2001-2002 pubcatbackcv

National Fluid Power Association

Publications CatalogTechnical Standards and Resources for the Fluid Power Industry

Includes ISO standards

2001-2002

Accomplishing together what can’t be done alone—this is a key benefit of membershipin the National Fluid Power Association. Membership in NFPA brings you and yourcompany team into the Association’s powerful network of industry leaders.

NFPA members work together to:

� Promote fluid power technology and applications;

� Develop design and performance standards;

� Educate the marketplace about the benefits of fluid power;

� Provide information on matters dealing with industry trends and activities;

� Encourage and expand cooperation within the industry and with other organizations thatshare an interest in fluid power technology and applications.

Join other leaders of the fluid power industry andreceive immediate benefits of being an NFPA member. Hereare just a few:

� Discounts on publications and resources in this catalog;

� Opportunity to register for NFPA’s Online Distance Learning;

� FREE company listing in NFPA’s Directory and Member Guide;

� FREE company and product listing, including brand names, onNFPA’s web site, with links to your site;

� “Members Only” services and resources;

� Exhibit space discount on association-sponsored pavilions inforeign trade shows and IFPE� 2002 in Las Vegas, NV on19-23 March 2002;

� Access to information to assess your market share anddevelop your business plan;

� Participation in fluid power statistical surveys;

� Networking with industry colleagues at conferences,seminars and committee meetings.

For membership information call (414) 778-3349.

Why should your

company join NFPA?

Regular Membership is opento companies that design,manufacture and market hy-draulic and pneumatic com-ponents and systems.

Product Associate Member-ship is available to companiesthat manufacture productsthat enhance the technologyof a fluid power system orcomponent.

Service Associate Member-ship applies to key contri-butors to the fluid power indus-try: educational institutions;engineering research and/ortechnical facilities; publishersof trade journals and books;developers of computer soft-ware programs related to fluidpower; and distributors whopromote, sell and service fluidpower components and sys-tems.

3333 N. Mayfair Road • Milwaukee, WI 53222-3219Telephone: (414) 778-3353 • FAX: (414) 778-3361E-mail: [email protected] • Internet: http://www.nfpa.com

Did you know. . .

There are four convenientways to order publicationsfrom NFPA.

Order by phone: (414) 778-3353

Order by mail:National Fluid Power AssociationPublications Department3333 North Mayfair Road, Suite 101Milwaukee, WI 53222-3219

Order by fax: (414) 778-3361

Order by e-mail: [email protected]

Coming soon . . .Order on-line at www.nfpa.com

Fluid Power Marketing/Statistical Information . . . . . . 1 – 2

Fluid Power Management Information. . . . . . . . . . . . . . . . 2

Fluid Power Industry Information . . . . . . . . . . . . . . . . . . . 3

For NFPA Members Only. . . . . . . . . . . . . . . . . . . . . . . . 3 – 4

Fluid Power Educational Handbooks . . . . . . . . . . . . . . . . 4

Fluid Power CD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Fluid Power Videotapes . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Fluid Power Educational Foundation Information . . . 6 – 7

Fluid Power Technical Information . . . . . . . . . . . . . . . 7 – 8

Fluid Power Technical Papers . . . . . . . . . . . . . . . . . . 9 – 16

Fluid Power Technical StandardsCatalog Key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Acronyms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Accumulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18Application Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18Bibliographies. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 – 19Communication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 – 20Connectors, Similar Products and Components . . . . . . 20 – 22Control Products - Hydraulic . . . . . . . . . . . . . . . . . . . . . 22 – 23Control Products - Pneumatic . . . . . . . . . . . . . . . . . . . . 23 – 25Cylinders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 – 28Electronics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Filtration and Contamination . . . . . . . . . . . . . . . . . . . . . 28 – 30Fluids and Lubricants . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 – 31Installations and Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . 31Pressure Rating . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 – 32Pumps, Motors, Power Units and Reservoirs . . . . . . . . 32 – 33Sealing Devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 – 35Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 – 38Technical Standards Index . . . . . . . . . . . . . . . . . . . . . . . 39 – 45

Order Form . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Documents available on CD-ROM . . . . . . Inside back cover

Table of Contents

Prices in this catalog are subject to change without notice.

Discover the world of fluid power . . .

Visitwww.nfpa.com

NFPA’s web site is the gateway to learning about fluid power. You’ll find informationabout how and where fluid power works, as well as the size and scope of the in-dustry. You’ll also find the following at www.nfpa.com:

� Fluid Power Industry Calendar

� Listing of NFPA members with key contact information

� NFPA conferences, seminars and workshops

� NFPA-sponsored pavilions and trade show

� Pneumatic and electropneumatic applications and case studies

� Joining NFPA—Membership information

� The NFPA Fluid Power Product Locator:

� Industrial Hydraulic Products

� Mobile Hydraulic Products

� Pneumatic Products

� Water Hydraulic Products

� Related Products

� Related Services

� Brand Name Locator

� Statistical and marketing resources

� Links to other organizations with interests in fluid power

� Employment opportunities in the fluid power industry

� And more!

Sign up today for NFPA News Flash—the association’s e-mailupdate service (see link at www.nfpa.com). We’ll help you staycurrent on association news and events.

Marketing/Statistical Information

Confidential Shipments Statistics (CSS)Fluid Power Orders and Shipments ReportMonthly report includes producer price indexes for all fluid power products measured bythe Bureau of Labor Statistics. Includes NFPA’s indexes for total net new orders and netshipments, and separate indexes for pneumatic and hydraulic totals. Hydraulic indexderived from mobile and industrial components. Members of press and economicconsulting/financial firms may purchase subscription to monthly report summary for$500.00 per year.CSS participants*–FREE List–$500.00

Market Outlook Report (MOR)Quarterly publication monitors 11 broad-based indicators relevant to both the U.S. andworld economy as well as the fluid power industry. MOR contains bar graphs showingrecent historical data accompanied by commentary and short-term projections. Theindicators included in the MOR are: prime interest rate, 30-year U.S. Treasury interestrate, housing starts, industrial production, gross domestic product, consumer price indexand U.S. leading indicators.CSS participants*–FREEMembers only annual subscription–$75.00

NFPA Forecast: U.S. End Use MarketsA semiannual forecast for the fluid power industry and 67 specific industries that are themajor end users of fluid power. The report forecasts real output for the current and 4 fol-lowing years, and also includes in-depth supplementary reports on 5 of the larger end usemarkets. An exclusive benefit of NFPA membership, it is prepared by the Institute forTrend Research.Members only annual subscription–$250.00

Fluid Power Statistical Handbook for Fluid Power ProductsMost complete collection of U.S.and international fluid power statistics available anywhere.Formatted in eight sections. Includes historical and current data, producer price indexes,NFPA’s shipments/orders indexes (seasonally adjusted and nonadjusted) and dollardata. Includes reprints of U.S. fluid power production and foreign trade data, as well asnational production data from Europe, Japan and Canada. Three-ring binder.CSS participants*–$100.00Member nonparticipants–$500.00 List–$1,500.00

Annual Update Packet for Statistical HandbookCSS participants*–FREE Member nonparticipants–$250.00 List–$750.00

Current Industrial Report (CIR):Fluid Power Products Shipments, Including Aerospace – MA333NFunded by NFPA and prepared by the U.S. Department of Commerce, Bureau of theCensus, this is a benchmark survey of U.S. fluid power production. All U.S. fluid powermanufacturers are surveyed on over 100 lines of product detail. Shipments reported inunits and dollars. One of a series of current industrial reports published by the U.S.government.Members 1st copy–FREE List–$50.00

*For further information or to participate in NFPA’s Statistical Programs, contact theStatistics Department at (414) 778-3372 or [email protected].

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Marketing/Statistical Information

U.S. Fluid Power Potential by End Use MarketCombines data from County Business Patterns, published by U.S. Department ofCommerce, Bureau of the Census, and NFPA’s own End Use Market Survey. Definessales potential by industry (fluid power customers) for 50 states and 91 metro areas.Valu-able tool for assigning sales regions and setting sales goals for inside and outside salesforces.Members–FREE (one copy) Additional copies– $25.00 each List– $2,500.00

Canadian Fluid Power Potential by End Use MarketCombines data from Canadian Business Patterns, published by Statistics Canada, andNFPA’s own Canadian Fluid Power Production Survey. Defines sales potential byindustry (fluid power customers) for 12 provinces and Canada’s top 25 metro areas.Useful tool for assigning sales regions and defining sales goals for inside and outsidesales forces. (1995 data, 1998 edition)Members–FREE (one copy) Additional copies– $25.00 each

End Use Market SurveyRegarded throughout industry as definitive source. Accurately represents relativeimportance of fluid power industry’s end use markets by sales channel. Based on 2000data.Survey participants*–FREE

End Use Market Survey SummaryA summary of the End Use Market Survey will be made available to nonparticipantsone year after publication of each report.Member nonparticipants–$300.00 List–$900.00

Management Information

NFPA Salary & Benefits SurveyAnnual survey provides data on salaries, bonuses and benefits in fluid power industry formore than 25 salaried job classifications. Data categorized according to number of em-ployees in an organization. Results held in confidence for participants for five years afterpublication.Survey participants*–FREE Member nonparticipants–$500.00 List–$750.00

NFPA Management Ratios SurveyAnnual survey provides range, mean, median and standard deviation data on balancesheet, income statement items and key ratios common in manufacturing companies. Re-sults held in confidence for participants for five years after publication.Survey participants*–FREE Member nonparticipants–$500.00 List–$750.00

*For further information or to participate in NFPA’s Statistical Programs, contact theStatistics Department at (414) 778-3372 or [email protected].

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Fluid Power Industry Information

Directory and Member GuidePublished annually, complete listing of members of National Fluid Power Association. In-cludes company name, address, telephone, fax, e-mail, Internet addresses, key person-nel, company description and products manufactured.Also provides rosters for all NFPA,ANSI/B93 and U.S. TAG to ISO/TC 131 committees. 228 pages.Members–FREE List–$100.00

Fluid Power: The Active Partner in Motion Control TechnologyColor brochure provides introduction to industry through photographs and drawingsof fluid power applications.Produced through joint efforts of National Fluid Power As-sociation (NFPA) and Fluid Power Distributors Association (FPDA). 18 pages.Price–$42.50 per packet of 25 brochures

Modern Water Hydraulics—Your Choice for the FutureAn introduction to the use of water hydraulics. One of the few resources on the sub-ject, explains why water is a viable hydraulic fluid, helps readers assess whether wa-ter hydraulics is suitable for their applications. 16 pages.Price–$50.00 per packet of 25 brochures

Solutions through Motion Technology Presentation KitDesigned to facilitate presentations about fluid power industry to a wide range of au-diences. Contains script outline and accompanying visuals in either 40-slide set orPowerpoint™. Gives general overview of industry, highlighting familiar fluid powerapplications and key advantages of the technology—performance, environmentalcapability, reliability, flexibility and productivity. Please specify slide or Powerpoint™format. (Powerpoint™ version is also available for download via the Internet at

www.nfpa.com/default.asp?pid=8 [NFPA members only].)

Members–Free List–$20.00

For NFPA Members Only—Association Newsletter

NFPA ReporterBimonthly publication for National Fluid Power Association members. Planned aroundcentral themes, provides latest information on industry developments, member companynews, personnel changes, and domestic and global issues affecting the industry.Regularfeatures include updates on industry and international standards development and fluidpower orders and shipments.Members only–FREE

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For NFPA Members Only—Logos & Plaques

NFPA Member PlaqueWalnut plaque includes association’s tagline, Solutions through Motion Technology.Has brass bar indicating current year of membership and bright gold-tone NFPA me-dallion. All new members receive one complimentary plaque.Additional plaques may be purchased–$60.00 each (plus shipping).

NFPA Member PinNFPA’s logo, in bronze and red enamel, to be worn as lapel pin or tie tack.Members–$5.00

NFPA Member Logo KitCamera-ready NFPA logos, in various sizes, for use in advertisements, sales literature,etc.Guidelines for logo use included.Digital files of the NFPA logo are available for down-load via the Internet. For instructions call NFPA’s Production Department at(414) 778-3359.Members only–FREE

NFPA Golf ShirtPre-shrunk, extra heavyweight 100% cotton.Soft fashion knit collar and welted rib sleevebands. Three woodtone buttons. Custom embroidered with red NFPA logo.Color: NaturalSize: M, L, XLPrice–$20.00

NFPA’s Fluid Power Educational Handbooks

Your Guide to the Electronic Control of Fluid PowerUsing applications and illustrations, explores new capabilities of fluid power systems inwhich fluid power functions are controlled through use of electronics. A useful educationaland marketing tool. 64 pages.Price–$5.50

Your Guide to Cost Reduction through Pneumatics AutomationUsing case studies and illustrations, explains how pneumatics automation can reducemanufacturing costs with minimum of investment and complexity. Section on pneumaticcomponents adds to usefulness of reference source. 64 pages.Price–$3.50

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NFPA’s Fluid Power CD

Basic Hydraulics Interactive Training CDFully interactive tutorial and testing system for anyone who needs to know basichydraulic principles. From circuit diagrams to physics, each type of component iscovered and its operation simulated and explained. The CD covers 12 units; eachunit contains its own test to help users track their progress.FREE Shipping and handling charges:

$10.00 (U.S.)$15.00 (Canada)$90.00 (overseas)(Shipping charges waived for member’s first copy)

NFPA’s Fluid Power Videotapes

Fluid Power: It Works for YouNFPA-produced video captures essence of fluid power—its capabilities, applica-tions, potential and market size. An introductory overview of fluid power industry.7 minutes.Price–$10.00Overseas customers, contact NFPA about other video formats and pricing

Master copy available to NFPA members only, enables them to incorporatetheir own footage into the video.

34 inch broadcast quality–$40.00

Betacam SP format–$60.00

The Power of PneumaticsAn introduction to the pneumatics industry. Contains examples of pneumatics appli-cations, explanation of the industry and an overview of a pneumatic system. 8 min-utes.Price–$10.00Overseas customers, contact NFPA about other video formats and pricing

Discovering Fluid Power: Hydraulics and Pneumatics at Workin Your WorldCovers basic concepts of fluid power, touches on scientific theory behind it and em-phasizes its capabilities. Shows real world examples of both hydraulic and pneu-matic applications at work; ties applications to models made with LEGO Dacta®

pneumatic building sets. Developed by industry organizations—Fluid Power Educa-tional Foundation (FPEF), Fluid Power Distributors Association (FPDA), Fluid PowerSociety (FPS) and NFPA. 10 minutes.Price–$12.00

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Fluid Power Educational Foundation (FPEF) Information

FPEF Annual Report to IndustryIncludes overview of FPEF accomplishments and plans as well as scholarships, fluidpower courses in school curricula, and Foundation resources available to students, edu-cators and industry. Lists key schools, officers and trustees, statement of financial prog-ress, contributors and available resources.FREE

FPEF NewsletterUpdates contributors on activities of Foundation, current projects and how contributionsare being applied. Includes feature articles on how FPEF supports and promotes educa-tion in fluid power.FREE

A Curriculum for Integrating Pneumatics with Science, Math andTechnologyProvides organized approach to teaching a program in pneumatics that integratesscience and technology. Prepared by two instructors for hands-on workshop with afocus on the ninth grade student. (Also available for download via the Internet atwww.fpef.org/EarlyEducation/PneuCurriculum.htm)Price–$5.00

Fluid Power in Integrated Motion Control Technology–A Suggested Two-Year Post High School CurriculumTeaching tool for developing new programs or enhancing existing coursework. Featurescomplete outline of courses, list of videotapes, expanded bibliography and reference list.Price–$30.00Sample section taken from curriculum guide is available free of charge.

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Visit FPEF’s Web site at http://www.fpef.org for:

� Job postings and contact information from industrysupporters

� Student resume service–now web-based!

� Fluid power educational resources

� Clearinghouse list–equipment available to schools

� Key School list

� Discussion board

Fluid Power Educational Foundation (FPEF) Information

There may be a job waiting for you in Fluid Power!Colorful brochure explains how fluid power is used, kinds of jobs available in the industry,and type of training needed. Useful for students, educational institutions and corpora-tions.One brochure free upon requestPrice–$30.00 per 100 brochures

Discovering Fluid Power—A Kit of ResourcesAn educational tool used to promote fluid power principles; designed to complementtwo Pitsco LEGO™ Dacta pneumatic sets. Developed by industry organiza-tions—Fluid Power Educational Foundation (FPEF), Fluid Power DistributorsAssociation (FPDA), Fluid Power Society (FPS) and NFPA. Complete kit in three-ringbinder.Includes:� Discovering Fluid Power: Hydraulics and Pneumatics at Work in Your

WorldA 10-minute video (see page 5)

� Fluid Power, The Active Partner in Motion Control TechnologyAn 18-page color brochure (see page 3)

� There may be a job waiting for you in Fluid Power!A full color brochure (see above)

Price–$14.00

Fluid Power Technical Information

Standards Development Status ReportProvides an index of published fluid power standards and standards in progress at indus-try, national and international levels.NFPA, American National Standards Institute (ANSI)and International Organization for Standardization (ISO) standards are included. Lists de-sign and performance standards in 15 categories by product type and area of technology.Free to members of NFPA Technical and U.S. TAG committeesOther members–$5.00 List–$15.00

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To see a collection of resumes of students with coursework and/or practicalexperience in fluid power, visit FPEF’s web site at www.fpef.org.

Fluid Power Technical Information

ISO/TC 131 Annual ReportProvides status report on international fluid power standards under development byTechnical Committee 131 (fluid power systems) of the International Organization forStandardization (ISO). Lists complete program of work, all subcommittees and workinggroups, rosters of participating and observer members and liaisons of ISO/TC 131.Members–$5.00 List–$15.00

Technical Committee Handbook–NFPA/T1.4.5 R4-2000Provides procedural guidance to leaders of NFPA technical committees. Based on, andaugmented by, Section 8 of NFPA Operational Manual; complements Style Guide for thePresentation of NFPA Recommended Standards – NFPA/T1.4.2 R4-2000. Formalizesassociation procedural and editorial policies relating to development and promulgation oftechnical documents.FREE to technical committee membersOther members–$31.00 List–$44.00

Style Guide for the Presentation of NFPA Recommended Standards–NFPA/T1.4.2 R4-2000Designed to aid NFPA technical committees in development of Association recom-mended standards, practices, information reports, tutorials or bibliographies, and techni-cal policy.FREE to technical committee membersOther members–$53.00 List –$76.00

Standards—The BIG PictureBrochure explains importance of standardization and writing fluid power standards. In-cludes explanation of different types of standards and NFPA’s standards programs, aswell as how standards benefit users and manufacturers. (This information is also avail-able on the NFPA website at Standards/Technical Resources.)FREE

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Visit NFPA’s Web site at www.nfpa.com

2000 Proceedings of the48th National Conferenceon Fluid Power (NCFP)Includes 75 technical papers

Price: $30.00Available in book or CD format

Proceedings set (includes both book and CD)Price: $50.00

2000 Papers also available individuallyPrice—$10.00 per copy

Fluids Symposium Keynote Address

I00-1.1 Hydraulic Fluid Technology: Current Prob-lems and Future Challenges, Prof. Dr.-Ing. Hans H.Harms, Institute of Agricultural Machines and FluidPower, Technical University of Braunschweig

Biodegradable Fluids I

I00-1.2 Synthetic Hydraulic Fluids for High Perfor-mance Applications, Prof. Dr.-Ing. Wilfried J. Bartz,Technische Akademie Esslingen

I00-1.5 Life Cycle Assessment of Alternative Hy-draulic Fluids for Municipal Cleaning Equipment,Marcelle C. McManus, Department of MechanicalEngineering, University of Bath

Biodegradable Fluids II

I00-1.6 Field Trial on Biodegradable HydraulicFluids in Off-Road and Heavy Duty Applications,Thomas Meindorf, Institute of Fluid Power Transmis-sion and Control (IFAS), RWTH

I00-1.7 Monitoring System for On-Line Observationof Oil Properties and Evaluation of the Condition ofBiodegradable Fluids, Dipl.-Ing.Nils C.Fölster, Insti-tute of Agricultural Machines and Fluid Power

I00-1.8 Biodegradable Fluids and Sealing Mate-rials: “Experiences and Results in Mobile Equip-ment,” Dipl.-Ing. Helmut Weiss, Busak+ShambanGmbH & Co.

I00-1.9 Biodegradable, Fire-Resistant, High-Perfor-mance Water-Glycol Hydraulic Fluids, Dr.George E.Totten, Union Carbide Corporation

Fire-Resistant Fluids

I00-1.10 Next Generation Fire-Resistant Fluids, Dr.Ted Marolewski, Akzo Nobel Chemicals Inc.

I00-1.12 Fire-Resistant Hydraulic Fluids and thePotential Impact of New Standards for General In-dustrial Applications, Dr. Mike Goode, Great LakesChemical Corporation

I00-1.13 Polyether Polyol: New Milestones Oper-ating at 5,000 psi on a Steel Mill Hydraulic AutomaticGauge Control System, Kevin P. Kovanda, Ameri-can Chemical Technologies, Inc.

Seals/Sealing

I00-2.2 Intelligent Sealing Systems: New Solutionsin Technology and Materials, Dieter Albert, HungerDFE GmbH Seals and Bearing Elements

Electric Drives

I00-3.1 Linear Motor Basics: Slotless Linear MotorsComplement Other Linear Motion Technologies,Jack Barrett, Parker Hannifin Corporation -Compumotor Division

I00-3.3 Electromechanical and Hydraulic Alterna-tive Motion Control Technologies, John A. Miller,Parker Hannifin Corporation

I00-3.4 Drive Technology Comparison, Raymond A.Erbe, P.E., Thor Technologies, Inc.

Fieldbus Technology

I00-4.1 Getting the Most From Your Motion Controller,Peter Nachtwey, Delta Computer Systems, Inc.

I00-4.2 Developments in High Performance Propor-tional Valves with CANopen Fieldbus Interface,Dipl.-Ing. Walter Lenz, MOOG GmbH

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Fluid Power Technical Papers and Volumes Published in 2000

The technical papers listed below were prepared for the 48th National Conference on Fluid Power (NCFP), held in conjunction withthe International Exposition for Power Transmission–IFPE® 2000 on 4-6 April 2000, and reflect recent developments in fluid powertechnology. The papers are grouped according to the session topics that served as the organizational framework for the confer-ence. Technical paper volumes from preceding years are also available. Please contact the National Fluid Power Association at(414) 778-3353 for further information.

Reliability

I00-5.1 Reliability Metrics, John Montague, BoschAutomation Technology

I00-5.2 Reliability Testing: A Proposal for FluidPower Products, John Berninger, Parker HannifinCorporation - Pneumatic Division

Simulation/Modeling/Design I

I00-7.1 Modeling, Identification and Control of a Hy-drostatic Transmission Simulator for Off-Road Vehi-cles, Keqiang Wu, University of Il l inois atUrbana-Champaign

I00-7.2 Artificial Intelligence Enhancing FluidPower System Design, Dr. Jonny Carlos da Silva,LASHIP - Lab. of Hydraulic & Pneumatic Systems,Federal University of Santa Catarina

I00-7.3 Symbolic Analysis and Synthesis on FluidPower System, Jiao Zhang, Caterpillar, Inc.

I00-7.4 Electro-Hydraulic/Pneumatic Circuit Designwith a Modern Fluid Power CAE-Tool, Dipl.-Ing.Heiko Baum, Institute of Fluid Power Transmissionand Control

I00-7.5 CAD of Hydraulic Manifold with Object-Ori-ented Feature-Based Solid Modeling, Dr.RongliangWang, The State Key Lab. Of Fluid Power Transmis-sion & Control, Zhejang University

Hydraulic Systems

I00-8.1 Five Common Mistakes Made in DesigningHydraulic Systems, Don Caputo, Parker HannifinCorporation - Hydraulic Valve Division

I00-8.2 Regenerative Hydraulic Systems for In-creased Efficiency, Glenn R. Wendel, SouthwestResearch Institute

I00-8.3 ISO 4413 and 4414 - Systems StandardsOffer Top Value for the Fluid Power Industry, John F.Walrad, Eaton Corporation (retired)

I00-8.4 The Dynamic Load-Compensating FluidSpring: An Evolution in Vehicular Suspension, P.Dennis McNeely, QED Services, Inc.

I00-8.5 Hydraulic Hose and Connector Technology:A Half Century of Advances to Eliminate Leaks, Im-prove Reliability and Performance, James C. Miller,Deere & Company

Fluid & Component Testing I

I00-9.1 Filtration Efficiency Under Variable FlowConditions - Test Series with Different Flow Ampli-tudes, Petteri P. Multanen, Institute of Hydraulicsand Automation, Tampere University of Technology

I00-9.2 Hydraulic Fluid Qualification Using theRexroth High-Pressure Piston Pump Test, Dr.George E. Totten, Union Carbide Corporation

I00-9.3 Numerical Simulation and Visualization ofSwirl Flow in Bubble Eliminator, Dr. Yutaka Tanaka,Hosei University

I00-9.4 Effects of Configuration of Nozzles, Outletsof Nozzles and Specimens on Erosion Due to Im-pingement of Cavitating Jet, Atsushi Yamaguchi,Department of Mechanical Systems Engineering,Muroran Institute of Technology

Fluid & Component Testing II

I00-9.6 Development of Hydraulic Pump PerformanceStandards: An Overview of Current Activities, Dr.George E. Totten, Union Carbide Corporation

I00-9.7 Evaluation of Hydraulic Fluid Lubrication byVickers Vane Pump Testing: Effect of Testing Condi-tions, Dr. George E. Totten, Union Carbide Corpora-tion

I00-9.8 Hydraulic Fluid Evaluation by ASTM D2882:Procedures to Significantly Improve Precision of Ex-perimental Results, Dr. George E. Totten, UnionCarbide Corporation

I00-9.9 Generation Problem of Static ElectricityDuring Oil Filtration, Akira Sasaki, Kleentek Indus-trial Co. Ltd.

Hydraulic Fluids, Additives & Properties

I00-9.10 Group II Base Stocks and Additive Re-sponse in a Hydraulic Fluid, David Oesterle, TheLubrizol Corporation

I00-9.12 Fluid Viscosity Selection Criteria for Hy-draulic Pumps and Motors, Paul W. Michael, BenzOil


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I00-9.13 Production of Free Radicals and OilAuto-Oxidation Due to Spark Discharges of StaticElectricity, Akira Sasaki, Kleentek Industrial Co.Ltd.

I00-9.14 Wear Mechanism of Plastic-Steel JournalBearing in Heavy Exploitation Conditions, Prof.Stanislaw Pytko, Technical University of Mining andMetallurgy

Contamination/Filtration

I00-10.1 The New NIST Traceable Particle CounterCalibration Standard - Transitioning from ISO 4402to ISO 11171, Barry M. Verdegan, Nelson Indus-tries, Inc.

I00-10.2 Filter Simulation in a Hydraulic System,Karl Gödert, INTERNORMEN-Filter GmbH

I00-10.3 Fluid Cleanliness and Filter Performancein Variable Flow Environments, Charles Juhasz,Scientific Services/Larson Testing Laboratories

I00-10.4 The Seven Steps to Cost-Effective Con-tamination Control, Abbey Vijlee, Schroeder Indus-tries

I00-10.5 A Multi-Parameter Approach to MachineCondition Monitoring, Dr.-Ing. Holger T. Sommer,ART Instruments, Inc.

I00-10.6 A Realistic Approach to Measuring FilterPerformance, Leonard Bensch, Pall Corporation

Simulation/Modeling/Design II

I00-11.1 Design Without Compromise, Design forLife, Darrell L.Mann, Department of Mechanical En-gineering, University of Bath

I00-11.2 Feature-Based Optimization Design of Hy-draulic Valve Blocks, Lin Xie, Ph.D., SolidWorksCorporation

I00-11.3 Computational Fluids Dynamics (CFD)Analysis and Optimization of Hydraulic ControlValves, Priyatosh Barman, Axis Inc.

I00-11.4 CFDesign: A Cost-Effective Alternative toPhysical Testing, Kevin O’Shea, Blue RidgeNumerics, Inc. (BRNI)

I00-11.5 Electronic Commerce for the Fluid PowerIndustry:Product Configuration, CAD Drawing Gen-eration, In Real Time, On-Line, William J. Wolfe,TechnASales


Pneumatics

I00-12.1 The Use of Helium Gas for High-Perfor-mance Servopneumatics, Raul Fernandez, Auto-mation & Robotics Research Institute

I00-12.2 Feedback Technologies for PneumaticCylinders, Donald A. Zahrobsky, Balluff Inc.

I00-12.3 How To Build Simple Pneumatic Pick andPlace Devices, Walt Hessler, PHD Inc.

I00-12.4 The Revolution in Air Driven Fluid Pumps,Derek G. Saunders, Hydronic Corporation

I00-12.5 Improving the “Bottom Line” with Pneu-matics, Clayton W. Fryer, IMI Norgren Inc.

I00-12.6 Pneumatic Control Systems: A ModularApproach, Nic P. Copley, KV Pneumatics Inc.

Hydraulic Valves

I00-13.1 A New Type of Pressure Relief Valve: The“Soft Relief” Valve, Dr. Bernd Zähe, SUN HydraulikGmbH

I00-13.2 Spool Valve Discharge Coefficient Deter-mination, Eric N.Viall, University of Illinois at Urbana

I00-13.3 Flow Features in a Nozzle of a Servovalve,Dr. Josep Ma Bergada, Department de Mecanica deFluids, Universitat Politecnica De Catalunya

I00-13.4 Development and Optimization of Indus-trial Proportional Pressure-Relief Valves, Dr. H.Lausch, Mannesmann Rexroth AG

Why FPS Certification?

I00-14.1 Achievement of Professional Excellencethrough Fluid Power Certification, Raymond F.Hanley, Fluid Power Society

Electronics in Fluid Power

I00-15.1 Evaluation of Signal Filtering Methods forElectrohydraulic Controls, Qin Zhang, University ofIllinois at Urbana

I00-15.2 How to Design Electronics for Hydraulicsto Survive Y2000 Mobile Equipment, Edward T.Heck, Hydro Electronic Devices, Inc. (HED®)

11


I00-15.3 Precise Electrohydraulic Motion ControlUsing New Nonlinear Feedback CompensationTechniques, Monty J. Smith, Ph.D., Southwest Re-search Institute

I00-15.4 Model Based Evaluation of Neural NetControl of an Inertial System with Nonlinear Friction,R.T. Burton, Department of Mechanical Engi-neering, University of Saskatchewan

I00-15.5 Using J-1939 CAN Systems on HeavyEquipment with Electrohydraulics and Why, EdwardT. Heck, Hydro Electronic Devices, Inc. (HED®)

Water Hydraulics

I00-16.1 Water as Pressure Medium in Water Hy-draulic Systems, Bjarne Hilbrecht, Danfoss A/S

I00-16.2 Optimization of the Water Hydraulic Inten-sifier Pump Using Computer Simulation, MikaHyvönen, Institute of Hydraulics and Automation,Tampere University of Technology

I00-16.3 The Expanded Focus, Use and Future ofWater Powered Rotary Actuators, Lyle R. Ruble, Jr.,B.Sc., Danfoss Fluid Power Inc.

I00-16.4 A New Dimension in High Pressure WaterPumps:Radial Piston Pumps for Low Viscosity FluidHydraulic Applications, Bernhard R. Frey,HYDROWATT AG

I00-16.5 Design Technique for Water Hydraulic Ax-ial Piston Pumps (Motors), Prof.Songlin Nie, Schoolof Mechanical Science and Engineering, HuazhongUniversity of Science and Technology

Hydraulic Pumps/Motors

I00-17.1 Modeling of Low-Speed Characteristics ofa Swash-Plate-Type Axial Piston Hydraulic Motor,Bapiraju Surampudi, Ph.D., Southwest ResearchInstitute

I00-17.2 Gear Pump Testing Strategies, Richard K.Hall Hall, Pedro Roquet S.A.

I00-17.3 Modeling and Simulation of a HydraulicVariable Displacement Vane Pump, Costas C.Christofi, Ph.D., Bosch Automation Technology

I96-2.4 Hydraulic Fluid Lubrication: PerformanceMap and Film Thickness Characterization, LavernWedeven, Wedeven Associates Inc.

12


1996 Proceedings of the 47th NationalConference on Fluid Power (NCFP) — Volume 1

381-page volume includes 36 technical papers,$30.00

1996 Proceedings of the 47th NationalConference on Fluid Power (NCFP) — Volume 2

461-page volume includes 47 technical papers,$30.00

1996 Proceedings of the 47th NationalConference on Fluid Power (NCFP) —Two Volume Set

Complete proceedings of the 1996 Technical Con-ference–$50.00

Individual technical papers available FREE onNFPA’s website–www.nfpa.com

Comparative Motion Control Technology

* I96-1.2 Electrohydraulic Motion Control, Jack L.Johnson, IDAS Engineering Services

Lubrication Fundamentals/Vibrational Analysis andLubricity

I96-2.1 Friction Dynamics in Sliding Lip Seals, Dr.Ken Ludema, University of Michigan

Fluid Power Technical Papers Published in 1996

The technical papers listed below were prepared for the 47th National Conference on Fluid Power (NCFP), held in conjunction withthe International Fluid Power Exposition–IFPE® 1996 on 23-25 April 1996, and reflect recent developments in fluid powertechnology. The papers are grouped according to the session topics which served as the organizational framework for theconference. Technical paper volumes from preceding years are also available. Please contact the National Fluid PowerAssociation at (414) 778-3353 for further information.

Lubrication Fundamentals and Bench TestCharacterization

I96-2.5 Prediction of Hydraulic Fluid Performance:Bench Test Modeling, Dr. George E. Totten, UnionCarbide Corp.

Pump Test Development

I96-2.7 Qualification of Hydraulic Fluid ThroughPump Testing, Dr. R. K. Tessmann, FES, Inc.

Fluid Properties

I96-2.11 Fluid Compatibility—Test Methods in Pre-dicting Performance of Elastomeric Materials Usedfor Sealing Applications, Lucyna Heyduk, JohnCrane Inc.

I96-2.12 Fire Properties of Hydraulic Fluids, M. M.Khan, Factory Mutual Research Corp.

I96-2.13 Fire Resistance Testing: A TechnologyOverview and Update, Peter Skoog, Houghton In-ternational Inc.

Hydraulic Fluid Developments and Insights

I96-3.1 Tap Water Hydraulics: Revitalization of anEnvironmental Technology, Steen Stricker, DanfossFluid Power

I96-3.2 Application of Electrorheological (ER)Fluids in Hydraulic Systems, Christian Wolff-Jesse,RWTH Aachen

I96-3.5 Properties and Performance of TriarylPhosphate Ester Hydraulic Fluids, Dr. Ted A.Marolewski, Akzo Nobel Chemicals Inc.

Fluid Maintenance, Cleanliness and Recycling

I96-3.7 Maintenance of Water-Glycol HydraulicFluids, D. A. Wachter, Engineered Lubricants Inc.

I96-3.9 An Oil “Check List” for Potential Problems inHydraulic Equipment, Vichai Srimongkolkul,OilPure Technologies, Inc.


I96-3.10 Surgically Clean Hydraulic Fluid—A CaseStudy, Paul W. Michael, Benz Oil

I96-3.11 A Proven Approach to System Contami-nation Control, John Eleftherakis, Fluid Technol-ogies, Inc.

I96-3.12 Hydraulic– and Lubrication Filters Con-tamination Control by Computerized CCS 1, KarlGödert, INTERNORMEN-Filter

I96-3.13 Hydraulic– and Lubrication Filters Selec-tion by Computer — INF–Expert System–Filter, KarlGodert, INTERNORMEN-Filter

Hydraulic Seals and Surface Technology

I96-4.1 New Generation of Hydraulic Seals Sup-ports Progress for Hydraulic Cylinders, HelmutWeiss, Busak+Shamban GMBH & Co.

I96-4.2 Arlon® 400 Gear Pump Seals, Keith Brand,Greene, Tweed & Co.

I96-4.3 FEA-Assisted Design of Low-FrictionU-Cup as Spool Valve Seals, Shu Peng, ParkerHannifin Corp.–Seal Group

I96-4.4 Fluid Compatibility—Test Methods in Pre-dicting Performance of Elastomeric Materials Usedfor Sealing Applications, Lucyna Heyduk, JohnCrane Inc.

I96-4.5 Optimized Seal Performance Through Sur-face Finish Technology, Tom Potosky,Busak+Shamban Inc.

I96-4.7 Friction Dynamics in Sliding Lip Seals, D.A.Wassink, University of Michigan

I96-4.8 Innovative Polyurethane U-Cup Seal De-velopment, Jody L. Stafford, Busak+Shamban

I96-4.9 Enhanced Rod Sealing System forHigh-Performance Hydraulic Cylinders, SeanHensey, Martin Merkel, Inc.

I96-4.10 Design Considerations in Specifying En-gineered Coatings in the Fluid Power Industry,James S. Abbott, Nimet Industries, Inc.

I96-4.11 FEA for Seal Designs, Larry J.Castleman,Busak+Shamban, Inc.

13


* Printed in individual paper format; however, a copywill be included when the 1996 proceedings is pur-chased.

I96-4.12 Reciprocating Hydraulic Seals for Wa-ter-Based Fluids, N. A. Peppiatt, Hallite Seals Inter-national Ltd.

Pneumatics—Experimental Component Designsand Analytical Techniques

II96-6.1 Pneumatic Actuators: An ExperimentalIdentification Methodology Based on AccelerationAnalysis, Enrico Ravina, Institute of Mechanics ofMachinery

II96-6.2 Relation Between Sound Pressure Leveland Flow Rate Parameters of Pneumatic Silencers,Ma Jose Saura Agel, Universitat Politecnica DeCatalunya

II96-6.3 Gas Compression Process InsideOleopneumatic Suspensions, Salvador de lasHeras, Universitat Politecnica De Catalunya

II96-6.4 A Study on a Hydraulic Jack Driven by aPneumatic Driving Oil Pump, Ming-chang Shih, Na-tional Cheng Kung University

Pneumatics—Systems Applications

II96-6.5 Air Servo Positioning Systems, Single andMultiple Axis, Frank Latino, FESTO Corporation

II96-6.6 How to Build Simple Pneumatic Pick &Place Devices, Walt Hessler, PHD Inc.

Pneumatics—Systems Designs

II96-6.7 Design Considerations and Future Trendsin Pneumatics and Electropneumatic Systems,Frank Latino, FESTO Corporation

II96-6.8 The Dynamic Analysis of Pneumatic Sys-tems Using HyPneu, Dr. I. T. Hong, BarDyne, Inc.

II96-6.10 Use of CAD and Simulation Software toDesign, Troubleshoot and Train, Stephen Perron,Famic Inc.

Pneumatics—New Products

II96-6.13 Compact Valves: Miniature Devices withHigh Performance, Manfred Schmitz, The RexrothCorporation

Static and Dynamic System Design andAnalysis—Applied Simulation

II96-7.1 Dynamic Properties of Hydraulic LoadHolding Circuits with Counterbalance Valves, BerndZähe, Sun Hydraulik Gmbh

II96-7.2 Conflicting Rule Based Learning AlgorithmControlling a Hydraulic Robot, R. T. Burton, Univer-sity of Saskatchewan

II96-7.3 Design Optimisation of a HydraulicClamping System by Simulation, H. R. Martin, Uni-versity of Waterloo

II96-7.4 Modeling a Servovalve Overrunning LoadControl of a Vertical Cylinder, John L. Ficken, Mil-waukee School of Engineering

II96-7.6 Neural Based Prediction of Hydraulic Actu-ator Velocity Using a Remote Pressure DifferentialSignal, R. T. Burton, University of Saskatchewan

II96-7.15 Review of Drives Technology: Definingthe Challenge to Hydraulic Drives, Russ Henke,Russ Henke Associates

Static and Dynamic System Design and Analysis—Theoretical Analysis

II96-7.7 DSHplus—A New Sophisticated Simula-tion Tool, Ronald Kett, FLUIDON Gmbh

II96-7.8 Electrohydraulic Component and SystemDesign—Effective Hardware Modeling, Simulationand Verification Methods, Dale Witt, Analogy, Inc.

II96-7.9 Hydraulic and Pneumatic Control SystemsOptimal Design Technique, Prof. Valery V. Tchkalov,Tatum Labs, Inc.

II96-7.10 The Use of Bond Graph and Simulation inDynamic Analysis of Hydraulic Systems, NenghongLiu, Dalian University of Technology

Static and Dynamic System Design and Analysis—Operational Designs

II96-7.11 Portable Hydraulic Analyzer MeasuresMultiple Parameters in Dynamic Systems, RichardL. Little, Racine Federated, Inc.


14


II96-7.12 Sea-Water Hydraulics Applied to aSub-Sea Pipel ine Repair System, Br ianHollingsworth, Hauhinco

II96-7.13 Water Hydraulic Power—The TechnologyMatures, Simon Usher, Fenner Fluid Power

II96-7.14 A Research on Large Scale Timely OilSupply (TOS) Hydraulic Control System, WeixiangShi, Changchai Co., Ltd.

Hydraulic Component Designs, Applications andTesting—Pumps, Cylinders, Software

II96-8.1 High Efficiency Fluid Pumping, Eddie Paul,E. P. Industries, Inc.

II96-8.2 A Gear Pump Designed for Noise Abate-ment and Flow Ripple Reduction, Stefano Negrini,Casappa spa

II96-8.3 A New Adjustable Stroke Control Modulefor Axial Hydraulic Pumps, Rodney D. Hugelman,WhiteMoss, Inc.

II96-8.4 Using a Parametric 2D-3D, AssociativeSolid Modeling Drawing Engine in Windows forSizing and Geometry Generation of Fluid PowerProducts, William J. Wolfe, TechnASales

II96-8.5 Hydraulic Cylinder Automated Testing,George Acker, Jr., Dana Corp.

II96-8.6 Life Testing of Hydraulic Cylinders,Danivasa Ramesh, Wipro Fluid Power

Hydraulic Component Designs, Applications andTesting—Valves

II96-8.8 Study of Power Steering Valves, EsteveCodina, Universitat Politecnica De Catalunya

II96-8.9 What Time Do You Have?Dr. R. K. Tessmann, FES, Inc.

II96-8.10 Regenerative Proportional Valves, DonCaputo, Parker Hannifin Corp.

Hydraulic Component Designs, Applications andTesting—Valves, Software

II96-8.11 Main Frequencies in the Performance ofa Servovalve, Josep Ma Bergada, UniversitatPolitecnica De Catalunya

II96-8.13 Research on Feature-Based CAD/CAMfor Hydraulic Valve Blocks, Lin Xie, Dalian Universityof Technology

Mobile Hydraulic Designs and Applications—Pumps, Valves

II96-9.1 An Accelerated Procedure to DetermineRelative Contaminant Tolerance, Kurt M. Brandt,Dana Mobile Fluid Power Div.

II96-9.2 A Multilobe� Micropump—An Advance-ment in the ABS Pump Technology, Alexander G.Pipaloff, Aleks� International

II96-9.3 Design and Application of the Series 45Open Circuit Axial Piston Pump, David K.Wohlsdorf, Sauer-Sundstrand Co.

II96-9.4 Project Management Methods Yield NewPump For Dump Truck Market, Rick Hartsell, DanaCorporation

II96-9.5 Low Cost, High Response ProportionalValves for Use in Mobile and Stationary Equipment,Dr. Pavel Bergmann, HYTOS, a.s.

II96-9.6 Electrohydraulic Auxiliary and Hitch Con-trol Valves for Agricultural Tractor Applications, Mat-thew T. Miller, John Deere

Mobile Hydraulic Designs and Applications—System Analysis

II96-9.7 Problems of Increasing the Energetic Effi-ciency of Hydraulic Drives in Construction Machin-ery, Dr. Wladyslaw S. Bortkiewicz, IndustrialInstitute for Construction Machinery

II96-9.8 Dynamic Analysis for a Power Hoe,Samuel Doughty, Doughty & Company

II96-9.9 Simulation of Vehicle—Transmission Inter-actions, Luca G. Zarotti, CEMOTER-CNR

II96-9.10 Dynamic Simulation for Hydraulic ImpactRock Breaker, Tian Shujun, Dalian University ofTechnology

Mobile Hydraulic Designs and Applications—Systems Applications

II96-9.11 Water Hydraulic Extraction and RescueTools, Simon Usher, Fenner Fluid Power

II96-9.13 A New Hydraulic Actuated PTO Clutch forthe Global Mobile Hydraulic Market, R. DouglasMacDonald, Horton, Inc.


15


Basic Circuit Design Tutorial

II96-10.1 Components of Linear Open/ClosedLoop Systems, Bruce Besch, Miller Fluid Power

Electronics in Hydraulics

I96-11.1 Digital Motion Control for Position andForce Loops, Don Caputo, Parker Hannifin Corp.

I96-11.2 Radio Control Systems for Today’s MobileMarket, Frédérick Brière, APITECH Div./AppliedPower Inc.

I96-11.4 Designing Fluid Power Controls withGrafcet, Stephen Perron, Famic Inc.

I96-11.5 Hydraulic Proportional Valves with DigitalControllers, Lawrence Kelly, Hunt Valve Company,Inc.

I96-11.7 Digital Proportional Valves for Multi-speedApplications, Don Caputo, Parker Hannifin Corp.

Filtration and Contamination Control

* I96-12.1 The Successful Use of Particle Countingfor Detecting Problems in a Scheduled Oil SamplingProgram, Charles Montague, Hiac/Royco

I96-12.2 Determination of the Filter Fineness andthe ACFTD Capacity of Hydraulic Filters, WolfgangA.J. Hoefer, ARGO GmbH fur Fluidtechnik

I96-12.4 Reducing Variability in Particle Count Re-sults for Oil Samples, Barry M.Verdegan, Nelson In-dustries, Inc.

I96-12.5 Development of a Standard ReferenceMaterial for the Fluid Power Industry: ISO MediumDust in Oil, Robert A. Fletcher, National Institute ofStandards and Technology

I96-12.6 Contamination Control—for IncreasedProduction, Robert M. Randell, Technical AustraliaPty Ltd.


16

* Printed in individual paper format; however, a copywill be included when the 1996 proceedings is pur-chased.


17

Catalog Key

Rx Indicates that the NFPA or ANSI standard has been revised to reflect the current state ofthe art.

S1 Indicates that the document contains supplementary material developed since the initialpublication of the standard.

(R19xx) Designates a standard whose technical content has been reaffirmed since its initial publi-cation, plus the date of reaffirmation.

(H) Indicates that the standard has been harmonized at NFPA, ANSI, and ISO levels.

M Used at one time to indicate the NFPA or ANSI standard included metric (SI) language.Currently most NFPA and ANSI standards incorporate both SI and U.S. Customary Units,unless otherwise specified in the title of the document.

Acronyms Used in Fluid Power Standardization

NFPA National Fluid Power Association. A not-for-profit trade association of manufacturers of hy-draulic and pneumatic components and systems. Associate memberships are available to othercontributors to the fluid power industry. Headquarters: Milwaukee, Wisconsin.

ANSI American National Standards Institute. A federation of trade associations, professionaland scientific societies and individual company members. ANSI reviews and approves pro-posed national standards after all concerned groups have accepted them. Headquarters:Washington, D.C.

B93 Standards Committee B93, Fluid Power Systems and Components. A committee thatcoordinates and reviews fluid power standards that have been submitted to ANSI. B93 isaccredited by ANSI as an independent standards development committee. Headquarters:c/o NFPA, Milwaukee, Wisconsin.

ISO International Organization for Standardization. An international agency forstandardization that is composed of the national standards bodies of more than 80 nations.ISO works toward agreement on international standards with a view toward the expansionof trade, the improvement of quality and the increase of productivity. Headquarters:Geneva, Switzerland.

TC 131 Technical Committee 131, Fluid power systems. The technical committee (TC) of ISOthat is responsible for the development and review of international fluid power standards.TC 131 includes nine subcommittees (SCs) and more than 30 working groups (WGs) rep-resenting individual products and systems. Headquarters: c/o NFPA, Milwaukee, Wisconsin.

U.S. TAG to ISO/TC 131United States Technical Advisory Group to ISO/TC 131. An ANSI fluid powercommittee that establishes U.S. policy on proposed international fluid power standards andnames representatives to ISO/TC 131. Headquarters: c/o NFPA, Milwaukee, Wisconsin.

Fluid Power Technical Standards

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Plus a world of standards informationThe Worldwide Standards Service Index is a re-search tool in itself. In addition to NFPA references, itcontains bibliographic document listings for over150,000 standards from approximately 400 of theworld’s leading standards bodies.

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Publication order no. Publication title PriceNo. ofpgs.

Fluid Power Technical Standards (Publications Catalog Supplement 10/3/2001)

AccumulatorsAccumulator – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power accumulator

Members - $20.00List - $29.00

ANSI/(NFPA)T3.4.7 R2-2000

6 pgs.

Connectors, Similar Products and ComponentsQuick-action coupling – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressurrating of the pressure containing envelope of a metal fluid power quick-action coupling

Members - $20.00List - $29.00

ANSI/(NFPA)T3.20.8 R2-2000

5 pgs.

Control Products - HydraulicHydraulic fluid power – Pressure relief valves – Method of testing and presenting basic performance data

Members - $28.00List - $40.00

NFPA/T3.5.24-2001 11 pgs.

Hydraulic valve – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power hydraulic valve

Members - $20.00List - $29.00

ANSI/(NFPA)T3.5.26 R2-2000

5 pgs.

Control Products - PneumaticAir line filter, regulator and/or lubricator – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing thburst pressure ratings of the pressure containing envelope of a metal fluid power FRL

Members - $20.00List - $29.00

ANSI/(NFPA)T3.12.10 R2-2000

6 pgs.

Pneumatic valve – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power pneumatic valve

Members - $23.00List - $33.00

ANSI/(NFPA)T3.21.4 R2-2000

8 pgs.

Pneumatic fluid power – Directional control valves – Measurement of shifting time Members - $34.00List - $40.00

ISO 12238:2001 12 pgs.

CylindersHydraulic fluid power – Cylinders – Cushion performance Members - $17.00

List - $34.00ANSI/(NFPA)T3.6.59-1993 (R2001)

4 pgs.

Tie rod or bolted cylinder – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressurratings of the metal pressure containing envelope of a tie rod or bolted cylinder

Members - $23.00List - $33.00

ANSI/(NFPA)T3.6.29 R2-2000

8 pgs.

Pneumatic fluid power – Cylinders – Final examination and acceptance criteria (second edition)

Members - $21.00List - $25.00

ISO 10099:2001 4 pgs.

Hydraulic fluid power – Cylinders – Acceptance tests (second edition) Members - $21.00List - $25.00

ISO 10100:2001 3 pgs.

Hydraulic fluid power – Cylinders – Method for determining the buckling load (TechnicalSpecification)

Members - $68.00List - $80.00

ISO/TS 13725:2001 39 pgs.

Filtration and ContaminationHydraulic filter/separator housing – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power hydraulic filter/separator

Members - $28.00List - $40.00

ANSI/(NFPA)T3.10.5.1 R2-2000

11 pgs.

Fluids and LubricantsRecommendations for conservation, maintenance, and disposal of hydraulic fluids – Information report (DOD approved)

Members - $23.00List - $44.00

ANSI/(NFPA)T2.13.4-1994 (R2001)

8 pgs.

1

(H) indicates that ANSI and ISO standards are technically equivalent or identical.



Fluids and LubricantsHydraulic fluid power – Industrial systems – Practice for the use of high water content fluids

Members - $23.00List - $44.00

ANSI/(NFPA)T2.13.5-1991 (R2001)

7 pgs.

Pressure RatingFluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power component

Members - $59.00List - $84.00


44 pgs.

Accumulator – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power accumulator

Members - $20.00List - $29.00


6 pgs.

Hydraulic valve – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power hydraulic valve

Members - $20.00List - $29.00

ANSI/(NFPA)T3.5.26 R2-2000

5 pgs.

Tie rod or bolted cylinder – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressurratings of the metal pressure containing envelope of a tie rod or bolted cylinder

Members - $23.00List - $33.00

ANSI/(NFPA)T3.6.29 R2-2000

8 pgs.

Telescopic cylinders and cylinders of non-bolted end construction – Pressure rating supplement to NFPA/T2.6.1 R2-2000 – Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the metal pressure containing envelope of a telescopic and nonbolted end fluid power cylinder

Members - $25.00List - $36.00

ANSI/(NFPA)T3.6.31 R2-2000

9 pgs.

Pump/motor – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power pump and motor

Members - $20.00List - $29.00

ANSI/(NFPA)T3.9.22 R2-2000

5 pgs.

Hydraulic filter/separator housing – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power hydraulic filter/separator

Members - $28.00List - $40.00

ANSI/(NFPA)T3.10.5.1 R2-2000

11 pgs.

Air line filter, regulator and/or lubricator – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing thburst pressure ratings of the pressure containing envelope of a metal fluid power FRL

Members - $20.00List - $29.00

ANSI/(NFPA)T3.12.10 R2-2000

6 pgs.

Quick-action coupling – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressurrating of the pressure containing envelope of a metal fluid power quick-action coupling

Members - $20.00List - $29.00

ANSI/(NFPA)T3.20.8 R2-2000

5 pgs.

Pneumatic valve – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power pneumatic valve

Members - $23.00List - $33.00

ANSI/(NFPA)T3.21.4 R2-2000

8 pgs.

Pressure switch – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power pressure switch

Members - $17.00List - $25.00

ANSI/(NFPA)T3.29.2 R2-2000

4 pgs.

Pumps, Motors, Power Units and ReservoirsPump/motor – Pressure rating supplement to NFPA/T2.6.1 R2-2000, Fluid power components – Method for verifying the fatigue and establishing the burst pressure ratings of the pressure containing envelope of a metal fluid power pump and motor

Members - $20.00List - $29.00

ANSI/(NFPA)T3.9.22 R2-2000

5 pgs.

Hydraulic fluid power – Dimensions and identification code for mounting flanges and shaft ends of displacement pumps and motors – Part 1: Inch series shown in metric units (second edition)

Members - $34.00List - $40.00

ISO 3019-1:2001 12 pgs.

Hydraulic fluid power – Dimensions and identification code for mounting flanges and shaft ends of displacement pumps and motors – Part 2: Metric series (third edition)

Members - $47.00List - $55.00

ISO 3019-2:2001 19 pgs.

Testing

2




TestingHydraulic fluid power – Pressure relief valves – Method of testing and presenting basic performance data

Members - $28.00List - $40.00

NFPA/T3.5.24-2001 11 pgs.

Pneumatic fluid power – Cylinders – Final examination and acceptance criteria (second edition)

Members - $21.00List - $25.00

ISO 10099:2001 4 pgs.

Hydraulic fluid power – Cylinders – Acceptance tests (second edition) Members - $21.00List - $25.00

ISO 10100:2001 3 pgs.

Pneumatic fluid power – Directional control valves – Measurement of shifting time Members - $34.00List - $40.00

ISO 12238:2001 12 pgs.

Hydraulic fluid power – Cylinders – Method for determining the buckling load (TechnicalSpecification)

Members - $68.00List - $80.00

ISO/TS 13725:2001 39 pgs.

3
