdosta, GA HAWAII Laie, HI IOWA Cedar Rapids, IA Iowa City, IA Ottumwa, IA Sioux City, IA Waterloo, IA

IDAHO Boise, ID Coeur d ‘Alene, ID Idaho Falls, ID Lewiston, ID Moscow, ID Nampa, ID Rexburg, ID Twin Falls, ID ILLINOIS Carbondale, IL Carterville, IL Champaign, IL Crystal Lake, IL Decatur, IL DeKalb, IL Edwardsville, IL Glen Ellyn, IL Joliet, IL Malta, IL Normal, IL Peoria, IL Springfield, IL Sugar Grove, IL INDIANA Bloomington, IN Columbus, IN Evansville, IN Fort Wayne, IN Gary, IN Indianapolis, IN Kokomo, IN Lafayette, IN Lawrenceburg, IN Madison, IN Muncie, IN New Albany, IN Richmond, IN Sellersburg, IN South Bend, IN Terre Haute, IN KANSAS Lawrence, KS Manhattan, KS

Overland Park, KS Wichita, KS KENTUCKY Bowling Green, KY Covington, KY Louisville, KY Highland Heights, KY Morehead, KY LOUISIANA Bossier City, LA Lafayette, LA Monroe, LA Natchitoches, LA New Orleans, LA Thibodaux, LA MASSACHUSETTS Boston, MA Bridgewater, MA Danvers, MA Haverhill, MA Holyoke, MA MARYLAND Arnold, MD Baltimore, MD Bel Air, MD Bowie, MD Columbia, MD Frederick, MD Hagerstown, MD La Plata, MD Westminster, MD Wye Mills, MD MICHIGAN Ann Arbor, MI Big Rapids, MI Dearborn, MI Dowagiac, MI East Lansing, MI Flint, MI Grand Rapids, MI Kalamazoo, MI

Lansing, MI Livonia, MI Mount Pleasant, MI Sault Ste. Marie, MI Troy, MI University Center, MI Warren, MI MINNESOTA Mankato, MN Morris, MN MISSOURI Cape Girardeau, MO Columbia, MO Cottleville, MO Joplin, MO Kansas City, MO Kirksville, MO Poplar Bluff, MO Rolla, MO Sedalia, MO Springfield, MO St. Joseph, MO St. Louis, MO Warrensburg, MO

MISSISSIPPI Goodman, MS Mississippi State, MS Raymond, MS University, MS MONTANA Bozeman, MT Missoula, MT NORTH CAROLINA Apex, NC Asheville, NC Boone, NC Durham, NC Fayetteville, NC Greensboro, NC Greenville, NC Jamestown, NC Misenheimer, NC Mount Olive, NC Mt. Olive, NC Pembroke, NC Raleigh, NC Wilmington, NC

NORTH DAKOTA Bismark, ND Fargo, ND NEBRASKA Bellevue, NE Lincoln, NE North Platte, NE Omaha, NE NEW JERSEY Branchburg, NJ Lincroft, NJ Sewell, NJ Toms River, NJ West Windsor, NJ NEW MEXICO Albuquerque, NM Clovis, NM Farmington, NM Portales, NM Santa Fe, NM NEVADA Henderson, NV North Las Vegas, NV

NEW YORK Brooklyn, NY Garden City, NY Middletown, NY New York, NY Syracuse, NY OHIO Akron, OH Cincinnati, OH Cleveland, OH Columbus, OH Findlay, OH Kirtland, OH Lima, OH Newark, OH Orrville, OH Rio Grande, OH Toledo, OH Youngstown, OH OKLAHOMA Altus, OK Bethany, OK Edmond, OK Norman, OK Oklahoma City, OK

Stillwater, OK Tonkawa, OK Tulsa, OK OREGON Bend, OR Coos Bay, OR Eugene, OR Gresham, OR Medford, OR Oregon City, OR Portland, OR White City, OR PENNSYLVANIA Bloomsburg, PA Blue Bell, PA Gettysburg, PA Harrisburg, PA Lancaster, PA Newtown, PA Philadelphia, PA Pittsburgh, PA York, PA SOUTH CAROLINA Beaufort, SC Charleston, SC Columbia, SC

Conway, SC Greenville, SC Greenwood, SC Orangeburg, SC Rock Hill, SC Spartanburg, SC TENNESSEE Blountville, TN Clarksville, TN Collegedale, TN Gallatin, TN Johnson City, TN Knoxville, TN Memphis, TN Morristown, TN Murfreesboro, TN Nashville, TN TEXAS Abilene, TX Arlington, TX Austin, TX Beaumont, TX Brownsville, TX Commerce, TX Dallas, TX Denison, TX El Paso, TX

Houston, TX Huntsville, TX Laredo, TX Lubbock, TX Mesquite, TX Victoria, TX Weatherford, TX Wichita Falls, TX UTAH Cedar City, UT Kaysville, UT Logan, UT Ogden, UT Orem, UT Provo, UT Salt Lake City, UT VIRGINIA Lynchburg, VA Norfolk, VA Roanoke, VA Virginia Beach, VA WASHINGTON Bellingham, WA Bremerton, WA Ellensburg, WA Olympia, WA

Seattle, WA Shoreline, WA WISCONSIN Casper, WY Cleveland, WI Fond du Lac, WI La Crosse, WI Laramie, WY Milwaukee, WI WYOMING Torrington, WY CANADA Arcata, CA Castlegar, BC Edmonton, AB Kamloops , BC Lethbridge, AB London, ON Mississauga, ON Moose Jaw, SK Nanaimo, BC Prince Albert, SK Saskatchewan, SK Saskatoon, SK Toronto, ON Windsor, ON

Industrial Global Sales COME JOIN THE LEADING FLUID POWER DISTRIBUTOR IN LATIN AMERICA AND THE CARIBBEAN! Industrial Global Sales is The Premier Company specializing in Fluid Power distribution throughout Latin America and the Caribbean. Industrial Global Sales serves as the Master Warehouse Distributor for Eaton Hydraulics and other major manufacturers. Strategically located in South Florida. Our commitment is to serve the needs of our international Affiliates and Distributors by providing products from The Leaders in the Fluid Power industry.

We are currently seeking an experienced, motivated sales specialist whose primary responsibility is to grow by acquiring new business and expanding existing partnerships within the assigned territories. Ideal candidate will have proven sales experience in the Caribbean and Latin America areas. Strong ties to the South Florida export community a plus. Candidate must be willing to travel internationally up to 40%. This position requires a minimum of 3-5 years proven sales experience, preferably in outside international sales in industrial or commercial products. BA/BS in Industrial, Electrical or Mechanical Engineering or related field preferred. Fully Bilingual (English- Spanish) and a valid passport required.

Industrial Global Sales is part of Hydraulic Supply Company, the Leading Eaton Hydraulics Distributor in the US. SEND RESUMES TO RESUME@HYDRAULIC-SUPPLY.COM.

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d rie a n v der o ly rin fe y T ew a b s er red in N te v eu ctu ing ple n a fa aliz om ed u i m o an ec a c liver t p s ble d m y s on de ive a d n g n s n e e r is a a ie te ned mp rel on a hin erat s t o c e a . p a ve ig c ar es ed chin y E m ly o able h b w fe h D s a e re ers. -ba m ped e ne sa eac t pe fell land , the elo . Th y to unr o l v d it a s e p s tre Ze er , de s Lt abil usly e l m n e st ona New sto utio tion the revio X i cu sol olu ies s p A dit ., a y M a b tr Ltd str trol er S pan wa m e t e n i Cl nlik ring for co Pow com tha ew n, u ee nd ulic uid try rain n in la ra Fl es er e ai Th terr Eng Zea hyd by for in t

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ith worker safety as a chief concern, forest owners across the globe are constantly looking for methods to protect their employees from dangerous working conditions while increasing harvest yields. In the forestry industry, the monumental physical challenges brought on by steep terrain makes safety concerns even more urgent.

On flat ground, forestry professionals typically rely on harvesting machines to reduce safety risks. On steep hills, however, traditional equipment is not suitable due to lack of stability; sharp angles create issues with traction control and engine and hydraulic oil levels, making traditional machinery a dangerous solution.

Safer, More Efficient Equipment To enhance safety for forestry professionals, the machine needed to function safely on extreme angles with heavier construction and different boom geometry. The new machine also had to include complex logic control and sensors for self-monitoring, ensuring the machine would stay in place regardless of conditions.

To achieve these goals, the hydraulic system needed a complete redesign to manage the winch system and handle the sharp angles of the boom, which holds the felling head­—a key portion of the cutting operation.

The development was a totally new concept for Trinder, so without any points of comparison for the machine, Trinder invented and built a new harvester by disassembling and rebuilding the flat ground harvester with heavier construction.

Working with distributor Fluid Power Solutions, Eaton delivered a complete control solution package and helped Trinder’s programmer overcome circuit design issues. In addition to a seven-inch Moeller color touch screen, Eaton recommended three controllers, directional control

valves, hoses and fittings, and slip-in and screw-in cartridge valves for hydraulic control­—all of which ensure precise control even under the toughest conditions.

A Safe Solution for Tree Harvesting in Rough Terrain The control system design faced two big challenges. First, the winch needed to be controlled automatically to allow the operator to concentrate on driving the felling machine. Second, the design had to achieve a high standard of safety, giving the operator the confidence to operate the machine on the steepest of slopes with differing ground conditions.

Eaton’s control solution allows the winch and tracks to work in unison with operators, who have the ability to change modes for different terrain and maneuvers by simply pressing one of three buttons conveniently located on one of the joysticks.

The new machine features the option of using the boom to stabilize the machine. The software program embeds the monitoring of all electrical hardware components to ensure that everything is working correctly.

There is also a blade on the machine that doubles as a safety device and is automatically driven into the ground to provide stability in case of a power failure.

The harvester is the first of its kind in New Zealand, and forest owners in the country are already stipulating that a winch-assisted machine will be used on slopes over a certain angle. This is likely to become an industry-wide standard. Though it will take years to fully determine how the ClimbMAX machine is helping reduce forestry accidents, its use has already helped minimize the number of lumberjacks who have to work on steep slopes, increasing safety by reducing the potential for accidents.

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59

FPEF NEWS

Corporate Scholarship Supporter - Fluid Power Education Foundation Help the FPEF support youth interested in fluid power by becoming a Corporate Scholarship Sponsor. 100% of all scholarship donations go to the student. The Foundation’s trustees receive and review scholarship applications from students nationwide. If they are approved, the student will receive a $2,000 scholarship to help them offset costs of tuition, housing, books, etc. All scholarship recipients also receive complimentary one-year membership in the International Fluid Power Society, and their success stories are profiled in the Fluid Power Journal. An FPEF Scholarship – sponsored by YOUR COMPANY NAME – will be awarded to a high caliber student pursuing fluid power interests.

PLATINUM – SUPPORT 20 FLUID POWER STUDENTS WITH $2,000 SCHOLARSHIPS........................... $40,000 In return for your generous scholarship support you will receive • Full-Page Ad in the Fluid Power Journal - FPEF Scholarship Issue, with Platinum Level Recognition • Full-Page Ad in the FPEF Print Newsletter, with Platinum Level Recognition • Logo with link in the FPEF E-News, with Platinum Level Recognition • Platinum Level Recognition, Logo and Link on Scholarship Page

GOLD – SUPPORT 15 FLUID POWER STUDENTS WITH $2,000 SCHOLARSHIPS........................... $30,000 In return for your generous scholarship support you will receive • Half-Page Ad in the Fluid Power Journal - FPEF Scholarship Issue, with Gold Level Recognition • Half-Page Ad in the FPEF Print Newsletter, with Gold Level Recognition • Logo with link in the FPEF E-News, with Gold Level Recognition • Gold Level Recognition, Logo and Link on Scholarship Page

“I would like to take this opportunity to thank you for your gracious gift of a scholarship towards my academic success in the field of fluid power. Your gift will be an invaluable asset to finance my education and establish a lifelong career in the fluid power industry. Your commitment to helping students succeed in this field is outstanding.”

– Andrew Van Beusekom, Hennepin Technical College, Eden Prairie Campus “As a full-time student, this scholarship has been very helpful for my family's finances. I appreciate everyone who donates time and money to make these scholarships possible.”

– Ty Bowen, Minnesota West Community and Technical College

SILVER – SUPPORT 10 FLUID POWER STUDENTS WITH $2,000 SCHOLARSHIPS........................... $20,000 In return for your generous scholarship support you will receive • Quarter-Page Ad in the Fluid Power Journal - FPEF Scholarship Issue, with Silver Level Recognition • Quarter-Page Ad in the FPEF Print Newsletter, with Silver Level Recognition • Logo with link in the FPEF E-News, with Silver Level Recognition • Silver Level Recognition, Logo and Link on Scholarship Page

BRONZE – SUPPORT 5 FLUID POWER STUDENTS WITH $2,000 SCHOLARSHIPS........................... $10,000 In return for your generous scholarship support you will receive • Logo in the Fluid Power Journal - FPEF Scholarship Issue, with Bronze Level Recognition • Logo in the FPEF Print Newsletter, with Bronze Level Recognition • Logo with link in the FPEF E-News, with Bronze Level Recognition • Bronze Level Recognition, Logo and Link on Scholarship Page

FRIENDS – SUPPORT A FLUID POWER STUDENT WITH A $2,000 SCHOLARSHIP..............................$2,000

*FPEF is a 501(c)(3) so your donation is tax deductible. If your company becomes a corporate scholarship sponsor and takes advantage of the Fluid Power Journal’s advertisement benefit, your tax deduction will be minus the monetary value of the advertisement. You may opt out of the Fluid Power Journal’s advertisement, making your total contribution tax deductible. How to make your tax deductible* contribution : Contact FPEF secretariat by e-mailing info@fpef.org or by calling 856-424-9248.

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AIR TEASER

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What standard size cylinder would be needed to lift the given load at the present angle using 100 PSI and a 2-1/2" diameter rod?

New Problem

What standard size cylinder would be needed to lift the given load at the present angle using 100 psi and a 2½" diameter rod?

5.1962

3.0000

8.0000

Ø1.5000

Question: What will the cylinder do if the push button is pushed and held?________________________ 400 Lbs. 400 lbs. and What will the cylinder do if the push button is pushed released with a 50 PSI load on the cylinder?__________ PREVIOUS PROBLEM

2

4

1

3 5

SOLUTION pilot, the spring will take over, pushing the valve to the left and retracting the cylinder.

This is a one-shot circuit. It does not matter if the operator just pushes the button momentary or holds the button; the cylinder will respond the same.

By Ernie Parker AI, AJPP, AJPPCC, S, MT, MM, MIH, MIP, MMH, Fluid Power Instructor, Hennepin Technical College, EParker@Hennepintech.edu

The teaser is posted on the IFPS website (www.ifps.org) and also printed in the Fluid Power Journal. Submit your information via the website, or fax it to 856-424-9248 attn: Donna Pollander. Those who submit the correct answer before the deadline will have their names printed in the Society Page newsletter and in Fluid Power Journal. The winners will also be entered into a drawing for a special gift.

Jim Lager, Owner PIRTEK Love Field & PIRTEK Meacham, Dallas, TX

1-888-774-7835

1 in the USA Exclusive Territories Available #

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What will the cylinder do if the push button is pushed and held?

What will the cylinder do if the push button is pushed and released with a 50-psi load on the cylinder?

The cylinder will extend, dwell, and then retract after a period of time for both answers.

The operator will push the left valve directing air to the shuttle valve and to the pilot-operated air valve. When the valve shifts, it directs air to the cylinder and also to both pilot lines. Air will go to the left pilot line, through the shuttle valve, and hold the main valve energized after the operator lets go of the push-button valve. Air also goes to the right pilot line, through the flow control, and fills the air tank. When the pressure gets close to the system pressure on the right end

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Ferry, Inc............................................20.......177 Flange Lock........................................18.......175 Flow Ezy Filters Inc............................20.......178 Fluid Design Products, Inc.................28.......186 Fluid Design Products, Inc.................56.......199 Heavy Motions, Inc............................26.......184 Hercules Sealing Products.................50.......191 Hydra-Hose & Supply Co...................18....... 176 Hydraulex Global..................................7.......170 Hydraulic Supply................................ 15.......173 Industrial Global Sales.......................57.......198 International Fluid Power...................................

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A  Aerospace A  Marine & Offshore Equipment B  Agricultural Machinery B  Material Handling Equipment C  Automotive C  Mining Machinery D  Civil Engineering D  Packaging Machinery E  Cranes E  Plastic Machinery F  Drills & Drilling Equip.

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I  Forestry I  Simulators & Test Equipment J  Furnaces J  Snow Vehicles, Ski Lifts K  Gas & Oilfield Machinery K  Steel Plants & Rolling Mills L  Heavy Construction & Equip. L  Truck & Bus Industry M  Military Vehicles M  Textile Machinery N  Construction & Utility Equip. N  Woodworking Machines O  Machine Tools O  Other (specify)_____________ P  Government Related P  Fluid Power Industry

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SCAN HERE

CIRCLE 201

Providing custom products and value-added assemblies based on the most successful miniature pneumatic line in the world!

Wire leads to be 7” + 1/8” with crimped terminal 10258333-2

“Cleaned for Oxygen Service” internal components Stainless Steel coil housing

5-volt coil less than 0.5 watt

Brass base (no plating needed)

FKM seals

Mounting holes

1/2” max

Toggle-operated manual by-pass valve in base

Integrated needle valve for precise flow control

CUSTOM er

s n o i t u l so CIRCLE 200

Clippard Instrument Laboratory, Inc. Cincinnati, OH

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