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ANSI Approved Standards Listed below are all approved American National Standards as of 3/1/2006. Many of these documents are available in electronic format (PDF) and can be purchased from ANSI's Electronic Standards Store (ESS) at webstore.ansi.org. Hard copies of these documents can be purchased through Global Engineering Documents at global.ihs.com. They may also carry documents in electronic format that are not available on the ESS.

3 (3-A Sanitary Standards, Inc.) ANSI H35.5-1993 (R2003), Nomenclature ANSI/AAMI BE78-2002, Biological Evaluation System for Aluminum Metal Matrix of Medical Devices – Part 10: Tests for Composite Materials Irritation and Sensitization AA (Aluminum Association) This standard covers a system for Gives guidance to agencies, manufacturers, designating wrought and cast aluminum metal research laboratories and others for ANSI H35.1(M)-2004, Alloy and Temper matrix composite materials by appending evaluating the interactions of medical devices Designation Systems for Aluminum (Metric) suffixes to existing aluminum designation with blood. Covers systems for designating wrought systems, including generic tempers. aluminum and wrought aluminum alloys, ANSI/AAMI BF64-2002, Leukocyte Reduction aluminum and aluminum alloys in the form of AAMA (American Architectural Filters castings and foundry ingot, and the tempers Manufacturers Association) Contains labeling requirements, performance in which wrought products and castings are requirements, test methods, and terminology produced ANSI/NAFS 1-2000, Voluntary Performance for disposable filters used for the reduction of Specification for Windows, Skylights and leukocytes from blood or blood components ANSI H35.1-2004, Alloy and Temper Glass Doors during transfusion. Designation Systems for Aluminum Provides an updated revision to ANSI/AAMI BF7-1989 (R2002), Blood Covers systems for designating wrought ANSI/AAMA/NWWDA 101/I.S.2-97, which Transfusion Micro-Filters aluminum and wrought aluminum alloys, has enjoyed wide acceptance in the United aluminum and aluminum alloys in the form of States since its publication. Like its Describes safety and performance castings and foundry ingot, and the tempers predecessor, the North American requirements for disposable microfilters used in which wrought products and castings are Fenestration Standard (NAFS1) is a for the removal of microaggregates from produced material-neutral, performance-based blood or blood products during transfusion. specification for wood, vinyl and aluminum ANSI H35.2(M)-2003, Dimensional windows and glass doors. The specification ANSI/AAMI BP22-1994 (R2001), Blood Tolerances for Aluminum Mill Products establishes performance criteria for multiple Pressure Transducers (Metric) tiers of product rating and classification, in Specifies safety and performance Includes dimensional tolerances for aluminum response to the wide variety of end use requirements for transducers, including mill products accepted by both the aluminum conditions fenestration products encounter cables, designed for blood pressure industry and users of the metal. They are the across the United States and Canada. In measurements through an indwelling catheter basis for dimensional tolerances specified in addition, specific requirements for all operator or direct puncture and disclosure. government, technical societies and other types are given. The revised specification specifications for aluminum. also includes many improvements and ANSI/AAMI DF80-2003, Medical electrical additions. The addition of skylights, specialty equipment - Part 2-4: Particular ANSI H35.2-2003, Dimensional Tolerances products, sidelights and transoms to the requirements for the safety of cardiac for Aluminum Mill Products standard brings the total number of operating defibrillators (including automated external defilrillators) Includes dimensional tolerances for aluminum mill products accepted by both the aluminum AAMI (Association for the Specifies requirements for the safety of industry and users of the metal. They are the Advancement of Medical medical electrical equipment intended to basis for dimensional tolerances specified in defibrillate the heart by an electrical pulse via government, technical societies and other ANSI/AAMI AT6-2005, Autologous electrodes applied either to the patient's skin specifications for aluminum. Transfusion Devices (external electrodes) or to the exposed heart (internal electrodes). This standard does not Establishes labeling and performance apply to implantable defibrillators, remote requirements, test methods, and terminology control defibrillators, external transcutaneous ANSI H35.3-1997 (R2003), Designation that will help establish a reasonable level of pacemakers, or separate cardiac monitors. System for Aluminum Hardeners safety and efficacy for autologous transfusion This adoption of an international standard Covers a system for designating aluminum devices. Specifically, includes requirements with modifications was previously listed for hardeners used primarily for the addition of for sterile, disposable systems and comment under AAMI/IEC 60601-2-4. alloying, or grain refining elements, or associated electromechanical hardware modifiers to aluminum alloy melts. designed to collect and filter or process, or both, extravasated blood for reinfusion or ANSI H35.4-2003, Designation System for erythrocytes or filtered whole blood into the Unalloyed Aluminum patient's circulation. Aspects of these Covers a system for designating unalloyed systems related to collection, anticoagulation aluminum not made by a refining process and (systemic and regional), storage, processing used primarily for remelting. and filtration, and reinfusion are within the scope of this standard.

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ANSI/AAMI EC11-1991 (R2001), Diagnostic ANSI/AAMI EC71-2001, Standard ANSI/AAMI ID54-1996 (R2005), Enteral Electrocardiographic Devices Communications Protocol for Feeding Set Connectors and Adapters Establishes minimum safety and performance Computer-Assisted Electrocardiography Specifies safety requirements for enteral requirements for electrocardiographic (ECG) Covers the two-way digital transmission of feeding set connectors and adapters. systems with direct writing devices which are remote requests and results between digital intended for use, under the operating electrocardiographs (ECG carts) and ANSI/AAMI II36-2004, Infant Incubators conditions specified in this standard, in the heterogeneous computer systems (hosts). It Establishes safety requirements for baby analysis of rhythm and of detailed morphology documents the common conventions required incubators with the view to minimizing of complex cardiac complexes. Subject to for the cart-to-host as well as cart-to-cart hazards to the patient and user. It also this standard are all parts of the interchange of specific patient data specifies tests by which compliance electrocardiographic system necessary to (demographic, recording…), ECG signal data, requirements can be verified. It does not obtain the signal from the surface of the ECG measurement and ECG interpretation apply to transport incubators nor infant radiant patient's body, to amplify this signal, and to results. warmers which are covered in other display it in a form suitable for diagnosing the publications. heart's electrical activity. ANSI/AAMI EQ56-1999 (R2004), Recommended Practices for a Medical ANSI/AAMI II51-2004, Medical electrical Equipment Management Program equipment - Part 2: Particular requirements ANSI/AAMI EC12-2000 (R2005), Disposable Specifies the minimum required for safety of transport incubators ECG Electrodes characteristics for a management program Specifies safety requirements for transport designed to minimize certain risks associated This standard contains minimum labeling, incubators with the view to minimizing with equipment that is used during routine safety and performance requirements; test hazards to the patient and user. It also care of patients in a health care organization. methods; and terminology for disposable specifies tests by which compliance The document addresses the structure of the electrocardiographic electrodes. requirements can be verified. It does not program, the documentation that must be apply to infant incubators nor infant radiant produced by the program, and the staffing ANSI/AAMI EC13-2002, Cardiac Monitors, warmers which are covered in other and resources allocated to those responsible Heart Rate Meters, and Alarms publications. for maintaining the medical equipment. Establishes minimum safety and performance ANSI/AAMI NS14-1995 (R2002), Implantable requirements for cardiac monitors, heart rate ANSI/AAMI HE48-2001, Human Factors Spinal Cord Stimulators meters, and alarms, which are used to Engineering Guidelines and Preferred acquire and/or display electrocardiographic Practices for the Design of Medical Devices This standard establishes safety and signals with the primary purposes of performance requirements for internally To provide ergonomic information and human continuous detection of cardiac rhythm. and/or externally powered implantable spinal factors engineering guidance so that optimum cord stimulators. This standard covers all user and patient safety, system safety and electrode configurations and all elements of ANSI/AAMI EC38-1998, Ambulatory performance, and operator effectiveness will the spinal cord stimulation system. The Electrocardiographs be reflected in medical device design. system consists of an implanted pulse Establishes minimum safety and performance Specifically, the recommended practice deals generator, connected electrodes placed over requirements for long-term with the controls, displays, consoles, size, the spinal cord, and an external transmitter or electrocardiographic monitoring devices weight, and general user interface design of programmer for transmitting energy and/or (ECGs), also commonly called ambulatory medical devices and is extensively illustrated. information across the patient's skin to the electrocardiographs (AECGs), that are User instructions, manuals, software, and implanted pulse generator. intended for use under the operating algorithms associated with medical devices conditions specified in this standard, in the are also discussed briefly. analysis of rhythm and of relevant ANSI/AAMI NS15-1995 (R2002), Implantable Peripheral Nerve Stimulators morphology of cardiac complexes. ANSI/AAMI HF18-2001, Electrosurgical Devices Establishes safety and performance requirements for internally and/or externally ANSI/AAMI EC53-1995 (R2001), ECG Cables Establishes minimum safety and performance powered implantable peripheral nerve and Wires requirements for electrosurgical systems. Covers cables and patient leadwires used for stimulators. This standard covers all elements of the peripheral nerve stimulation system, surface electrocardiographic (ECG) ANSI/AAMI ID26-2004, Medical Electrical monitoring in cardiac monitors. This standard which consists of an implanted pulse Equipment - Part 2: Particular generator, connecting electrodes placed on or covers both disposable and reusable Requirements for the Safety of Infusion leadwires. around the nerve, and an external transmitter Pumps and Controllers or programmer for transmitting energy and/or Establishes minimum labeling, safety, ANSI/AAMI EC53A-1998 (R2001), ECG information across the patient's skin to the performance, and testing requirements for Cables and Wires implanted pulse generator. electromechanical infusion devices that have Covers cables and patient leadwires used for a pumping or gravity-feed controlling function, ANSI/AAMI NS28-1988 (R2001), Intracranial surface electrocardiographic (ECG) that deliver fluid from either a separate or a Pressure Monitoring Devices monitoring in cardiac monitors. This standard self-contained source, and that are intended Establishes minimum labeling, safety, and covers both disposable and reusable for use with parenteral fluids for such performance requirements for intracranial leadwires. purposes as parenteral nutrition and pressure monitoring devices, whether administration of drugs and routine fluids. percutaneous, fully implantable, or ANSI/AAMI EC57-1998 (R2003), Testing and Public review of this revised document was noninvasive. Also covered by this standard Reporting Performance Results of Cardiac originally announced in the May 21 2004 Rhythm and ST Segment Measurement are test and calibration methods needed to edition of ANSI Standards Action, and closed establish compliance with the standard. Algorithms on July 20 2004. Comments received by a This recommended practice establishes a member of the document's authoring method for testing and reporting the committee prompted the two additional performance of algorithms used to detect revisions encompassed in the current review. cardiac rhythm disturbances, including the ST segment.

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ANSI/AAMI PAC49-1993 (R2000), ANSI/AAMI RD16-1996/A1-2002 (R2005), ANSI/AAMI RD61-2000, Concentrates for Pacemaker Emergency Intervention Hemodialyzers Hemodialysis System Establishes labeling requirements, safety and Covers apparatus for preparing dialysate, Specifies labeling and performance performance requirements, and tests for monitors of the dialysate, and accessories for requirements for a pacemaker emergency hemodialyzers in the purification of the blood monitoring the extracorporeal blood circuit. intervention system (EIS), which consists of a by diffusion and convection between the (NOTE: ANSI/AAMI RD5-1992 is being magnet and a bradycardial pacemaker. When blood and a solution of chemicals through a divided into three separate documents a pacemaker conforming to this standard is semipermeable membrane. covering (1) Hemodialysis systems, revision perceived to be operating in a nonstandard of ANSI/AAMI RD5-1992; (2) Concentrates way, or in a way that is not understood by the ANSI/AAMI RD17-2005, Hemodialyzer Blood for hemodialysis, new American National examiner, the magnet can be used to Tubing Standard, AAMI RD61; and (3) Water for reprogram the pacemaker to a standard mode Provides minimum requirements to ensure hemodialysis, new American National as specified by the standard. An EIS is safe and effective performance of Standard, AAMI RD62) intended to be used in emergency rooms, hemodialysis blood tubing sets. Includes all clinics, or other medical locations where a tubing segments which are used to transport ANSI/AAMI RD62-2001, Water Treatment physician skilled in pacemakers is not blood (or fluids) from a patient's vascular Equipment for Hemodialysis Applications immediately available. Follow-up to use of the access device to a hemodialyzer, as well as Applies to water to be used in preparation of EIS should always occur so that the all tubing segments that are used to transport concentrates and dialysing fluids for pacemaker can be reprogrammed to an blood (or fluids) to a patient's vascular access hemodialysis. This standard was listed for optimum setting by a physician skilled in the device from a hemodialyzer. This standard is public review in the 2/9/2001 issue of use of pacemakers. technically identical to the 1994 standard and Standards Action. It is being resubmitted due its 2002 amendment but has been to substantive changes to the text. consolidated into a single document and informative material (the committee roster ANSI/AAMI SP10-2002, Manual, Electronic, ANSI/AAMI PB70-2003, Liquid Barrier and foreword) have been updated.” or Automated Sphygmomanometers Performance and Classification of Establishes safety and performance Protective Apparel and Drapes Intended for ANSI/AAMI RD47-2002, Reuse of Use in Health Care Facilities requirements for all sphygmomanometers, Hemodialyzers whether non-automated, automated or electronic, that are used with an occluding Establishes a barrier performance This recommended practice is addressed to cuff for the indirect determination of arterial classification system for protective apparel the physician responsible for reprocessing blood pressure. The devices which sense or and drapes used in health care facilities. It hemodialyzers. It covers personnel and display pulsations, flow, or sounds in provides manufacturers with a consistent patient considerations, records, equipment, connection with the measurement, display, or basis for creating device labeling claims physical plant and environmental safety, recording of blood pressure are included in regarding barrier efficacy against liquid-borne reprocessing material, patient identification this document.Establishes safety and microorganisms. Through labeling and hemodialyzer labeling, reprocessing and performance requirements for all requirements, the standard is also intended to storage procedures, disposition of rejected sphygmomanometers, whether assist end-users in selecting the appropriate dialyzers, preparation for subsequent use, non-automated, automated or electronic, that protective apparel and drapes to inhibit the patient monitoring, and quality assurance and are used with an occluding cuff for the indirect transfer of microorganisms associated with quality control. determination of arterial blood pressure. The blood, body fluids, and other potentially ANSI/AAMI RD47:2002/A1:2003, Reuse of devices which sense or display pulsations, infections materials (OPIM). The standard Hemodialyzers Amendment 1 flow, or sounds in connection with the uses industry-accepted laboratory test measurement, display, or recording of blood methods to form the basis for barrier claims. This amendment modifies storage temperature requirements for used dialyzers pressure are included in this document. This standard was listed for public review in the ANSI/AAMI PC69-2000, Active Implantable prior to reprocessing. Medical Devices - Electromagnetic ANSI/AAMI SP10-2002/A1, Manual, ANSI/AAMI RD5-2003, Hemodialysis Systems Compatibility - EMC Test Protocols for electronic or automated Implantable Cardiac Pacemakers and Covers the dialysis machine used to sphygmomanometers Implantable Cardioverter Defibrillators proportion dialysate, monitor the dialysate This amendment modifies sections 4.1.3 and Specifies test methods appropriate to the and the accessories normally found on the 4.4.5.1B of the ANSI/AAMI SP10:2002. interference frequencies at issue. The dialysis machine. standard may specify performance limits or ANSI/AAMI ST19-1999, Biological Indicators require disclosure of performance in the ANSI/AAMI RD52-2004, Dialysate for for Saturated Steam Sterilization Processes presence of electromagnetic emitters where Hemodialysis in Health Care Facilities appropriate. Provides manufacturers of The intent of this recommended practice is to Specifies general production, labeling, and electromagnetic emitters with information provide dialysis practitioners with guidance on performance requirements for the about the level of immunity to be expected the preparation of dialysate for hemodialysis manufacture of biological indicators and from active implantable cardiovascular and related therapies, from the point at which suspensions intended for use in the validation devices. municipal water enters their dialysis facility to and monitoring of sterilization cycles. the point at which the final dialysate enters ANSI/AAMI RD16-1996 (R2005), First-Use the dialyzer. Included in the scope of the ANSI/AAMI ST21-1999, Biological Indicators Hemodialyzers recommended practice is: (1) equipment used for Ethylene Oxide Sterilization Processes Establishes labeling requirements, safety and to purify and distribute water used for the in Health Care Facilities performance requirements, and tests for preparation of dialysate and other hemodialyzers in the purification of the blood hemodialysis applications, (2) equipment Specifies general production, labeling, and by diffusion and convection between the used to prepare concentrate from powder at a performance requirements for the blood and a solution of chemicals through a dialysis facility, and (3) preparation of the final manufacture of biological indicators and semipermeable membrane. dialysate from purified water and concentrate. suspensions intended for use in the validation and monitoring of sterilization cycles.

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ANSI/AAMI ST24-1999 (R2005), Automatic, ANSI/AAMI ST41-1999 (R2005), Ethylene ANSI/AAMI ST58-2005, Chemical sterilization General-Purpose Ethylene Oxide Sterilizers oxide sterilization in health care facilities: and high-level disinfection in health care and Ethylene Oxide Sterilant Sources Safety and effectiveness facilities Intended for Use in Health Care Facilities Covers the safe and effective use of ethylene Provides guidelines for the selection and use Covers minimum labeling, safety, oxide as a sterilant in health care facilities. of liquid chemical sterilants (LCS) high-level performance and testing requirements for The provisions of this document are intended disinfectants (HLDs) and gaseous chemical ethylene oxide sterilizers that are intended for to promote assurance of sterility, help sterilizers for use in hospitals and other health general-purpose use in health care facilities minimize occupational exposure to ethylene care facilities. Includes functional and design and that have automatic controls. It also oxide, and guide health care personnel in the criteria for chemical sterilization and covers labeling, product composition, and proper use of processing equipment. high-level disinfection processing areas; staff container requirements for ethylene oxide qualifications, education and other personnel sterilant sources and requirements for ANSI/AAMI ST42-1998, Steam Sterilization considerations; criteria for selecting emission control systems. and Sterility Assurance in Office-Based, LCSs/HLDs and gaseous chemical sterilizers; Ambulatory-Care, Medical and Dental safety and efficacy considerations; Facilities preparation of devices for LCS or HLD ANSI/AAMI ST33-1996, Guidelines for the Provides guidelines for sterilization by either processing; quality control methods; and Selection and Use of Reusable Rigid the wrapped or unwrapped method, in quality process development. Sterilization Container Systems for ambulatory-care clinics, office-based surgical Ethylene Oxide Sterilization and Steam practices, dental offices, and similar health ANSI/AAMI ST59-1999, Sterilization of Sterilization in Health Care Facilities care facilities. Healthcare Products - Biological Indicators - Part 1: General Requirements Covers the selection and use of reusable rigid ANSI/AAMI ST46-2002, Good Hospital Specifies general production, labeling, and sterilization container systems. Guidelines Practice: Steam Sterilization and Sterility performance requirements for the are provided for cleaning and Assurance manufacture of biological indicators and decontamination, preparation and assembly, Provides guidelines for steam sterilization in suspensions intended for use in the validation sterilizer loading and unloading, matching the hospitals and other health care facilities. The and monitoring of sterilization cycles. (This container system to the appropiate recommendations are intended to promote draft is based on an International Standard, sterilization cycle, quality assurance, sterile assurance of sterility and to guide health care ISO 11138-1, with U.S. deviations). This is storage, transport, and aseptic presentation. personnel in the proper use of processing the third public review for this standard. It was equipment. Included within the scope are originally listed in the July 21, 1995 and ANSI/AAMI ST35-2003, Safe Handling and functional and physical design criteria for November 10, 1995 issues of Standards Biological Decontamination of Medical sterilization processing areas Action. It is being resubmitted due to Devices in Health Care Facilities and in (decontamination, preparation, sterilization, substantive changes. Nonclinical Settings and sterile storage areas); staff qualifications, Covers safe handling and biological education, and other personnel ANSI/AAMI ST63-2002, Sterilization of health decontamination of reusable medical devices, considerations; processing procedures; care products-Requirements for the design criteria for decontamination areas; installation, care, and maintenance of steam development, validation, and routine control staff qualifications and personnel sterilizers; quality control; and quality process of an industrial sterilization process for considerations; immediate handling of improvement. Definitions of terms and a medical devices-Dry heat contaminated items; transport of bibliography are also provided. This standard contaminated items; and decontamination was listed for public review in the 4/20/2001 Specifies requirements and guidance for the processes. Also includes informative issue of Standards Action. It is being development, validation and routine control of annexes on principles of infection resubmitted due to substantive changes to a dry heat sterilization process for medical transmission; chemical disinfectants, thermal the text. devices. Although the scope of this standard disinfection; safe handling of devices returned is limited to medical devices, it specifies to manufacturers for service, repair, & failure ANSI/AAMI ST50-2004, Dry Heat (Heated Air) requirements and provides guidance that may investigation. Sterilizers be applicable to other health care products. Establishes minimum labeling and This standard does not apply to processes ANSI/AAMI ST37-1996, Flash Sterilization – performance requirements for dry heat that utilize infrared or microwaves as the Steam Sterilization of Patient Care Items (heated air) sterilizers intended for use in heating medium and does not detail a for Immediate Use dental and physicians offices, laboratories, specified requirement for designation of a In-hospital steam sterilization by the ambulatory-care clinics, hospitals, and other medical device as "sterile". unwrapped (flash) method, including health care facilities. guidelines for functional and physical design ANSI/AAMI ST65-2000, Processing of of areas in health care facilities where flas ANSI/AAMI ST55-2003, Table-Top Steam Reusable Surgical Textiles for Use in sterilization is carried out; staff qualifications, Sterilizers Health Care Facilities education personnel considerations; Covers minimum labelling, safety, Provides guidelines for the proper handling, sterilization processing procedures use and performance and testing requirements for processing, and preparation of reusuable maintenance of gravity-displacement and small steam sterilizers that have a volume of surgical textiles, either on-site or off-site for prevacuum sterilizers for flash sterilization. lesst that or equal to 2 cubic feet, have use in health care facilities. Specifically automatic controls, generate steam from addressed are design criteria for functional ANSI/AAMI ST40-2004, Table-Top Dry Heat water within the chanber or from and integral work areasl staff qualifications, education, (Heated Air) Sterilization and Sterility steam generator and provide means of training, dress codes, and other personnel Assurance in Dental and Medical Facilities controlling process time and termperature. considerationsl receiving and handling of Provides guidelines for dry heat sterilization in soiled surgical textilesl laundry processing health care facilities. Covers functional and considerationl reasport of both soiled and physical design criteria for work areas; staff slean surgical textiles; installation, care, and qualifications, education, and other personnel maintenance of laundry equipment; quality considerations; sterilization processing control; and regulatory considerations. procedures; installation, care and Definitions of term and a bibliography are maintenance of table-top dry heat sterilizers; provided. and quality control.

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ANSI/AAMI ST66-1999, Sterilization of Health ANSI/AAMI SW68-2001, Medical Device ANSI/AAMI/ISO 10993-12-2002, Biological Care Products - Chemical Indicators - Part Software - Software Life Cycle Processes Evaluation of Medical Devices – Part 12: 2: Class 2 Indicators for Air Removal Test Defines the life cycle requirements for Sample Preparation and Reference Specifies the requirements for an indicator medical device software. The set of Materials and alternative test system used to evaluate processes, activities and tasks described in Specifies requirements and gives guidance the effectiveness of air removal during the this standard establishes a common on procedures to be followed in the pre-vacuum phase of pre-vacuum steam framework for medical device software life preparation of samples of medical devices for sterilization cycles. Additionally, this standard cycle processes, with well-defined testing in biological systems in accordance includes test methods and equipment used to terminology, that can be referenced by the with the other parts of ISO 10993. Revisions meet these performance requirements. medical device software industry. are listed in their entirety.

ANSI/AAMI/IEC 60601-1-2-2001, Medical ANSI/AAMI/ISO 10993-13-1999 (R2004), ANSI/AAMI ST67-2003, Sterilization of health Electrical Equipment - Part 1: General Biological evaluation of medical devices - care products - Requirements for products Requirements for Safety - 2. Collateral Part 13: Identification and quantification of labeled "STERILE" Standard: Electromagnetic Compatibility - degradation products from polymers Establishes requirements and provides Requirements and Tests Provides guidance on general requirements guidance for the selection of an appropriate Specifies requirements and tests for for the design of tests for identifying and Sterility Assurance Level (SAL) for terminally electromagnetic compatibility of equipment quantifying degradation products from sterilized medical devices labeled "sterile." and/or systems and serves as the basis of finished polymeric medical devices ready for Also establishes acceptance criteria for electromagnetic compatibility requirements clinical use. maximum contamination rates for and tests in Particular Standards. This aseptically-filled products labeled "sterile." standard was originally listed for public review ANSI/AAMI/ISO 10993-14-2001, Biological in the April 24, 1998 issue of Standards Evaluation of Medical Devices - Part 14: ANSI/AAMI ST72-2002, Bacterial Endotoxin Action. It is being resubmitted due to Identification and Quantification of -Test Methodologies, Routine Monitoring substantive changes in the text. Degradation Products from Ceramics and Alternatives to Batch Testing Specifies two methods for obtaining solutions Specifies general criteria to be applied in the ANSI/AAMI/IEC 60601-1-2:2001/A1-2004, of degradation products from ceramic determination of bacterial endotoxins Medical electrical equipment, Part 1: materials (including glasses) for the purposes (pyrogens) on sterilized or sterilizable General requirements for safety. 2. of quantification. Also gives guidance on the healthcare products, components or raw Collateral standard: Electromagnetic analysis of these solutions to identify the materials. Endotoxin methodologies covered compatibility - Requirements and tests degradation products. This is the fourth public include both qualitative (limit) methods and (Amendment 1 to IEC 60601-1-2, review for this standard. It was originally listed quantitative (end-point) methods. Ed.2:2001,) in the February 2, 1996, February 14, 1997, Determination of pyrogens other than This amendment deals primarily with and September 12, 1997 issues of Standards bacterial endotoxins is not covered and requirements for equipment and systems that Action and is being resubmitted due to acceptable levels for bacterial endotoxins are comply with CISPR 11 Class A Group 2 and substantive changes to the text. not covered.This standard was listed for are not intended for sale to the general public public review in the 4/20/2001 issue of but are intended for use in domestic ANSI/AAMI/ISO 10993-15-2000, Biological Standards Action. It is being resubmitted due establishments or connected to the public Evaluation of Medical Devices - Part 15: to substantive changes to the text. mains network.. Identification and Quantification of Degradation Products from Metals and ANSI/AAMI ST8-2001, Hospital Steam ANSI/AAMI/IEC 60601-2-21 & 60601-2-21 Alloys Sterilizers Amd 1-2000, Medical Electrical Equipment Provides guidance on general requirements Establishes minimum construction and - Part 2: Particular Requirements for the for the design of tests for identifying and performance requirements for steam Safety of Infant Radiant Warmers quantifying degradation products from sterilizers that are intended for use in health Provides minimum labeling, performance, and finished metallic medical devices or care facilities, have a volume greater than 2 safety requirements that will help assure a corresponding materials or samples finished cubic feet (cu ft) (56 liters [l]), and have reasonable level of clinical efficacy and as ready for clinical use. This is the third automatic controls, generally use an external patient safety. public review for this standard. It was steam source (but may also have an integral originally listed in the February 14, 1997 and electric boiler), and provide a means for ANSI/AAMI/ISO 10993-1-2003, Biological the December 5, 1997 issue of Standards automatically recording time and temperature. Evaluation of Medical Devices – Part 1: Action. It is being resubmitted due to Definitions of terms and normative references Guidance on Selection of Tests substantive changes to the text. are also included. NOTE: For the purposes of Specifies the general principles governing the ANSI/AAMI/ISO 10993-16-1997 (R2003), this standard, health care facilities means biological evaluation of medical devices; the Biological Evaluation of Medical Devices - hospitals, nursing homes, extended-care categorization of medical devices based on Part 16: Toxicokinetic Study Design for facilities, free-standing surgical centers, the nature and duration of their contact with Degradation Products and Leachables clinics, and medical and dental offices. the body; and the selection of appropriate tests. Gives principles on how toxicokinetic studies ANSI/AAMI ST81-2004, Sterilization of relevant to medical devices should be medical devices -- Information to be ANSI/AAMI/ISO 10993-11-1993, Biological designed and performed. provided by the manufacturer for the Evaluation of Medical Devices – Part 11: processing of resterilizable medical devices Tests for Systemic Toxicity (included in Specifies the information to be be provided by ANSI/AAMI/ISO 10993-1993: A collection) the medical device manufacturer on the processing of a medical device claimed to be resterilizable. This information is required so that the medical device can be adequately processed and will continue to meet its performance specification.

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ANSI/AAMI/ISO 10993-17-2002, Biological ANSI/AAMI/ISO 10993-6-1993 (R2001), ANSI/AAMI/ISO 11137-2-2006, Sterilization of Evaluation of Medical Devices - Part 17: Biological Evaluation of Medical Devices - health care products - Radiation - Part 2: Establishment of Allowable Limits for Part 6: Tests for Local Effects after Establishing the sterilization dose Leachable Substances Implantation Describes methods of determining the Specifies the methods to be used to Specifies test methods for the assessment of minimum dose needed to achieve a specified determine allowable limits for leachable the local effects of an implant material on requirement for sterility and methods to substances in medical devices. It is intended living tissue, at both the macroscopic and substantiate the use of 25 kGy or 15 kGy as for use in deriving standards and estimating microscopic level. the sterilization dose to achieve a sterility appropriate limits where standards do not assurance level (SAL) of 10-6. This exist. It describes a systematic process ANSI/AAMI/ISO 10993-7-1995 (R2001), International Standard also describes through which identified risks arising from Biological Evaluation of Medical Devices – methods of dose auditing to demonstrate the toxicologically hazardous substances present Part 7: Ethylene Oxide Sterilization continued effectiveness of the sterilization in medical devices can be quantified. Residuals dose. Specifies allowable limits for residual ethylene oxide (EO) and ethylene chlorohydrin (ECH) ANSI/AAMI/ISO 11137-3-2006, Sterilization of ANSI/AAMI/ISO 10993-2-1993 (R2001), in individual EO-sterilized medical devices, health care products - Radiation - Part 3: Biological Evaluation of Medical Devices – procedures for the measurement of EO and Guidance on dosimetric aspects Part 2: Animal Welfare Requirements ECH, and methods for determining Gives guidance on the requirements relating (included in ANSI/AAMI/ISO 10993-1993: compliance so that devices may be to dosimetry and dose measurement in ISO A collection) realeased. 11137 parts 1 and 2. It applies to gamma irradiators using the radionuclides 60Co and Specifies minimum requirements for the use ANSI/AAMI/ISO 10993-9-1999 (R2005), 137 Cs, and to irradiators using a beam from of animals in biological testing. Biological Evaluation of Medical Devices - an electron or x-ray generator. Part 9: Framework for Identification and ANSI/AAMI/ISO 10993-3-2003, Biological Quantification of Potential Degradation ANSI/AAMI/ISO 11140-1-2005, Sterilization of Evaluation of Medical Devices – Part 3: Products health care products - Chemical indicators - Tests for Genotoxicity, Carcinogenicity and Provides general principles for the systematic Part 1: General requirements Reproductive Toxicity (included in evaluation of the potential and observed This standard specifies general requirements ANSI/AAMI/ISO 10993-1993: A collection) biodegradation of medical devices and on the and test methods for indicators that show Gives guidance to agencies, manufacturers, design and performance of biodegradation. exposure to sterilization processes by means research laboratories and others for of physical and/or chemical change of evaluating the interactions of medical devices ANSI/AAMI/ISO 11134-1993, Sterilization of substances, and which are used to monitor with blood. This standard was first listed in Health Care Products – Requirements for the attainment of one or more of the variables the February 12, 1999 issue of Standards Validation and Routine Control – Industrial required for a sterilization process. They are Action. It is being resubmitted due to Moist Heat Sterilization not dependent for their action on the substantive changes to the text. This standard specifies requirements for the presence or absence of a living organism. use of moist heat in sterilization process ANSI/AAMI/ISO 10993-4-2002, Biological development, validation, and control. Also evaluation of medical devices - Part 4: included is guidance on validation and routine Selection of tests for interactions with blood control and an informative annex on ANSI/AAMI/ISO 11607-1-2006, Packaging for sterilization cycles. teminally sterilized medical devices - Part 1: Gives guidance to agencies, manufacturers, Requirements for materials, sterile barrier research laboratories and others for ANSI/AAMI/ISO 11135-1994, Medical Devices systems and packaging evaluating the interactions of medical devices – Validation and Routine Control of with blood. Specifies the requirements and test methods Ethylene Oxide Sterilization for materials, preformed sterile barrier This standard establishes requirements and ANSI/AAMI/ISO 10993-5-1999, Biological systems, sterile barrier systems and guidance for validation and routine control of Evaluation of Medical Devices – Part 5: packaging systems that are intended to ethylene oxide sterilization processes for Test for Cytotoxicity: In Vitro Methods maintain sterility of terminally sterilized medical devices. (included in ANSI/AAMI/ISO 10993-1993: medical devices to the point of use. A collection) ANSI/AAMI/ISO 11137-1-2006, Sterilization of ANSI/AAMI/ISO 11607-2-2006, Packaging for Describes tests methods to assess the in vitro health care products - Radiation - Part 1: terminally sterilized medical devices - Part cytotoxicity of medical devices. These Requirements for the development, 2: Validation and requirements for forming, methods specify the incubation of cultured validation and routine control of a sealing and assembly processes cells either directly through diffusion with sterilization process for medical devices extracts of the device, and/or in contact with a Specifies the requirements for development Specifies requirements for validation, process device. These methods are designed to and validation of processes for packaging control and routine monitoring in the radiation determine the biological response of medical devices that are terminally sterilized sterilization for health care products. It applies mammalian cells in vitro using appropriate and maintain sterility to the point of use. to continuous and batch type gamma biological parameters. This is the second These processes include forming, sealing and irradiators using the radionuclides 60 Co and public review for this standard. It previously assembly of preformed sterile barrier 137 Cs, and to irradiators using a beam from appeared in the July 5, 1996 issue of systems, sterile barrier systems and an electron or x-ray generator. Standards Action and is being resubmitted packaging systems. now due to substantive changes to the text. ANSI/AAMI/ISO 11137-1994, Sterilization of Health Care Products – Requirements for Validation and Routine Control – Radiation Sterilization This standard specifies requirements for radiation sterilization of health care products.

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ANSI/AAMI/ISO 11737-1-2006, Sterilization of ANSI/AAMI/ISO 14155-1-2003, Clinical ANSI/AAMI/ISO 14969-1999, Quality Systems medical devices - Microbiological methods - Investigation Of Medical Devices for - Medical Devices - Guidance on the Part 1: Determination of a population of Human Subjects - Part 1: General Application of ISO 13485 and ISO 13488 microorganisms on products Requirements Provides guidance for the application of the Specifies requirements and provides Defines procedures for the conduct and requirements for quality systems contained in guidance for the enumeration and performance of clinical investigations of ISO 13485 and ISO 13488. This is the characterization of the population of viable medical devices. Defines procedures for the second public review for this standard. It first microorganisms on or in a medical device, conduct and performance of clinical appeared in the January 3, 1997 issue of component, raw material or package. investigations of medical devices. This Standards Action and is being resubmitted standard was listed for public review in the now due to substantive changes to the text. 12/3/1999 issue of Standards Action. It is ANSI/AAMI/ISO 11737-2-1998, Sterilization of being resubmitted due to substantive ANSI/AAMI/ISO 14971-2000, Medical Health Care Products - Microbiological changes to the text. Devices - Risk Management - Part 1: Methods - Part 2: Tests of Sterility Application of Risk Analysis to Medical Performed in the Validation of a ANSI/AAMI/ISO 14155-2-2003, Clinical Devices Sterilization Process investigation of medical devices for human Specifies a procedure for the manufacturer to subjects - Part 2: Clinical investigation identify the hazards associated with medical Specifies the general criteria for tests of plans sterility on medical devices which have been devices and their accessories, including in exposed to a treatment with the sterilizing Defines procedures for the conduct and vitro diagnostic devices, estimate and agent that is a fraction of the specified performance of clinical investigations of evaluate the risks, control these risks and sterilization process. This standard was medical devices. monitor the effectiveness of the control. originally listed for public review in the July 21, 1995 issue of Standards Action. It is being ANSI/AAMI/ISO 14160-1998, Sterilization of ANSI/AAMI/ISO 14971-2000/A1, Medical resubmitted due to substantive changes in Medical Devices - Validation and Routine Devices - Application of Risk Management the text. Control of the Sterilization by use of Liquid to Medical Devices - Amendment 1: Annex Chemical Sterilants of Single-Use Medical H - Rationale for the Requirements ANSI/AAMI/ISO 11737-3-2004, Sterilization of Devices Incorporating Materials of Animal Provides rationale for establishing the various medical devices - Microbiological methods - Origin requirements contained in ISO 14971:2000. Part 3: Guidance on evaluation and Specifies specific requirements for the interpretation of bioburden data development, validation, process control and ANSI/AAMI/ISO 15223-2000, Medical Provides guidance on evaluating and monitoring of the sterilization of single-use Devices - Symbols to be Used With Medical interpreting the data generated from a medical devices comprising, in whole or in Device Labels, Labelling and Information to program for monitoring the microbiological part, materials of animal origin by the use of be Supplied quality of medical devices. This guidance chemical sterilants. Identifies symbols and their meanings which does not apply to the use of bioburden data may be used to convey information essential generated for establishing the extent of ANSI/AAMI/ISO 14161-2000, Guideline for to the user and others for safe and effective treatment to be applied in a sterilization the Use of Ethylene Oxide and Steam use of medical devices. process or to microbiological data generated Biological Indicators in Industrial from sampling the environment in Sterilization Processes ANSI/AAMI/ISO 15223/A1-2001, Medical manufacturing areas. Provides guidance for the selection, use and Devices - Symbols to be Used With Medical interpretation of results from application of Device Labels, Labelling and Information to ANSI/AAMI/ISO 13485-2003, Quality biological indicators when used in the be Supplied - Amendment 1 Management Systems - Medical Devices - development, validation and routine System Requirements for Regulatory monitoring of sterilization processes. This ANSI/AAMI/ISO 15223/A2-2004, Medical Purposes document applies to biological indicators for devices- Symbols to be used with medical Specifies requirements for a quality which International Standards exist. Adoption device labels, labelling and information to management system where an organization of International Standard ISO 14161 as be supplied - Amendment 2 needs to demonstrate its ability to provide revision of ANSI/AAMI ST34. Specifies requirements for a quality medical devices that consistently meet management system where an organization customer requirements and regulatory ANSI/AAMI/ISO 14937-2000, Sterilization of needs to demonstrate its ability to provide requirements applicable to medical devices. Health Care Products - General Requirements for Characteristics of a medical devices that consistently meet Sterilizing Agent and the Development, customer requirements and regulatory ANSI/AAMI/ISO 13488-1996, Quality Systems requirements applicable to medical devices. - Medical Devices - Particular Validation and Routine Control of a Requirements for The Application of ISO Sterilization Process ANSI/AAMI/ISO 15225-2000 (R2006), 9002 Specifies general requirements for the Nomenclature - Specification for a characterization of a sterilizing agent, and for This standard specifies, in conjunction with Nomenclature System for Medical Devices the development, validation and routine ISO 9002, the quality system requirements for for the Purpose of Regulatory Data control of a sterilization process for medical the production and, when relevant, installation Exchange and servicing of medical devices. devices. Although the scope of this standard Specifies requirements and guidance for the This standard, in conjunction with ISO 9002, is limited to medical devices, the principles construction of a nomenclature for medical is applicable when there is a need to assess described may be applied to other health care devices to facilitate cooperation and a medical device supplier’s quality system. products. This standard is intended to be applied by process developers, exchange of regulatory data on an manufacturers of sterilization equipment, international level between such interested manufacturers of products to be sterilized and parties as regulatory authorities, the organization with responsibility for manufacturers, suppliers, health care sterilizing the product. This standard does providers, and end users. not supersede or modify the published standards for particular sterilization processes.

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ANSI/AAMI/ISO 15225-A1-2004 (R2006), ANSI/AAMI/ISO 18472-2006, Sterilization of ANSI/AAMI/ISO 7199-1996 (R2002), Nomenclature - Specification for a health care products - Biological and Cardiovascular implants and artificial nomenclature system for medical devices chemical indicators - Test equipment organs- Blood-gas exchangers for the purpose of regulatory data exchange Specifies the requirements for the test (oxygenators) (AMENDMENT 1) pose of Regulatory Data equipment to be used to test chemical and Specifies requirements for sterile, single-use, Exchange biological indicators fro steam, ethylene extracorporeal blood-gas exchangers oxide, dry heat and vaporised hydrogen (oxygenators) intended for supply of oxygen AMENDMENT 1 to ANSI/AAMI/ISO peroxide processes for conformity to the to, and removal of carbon dioxide from, the 15225-2000. requirements given in ISO 11140, part 1 for blood of humans. It also applies to heat chemical indicators, or the ISO 11138 series exchangers that are integral parts of ANSI/AAMI/ISO 15674-2001, Cardiovascular for biological indicators. This standard also oxygenators and to external equipment Implants and Artificial Organs - Hard-Shell provides informative methods useful in unique to the use of the device. Cardiotomy/Venous Reservoir System characterising the performance of biological (with/without filter) and Soft Venous and chemical indicators for intended use and AAMVA (American Association of Reservoir Bags for routine quality control testing. Motor Vehicle Administrators)

Specifies requirements for sterile, single-use, ANSI/AAMI/ISO 25539-1-2003, ANSI D20-2002, Data Element Dictionary for extracorporeal hard shell cardiotomy/venous Cardiovascular Implants - Endovascular Traffic Records Systems reservoir systems and soft venous reservoir Devices - Part 1: Endovascular Prostheses Data Element Dictionary for Traffic Records bags intended for use as a blood reservoir Specifies requirements for endovascular Systems during cardiopulmonary bypass (CPB) prostheses, based upon current medical To provide a common set of coding surgery. knowledge. With regard to safety, it gives instruction for data elements related to requirements for intended performance, highway safety, driver licensing, and vehicle ANSI/AAMI/ISO 15675-2001, Cardiovascular design attributes, materials, design registration. Implants and Artificial Organs - evaluation, manufacturing, sterilization Cardiopulmonary Bypass Systems - Arterial packaging and information to be supplied by Blood Line Filters the manufacturer. It should be considered as ABMA (American Bearing Specifies requirements for sterile, single-use, a supplement to ISO 14630, which specifies Manufacturers Association) arterial filters intended to filter and remove general requirements for the performance of emboli, debris, blood clots, and other non-active surgical implants. ANSI B3.1-1992 (R1999), Rolling Element potentially hazardous solid and gaseous NOTE- The document was formerly Bearings – Aircraft Engine, Engine material from the blood of humans during designated 15539-1 but was changed to Gearbox, and Accessory Applications – cardiopulmonary bypass surgery. 25539-1 at the DIS stage by ISO to Eddy Current Inspection distinguish it from ISO/TS 15539. Specifies a method of detecting ANSI/AAMI/ISO 15882-2003, Sterilization of discontinuities in bearing components by health care products - Chemical indicators - ANSI/AAMI/ISO 25539-1-2003/A1, means of eddy current interrogation. Applies Guidance for the selection, use and Amendment 1 to ANSI/AAMI/ISO to rolling element bearings used in aircraft interpretation of results 25539-1:2003, Cardiovascular implants - engines, engine gearboxes and accessory Endovascular devices - Part 1: Provides guidance for the selection, use and applications. Endovascular prostheses: Annex E - Test interpretation of results of chemical indicators methods used in process definition, validation, and ANSI B3.2-1992 (R1999), Rolling Element routine monitoring and control of sterilization The Amendment provides guidance for the Bearings – Aircraft Engine, Engine processes. Applies to chemical indicators for development of preclinical test methods to be Gearbox, and Accessory Applications – which International Standards exist. Is not used to characterize and evaluate Surface Visual Inspection applicable to those processes that rely on endovascular prostheses, and for developing This standard provides a sysstem for uniform physical removal of microorganisms, e.g. test reports. visual acceptance criteria for surface filtration. Is not intended to apply to imperfections on rolling element bearings combination processes, for example, ANSI/AAMI/ISO 5840-2005, Cardiovascular used in aircraft engine, engine gerabox and washer-disinfectors or flushing and steaming implants - Cardiac valve prostheses accessory applications. of pipelines. Outlines an approach for qualifying the design and manufacture of a heart valve substitute ANSI/AAMI/ISO 17665-1-2005, Sterilization of through risk management. The selection of ANSI B3.3-1992 (R1999), Rolling Element health care products - Moist heat - appropriate qualification tests and methods Bearings – Aircraft Engine, Engine Requirements for development, validation are to be derived from the risk assessment. Gearbox, and Accessory Applications – and routine control of a sterilization process Imposes design specifications and minimum Surface Temper Etch for medical devices performance specifications for heart valve Specifies requirements for the development, substitutes where adequate scientific and/or Applies to rolling element bearings used in validation and routine control of a moist heat clinical evidence exists for their justification. aircraft engines, engine gearboxes and sterilization process for medical devices. accessory applications. Moist heat sterilization processes covered by ANSI/AAMI/ISO 7198-2001 (R2004), Vascular this standard include saturated steam venting Graft Prostheses processes, saturated steam active air Specifies requirements relating to testing, removal processes, air steam mixture packaging, labeling and terminology for sterile processes, water spray processes, and water tubular vascular prostheses intended to immersion processes. replace, bypass or to form shunts between segments of the vascular system in humans.

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ANSI/ABMA 10A-2001, Metal Balls for ANSI/ABMA 14-1995 (R2001), Housings for ANSI/ABMA 22.2-1988 (R1999), Spherical Unground Bearings and Other Uses Bearings with Spherical Outside Surfaces Plain Radial Bearings, Joint Type, Inch Establishes the requirements for metal balls Establishes boundary dimensions and other Design for unground bearings and for other uses. It dimensions, and tolerances values for those Defines the characteristics of spherical is intended to complement the requirements dimensions, for pillow block housings, flanged bearings, joint type such as boundary for finished balls for rolling contact bearings housings and take-up units for use with ball dimensions, tolerances and terminology. contained in ANSI/ABMA/ISO 3290. It bearings with spherical outside surfaces contains requirements for materials, physical (insert bearings). ANSI/ABMA 23.2-1988 (R1999), Thrust properties and geometric properties for balls Bearings of Tapered Roller Type, Inch for unground bearings and for other uses. A ANSI/ABMA 15-1991 (R1999), Ball Bearings Design designation system for ball grades is with Spherical Outside Surfaces and specified. Informational annexes provide Extended Inner Ring Width Covers bearing number and type identity, descriptions of measurement of deviation symbols and nomenclature, boundary Specifies boundary dimensions and dimensions, tolerances, and mounting from spherical form, microhardness testing, tolerances for bearings with spherical outside and case depth measurement. dimensions (covers only external surfaces and extended inner ring width and dimensions). eccentric locking collars. ANSI/ABMA 24.1-1989 (R1999), Thrust ANSI/ABMA 11-1990 (R1999), Roller ANSI/ABMA 18.1-1982 (R1999), Radial Bearings of Ball, Cylindrical Roller and Bearings, Load Ratings and Fatigue Life for Needle Roller Bearings, Metric Design Spherical Roller Types, Metric Design Specifies the method of calculating the basic Includes identification code, boundary This standard covers identification code, dynamic load rating of roller bearings within dimensions, bearing tolerances, and fitting symbols and nomenclature, boundary the size ranges shown in the relevant and mounting practice. dimensions, tolerances, and mounting ANSI/AFBMA standards. dimensions for specified bearings ANSI/ABMA 18.2-1982 (R1999), Radial ANSI/ABMA 12.1-1992 (R1998), Instrument Needle Roller Bearings, Inch Design ANSI/ABMA 24.2-1989 (R1999), Thrust Ball Bearings – Metric Design Includes identification code, boundary Bearings of Ball and Cylindrical Roller Covers the characteristics that define the dimensions, bearing tolerances, and fitting Types, Inch Design requirements of precision and super-precision and mounting practice. Covers identification code, symbols and instrument ball bearings. It establishes their nomenclature, boundary dimensions, boundary dimensions, tolerances, internal ANSI/ABMA 19.1-1987 (R1999), Tapered tolerances, and mounting dimensions clearances, and classification for selective Roller Bearings – Radial, Metric Design (external dimensions only). assembly. The recommended practices for Covers metric design radial tapered roller gauging, frictional torque determination, load bearings of various types, part numbering ANSI/ABMA 25.2-1990 (R1999), Rolling rating determination, operational life systems, boundary dimensions, tolerances, Bearings, Linear Motion, Recirculating Ball, prediction and yield rate limitation are and fitting practices. Sleeve Type – Inch Series provided. All components covered by this Covers boundary dimensions, tolerances, and Standard are designed to S.I. (metric) ANSI/ABMA 19.2-1994 (R1999), Tapered terminology for these bearings. dimentions and are presented in Part 1 of the Roller Bearings -- Radial – Inch Design tables provided. The equivalent U.S. Covers inch-design radial-tapered roller ANSI/ABMA 26.2-1994 (R2000), Thin Section Customary (inch) dimentions shown in Part 2 bearings of various types, part numbering Ball Bearings – Inch Design of the Tables are provided for the systems, tolerances, and fitting practices. convenience of those using that system. Specifies the boundary dimensions, running accuracies and internal clearances for ANSI/ABMA 20-1996, Radial Bearings of Ball, ANSI/ABMA 12.2-1992 (R1998), Instrument thin-section ball bearings of single-row Cylindrical Roller, and Spherical Roller Ball Bearings – Inch Design radial-contact, angular-contact and four-point Types, Metric Design angular-contact types. Covers the characteristics that define the Specifies boundry dimensions, tolerances requirements of precision and super-precision and radial internal clearances for metric radial ANSI/ABMA 4-1994 (R1999), Tolerance instrument ball bearings. It establishes their ball, cylindrical roller and spherical roller Definitions and Gaging Practices for Ball boundary dimensions, tolerances, internal bearings in common useage in the United and Roller Bearings clearances, and classification for selective States. This standard has been revised to be assembly. The recommended practices for Provides terms and definitions of tolerances in close conformity with International gauging, frictional torque determination, load for the boundary dimensions, running Standards developed by the members of the rating determination, and operational life accuracy, and internal clearance of ball and International Organization for Standardization prediction an yield rate limitation are roller bearings. (ISO). provided. All components covered by this standard are designed to U.S. Customary ANSI/ABMA 7-1995 (R2001), Shaft and (inch) dimensions and are presented in Part 2 ANSI/ABMA 21.1-1988 (R1999), Thrust Housing Fits for Metric Radial Ball and of the tables provided. The equivalent S.I. Needle Roller and Cage Assemblies and Roller Bearings (Except Tapered Roller (metric) dimensions shown in Part 1 of the Thrust Washers – Metric Design Bearings) Conforming to Basic Boundary tables are provided for the convenience of Includes identification code, symbols and Plan) those using that system. nomenclature, boundary dimensions, Provides the general selection of shaft and tolerances, and mounting practice. housing fits for metric radial ball and roller ANSI/ABMA 13-1987 (R1999), Rolling bearings of tolerance classes ABEC-1 and Bearing Vibration and Noise, Methods of ANSI/ABMA 21.2-1988 (R1999), Thrust BREC-1. Bearing type, loading and other Measuring Needle Roller and Cage Assemblies and design requirements influence the criteria for Serves to define and specify, for purposes of Thrust Washers – Inch Design shaft and housing fits. bearing quality assurance, the physical Includes identification code, symbols and quantities measured and the test conditions nomenclature, boundary dimensions, utilized in measurement of vibration and noise tolerances, and mounting practice. generated by roller bearings.

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ANSI/ABMA 8.1-1990 (R1999), Ball and ANSI/ABMA/ISO 12240-3-1998, Spherical ANSI/ABMA/ISO 13417:1997, Aerospace - Roller Bearing Mounting Accessories, Plain Bearings - Part 3: Thrust Spherical Airframe Needle Track Roller, Stud Type, Metric Design Plain Bearings Single-Row, Sealed - Metric Series Specifies dimensions and tolerances for Establishes dimensions and minimum Specifies the characteristics, boundary thrust spherical plain bearings. physical properties of these bearings dimensions, tolerances, internal clearances consistent and compatible with ABMA, ANSI, and permissible static radial loads of inch and ISO standards related to ball and roller ANSI/ABMA/ISO 12240-4-1998, Spherical series, single-row, stud type needle track bearings. Mounting accessories covered in Plain Bearings - Part 4: Spherical Plain rollers used in airframe application. this standard are used for the location or Bearing Rod Ends fixing of ball and roller bearings to the shaft of Specifies dimensions, tolerances and radial ANSI/ABMA/ISO 14190:1998, Aerospace - a machine or mechanism. This is the second internal clearances for various dimension Airframe Rolling Bearings: Ball and public review for this standard. It was series of spherical plain bearing rod ends. Spherical Roller Bearings - Technical originally listed in the January 29, 1999 issue Specification of Standards Action. It is being resubmitted ANSI/ABMA/ISO 13411:1997, Aerospace - due to substantive changes in the text. Specifies the required characteristics, Airframe Needle Roller, Cylindrical Roller inspections and tests, quality assurance and and Track Roller Bearings - Technical conditions for qualification, permissible static Specification loads, acceptance and delivery conditions for ANSI/ABMA 8.2-1999, Ball and Roller Bearing Specifies the required characteristics, rigid and self-aligning airframe ball and Mounting Accessories, Inch Design inspections and test, quality assurance and spherical roller bearings. Establishes dimensions and minimum conditions for qualification, static radial loads, physical properties of these bearings acceptance and delivery conditions for needle ANSI/ABMA/ISO 14191:1998, Aerospace - consistent and compatible with ABMA, ANSI, roller, needle track roller and cylindrical roller Airframe Spherical Roller Bearings, and ISO standards related to ball and roller bearings used as airframe rolling bearings Single-Row, Self-Aligning, Diameter Series bearings. Mounting accessories covered in designed to withstand, under load, slow, 3 and 4 - Metric Series this standard are used for the location or rotations and small oscillations only. Specifies the characteristics, boundary fixing of ball and roller bearings to the shaft of dimensions, tolerances, internal clearances a machine or mechanism. This is the second ANSI/ABMA/ISO 13412:1997, Aerospace - and permissible loads metric series single public review for this standard. It was Airframe Needle Track Roller, Yoke Type, row, self-aligning spherical roller bearings of originally listed in the January 29, 1999 issue Single-Row, Sealed - Inch Series diameter series 3 and 4, in accordance with of Standards Action. It is being resubmitted Specifies the characteristics, boundary ISO 15, used in airframe applications. due to substantive changes in the text. dimensions, tolerances, internal clearances and permissible static radial loads of inch ANSI/ABMA/ISO 14192:1998, Aerospace - ANSI/ABMA 9-1990 (R2000), Ball Bearings, series, single row, yoke type, needle rollers Airframe Spherical Roller Bearings, Load Ratings and Fatigue Life for used in airframe applications. Single-Row, Self-Aligning, Shielded, Standard specifies method of calculating Intermediate Duty - Metric Series basic dynamic, static load ratings of certain ANSI/ABMA/ISO 13413:1997, Aerospace - Specifies the characteristics, boundary rolling bearings. Airframe Needle Track Roller, Yoke Type, dimensions, tolerances, internal clearances Double-Row, Sealed - Inch Series and permissible loads metric series single ANSI/ABMA/ISO 10285-1992 (R1997), Specifies the characteristics, boundary row, self-aligning, shielded, intermediate duty Rolling Bearings, Linear Motion, dimensions, tolerances, internal clearances spherical roller bearings used in airframe Recirculating Ball, Sleeve Type – Metric and permissible static radial loads of inch applications. Series series, double row, yoke type, needle rollers Specifies the general boundary dimensions, used in airframe applications. ANSI/ABMA/ISO 14193:1998, Aerospace - tolerances and definitions for linear motion, Airframe Spherical Roller Bearings, recirculating ball, sleeve-type rolling bearings ANSI/ABMA/ISO 13414:1997, Aerospace - Single-Row, Self-Aligning, Sealed, of the metric series. Airframe Needle Roller Bearings, Extended Inner Ring, Intermediate Duty - Single-Row, Shielded - Inch Series Inch Series ANSI/ABMA/ISO 104-1994, Roller Bearings - Specifies the characteristics, boundary Specifies the characteristics, boundary Thrust Bearings - Boundary Dimensions, dimensions, tolerances, internal clearances dimensions, tolerances, internal clearances General Plan and permissible static radial loads of inch and permissible loads inch series single row, Speciifes the major boundary dimensions of series, single-row, needle roller bearings self-aligning, sealed, intermediate duty single direction and double direction thrust used in airframe design. spherical roller bearings with extended inner bearings with flat back faces. rings used in airframe applications. ANSI/ABMA/ISO 13415:1997, Aerospace - ANSI/ABMA/ISO 12240-1-1998, Spherical Airframe Needle Roller Bearings, Stud ANSI/ABMA/ISO 14194:1998, Aerospace - Plain Bearings - Part 1: Radial Spherical Type, Single-Row, Sealed - Inch Series Airframe Spherical Roller Bearings, Plain Bearings Specifies the characteristics, boundary Double-Row, Self-Aligning, Sealed, Specifies dimension series, tolerances and dimensions, tolerances, internal clearances Extended Inner Ring, Heavy Duty - Inch radial spherical plain bearings. and permissible static radial loads of inch Series series, single-row, stud type needle track Specifies the characteristics, boundary ANSI/ABMA/ISO 12240-2-1998, Spherical rollers used in airframe application. dimensions, tolerances, internal clearances Plain Bearings - Part 2: Angular Contact and permissible loads inch series double row, Radial Spherical Plain Bearings ANSI/ABMA/ISO 13416:1997, Aerospace - self-aligning, sealed, heavy duty spherical Airframe Needle Track Roller, Yoke Type, roller bearings with extended inner rings used Specifies tolerance values applied to finished, Single-Row, Sealed - Metric Series angular, contact radial, spherical, plain in airframe applications. bearings before any coating or plating. Specifies the characteristics, boundary dimensions, tolerances, internal clearances and permissible static radial loads of inch series, single-row, stud type needle track rollers used in airframe application.

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ANSI/ABMA/ISO 14195:1998, Aerospace - ANSI/ABMA/ISO 14204:1998, Aerospace - ANSI/ABMA/ISO 14212:1998, Aerospace - Airframe Spherical Roller Bearings, Airframe Ball Bearings, Double-Row, Rigid, Airframe Ball Bearings, Single-Row, Rigid, Double-Row, Self-Aligning, Sealed, Torque Diameter Series 0 - Metric Series Torque Tube Design, Extra-Light Duty - Inner Tube Design, Light Duty - Inch Series Specifies the characteristics, boundary Inch Design Specifies the characteristics, boundary dimensions, tolerances, internal clearances Specifies the characteristics, boundary dimensions, tolerances, internal clearances and permissable loads of metric series dimensions, tolerances, load ratings of inch and permissible loads inch series double row, double-row, rigid, ball bearings of diameter series, single-row, sealed, rigid, extra-light self-aligning, sealed, torque tube design, light series 0, in accordance with ISO 15, used in duty, ball bearings of torque tube design used duty spherical roller bearings with cylindrical airframe applications. in airframe applications. rollers used in airframe applications. ANSI/ABMA/ISO 14206:1998, Aerospace - ANSI/ABMA/ISO 14213-1998, Aerospace - Airframe Ball Bearings, Single-Row, Rigid, Airframe Ball Bearings, Single-Row, Rigid, ANSI/ABMA/ISO 14196:1998, Aerospace - Sealed, Light Duty - Inch Series Precision, Sealed, Torque Tube Designa, Airframe Spherical Roller Bearings, Specifies the characteristics, boundary Extra-Light Duty - Inch Series Double-Row, Self-Aligning, Sealed, Plain dimensions, tolerances, internal clearance Specifies the characteristics, boundary Inner Ring, Heavy Duty - Inch Series and permissible loads of inch series, dimensions, tolerances, internal clearances single-row, sealed, rigid, light duty, ball and permissable loads of metric series double Specifies the characteristics, boundary bearings used in airframe application. row, self-aligned ball bearings of diameter dimensions, tolerances, internal clearances series 2, in accordance with ISO 15, used in and permissible loads inch series double row, ANSI/ABMA/ISO 14207:1998, Aerospace - airframe applications self-aligning, sealed, heavy duty spherical Airframe Ball Bearings, Single-Row, Rigid, roller bearings with plain inner rings used in Precision, Sealed, Light Duty - Inch Design ANSI/ABMA/ISO 14214:1998, Aerospace - airframe applications. Specifies the characteristics, boundary Airframe Ball Bearings, Double-Row, Rigid, dimensions, tolerances, internal clearances Sealed, Heavy Duty - Inch Series ANSI/ABMA/ISO 14197:1998, Aerospace - and permissible loads of inch series Airframe Spherical Roller Bearings, Specifies the characteristics, boundary single-row, sealed, rigid, light duty, ball dimensions, tolerances, internal clearances Single-Row, Self-Aligning, Sealed, bearings with increased precision and Intermediate Duty - Inch Series and permissible loads of inch series, double reduced clearances used in airframe row, sealed, rigid, heavy duty ball bearings Specifies the characteristics, boundary applications. with increased precision and reduced internal dimensions, tolerances, internal clearances clearances used in airframe applications. and permissible loads inch series single row, ANSI/ABMA/ISO 14208:1998, Aerospace - self-aligning, sealed, intermediate duty Airframe Ball Bearings, Single-Row, Rigid, ANSI/ABMA/ISO 14215:1998, Aerospace - spherical roller bearings used in airframe Sealed, Intermediate Duty - Inch Design applications. Airframe Ball Bearings, Double-Row, Rigid, Specifies the characteristics, boundary Precision, Sealed, Heavy Duty - Inch Series dimensions, tolerances, internal clearances Specifies the characteristics, boundary ANSI/ABMA/ISO 14201:1998, Aerospace - and permissible loads of inch series Airframe Ball Bearings, Double-Row, dimensions, tolerances, internal clearances single-row, sealed, rigid, intermediate duty, and permissible loads of inch series, double Self-Aligning, Diameter Series 2 - Metric ball bearings used in airframe applications. Series row, sealed, rigid, heavy duty ball bearings with increased precision and reduced internal Specifies the characteristics, boundary ANSI/ABMA/ISO 14209:1998, Aerospace - clearances used in airframe applications. dimensions, tolerances, internal clearances Airframe Ball Bearings, Single-Row, Rigid, and permissable loads of metric series double Precision, Intermediate Duty - Inch Design row, self-aligned ball bearings of diameter ANSI/ABMA/ISO 14216:1998, Aerospace - Specifies the characteristics, boundary Airframe Ball Bearings, Double-Row, series 2, in accordance with ISO 15, used in dimensions, tolerances, load ratings of inch airframe applications Self-Aligning, Sealed, Heavy Duty - Inch series, single-row, sealed, rigid, intermediate Series duty, ball bearings with increased precision Specifies the characteristics, boundary ANSI/ABMA/ISO 14202:1998, Aerospace - and reduced internal clearances used in dimensions, tolerances, internal clearances Airframe Ball Bearings, Single-Row, Rigid, airframe applications. Diameter Series 0 and 2 - Metric Series and permissible loads of inch series, double row, self-aligning, sealed, heavy duty ball Specifies the characteristics, boundary ANSI/ABMA/ISO 14210:1998, Aerospace - bearings used in airframe applications. dimensions, tolerances, internal clearances Airframe Ball Bearings, Single-Row, Rigid, and permissible loads of metric series - single Torque Tube Design, Light Duty - Inch ANSI/ABMA/ISO 14217:1998, Aerospace - row, rigid ball bearings of diameter series 0 Design Airframe Ball Bearings, Double-Row, and 2, in accordance with ISO 15, used in Specifies the characteristics, boundary Self-Aligning, Precision, Sealed, Heavy airframe applications dimensions, tolerances, load ratings of inch Duty - Inch Series series, single-row, sealed, rigid, light duty, ANSI/ABMA/ISO 14203:1998, Aerospace - Specifies the characteristics, boundary ball bearings of torque tube design used in dimensions, tolerances, internal clearances Airframe Ball Bearings, Single-Row, Rigid, airframe applications. Diameter Series 8 and 9 - Metric Series and permissible loads of inch series, double row, self-aligning, sealed, heavy duty ball Specifies the characteristics, boundary ANSI/ABMA/ISO 14211:1998, Aerospace - bearings with increased precision and dimensions, tolerances, internal clearances Airframe Ball Bearings, Single-Row, Rigid, reduced internal clearances used in airframe and permissible loads of metric series Precision, Sealed, Torque Tube Design, applications. single-row, rigid ball bearings in diameter Light Duty - Inch Series series 8 and 9, in accordance with ISO 15, Specifies the characteristics, boundary used in airframe applications. dimensions, tolerances, clearances and load ratings of inch series, single row, sealed rigid, light duty ball bearings of torque tube design with increased precision and reduced internal clearance used in airframe applications.

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ANSI/ABMA/ISO 14218:1998, Aerospace - ABMA (American Brush ANSI Z400.1-2004, Hazardous Industrial Airframe Ball Bearings, Single-Row, Manufacturers Association) Chemicals – Material Safety Data Sheets – Self-Aligning, Sealed, Heavy Duty - Inch Preparation Series ANSI B165.1-2005, Power Tools – This Standard applies to the preparation of Specifies the characteristics, boundary Power-Driven Brushing Tools – Safety MSDSs for chemicals and materials used dimensions, tolerances, internal clearances Requirements for Design, Care, and Use under occupational conditions. It presents and pemissable loads of inch series, single Guidelines for the safe design, care and use basic information on how to develop and write row, self-aligning, sealed heavy duty ball used of power driven brushing tools. MSDSs that are complete, clear and in airframe applications. Responsibilities of all perties involver in the consistent. It also identifies information that usage chain from designer and manufacturer must be included to comply with the HCS. ANSI/ABMA/ISO 14219:1998, Aerospace - to specific end user. Additional information is provided to help Airframe Ball Bearings, Single-Row, comply with state and federal environmental Self-Aligning, Precision, Sealed, Heavy ABYC (American Boat and Yacht and safety laws and regulations. With the Duty - Inch Series addition of certain data elements, this Council) Standard is also acceptable for international use. Specifies the characteristics, boundary ANSI/ABYC A-16-1998, Electric Navigation dimensions, tolerances, internal clearances Lights and permissible loads of inch series, single ACCA (Air Conditioning Contractors Establishes guidelines for the design, row, self-aligning, sealed, heavy duty ball with of America) increasing precision and reduced internal construction, performance, and installation of clearances used in airframe applications. electric navigation lights on vessels under 20 meters (65 feet) in length. ANSI Man “D”/ ACCA 1-2002, Residential Duct Design ANSI/ABMA/ISO 14220:1998, Aerospace - ANSI/ABYC A-28-1998, Galvanic Isolators Technical manual outlining the proper Airframe Ball Bearings, Single-Row, methods and procedures for the design of Self-Aligning, Sealed, Light Duty - Inch Covers the design and construction of residential HVAC duct systems. Series galvanic isolators. It establishes a minimum Specifies the characteristics, boundary level of DC current blocking capability, establishes requirements for continuous duty ANSI/ACCA 3 Manual S-2004, Residential dimensions, tolerances, internal clearances Equipment Selection and permissible loads of inch series, single current-carrying capacity, minimum level of row, self-aligning, sealed, light duty ball conduction for AC current, and a temperature Technical manual outlining the proper bearings used in airframe applications. rise over time limitation. methods and procedures used to select and Establishes the requirements for design, size residential cooling, furnaces and heat ANSI/ABMA/ISO 14221:1998, Aerospace - construction, and installation of galvanic pump equipment. Airframe Ball Bearings, Single-Row, isolators for AC electrical systems for boats. Self-Aligning, Precision, Sealed, Light Duty This standard applies to isolators in AC ANSI/ACCA Man J 2-2004 Addendum B, AED - Inch Series electrical systems operating at less than 300 Protocol Revisions to MJ8 volts, and frequencies of 50 or 60 hertz. Specifies the characteristics, boundary This addendum revises the adequate dimensions, tolerances, internal clearances exposure diversity (AED) approach on and permissible loads of inch series, single ACC (American Chemistry Council) windows/glass exposures by implementing row, self-aligning, sealed, light duty ball software support. The procedure utilizes bearings used in airframe applications. ANSI Z129.1-2000, Hazardous Industrial hourly fenestration gain (HFG) for midsummer Chemicals – Precautionary Labeling unless southerly-facing fenestration causes a ANSI/ABMA/ISO 199-1997, Roller Bearings - Establishes guidelines for the preparation of peak gain in the fall. Thrust Bearings -Tolerances precautionary ANSI/ACCA Man J 2-2004, Addendum C, Speciifes the major boundary dimensions and information on hazardous chemicals, as Duct Gain/Loss Revisions to MJ8 running accuracy of thrust rolling bearings defined in the standard, that is placed on and their technology. container labels intended for industrial use. It This addendum revises the duct gain/loss also defines criteria necessary for assessing procedure through a computer based ANSI/ABMA/ISO 3096-1998, Rolling Bearings hazards that determine which, if any, approach that expands the capability and - Needle Rollers - Dimensions and precautionary information should be placed sensitivity of the procedure. Tolerances, Metric Design on the label and other forms of labeling. Labeling includes container labels and other ANSI/ACCA Man J 2-2004, Addendum D, documents that contain precautionary and ANSI/ABMA/ISO 3290-2000, Rolling Bearings Infiltration Gain/Loss Revisions to MJ8 hazard communication information, such as - Balls - Dimensions and Tolerances This addendum enhances the standard by product literature, technical brochures, and utilizing recent research in the area of Specifies the requirements for finished steel material safety data sheets (MSDSs). The infiltration and air change values that are balls for rolling bearings. It covers sizes, standard must be applied in a manner that is conditionally dependent on the size of a geometry and surface quality, sorting consistent with all statutory and regulatory dwelling and the details of the sealing effort. accuracy and harness for balls. requirements, such as OSHA's Hazard Communication Standard; it is not the intent ANSI/ACCA Man J 2-2004, Standard for ANSI/ABMA/ISO 5593-1997, Rolling Bearings of the standard to substitute for these – Vocabulary Residential Heating and Cooling Load requirements, or to list each and every unique Calculations Establishes a vocabulary of terms, with their definitions, applied in the field of rolling Technical Manual (With Tables and electronic bearings and their technology. spreadsheet) outlining the proper methods and procedures for accurately calculating the heat loss and heat gain of conventional residential structures.

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ACDE (Association of Commercial ANSI/ADA 101-2001, Root Canal Instruments ANSI/ADA 13-1981 (R1999), Denture Diving Educators) - General Requirements Cold-Curing Repair Resin Specifies requirements and test methods for Provides specifications for pink and clear ANSI/ACDE 01-1998, Commercial Diver hand or mechanically operated instruments denture repair resins, of powder-liquid type Training – Minimum Standards for root canal shaping and cleaning having that are used primarily for the repair of acrylic designs or materials which are not included resin denture bases. It is restricted to Establishes the minimum parameters for within the provisions of ANSI/ADA materials that contain monomers and curriculum, hours of training, facilities and Specification Nos. 28 and 58. Generally this comonomers, usually of the acrylic type of equipment requirements, safety standards, specification includes root-canal instruments mixtures that are capable of auto-initiated and instructor qualifications for training having 2% tapers with diameter sizes not polymerization, and which bond to denture entry-level commercial divers. included within Specifications Nos. 28 and 58; base polymers of composition outlined in root-canal instruments having tapers other American National Standard for Denture Base ACMI (Art & Creative Materials than 2%; and root-canal instruments having Polymers, ANSI/ADA 12-1975. Institute) other shapes. The purpose of this specification is to provide a document to ANSI/ADA 14-1982 (R1998), Casting Alloy, ANSI Z356.5-1998, Art and Craft Materials – identify methods for size and product Dental Chromium-Cobalt Paints and Inks designation, safety considerations, for Covers dental base metal casting alloys used Provides minimum requirements for example, minimum requirements for fracture in the fabrication of removable dental materials, toxicity, coarse partial content, forces, flexibility, and instructions/labeling. prostheses. characteristics, working qualities, preservative Areas such as effects of sterilization effectiveness, size, and packaging of paints processes on the instrument will be ANSI/ADA 15-1999 (R2005), Synthetic and inks for art education. investigated for inclusion. Polymer Teeth ANSI/ADA 102-1998, Non-Sterile Nitrile This specification specifies a classification, ADA (American Dental Association) Gloves for Dentistry requirements and test methods for teeth that are composed of synthetic polymers such as This specification covers non-sterile nitrile polymethyl methacrylate and its copolymers, ANSI/ADA 1-2003, Alloy for Amalgam and gloves suitable for dentistry that do not and that are manufactured for use in Dental Mercury contain any natural rubber latex. It contains prostheses used in dentistry. test methods and requirements as well as This specification is for alloys, composed labeling and marking requirements. mainly of silver, tin and/or copper, used in the ANSI/ADA 16-1962 (R1999), Impression preparation of dental amalgam. Only Paste, Dental-Zinc Oxide Eugenol Type ANSI/ADA 103-2001, Non-Sterile Polyvinyl capsulated alloy is covered under this Chloride Gloves for Dentistry Provides specifications for dental impression specification. paste, the reactive ingredients of which are Covers non-sterile poly vinyl chloride gloves zinc oxide and eugenol. ANSI/ADA 100-2004, Orthodontic Brackets suitable for dentistry. and Tubes ANSI/ADA 17-1983 (R1999), Denture Base ANSI/ADA 11-1997, Agar Impression This specification pertains to brackets and Temporary Relining Resins Materials tubes as components of the orthodontic Provides specifications for pink and clear Enumerates requirements for essential appliance. powder/liquid auto-polymerizing (self-initiating physical properties and other characteristics cure) type hard-setting resins used as of impression material having reversible agar ANSI/ADA 1000-2001, Standard Clinical Data temporary relining materials for denture hydrocolloid as a gel forming ingredient, Architecture for the Structure and Content bases. The soft relining materials are not along with tests specified for determining of an Electronic Health Record covered by this specification. compliance with those requirements. It also Creates and introduces an organizing specifies requirements with respect to the framework for the components of the ANSI/ADA 19-2004, Dentistry - Elastomeric manufacturer's instructions, and the Standard Clinical Data Architecture for the impression materials essentials for packaging, labeling, and Structure and Content of an Electronic Health marking. This specification specifies requirements and Record. This health care information tests for evaluating elastomeric dental architecture is independent of profession and ANSI/ADA 12-2002, Denture Base Polymers impression materials. specialty, care delivery environment, and ISO 1567:1999 classifies denture base management approach; and free of cultural ANSI/ADA 2-2002, Gypsum-Bonded Casting polymers and copolymers and specifies their and language constraints. This specification Investment for Dental Gold Alloy document presents the modeling method, requirements. It also specifies the test rationale, and nomenclature, as well as the methods to be used in determining Establishes a classification of and specifies logical data model structures and metadata compliance with these requirements. It requirements for, gypsum-bonded casting composing the specification. further specifies requirements with respect to investments. It also specifies test methods to packaging and marking the products and to be used to determine compliance with these ANSI/ADA 1001-2002, Guidelines for the the instructions to be supplied for use of requirements. Design of Educational Software these materials. ANSI/ADA 23-1982 (R1999), Dental The purpose of these Guidelines is to ensure Excavating Burs quality in educational software. Software developers can use the guidelines to ensure Establishes the requirements for burs suitable that their products are of high instructional for use with straight and angle dental quality. End users can compare educational handpieces. software programs with the Guidelines to recognize quality products. The standard denotes features of educational software that have clear learning objectives and fulfills those objectives in a way that permits the learner to focus on the content and not on operating the software.

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ANSI/ADA 24 and 24a-1991 (R2003), Dental ANSI/ADA 34a-1981 (R2000), Dental ANSI/ADA 44-1979 (R1999), Dental Materiel Baseplate Wax Aspirating Syringes – Electrosurgical Equipment This specification is for wax used in the Covers the requirements for devices that are Covers the minimal requirements for dental construction of artificial dentures. The wax capable of aspiration and are used for electrosurgical devices that operate in the 1.5 consists essentially of natural and synthetic parenteral injections in dentistry. to 4MHz frequency range and have a waxes, resins, and hydrocarbon waxes of the maximum power output capability of 100 paraffin series. ANSI/ADA 37-2001 (R2005), Dental Abrasive watts or less, but not less than a maximum Powders capability of 50 watts, and are used principally in the oral cavity for performing clinical dental ANSI/ADA 25-2000 (R2005), Dental Gypsum This specification is for powdered abrasive electrosurgery procedures by biterminal Products materials used in dentistry for removing stains and gross scratches from natural tooth technique. This specification provides a classification of, structures and prostheses but not including and specifies requirements for, dental materials used in laboratory blasting ANSI/ADA 46-2004, Dental Chairs gypsum products used for dental purposes, processes. These materials are divided into Applies to all dental patient chairs, regardless such as making oral impressions, moulds, types depending on the intended manner of of their construction and also regardless of casts, or dies. It specifies the test methods to use and further sub-divided into classes whether they are operated manually or be employed to determine compliance with based upon the predominant abrasive agent electrically or by other means, or as a these requirements. present in the product. combination of these. It specifies requirements, test methods, manufacturer's ANSI/ADA 26-1991 (R1999), Dental X-ray ANSI/ADA 38-2000, Metal-Ceramic Systems information, marking and packaging. Equipment Specifies requirements and test methods for Applies to diagnostic x-ray equipment used dental metallic materials processed by ANSI/ADA 47-1983 (R2003), Dental Units for intraoral radiography. casting or machining, and ceramics suitable This specification covers the requirements for for use in the fabrication of metal-ceramic all equipment used for delivering and storing ANSI/ADA 28-2002, Root Canal Files and dental restorations together with requirements dynamic and static instruments, such as Reamers, Type K for Hand Use and test methods for the composite structure. handpieces, syringes, amalgamators, saliva Pertains to endodontic files and reamers for (Revises current ANS by adopting ejectors, or high volume evacuators. hand use only having a working part taper of international standard, ISO 9693.) This 2% (0.02 millimeter per millimeter of length) standard was listed for Public Review in the ANSI/ADA 48-2004, Visible Light Curing Units as in endodontic preparation or shaping August 27, 1999 issue of Standards Action. It Gives requirements and test methods for operations. is being resubmitted due to substantive polymerization activators with powered changes to the text. tungsten-halogen lamps in the blue ANSI/ADA 28a-1996, Root Canal Files and wavelength region intended for chairside use Reamers, Type K ANSI/ADA 39-1992 (R1999), Dental in polymerization of dental resin-based This addendum includes changes in Tip, Resin-Based Pit and Fissure Sealants materials. This specification is also applicable Equipment, Corrosion Tests, and Sterilization Covers requirements and test methods for to rechargeable battery-powered of ANSI/ADA Specification No. 28. resin-based materials suitable for sealing pits polymerization activators. It does not cover and fissures in teeth. powered polymerization activators used in ANSI/ADA 30-2000 (R2005), Zinc laboratory fabrication of indirect restorations, Oxide-Eugenol and Non-Eugenol Cements ANSI/ADA 4-1983 (R2003), Dental Inlay veneers, dentures or other oral dental This standard specifies the requirements and Casting Wax appliances. test methods for zinc oxide - eugenol or zinc This specification is for the inlay casting wax oxide - non-eugenol cements supplied as two used in making patterns in the production of ANSI/ADA 5-1997, Dental Casting Alloys separate components that may be either inlays and crowns. The wax consists Provides a classification and specifies powder/liquid or paste/paste and are suitable essentially of natural and synthetic waxes, requirements and test methods for dental for use in the oral cavity. resins, and hydrocarbons of the paraffin casting alloys. series. ANSI/ADA 32-2000, Orthodontic Wires Not ANSI/ADA 53-1999 (R2005), Polymer-Based Containing Precious Metals ANSI/ADA 42-2002, Dental Crown and Bridge Materials This specification pertains to all metallic wires Phosphate-Bonded Casting Investments This specification covers polymer-based as components of fixed, intra-oral, orthodontic Classifies dental phosphate-bonded casting crown and bridge materials for appliances with the exception of (metallic) investments into two types according to the laboratory-fabricated permanent facings or ligatures. intended use. It specifies requirements for anterior crowns which may or may not be the essential physical properties of the attached to a metal substructure. This ANSI/ADA 33-2003, Dental Terminology investment and the test methods to be used specification also applies to polymer-based This standard defines terms used in to determine these properties. It also crown and bridge materials for which the dentistry, particularly those relating to dental includes a requirement for adequate manufacturer claims adhesion to the metal materials, instruments and equipment, and instructions to accompany each package. sib-frame without macromechanical retention, terms associated with the testing of such such as beads or wires. This specification products. ANSI/ADA 43-1986 (R2005), Electrically further classifies polymer-based crown and Powered Dental Amalgamators bridge materials and specifies the ANSI/ADA 34-1978 (R2000), Dental This specification is for mechanical dental requirements; it also specifies the test Aspirating Syringes amalgamators used for the mixing of alloy methods to be used to determine compliance Covers the requirements for devices that are and mercury to make dental amalgam. It with these requirements. capable of aspiration and are used for includes multipurpose devices but is parenteral injections in dentistry. restricted to their function of triturating alloy and mercury to produce dental amalgam.

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ANSI/ADA 54-1986 (R2000), Double-Pointed, ANSI/ADA 71-2001, Root Canal Filling ANSI/ADA 85-Part 1-2004, Disposable Parenteral, Single-Use Needles for Condensers (Pluggers and Spreaders) Prophy Angles: Part 1 Dentistry Pertains to root canal instruments for finger or Second public review: Covers sterile, single-use, hand-used to compact root canal filling ADA Specification No. 85: Part 1 Disposable individually-packaged, double-pointed materials. Prophy Angles needles with a means of secure attachment to cartridge-type syringes used for dental, ANSI/ADA 73-2001, Dental Absorbent Points The following section was deleted from the regional, anesthetic injections. Specifies requirements and test methods for specification that underwent ANSI Public nonmedicated dental absorbent points used Review in August 2003: ANSI/ADA 57-2000, Dental Materiel – in endodontic procedures. 4.2 Microbial Limits Endodontic Filling Materials ANSI/ADA 74-2002, Dental Operator’s Stools Disposable angles shall be free from Provides a specification is for materials used designated microbial species. Test per the in endodontics within the tooth to seal the root Specifies requirements, recommendations United States canal space. and methods of test for dental operator's Pharmacopoeia 25 (USP25), Chapter 61, or stools as well as requirements for current USP, for the following: E coli, ANSI/ADA 58-2004, Root Canal Files, Type H manufacturer's instructions, marking and Salmonella (Hedstrom) packaging. It covers also recommendations species, Pseudomonas, Staphylococcus. to manufacturers on the design of tools. This specification is for endodontic Hedstrom files for hand use only having a working part Scope of first public review: taper of 2% (0.02 millimeter per millmeter of ANSI/ADA 75-1997 (R2003), Resilient Lining This specification covers disposable prophy length) as used in endodontic preparation or Materials for Removable Dentures - Part 1: angles suitable for a dental hygienist or a shaping operations. Short-Term Materials This standard specifies requirements for the ANSI/ADA 87-1995 (R2003), Dental ANSI/ADA 6-1987 (R2005), Dental Mercury physical properties, test methods, packaging, Impression Trays This standard specifies the requirements and marking and manufacturer's instructions for This specification applies to reusable and test methods for mercury suitable for the denture lining materials suitable for short-term disposable impression trays used in dentistry preparation of dental amalgam, and the use. for delivering impression materials into the requirements for packaging and marking. oral cavity for the purpose of making ANSI/ADA 76-2005, Non-Sterile Natural impressions (negative copies) of teeth and ANSI/ADA 62-2005, Dental Abrasive Pastes Rubber Latex Gloves for Dentistry oral tissues. It applies to trays made of plastic, aluminum, stainless steel and nickel This specification is for in-office abrasive This specification covers non-sterile natural or chrome plated brass for the purposes of pastes used in dentistry for removing stains rubber latex gloves suitable for dentistry. full arch dentulous or edentulous, partially and other exogenous materials from natural edentulous, partial arch and water cooled tooth structures and prostheses. ANSI/ADA 78-2000, Endodontic Obturating Points impressions. ANSI/ADA 63-1999, Root Canal Barbed Describes materials used in endodontics ANSI/ADA 88-2000, Dental Brazing Alloys Broaches and Rasps within the tooth to seal the root canal space. Specifies requirements and test methods for This is a revision of ADA 63 - 1989. The brazing filler alloys suitable for use in brazing revision is essentially the same as ISO 3630, ANSI/ADA 80-2001, Color Stability Test cast dental restorations. (Creates a new ANS Part 1, 1992 except for the method of Procedure by adopting international standard ISO identification of the location of the diameter Specifies a method for the determination of 9333-1990.) measurement points. This specification the color stability of dental materials after addresses root canal barbed broaches and exposure to light and water. ANSI/ADA 89-1999 (R2005), Dental rasps for hand use utilized in endodontic Operating Lights preparations. ANSI/ADA 82-1998 (R2003), Dental Reversible/Irreversible Hydrocolloid This standard applies to dental operating ANSI/ADA 69-1999, Dental Ceramic (same as Impression Material lights, however constructed, used for ISO 6872) illuminating the oral cavity. It specifies This ANSI/ADA specification enumerates requirements and test methods. It also Specifies the requirements and the requirements for essential physical properties contains specifications on manufacturer's corresponding test methods for dental and other characteristics of impression instruction, marking and packaging. ceramic materials for all fixed ceramic material having reversible agar hydrocolloid restorations. Revises current ANS by as a gel forming ingredient, along with tests ANSI/ADA 91-1999 (R2005), Ethyl Silicate adopting ISO 6872. specified for determining compliance with Investments those requirements. It also specifies This standard specifies a method for ethyl ANSI/ADA 70-1999 (R2005), Dental X-Ray requirements with respect to the Protective Aprons and Accessory Devices silicate bonded casting investments to be manufacturer's instructions, and the assessed for their efficacy for casting dental This specification applies to dental x-ray essenttials for packaging, labeling, and base metal alloy restorations. This standard protective aprons and accessory devices, marking. applies to ethyl silicate bonded investments such as thyroid collars and thyroid shields used in the fabrication of dental base metal used in dentistry that protect the patient, as casting alloy restorations. This standard also much as feasible, from the harmful effects of specifies requirements for the essential dental diagnostic X-radiation. It specifies the physical properties o the investment and requirements for X-radiation absorption and methods for heir determination. It further the areas of anatomy that the aprons and includes requirements for adequate thyroid collars protect. instructions to accompany each container.

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ANSI/ADA 92-2002, Dental ANSI/ADA Specifiation No. 41-2005, ANSI/AF&PA WFCM-2001, Wood Frame Phosphate-Bonded Refractory Die Recommended Standard Practices for Construction Manual for One and Materials Biological Evaluation of Dental Materials Two-Family Dwellings Applies to phosphate bonded refractory die This document covers standard practices for A comprehensive design and construction materials used in the production of dental the biological evaluation of the safety of manual providing engineered and prescriptive restorations by a sintering technique. medical devices used in dentistry, including design requirements for wood frame one and those with pharmacological agents as an two-family dwellings resisting dead, live, integral part of the device. snow, wind and seismic loads. The WFCM ANSI/ADA 93-2000 (R2005), Soldering includes design and construction provisions Investments ANSI/ADA Specification No. 27-2005, for connections, wall systems, floor systems, This specification establishes a classification Polymer-based Filling, Restorative and and roof systems. A range of structural of and specifies requirements for dental Luting Materials elements are covered, including sawn lumber, brazing investments. It specifies test methods This Standard specifies requirements for structural glued laminated timber, wood to be used to determine compliance with dental polymer-based filling and restorative structural sheathing, I-joists, and trusses. these requirements. It also lists information materials and polymer-based luting materials which shall be included in the manufacturer's supplied in a form suitable for mechanical AGA (American Gas Association) instructions and gives requirements for mixing, hand-mixing, or intra-oral and labeling. extra-oral external energy activation, and ANSI B109.1-2000, Diaphragm-Type Gas intended for use primarily for the direct or Displacement Meters (500 Cubic Feet per ANSI/ADA 94-1996 (R2003), Dental indirect restoration of cavities in the teeth. Hour Capacity and Under) Compressed Air Quality Applies to diaphragm type gas meters, This Standard applies to all compressed air ANSI/ADA Specification No. 27-2005, designed for revenue measurement of fuel used in the dental office to power dental Polymer-based Filling, Restorative and gas, having a flow rating of less than 500 equipment and laboratory equipment and to Luting Materials cubic feet per hour (14.1 m3/h) capacity at 0.5 dry oral structures. It does not apply to This Standard specifies requirements for inch water column (125 Pa) differential compressed air use to supply breathable air dental polymer-based filling and restorative pressure at standard conditions. To obtain an and should never be used to support life. materials and polymer-based luting materials electronic draft: e-mail [email protected] supplied in a form suitable for mechanical ANSI/ADA 95-2003, Root Canal Enlargers mixing, hand-mixing, or intra-oral and ANSI B109.2-2000, Diaphragm-Type Gas This specification is for root canal instruments extra-oral external energy activation, and Displacement Meters (Over 500 Cubic Feet used mechanically to access and enlarge intended for use primarily for the direct or per Hour Capacity) canals. indirect restoration of cavities in the teeth. Applies to diaphragm type gas meters, designed for revenue measurement of fuel ANSI/ADA 96-2000 (R2005), Dental ANSI/ADA/ISO 3950-1994, Dentistry - gas, having a flow rating of 500 cubic feet per Water-Based Cements Designation System for Teeth and Areas of hour (14.1 m3/h) capacity and over at 0.5 inch This standard specifies requirements for the Oral Cavity water column (125 Pa) differential pressure at certain types of dental cements, including Provides a system for designating teeth or standard conditions. To obtain an electronic both hand-mixed and capsulated cements for areas of the oral cavity using two digits. It draft: e-mail [email protected] the mechanical mixing, that are intended for also provides a system for designating permanent cementation, lining and surfaces of the teeth using letters of the ANSI B109.3-2000, Rotary-Type Gas restoration, and that effect setting only by an alphabet. Displacement Meters aqueous acid-base reaction. Applies to rotary type positive gas AFPA (American Forest & Paper displacement meters designed for revenue ANSI/ADA 97-2002, Corrosion Test Methods Association) measurement of fuel gas. To obtain an Provides test methods and protocols to electronic draft: e-mail [email protected] determine the corrosion behavior of all ANSI/AF&PA NDS-2005, National Design metallic materials used in restorative, Specification for Wood Construction ANSI B109.4-1998, Self-Operated Diaphragm-Type Natural Gas Service prosthetic and orthodontic dentistry in the oral This specification provides guidelines and Regulators cavity, including cast, machined and requirements for structural and fire design of prefabricated devices. This Standard is not wood products, and their connectors. Provides the basic standard for safe and applicable to instruments and appliances. reliable operation, substantial and durable ANSI/AF&PA SDPWS-2005, NDS construction, of self-operated, ANSI/ADA 99-2001, Athletic Mouth Protectors Supplement: Special Design Provisions for diaphragm-type, natural gas service and Materials Wind and Seismic regulators, for nominal pipe size of 1-1/4 inch and smaller, with outlet pressure of 14-inch Provides specifications for thermoplastic or Provide special design and construction water column and less. thermosetting polymeric materials with or requirements for wind and seismic design of without a polymeric shell that are capable of wood frame structures. This adds being formed into an athletic mouth protector, supplemental information to NDS design either on a model of the teeth or in the mouth procedures. directly on the teeth. It list the types and classes of mouth protectors and lists requirements for physical properties along with tests specified for determining compliance with those requirements. It also specifies requirements for manufacturer's instructions and for packaging, labeling, and marking.

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ANSI Z223.1/NFPA 54-2005, National Fuel ANSI/GPTC Z380.1-2003, Addendum No. ANSI/GPTC Z380.1-2003 TR04-06-2005, Gas Code (same as ANSI/NFPA 54) 4-2006, Guide for Gas Transmission and Guide for Gas Transmission and Second public review contains substantive Distribution Piping Systems 2003 Edition - Distribution Piping Systems (consolidated revisions the committee accepted as a result Addendum 4 into ANSI GPTC Z380.1-2003 Addendum of the first public review comments and These items received a public review and will No. 3-2005) additional committee actions. The code be combined to form Addendum No. 4 to the Revision to guide material under 192.615, offers general criteria for the installation and 2003 Edition of ANSI Z380.1, Guide for Gas and GMA G-192-14. The Standard provides operation of gas piping and gas equipment on Transmission and Distribution Piping information to assist the gas pipeline operator consumers' premises. It is the cumulative Systems. in complying with the Code of Federal result of years of experience of many BSR/GPTC Z380.1-2003 TR01-24 Regulations, Title 49, Part 192. individuals and many organizations BSR/GPTC Z380.1-2003 TR03-31 acquainted with the installation of gas piping BSR/GPTC Z380.1-2003 TR03-38 ANSI/GPTC Z380.1-2003 TR04-07-2005, and equipment designed for utilization of BSR/GPTC Z380.1-2003 TR03-43 Guide for Gas Transmission and gaseous fuels. It is intended to promote BSR/GPTC Z380.1-2003 TR04-14 Distribution Piping Systems (consolidated public safety by providing requirements for BSR/GPTC Z380.1-2003 TR04-24 into ANSI GPTC Z380.1-2003 Addendum the safe and satisfactory utilization of gas. BSR/GPTC Z380.1-2003 TR04-28 No. 3-2005) Revision to guide material under 192.317, ANSI/GPTC Z380.1-2003 TR00-15-2005, 192.455 and 192.473. The Standard provides Guide for Gas Transmission and information to assist the gas pipeline operator ANSI/GPTC Z380.1-1998-2003, Addendum Distribution Piping Systems (consolidated in complying with the Code of Federal No. 1, GPTC Guide for Gas Transmission into ANSI GPTC Z380.1-2003 Addendum Regulations, Title 49, Part 192. and Distribution Piping Systems No. 3-2005) Addendum No. 1 updates the material in the Revision to guide material under 192.353, ANSI/GPTC Z380.1-2003 TR04-12-2005, Guide for Gas Transmission and Distribution 192.355 and 192.357. The Standard provides Guide for Gas Transmission and Piping Systems (Guide). The Guide contains information to assist the gas pipeline operator Distribution Piping Systems (consolidated information and some “how to” in complying with the Code of Federal into ANSI GPTC Z380.1-2003 Addendum methods to assist the operator in complying Regulations, Title 49, Part 192. No. 3-2005) with the Code of Federal Regulations (CFR), Revision to guide material under 192.144. Title 49, Part 191 & Part 192. ANSI/GPTC Z380.1-2003 TR02-25-2005, The Standard provides information to assist Guide for Gas Transmission and the gas pipeline operator in complying with ANSI/GPTC Z380.1-2003, Addendum No. Distribution Piping Systems (consolidated the Code of Federal Regulations, Title 49, 2-2005, Guide for Gas Transmission and into ANSI GPTC Z380.1-2003 Addendum Part 192. Distribution Piping Systems No. 3-2005) Addendum No. 2 will update the Guide by Revision to guide material under 192.615. ANSI/GPTC Z380.1-2003 TR04-53-2005, revising existing material and adding new The Standard provides information to assist Guide for Gas Transmission and material. The Guide for Gas Transmission the gas pipeline operator in complying with Distribution Piping Systems (consolidated and Distribution Piping Systems (Guide) the Code of Federal Regulations, Title 49, into ANSI GPTC Z380.1-2003 Addendum contains information to assist the operator in Part 192. No. 3-2005) complying with the Code of Federal Regulations (CFR), Title 49, Part 191 and ANSI/GPTC Z380.1-2003 TR03-12-2005, Revision to guide material under 192.943. Part 192. Guide for Gas Transmission and The Standard provides information to assist Distribution Piping Systems (consolidated the gas pipeline operator in complying with ANSI/GPTC Z380.1-2003 Addendum No. into ANSI GPTC Z380.1-2003 Addendum the Code of Federal Regulations, Title 49, 3-2005, GPTC Guide for Gas Transmission No. 3-2005) Part 192. and Distribution Piping Systems Revision to guide material under 192.3, These items received a public review and will 192.121, 192.123, 192.281, 192.283 and ANSI/GPTC Z380.1-2003 TR04-55-2005, be combined to form Addendum No. 3 to the GMA G-192-1. The Standard provides Guide for Gas Transmission and 2003 Edition of ANSI Z380.1, Guide for Gas information to assist the gas pipeline operator Distribution Piping Systems (consolidated Transmission and Distribution Piping in complying with the Code of Federal into ANSI GPTC Z380.1-2003 Addendum Systems. Regulations, Title 49, Part 192. No. 3-2005) BSR/GPTC Z380.1-2003 TR00-15 Revision to guide material under 192.947. BSR/GPTC Z380.1-2003 TR02-25 ANSI/GPTC Z380.1-2003 TR03-41-2005, The Standard provides information to assist BSR/GPTC Z380.1-2003 TR03-12 Guide for Gas Transmission and the gas pipeline operator in complying with BSR/GPTC Z380.1-2003 TR03-41 Distribution Piping Systems (consolidated the Code of Federal Regulations, Title 49, BSR/GPTC Z380.1-2003 TR04-06 into ANSI GPTC Z380.1-2003 Addendum Part 192. BSR/GPTC Z380.1-2003 TR04-07 No. 3-2005) BSR/GPTC Z380.1-2003 TR04-12 Revision to guide material under 192.605 and ANSI/GPTC Z380.1-2003 TR04-57-2005, BSR/GPTC Z380.1-2003 TR04-53 192.615. The Standard provides information Guide for Gas Transmission and BSR/GPTC Z380.1-2003 TR04-55 to assist the gas pipeline operator in Distribution Piping Systems (consolidated BSR/GPTC Z380.1-2003 TR04-57 complying with the Code of Federal into ANSI GPTC Z380.1-2003 Addendum Regulations, Title 49, Part 192. No. 3-2005) Revision to guide material under 192.951. The Standard provides information to assist the gas pipeline operator in complying with the Code of Federal Regulations, Title 49, Part 192.

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ANSI/IAS U.S. LC-2-1996, Direct Gas-Fired ANSI/AGMA 1106-A97 (R2003), Tooth ANSI/AGMA 2005-D03, Design Manual for Circulating Heaters for Agricultural Animal Proportions for Plastic Gears (Metric Bevel Gears Confinement Buildings Version of ANSI/AGMA 1006-A97) Provides the standards for designing straight Details test and examination criteria for direct Presents a new basic rack, AGMA PT, which, bevel, zerol gas-fired circulating heaters primarily with its full round fillet, may be preferred in bevel, spiral bevel and hypoid gears with intended for permanent installation in many applications of gears made from plastic information on agricultural animal confinement buildings for materials. Contains a description, with fabricatio n, inspection and mounting. Covers use with natural, manufactured and mixed equations and sample calculations, of how preliminary gear design parameters, blank gases, liquefied petroleum gases, and LP the proportions of a spur or helical gear may design including standard taper, uniform gas-air mixtures. be derived from the design tooth thickness depth, duplex taper and tilted root. Also and the basic rack data. In annexes, there are includes drawing format, inspection, discussions of possible variations from the materials, lubrication, mountings and AGMA (American Gear basic rack and also a procedure for defining assembly. Manufacturers Association) tooth proportions without using the basic rack concept. ANSI/AGMA 2007-C00/ISO 14104:1995, IDT, ANSI/AGMA 1003-G93 (R99), Tooth Surface Temper Etch Inspection After ANSI/AGMA 2001-D04, Fundamental Rating Proportions for Fine-Pitch Spur and Helical Grinding Factors and Calculation Methods for Gearing Explains the materials and procedures to Involute Spur and Helical Gear Teeth Provides requirements that are similar to determine and evaluate localized overheating This standard specified a method for rating those of coarse pitch gearing except in the on ground surfaces. Includes a system to the pitting matter of clearance. For 20-degree profile describe and classify the indications resistance and bending strength of spur and angle fine pitch gearing, this standard produced during this inspection. However, helical involute gear pairs. A detailed provides a system of enlarged pinions, which does not provide specific acceptance or discussion of factors influencing gear survival use the involute form above 5 degrees of roll. rejection criteria and calculation methods are provided. Data on 14-1/2- and 25-degree profile angle systems are included in the annexes. ANSI/AGMA 2008-C01, Assembling Bevel ANSI/AGMA 2002-B88 (R1996), Tooth Gears ANSI/AGMA 1006-A97 (R2003), Tooth Thickness Specification and Measurement Pertains to the assembly man in the factory Proportions for Plastic Gears This standard establishes the procedures for and the service man in the field. Each Presents a new basic rack, AGMA PT, which, determining tooth thickness measurements of definition, explanation and instruction is with its full round fillet, may be preferred in external and internal cylindrical involute directed toward the physical appearance of many applications of gears made from plastic gearing. It includes equations and calculation the gears as they are inspected and materials. Contains a description, with procedures for the commonly used measuring assembled by these personnel. equations and sample calculations, of how methods. the proportions of a spur or helical gear may ANSI/AGMA 2009-B01, Bevel Gear be derived from the design tooth thickness ANSI/AGMA 2003-B97 (R2003), Rating the Classification, Tolerances and Measuring and the basic rack data. In annexes, there are Pitting Resistance and Bending Strength of Methods discussions of possible variations from the Generated Straight Bevel, Zerol Bevel and Spiral Bevel Gear Teeth Revises subclauses 7.2.3 and 7.2.8 only. basic rack and also a procedure for defining This standard, for bevel gearing, correlates Presents a method for rating the pitting tooth proportions without using the basic rack gear accuracy grades with gear tooth resistance and bending strength of generated concept. tolerances. It provides information on straight bevel, zerol bevel, and spiral bevel manufacturing practices as well as gear gear teeth. It includes a detailed ANSI/AGMA 1010-E95 (R2000), Appearance measuring methods and practices. Annex discussion of factors influencing gear survival of Gear Teeth – Terminology of Wear and material provides guidance on specifying an and a calculation method. Failure accuracy grade and information on additional Provides nomenclature for general modes of methods of gear inspection. This project gear tooth wear and failure. It classifies, ANSI/AGMA 2004-B89 (R2000), Gear revises clauses 7.2.3 and 7.2.8 only. identifies and describes the most common Materials and Heat Treatment Manual types of failure and provides information Provides information pertaining to ANSI/AGMA 2010-A94 (R2000), Measuring which will, in many cases, enable the user to engineering materials and material treatment Instrument Calibration – Part 1, Involute identify failure modes and evaluate the used in gear manufacture. Includes Measurement degree of progression of wear. definitions, selection guidelines, heat Applies solely to the qualification of gear tooth treatment, quality control, life considerations profile inspection instruments. Provides ANSI/AGMA 1012-2005, Gear Nomenclature, and a bibliography. Material selection procedures for the design, calibration and Definitions of Terms with Symbols includes ferrous, nonferrous and nonmetallic traceability of involute, pin and plane (flank) This standard establishes the definitions of materials. Examines wrought, cast and masters. Also covers condition evaluation of terms, symbols and abbreviations which may fabricated gear blanks. Includes heat involute measuring instruments, such as be used to communicate the technology and treatment probe location, gain, hysteresis, etc. specifications of external and internal gear sections on through hardened, flame teeth. It provides definitive meanings by the hardened, induction hardened, carburized, use of words and illustrations, for commonly carbonitrided and nitrided gears. Discusses used gearing terms. quenching, distortion and shot peening. Also discusses quality control as related to gear blanks, process control and metallurgical ANSI/AGMA 1102-2003, Tolerance testing on the final products. Specification of Gear Hobs Provides specifications for nomenclature, dimensions, tolerances, and inspection for gear hobs. It establishes a basis for understanding the use and manufacture of these tools.

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ANSI/AGMA 2011-A98 (R2004), Cylindrical ANSI/AGMA 2113-A97 (R2004), Measuring ANSI/AGMA 6002-B93 (R2001), Design Wormgearing Tolerance and Inspection Instrument Calibration, Gear Tooth Guide for Vehicle Spur and Helical Gears Methods Alignment Measurement Provides a guide to the design, fabrication, Establishes a classification system for the This document provides procedures for the and inspection of spur and helical gears for geometrical accuracy specification of design, vehicles and for power transmission on wormgearing. It also provides uniform calibration and traceability of involute, pin and vehicles. measurement procedures including plane discussions on single and double flank (flank) masters. It covers the condition ANSI/AGMA 6005-B89 (R1996), Power composite testing and tooth thickness evaluation of Rating for Helical and Herringbone Gearing measurements. The standard establishes ten involute measuring instruments such as for Rolling Mill Service accuracy grades based on the relative effect probe location, This standard specifies a method for rating of geometrical errors on conjugate action for gain, hysteresis, etc. Recommendations are the pitting resistance and bending strength of wormgear sets. included for herringbone, double helical, and helical establishment of a proper environment and involute gea pairs as applied to metal rolling for statistical mills. data evaluation procedures. This standard is ANSI/AGMA 2015-1-A02, Accuracy applicable Classification System – Tangential ANSI/AGMA 6006-2004, Design and solely to the qualification of gear tooth profile Measurements for Cylindrical Gears Specification of Gearboxes for inspection Wind Turbines Correlates gear accuracy grades with gear instruments. tooth tolerances. It provides information on Applies to wind turbine gearboxes. It provides information for specifying, selecting, manufacturing practices as well as gear ANSI/AGMA 2114-A98 (R2004), Measuring designing, manufacturing, procuring, measuring methods and practices. Annex Instrument Calibration, Gear Pitch and operating and maintaining reliable speed material provides guidance on specifying an Runout Measurements accuracy grade and information on additional increasing gearboxes for wind turbine This document provides qualification methods of gear inspection. generator system service. Annex information procedures for gear measuring instruments is supplied on: wind turbine architecture, wind that are used for evaluation of pitch and ANSI/AGMA 2101-D04, Fundamental Rating turbine load description, quality assurance, runout measurements. This includes Factors and Calculation Methods for operation and maintenance, minimum instruments that measure runout directly, or Involute Spur and Helical Gear Teeth purchaser compute it from index measurements. It also gearbox manufacturer ordering data, This standard specifie s a method for rating covers condition evaluation of the measuring lubrication selection and condition monitoring, the pitting instrument. Recommendations are included and gear and bearing design. resistance and bending strength of spur and for establishment of a proper environment helical involute gear pairs. A detailed and for statistical data evaluation procedures. ANSI/AGMA 6008-A98 (R2004), discussion of factors influencing gear survival Specifications for Powder Metallurgy Gears and calculation methods are provided. Metric ANSI/AGMA 2116-A05, Evaluation of Double Defines the minimum detailed information to version of AGMA 2001-DXX. Flank Testers for Radial Composite be included in the powder metallurgy gear Measurement of Gears ANSI/AGMA 2110-A94 (R2000), Measuring specifications submitted by the gear This standard provides the evaluation criteria purchaser to the gear producer. Instrument Calibration – Part 1, Involute for double flank testers. Recommended Measurement (Metric) Specifications on gear tooth geometry are artifact sizes and geometry are provided described in detail for external spur and Applies solely to the qualification of gear tooth along with the measurement system helical gears and for straight bevel gears. The profile inspection instruments. It provide conditions. Annexes are provided for methods standard applies to gears made by the procedures for the design, calibration, and of estimating calibration uncertainty and conventional P/M process consisting of traceability of involute, pin, and plane (flank) artifact calibration certificates. compaction followed by sintering and, in masters. It also covers condition eveluation some cases, by post sintering treatments. of involute measuring instruments such as ANSI/AGMA 6000-B96 (R2002), Specification probe location, gain, hysterisis, etc. for Measurement of Linear Vibration on ANSI/AGMA 6009-A00, Gearmotor, Shaft Recommendations are included for Gear Units Mounted and Screw Conveyor Drives establishment of a proper environment and Presents a method for measuring linear for statistical data evaluation procedures. Presents methods for rating gearmotors, vibration on a gear unit. Recommends shaft-mounted reducers, and screw conveyor instrumentation, measuring methods, test ANSI/AGMA 2111-A98 (R2004), Cylindrical drives containing spur, helical,bevel and procedures and discrete frequency vibration Wormgearing Tolerance and Inspection worm gears. Included is information on pitting limits for acceptance testing. Annexes list Methods (Metric) resistence and bending strength rating, system effects on gear unit vibration and lubrication, component ratings, thermal rating, Establishes a classification system for the system responsibility. The ISO vibration rating storage and installation. geometrical accuracy specification of curves from ISO 8579-2, Acceptance code for wormgearing. It also provides uniform gears – Part 2: Determination of mechanical ANSI/AGMA 6010-F97 (R2003), Spur, Helical, measurement procedures including vibrations of gear units during acceptance Herringbone, and Bevel Enclosed Drives discussions on single and double flank testing, are introduced. composite testing and tooth thickness Presents a method for rating the pitting measurements. The standard establishes ten ANSI/AGMA 6001-D97 (R2003), Design and resistance and bending strength of spur, accuracy grades based on the relative effect Selection of Components for Enclosed helical, herringbone and bevel gears used for of geometrical errors on conjugate action for Gear Drives enclosed speed reducers and wormgear sets. (Metric edition of ANSI/AGMA increasers. It includes information on unit Outlines the basic practices for the design 2011-A98. rating, lubrication, and selection of components (other than components, thermal rating, storage, and gearing) which are used in commercial and installation. industrial enclosed gear drives. It discusses bearings, bolting, keys, and the most recent theories on shafting among other components.

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ANSI/AGMA 6011-2003, Specification for ANSI/AGMA 6025-A98 (R2004), Sound for ANSI/AGMA 6109-A-00, Gearmotor, Shaft High-Speed Helical Gear Units Enclosed Helical, Herringbone, and Spiral Mounted and Screw Conveyor Drives This standard includes information on design, Bevel Gear Drives (Metric) lubrication, Describes a recommended method of Presents methods for rating gearmotors, bearings, testing and rating of single and acceptance testing and reporting of the sound shaft-mounted reducers, and screw conveyor double helical pressure levels generated by a gear speed drives containing spur, helical,bevel and external tooth, parallel shaft gear reducers or reducer or increaser when tested at the worm gears. Included is information on pitting increasers. Units covered include those manufacturer's facility. Annexes to the resistence and bending strength rating, operating with at least one stage having a standard present sound power measurement lubrication, component ratings, thermal rating, pitch line velocity equal to or greater than 35 methods for use when required by specific storage and installation. meters per second or rotational speeds contract provisions between the manufacturer greater than 4500 rpm, and other stages and purchaser. ANSI/AGMA 6110-F97 (R2003), Spur, Helical, having pitch line velocities equal to or greater Herringbone, and Bevel Enclosed Drives than 8 meters per second. ANSI/AGMA 6030-C87 (R2001), Design of Presents a method for rating the pitting Industrial Double-Enveloping Wormgears resistance and bendin g strength of spur, Provides data for the design of helical, herringbone and bevel gears used for ANSI/AGMA 6017-E86 (R2000), Rating and double-enveloping wormgears with axes at a enclosed speed reducers and Application of Single and Multiple 90-degree angle. Specific definitions for increasers. It includes information on unit Reduction Double-Enveloping Worm and double-enveloping wormgearing terms are rating, lubrication, Helical Worm presented, along with formulas for components, thermal rating, storage, and determining the geometric sizes of the major installation. Metric Specifies the method for rating single and features for worm and wormgear. Design version of ANSI/AGMA 6010-F97. multiple reduction, double-enveloping worm considerations, design procedures, gear and helical-worm speed reducers. blanks and self-locking conditions are also ANSI/AGMA 6123-A88 (R2000), Design Design considerations such as thermal discussed. Procedures for rating the load Manual for Enclosed Epicyclic Metric limitations, service factors, efficiency, stress capacity of double-enveloping wormgearing Module Gear Drives limits, overhung load capacity, and lubrication are not included. Includes descriptions of epicyclic drives, are included. Tables of basic pressure nomenclature, application information, and constants, ratio correction factors, facewidths ANSI/AGMA 6032-A94 (R2000), Standard for design guidelines with reference to other and material factors, velocity factors, Marine Gear Units: Rating AGMA standards. overhung load factors, service factors, typical Considers rating practices for marine main rubbing speeds and efficiency are provided. propulsion, pump, and ship generator set ANSI/AGMA 6133-B1998- (R2004), Materials service. Practical suggestions are for Marine Propulsion Gearing ANSI/AGMA 6019-E89 (R1995), Gearmotors included for various factors. Allowable contact This document identifies commonly used Using Spur, Helical, Herringbone, Straight stress numbers and allowable bending stress alloy steels, Bevel or Spiral Bevel Gears numbers for heat treatments and inspection requirements materials of this standard covered in for through ANSI/AGMA 6021-G89 (R1995), Shaft ANSI/AGMA 6033-A88 are included. hardened, case hardened and surface Mounted and Screw Conveyor Drives Using hardened gearing Spur, Helical, and Herringbone Gears ANSI/AGMA 6033-B1998 (R2004), Marine for main propulsion marine gear service over Propulsion Gear Units, Part 1 – Materials 1500 hp. ANSI/AGMA 6022-C93 (R2000), Design This document identifies commonly used Mechanical, metallurgical and nondestructive Manual for Cylindrical Wormgearing alloy steels, test This Design Manual heat treatments and inspection requirements requirements are provided for various heat provides information pertaining to selection of for through treatment geometric parameters which will constitute hardened, case hardened and surface processes and metallurgical quality grades of good design of fine hardened gearing gearing. and coarse pitch cylindrical wormgearing. The for main propulsion marine gear service over power rating for fine and coarse pitch 1500 hp. ANSI/AGMA 6135-2002, Design, Rating and wormgearing is not Mechanical, metallurgical and nondestructive Application of Industrial Globoidal included in this design manual, but can be test Wormgearing (Metric Edition) found in ANSI/AGMA 6034-B92, Practice for requirements are provided for various heat Enclosed treatment ANSI/AGMA 9000-C90 (R2001), Flexible Cylindrical Wormgear Speed Reducers and processes and metallurgical quality grades of Couplings – Potential Unbalance Gearmotors. gearing. Classification Describes potential coupling unbalance and ANSI/AGMA 6023-A88 (R2000), Design ANSI/AGMA 6034-B92 (R2005), Practice for identifies its sources. The standard breaks Manual for Enclosed Epicylic Gear Drives Enclosed Cylindrical Wormgear Speed down the requirements into usable groups Includes descriptions of epicyclic drives, Reducers and Gearmotors and outlines how to calculate the potential nomenclature, application information, and This standard gives a method for rating and unbalance of the coupling. design guidelines with reference to other design of specific enclosed cylindrical AGMA standards. wormgear reducers and gearmotors. It ANSI/AGMA 9001-B97 (R2003), Flexible contains power, torque and efficiency Couplings - Lubrication equations with guidance on component This standard provides information on design, thermal capacity, service factor lubrication of gear selection, lubrication and self-locking couplings, chain couplings and metallic grid features. couplings. Types of lubricants and lubrication methods and practices are included. In ANSI/AGMA 6035-2002, Design, Rating and addition, selection guides for grease and oil Application of Industrial Globoidal lubrication are provided. Wormgearing

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ANSI/AGMA 9002-B2004, Bores and ANSI/AGMA 9112-A2004, Bores and AHAM (Association of Home Keyways for Flexible Couplings (Inch Keyways for Flexible Couplings (Metric Appliance Manufacturers) Series) Series) Describes and provides tolerances for straight Describes and provides tolerances for straight ANSI/AHAM AC-1-2006, Method for and tapered bores and the associated keys and tapered bores and the associated keys Measuring Performance of Portable and keyways as and keyways as Household Electric Room Air Cleaners furnished in flexible couplings. The data in the furnished in flexible couplings. The data in the This stanard method establishes uniform, standard standard repeatable procedures and standard methods considers commercially standard coupling considers commercially standard coupling for measuring specified product bores and keyways, not special coupling bores and keyways, not special coupling characteristics of portable household electric bores and keyways that may require special bores and keyways that may require special room air cleaners. The standard method tolerances. Annexes are provided to discuss tolerances. Annexes are provided to discuss measures the relative reduction by the air inspection methods for keyways and tapered inspection methods for keyways and tapered cleaner of particulate matter suspended in the bores, and design practices for tapered bores, and design practices for tapered air in a specified test chamber, and the shafts. (Metric version of AGMA 9002-BXX. shafts. energy consumption and standby power of the air cleaner. The standard method ANSI/AGMA/ISO 1328-1-1999, Cylindrical provides a means to compare and evaluate ANSI/AGMA 9003-A91 (R2005), Flexible Gears - ISO System of Accuracy - Part 1: different brands of portable household electric Couplings – Keyless Fits Definitions and Allowable Values of room air cleaners regarding characteristics Deviations Relevant to Corresponding significant to product use. Presents information on design, dimensions, Flanks of Gear Teeth tolerances, inspection, mounting, removal Establishes a system of accuracy relevant to and equipment that is in common use with ANSI/AHAM AC-2-2006, Method for Sound corresponding flanks of individual cylindrical keyless tapered and keyless straight Testing of Portable Household Electric involute gears. It specifies the appropriate (cylindrical) bore hubs for flexible couplings. Room Air Cleaners definitions of gear tooth accuracy terms, the structure of the gear accuracy system, and Establishes a method to determine the sound ANSI/AGMA 9004-A99 (R2005), Flexible the allowable values of pitch deviations and rating of portable household electric room air Couplings - Mass Elastic Properties and total helix deviations. cleaners. The sound rating is comprised of a Other Characteristics set of sound levels that includes: (1) Provides information and calculation methods ANSI/AGMA/ISO 1328-2-1999, Cylindrical A-weighted sound power level and (2) to system designers for the selection of Gears - ISO System of Accuracy - Part 2: loundness. system components and natural frequency Definitions and Allowable Values of calculations. Properties discussed include Deviations Relevant to Radial Composite ANSI/AHAM CHA-1-2003, Connected Home weight, inertia, center of gravity, and axial, Deviations and Runout Information Appliances - Object Modeling lateral and torsional stiffness. Establishes a system of accuracy relevant to The purpose of this standard is to promote radial composite deviations of individual new appliance services and features enabled ANSI/AGMA 9005-E-2002, Industrial Gear cylindrical involute gears. It specifies the through networking by describing generic Lubrication appropriate definitions of gear tooth accuracy appliance models, objects, and high-level This standard provides lubrication guidelines terms, the structure of the gear accuracy messages. The models define standardized for enclosed and open gearing which is system, and the allowable values of the elements of appliances that are accessible installed in general industrial power above-mentioned deviations. and controllable remotely by users, service transmission applications. It is not intended to providers, and other devices, independent of supplant specific instructions from the gear AGRSS (Automotive Glass the underlying network. The document manufacturer. assumes that each appliance and device Replacement Safety Standards contains a communications interface module ANSI/AGMA 9008-B99, Flexible Couplings - linked to a home systems network. Gear Type, Flange Dimensions - Inch ANSI/AGRSS 002-2002, Automotive Glass Series Replacement Safety ANSI/AHAM CM-1-2005, Method for Presents procedures, education and product Measuring Performance of Household ANSI/AGMA 9009-D02, Flexible Couplings – perfomance requirements for auto glass Electric Coffee Makers Nomenclature of Flexible Couplings replacement shops and personnel. This standard establishes uniform methods This standard sets forth for measuring specified product nomenclature common to flexible couplings AH (American Hotel & Lodging characteristics of household electric coffee that are used in mechanical power Association) makers. transmission drives. This standard is for designers, manufacturers and users ANSI/AHAM DH-1-1986 (R2003), when designating various types of flexible Dehumidifiers couplings, their flexible Establishes a uniform, repeatable procedure elements and component parts. It provides for measuring the capacity and energy input definitions, nomenclature, system terms and of self-contained, encased, electrically the addition of terms used operated, mechanically-refrigerated in coupling selection, balancing, and other dehumidifiers under specified test conditions. characteristics. The procedure and the recommended levels of performance, where they appear, are intended to provide a means to compare and evaluate different brands and models of dehumidifiers regarding characteristics significant to product use.

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ANSI/AHAM DW-1-2005, Household Electric AIAA (American Institute of ANSI/AIAA R-023A-1995, Recommended Dishwashers Aeronautics and Astronautics) Practice for Human Computer Interfaces for This standard establishes uniform, repeatable Space System Operations procedures or standard methods for ANSI/AIAA G-034-1999, Guide to Reference Establishes a standardized set of HCI measuring specified product characteristics of and Standard Ionosphere Models requirements that will be used in the design of next-generation satellite control systems to household electric dishwashers. The Provides guidelines for selecting ionospheric simplify them and make them more user standard includes definitions, methods for models for engineering design or scientific friendly, operationally efficient, and cost testing and evaluating dishwasher cleaning research. The Guide describes the content of effective. There are 36 generic requirements performance. the models, uncertainties and limitations, for the HCI, grouped into: data entry, data technical basis, databases from which the display, sequence control, operator guidance, models are formed, publication references, ANSI/AHAM HLW-1-2002, Performance data transmission, and data protection. The and sources of computer codes for Evaluation Procedure for Household requirements are layered as core approximately 30 ionospheric models. The Washers enhancements, and secure systems. models cover the altitude range from the Establishes a uniform, repeatable procedure Earth's surface to approximately 10,000 or standard method for evaluating the kilometers. This Guide is intended to assist performance of home laundry equipment. communication (C 3 I) and space system ANSI/AIAA R-100A-2001, Recommended Methods provide a means to compare and designers and developers, geophysicists, Practice for Parts Management evaluate different brands and models of space physicists, and climatologists in Establishes a parts management approach household washers regarding characteristics understanding available models and that is consistent with today's business significant to product use. Standard methods comparing sources of data and interpreting environment. This Recommended Practice, are not intended to inhibit improvement and engineering and scientific results based on as viewed by industry and government, is a innovation in product testing, design, or different ionospheric models. shift in business philosophy from a controlled performance. approach to a performance-based process. ANSI/AIAA G-035A-2000, Human The dynamic growth of the commercial ANSI/AHAM HRF-1-2004, Household Performance Measurements market for electronic parts as well as Refrigerators/Household Freezers corresponding decrease in aerospace and Provides methods for measuring human defense have caused the government and Applies to household refrigerators, performance for the purpose of scientific industry to seek alternative methods of refrigerator-freezers, freezers and wine research and system evaluation. The managing parts. To develop a solution to this chillers. This standard covers definitions, guidelines are intended to assist scientists complex problem, industry and government methods for computing volumes and shelf and systems specialists in selecting human teamed to develop this Recommended areas, methods for determining volumes of performance measurement methods Practice for mitigating potential special features, performance test appropriate to the situation being studied or problems/risks. The result of this team effort procedures, durability test procedures, the system being evaluated. methods for determining energy consumption is a nongovernment standard (NGS) on Parts Management. The basic strategy employed and energy factor, and safety ANSI/AIAA G-095-2004, Guide for Safety of by this document is to understand and recommendations. Hydrogen and Hydrogen Systems manage risk as early as possible in program ANSI/AHAM I-1-2005, Household Electric This Guide presents information that Irons designers, builders, and users of hydrogen ANSI/AIAA S-017A-2000, Aerodynamic systems can use to avoid or resolve hydrogen Decelerator and Parachute Drawings Establishes a uniform, repeatable procedure hazards. Guidelines are presented for or standard method for measuring specified Establishes terminology for 260 terms critical system design, materials selection, to communication about the design and performance characteristics of household operations, storage, and transportation. electric irons. function of parachutes. It further sets Pertinent research is summarized, and the requirements for the graphic description of data are presented in a quick reference form. ANSI/AHAM OV-1-2006, Procedures for the materials, stitching, seams, view, and Further information can be found in the projections, with related dimensions and Determination and Expression of the extensive bibliography. Volume of Household Microwave and tolerances, all of which are consistent with Conventional Ovens current procurement practice. Many figures ANSI/AIAA R-020A-1999, Guide for are included to illustrate the requirements. Establishes a uniform, repeatable procedure Estimating and Budgeting Weight and Additional illustrations of several types of or standard method for determining and Power Contingencies for Spacecraft parachutes are provided in an annex. expressing the overall volume, and usable Systems oven space, of the cooking cavity of individual This Recommended Practice provides a ANSI/AIAA S-061-1998, Commercial Launch household microwave ovens and methodology for the management of the Safety conventional ovens fuelled by electricity and growth of mass properties during the gas. Establishes criteria for the establishment of development of aerospace flight vehicles. It the safety roles and responsibilities and is particularly applicable to missiles, satellites, relationships between the various operators ANSI/AHAM RAC-1-1982 (R2003), Room Air and launch vehicles. The standardized Conditioners who may conduct simultaneous aerospace methodology is consistent with former Mil-Std vehicle operations at a launch or landing site. Establishes standard methods for measuring 1811 and is based on planning, controlling, Risk management processes for ensuring the performance and includes sections on and reporting at each stage of product or safety of the public, its property and the safety definitions, test conditions, tests for standard system development. of the personnel involved in the preparatory measurements, performance tests, and safety and launch operations are addressed. The which apply to room air conditioners as training and qualifications of the personnel defined in 3.1.Performance tests for involved in operations at the launch and Heating-Cooling Units (Section 7) apply to landing sites are addressed. The appendices units designed as air-to- air source heat to this standard provide guidelines for the pumps with or without supplementary electric design, testing and safe operation of resistance heat. The tests apply to units with aerospace vehicles and their support electric resistance as the only heat source. equipment.

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ANSI/AIAA S-080-1998, Space Systems - AIHA (American Industrial Hygiene ANSI/AIHA Z9.5-2002, Laboratory Ventilation Metallic Pressure Vessels, Pressurized Association) Describes practices for the design and Structures, and Pressure Components operation of laboratory ventilation systems Provides requirements for the analysis, ANSI Z88.10-2001, Respirator Fit Testing used for control of exposure to airborne design, manufacture, qualification, and Methods contaminants. It is intended for use by employers, architects, industrial hygienists, acceptance for flight of metallic pressure Provides guidance on how to perform fit safety engineers, ventilation system vessels, pressurized structures, and pressure testing on tight fitting respirators and designers, facilities engineers, maintenance components for use in space systems. The appropriate methods to be used. Fit testing is personnel and testing and balancing document includes specific requirements only one element of a complete respirator personnel. It is compatible with the ACGIH addressing pressure vessels with hazardous protection program. A complete respiratory Industrial Ventilation Manual, ASHRAE and non-hazardous failure modes and special protection program is defined in ANSI Z88.2, ventilation standards and other recognized pressurized equipment such as batteries, American National Standard for Respiratory standards of good practice. heat pipes, cryostats, and pressure Protection. components. This is the second public review for this standard. It was previously listed in ANSI Z88.7-2001, Color-Coding of ANSI/AIHA Z9.6-1999, Exhaust Systems for the September 12, 1997 edition of Standards Air-Purifying Respirator Canisters, Grinding, Polishing and Buffing Action and is being resubmitted due to Cartridges and Filters Describes rules and engineering principles substantive changes to the text. Establishes a system of marking air-purifying that represent the minimum criteria intended respirator canisters, cartridges, and filers by (1) to protect the health of personnel engaged means of colors in order to: 1) Facilitate rapid in and working in the vicinity of grinding, polishing and buffing operations and (2) to ANSI/AIAA S-081-2000, Space Systems - identification of the canisters, cartridges, and filters by users; and 2) Ensure color control contaminants generated by those Composite Overwrapped Pressure Vessels operations. (COPV) consistency among respirator manufacturers. Provides requirements for the analysis, This standard was listed for public review in the 5/21/1999 issue of Standards Action. It is ANSI/AIHA Z9.7-1998, Recirculation of Air design, manufacture, qualification, and from Industrial Process Exhaust Systems acceptance for flight of composite being resubmitted due to substantive This standard establishes the minumum overwrapped pressure vessels (COPVs) for changes to the text. criteria for designing a recirculating process use in space systems. The document exhaust ventilation system used for includes specific requirements addressing ANSI/AIHA Z10-2005, Occupational Health contaminant control. pressure vessels with hazardous and and Safety Management Systems non-hazardous failure modes. Defines minimum performance requirements for occupational health and safety AIIM (Association for Information and ANSI/AIAA S-096-2004, Space Systems - management systems (OHSMS. Image Management) Flywheel Rotor Assemblies ANSI/AIHA Z9.2-2001, Design and Operation This standard establishes baseline ANSI/AIIM MS1-1996, Recommended of Local Exhaust Systems, Fundamentals requirements for the design, fabrication, test, Practice for Alphanumeric Governing the inspection, storage, and transportation of a Computer-Output Microforms – Operational flywheel rotor assembly used in a spaceflight This standard describes fundamental good Practices for Inspection and Quality Control flywheel system for energy storage and/or practices related to the commissioning, Provides guidelines and recommended attitude control. These requirements when design, selection, installation, operation, practices for the quality control of Computer implemented on a particular system will maintenance, and testing of local exhaust Output Microfilm (COM) produced on assure a high level of confidence in achieving ventilation (LEV) systems used for control of recorders using fixed hard form slides. Quality safe and reliable operation employee exposure to airborne contaminants. control procedures, recommended criteria, It is intended for use by LEV system owners, and corrective guidance is provided. ANSI/AIAAA G-003B-2004, Guide to employers, industrial hygienists, facilities Reference and Standard Atmosphere engineers, maintenance personnel, testing ANSI/AIIM MS11-1987 (R1999), Information Models and balancing personnel, ventilation system and Image Management – Microfilm designers, and others with responsibility for Provides guidelines for selected reference Jackets LEV systems. It is compatible with the and standard atmospheric models for use in ACGIH Industrial ventilation Manual and Defines the dimensions, operational engineering design or scientific research. The other recognized standards of good practice. constraints and other basic characteristics of guide describes the content of the model, You may access the draft standard at the microfilm jacket. It is addressed primarily uncertainties and limitations, technical basis, www.aiha.org/committe/z9-2-final-draft.pdf. to user requirements rather than production data bases from which the model is formed, requirements. It does not cover formats or publication references, and sources of ANSI/AIHA Z9.4-1997, Exhaust Systems - channel configurations. computer code for thirty-seven (37) Earth and Abrasive Blasting Operations - Ventilation planetary atmospheric models, for altitudes and Safe Practices for Fixed Location ANSI/AIIM MS14-1996, Specifications for from surface to 3500 kilometers, which are Enclosures 16mm and 35mm Roll Microfilm generally recognized in the aerospace sciences. Provides rules and principles to protect Applies to 16mm- and 35mm-roll microfilm employees engaged in or working in the produced as a result of source document and vicinity of abrasive blasting in fixed location computer-output microfilming and specifies enclosures from (1) significant risk of health physical characteristics, formats, placement impairment and (2) physical injury due to and orientation. explosions, high velocity jets of abrasive blasting particles, or moving equipment. This standard applies to all operations in fixed-location abrasive blast enclosures in which forcibly comes in contact with a surface by pneumatic or hydraulic pressure or by centrifugal force.

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ANSI/AIIM MS15-2000, Dimensions and ANSI/AIIM MS26A-1999, 35-mm Planetary ANSI/AIIM MS43-1998, Recommended Operational Constraints for Single-Core Cameras (Top-Light) - Procedures for Practice for Operational Cartridge for 16-mm Processed Microfilm Determining Illumination Uniformity of Procedures/Inspection and Quality Control This standard specifies the physical and Microfilming Engineering Drawings of Duplicate Microforms of Documents and performance characteristics of cartridges Provides updated information for ANSI/AIIM from COM used for storing and viewing processed MS26-1990 which specifies the minimum test Provides guidelines for the production of 16mm microfilm. The intent of the standard is target elements and their criteria to be used in duplicate microforms. to achieve compatibility between the cartridge determining the uniformity of illumination on and automatic threading readers and the copyboard of a 35-mm planetary camera. ANSI/AIIM MS46-1996, Test Procedures for reader-printers. Accordingly, the standard This standard deals exclusively with top-light Duplicating 35-mm Diazo Microfilm addresses those physical features that and does not address the use of back-light. Aperture Cards interface with readers required to assure Provides updated information for ANSI/AIIM multi-reader usage. Also the winding of the ANSI/AIIM MS28-1996, Micrographics – MS46-1990. Test Procedure for Duplicating processed microfilm on the reel and the Alphanumeric COM Quality Test Slide 35-mm Diazo Microfilm Aperture Cards. physical characteristics of the leading end of Describes the requirements for providing a Clauses that include changes are the the film are standardized to ensure proper fixed image form slide used to superimpose foreword (clause 0), references (clause 2), interfacing of the cartridge with all readers of constant information over the output of the and definitions (clause 3). Please note that this type. To obtain an electronic draft: COM recorder dynamic display. Only the although no new definitions have been added document posted at requirements for the fixed image on the to definitions (clause 3), the introductory http://www.aiim.org/aiimstd/MS15-2000.pdf. original artwork and the photographic image paragraph has been modified. Refer to or e-mail at [email protected]. of the test object are described. ANSI/AIIM MS46-1990 for information not updated in this addendum. ANSI/AIIM MS32-1996, Microrecording of Engineering Source Documents on 35-mm ANSI/AIIM MS48-1999, Recommended ANSI/AIIM MS17-2001, Test Chart for Rotary Microfilm Practice for Microfilming Public Records on Microfilm Cameras Specifies the procedures, dimensions, and Silver-Halide Film Describes specifications for creating a test quality values governing the microrecording Covers original first-generation microforms, chart and a test target for rotary (flow) of engineering documentation on 35mm including raster COM, encompassing roll film, microfilm cameras, and a method for microfilm. This includes procedures, microfiche, aperture cards, and jacket film. evaluating the photographic quality and dimensions and quality values for: microform The practice applies to the microfilming of mechanical performance of rotary microfilm physical characteristics that are related to records of federal, state, local, and other cameras. Available at engineering source document microforming; public agencies. This practice is compatible www.aiim.org/aiimstd/ANSI MS17-2000.pdf microimages created by placement of with government regulations for the engineering source documents on the microfilming of permanently valuable records ANSI/AIIM MS18-1992 (R1998), copyboards of 35mm planetary cameras; and and may be used by private industry to Micrographics – Splices for Imaged Film – duplication of the original microimage. comply with public record requirements. Dimensions and Operational Constraints Covers the requirements for splicing ANSI/AIIM MS37a-1996, Recommended ANSI/AIIM MS5-1992 (R1998), Micrographic processed microfilm and leaders and trailers, Practice for Microphotography of Microfiche independant of film width or type of base Cartographic Materials Applies to microfiche produced as a result of support. It includes both tape and ultrasonic Provides updated information for ANSI/AIIM source document and computer-output splices. MS37-1988. Covers negative-to-negative microfilming. This standard does not preclude and direct camera microphotography using the use of other standards for unitized ANSI/AIIM MS23-2004, Recommended color and black-and-white film to record microforms. Practice - Production, Inspection, and maps, charts and related graphic products Quality Assurance of First-Generation, and documents. ANSI/AIIM MS54-1993 (R1999), Graphic Silver Microforms of Documents Symbols for Controls on Document Imaging This document identifies and discusses the ANSI/AIIM MS40-1987 (R1999), Microfilm – Equipment qualitative characteristics of first-generation Computer Assisted Retrieval (CAR) silver gelatin microforms and the methods to Interface Commands Provides graphic symbols for micrographics and other document management equipment attain, maintain, and measure levels of Applies to computer assisted retrieval (CAR) quality. The scope of this document excludes to be used for identifying equipment software commands necessary to drive functions. COM, updateable, color, and thermally 16-mm microfilm retrieval systems. The processed microforms. minimum 16-mm CAR command set is ANSI/AIIM MS58-1996, Standard defined by this standard. This standard Recommended Practice for Implementation ANSI/AIIM MS24-1996, Test Target for Use in addresses two of the upper three layers of the Microrecording Engineering Graphics on of Small Computer Systems Interface ISO Open System Interconnect (OSI) (SCSI-2), (X3.131.1994) for Scanners 35-mm Microfilm architecture model. Specifies the minimum test elements, their The purpose of this standard recommended composition, and other criteria that addresses ANSI/AIIM MS41-1996, Unitized Microfilm practice is to assist document scanner routine usage for testing, which are utilized by Carriers (Aperture, Camera, Copy, and designers in devising a common 35mm planetary microfilm camera Image Cards) implementation of the SCSI-2 interface standard. (ANSI X3.131-1994). This standard microfilming source document engineering Specifies the dimensions and location of the graphics. specifies the physical and logical aperture and carrier for aperture camera, implementation of ANSI X3.131-1994. copy and image cards.

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ANSI/AIIM MS59-1996, Standard ANSI/AIIM MS66-1999, Metadata for ANSI/AIIM/ISO 10198-1999, Rotary Cameras Recommended Practice for Media Error Interchange of Files on Sequential Storage for 16mm Microfilm – Mechanical and Monitoring and Reporting Techniques for Media between File Storage Management Optical Characteristics Verification of the Information Stored in Systems (FSMS) Defines the mechanical and optical Optical Digital Data Disks Describes a standard for specifying metadata characteristics of rotary cameras used for that describes how a File Storage recording documents onto 16 mm microfilms Documents two approaches of media error Management System (FSMS) has stored files as specified in ANSI/AIIM MS14-1988. monitoring and reporting techniques to verify on sequential media. This metadata the information stored on optical digital data description is independent on any particular ANSI/AIIM/ISO 6198-1999, Readers for disks: a high-level approach with functional proprietary metadata format, but it may be Transparent Microforms – Performance commands, and an implementation of a set of used to describe the proprietary format that Characteristics SCSI-2 (Small Computer System Interface - an FSMS uses to write files to sequential version 2) commands. Specifies the essential performance media. characteristics of readers with magnification less than or equal to 50:1 designed for use ANSI/AIIM MS8-1998, Document Mark (Blip) ANSI/AIIM MS6-1993 (R1999), Microfilm with black-and-white roll microfilm and strips Used in Image Mark Retrieval Systems Packaging Labeling that have a maximum width of 35 mm. Contains the specifications for the location, Outlines the required and optional information size, and density of single and multisize ANSI/AIIM/ISO 6198-1999, Readers for that should be placed on unexposed image marks recorded on 16mm roll film used Transparent Microforms – Performance photographic material packaging, either on a in image mark retrieval systems. This Characteristics label or printed surface, to identify the standard is limited to the 16mm film used in contents of the package. The standard Specifies the essential performance the retrieval device, regardless of the method applies to microfilm in roll, sheet, and card characteristics of readers with magnification and equipment used to generate the original formats, but does not attempt to specify the less than or equal to 50:1 designed for use or duplicate film. type of storage container or protection with black-and-white roll microfilm and strips needed for specific products. that have a maximum width of 35 mm. ANSI/AIIM MS9a-1995, Method for Measuring Thickness of Buildup Area on Unitized ANSI/AIIM MS60-1996, Information and ANSI/ISO/AIIM 7565-1993, Micrographics - Microfilm Carriers (Aperture, Camera, Copy Image Management – Standard – Readers for transparent microforms - and Image Cards) Electronic Folder Interchange Datastream Measurement of characteristics Describes the method for measuring the This standard describes how to transmit thickness of the buildup area on aperture, objects, attributes, and hierarhical Specifies the method for measuring screen camera, copy and image cards. It is intended relationships between Electronic Image luminance, image contrast,and screen to provide the means for determining the Management (EIM) Systems. This Standard reflectance of microform readers that have classification of unitized microfilm carriers as format for folder interchange is independent translucent or built-in opague screens up to indicated in American National Standard for of storage media or of EIM operating 46 x 61 cm. The standard describes the type Information and Image Management--Unitized systems. The datastream is defined using of instrumentation required and units of Microfilm Carriers (Aperture, Camera, Copy Abstract syntax Notation One (ASN.1). measurement. This partial international and Image Cards) ANSI/AIIM MS41-1988. adoption of ISO 7565:1993 revises ANSI/AIIM ANSI/AIIM MS61-1996, Application MS12-1990. ANSI/AIIM TR1-1993, Guidelines for Metrics Programming Interface (API) for Scanners (NOT AN AMERICAN NATIONAL in Document Imaging Systems AIM (Automatic Identification STANDARD) Specifies the format and content of the Manufacturers, Inc.) This technical report provides information to Application Programming Interface (API) individuals considering the reasons for and between a document scanner driver layer and benefits of converting from the U.S. an electronic image management (EIM) ANSI/AIM BC-10-1997, AIM International customary units (inch and pound) to the system. The API is intended to minimize the Technical Specification - International metric system in business practices. extent of unique development normally Symbology Specification - MaxiCode required by product users and product ANSI/AIIM/ISO 10197-2000, Reader-Printers This standard provides a description of the suppliers in the integration of document MaxiCode bar code symbology. Includes scanners into EIM systems. Specifies the essential performance complete information on how to encode data characteristics of reader-printers designed to into a symbol and how to decode MaxiCode ANSI/AIIM MS62-1999, Recommended view and make hard copies from roll microfilm symbols. Practice for COM Recording Systems and microfilm strips that have a maximum Having an Internal Electronic Forms width of 35mm, microfiche, jackets, and ANSI/AIM BC-11-1997, AIM International Generating System - Operational Practices image cards with a magnificiation no greater Technical Specification - International for Inspection and Quality Control than 50:1. Symbology Specification - Data Matrix Provides a description of software forms used Provides a description of the Data Matrix bar ANSI/AIIM/ISO 10198-1999, Rotary Cameras for the image quality evaluation of Computer code symbology. Includes complete for 16mm Microfilm – Mechanical and Output Microfilm (COM) recorder systems. information on how to encode data into a Optical Characteristics Also provided is a description of a preferred symbol and how to decode Data Matrix method for using the test forms for initial Defines the mechanical and optical symbols. COM recorder testing to establish a quality characteristics of rotary cameras used for reference baseline, and for periodic testing of recording documents onto 16 mm microfilms ANSI/AIM BC-12-1998, Uniform Symbology COM image quality that may signal the need as specified in ANSI/AIIM MS14-1988. Specification - Channel Code for adjustment or maintenance. Describes “Channel Code,” which is a family of linear (one dimensional) bar code symbols designed for enumerating a countable number of items in the least symbol length possible while providing reasonable decoding ease and security.

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ANSI/AIM BC-13-1998, International AISC (American Institute of Steel ANSI/AISC N690-2004, Design, Fabrication, Symbology Specification - Aztec Code Construction) and Erection of Steel Safety-Related Describes submission of a bar code Structures for Nuclear Facilities, Specification for the symbology specification for SuperCode. ANSI/AISC 341-2005, Seismic Provisions for Structural Steel Buildings Applies to the design, fabrication, and erection of steel safety-related structures and These provisions are for the design and ANSI/AIM BC1-1995, Uniform Symbology structural elements for nuclear facilities using construction of structural steel members and Specification – Code 39 the Allowable Stress Design method. The connections in the Seismic Load Resisting Covers a description of the bar code structures or structural elements subject to Systems in buildings and other structures. symbology, Code 39, including symbol this Specification are those steel structures The design forces in these structures shall structure, start and stop characters, quiet which are parts of the nuclear safety-related result from earthquake motions determined zones, and check character. Includes system or which support, house, or protect on the basis of various levels of energy necessary additional pass-fail parameters for nuclear safety-related systems or dissipation in the inelastic range of response. the symbology required by ANSI X3.182. components, the failure of which would impair the safety-related functions of these systems ANSI/AISC 341s1-2005, Supplement No. 1 to ANSI/AIM BC2-1995, Uniform Symbology or components. Specifically excluded from the Seismic Provisions for Structural Steel Specification – Interleaved 2-Of-5 this Specification are pressure retaining Buildings Covers a description of the bar code components, e.g. These provisions are for the design and symbology, Interleaved 2 of 5, including construction of structural steel members and symbol structure, start and stop characters, ANSI/AISC N690L-2003, Load and connections in the Seismic Load Resisting quiet zones, and check character. Includes Resistance Factor Design Specification for Systems in buildings and other structures. neccessary additional pass-fail parameters Safety-Related Steel Structures for Nuclear The design forces in these structures shall for the symbology required by ANSI X3.182. Facilities result from earthquake motions detemined on This specification governs the design, the basis of various levels of energy ANSI/AIM BC3-1995, Uniform Symbology fabrication and erection of steel safety-related dissipation in the inelastic range of response. Specification – Codabar structures for nuclear facilities using load and The supplement will add new provisions for resistance factor design. Cover a description of the bar code OCBF over base isolation and for determining symbology, Codabar, including symbol brace design forces. structure, start and stop characters, quiet AISI (American Iron and Steel zones, and check character. Includes ANSI/AISC 358-2005, Prequalified Institute) necessary additional pass-fail parameters for Connections for Special and Intermediate the symbology required by ANSI X3.182. Steel Moment Frames for Seismic ANSI/AISI COFS/GP-2004, Cold-Formed Applications Steel Framing - General Provisions ANSI/AIM BC4-1995, Uniform Symbology Provides design, detailing, quality, and This standard provides general provisions for Specification Code 128 inspection requirements for prequalified cold-formed steel framing that are common to Covers a description of the bar code beam-to-column connections in Special prescriptive and engineered design. The symbology, Code 128, including symbol Moment Frames (SMFs) and Intermediate provisions apply to the design, construction structure, start and stop characters, quiet Moment Frames (IMFs). Will eliminate the and installation of structural and zones, and check character. Includes need for project-specific qualification testing non-structural cold-formed steel framing necessary additional pass-fail parameters for to substantiate connection designs for steel members where the specified minimum base the symbology required by ANSI X3.182. moment frames when connections are metal thickness is between 18 mils to 118 designed within the range of prequalification. mils. ANSI/AIM BC5-1995, Uniform Symbology Specification Code 93 ANSI/AISC 360-2005, Specification for ANSI/AISI COFS/HEADER-2004, Covers a description of the bar code Structural Steel Buildings Cold-Formed Steel Framing - Header symbology, Code 93, including symbol This Specification governs the design, Design structure, start and stop characters, quiet fabrication and erection of structural This standard provides state-of-the-art zones, and check character. Includes steel-framed buildings and other structures. technical information and specifications for necessary additional pass-fail parameters for Structural steel includes hot-rolled W-, S-, cold-formed steel header design. The the symbology required by ANSI X3.182. and HP-shapes, channels and angles listed in provisions apply to the design and installation ASTM A6/A6M; structural tees split from the of cold-formed steel box, back-to-back and ANSI/AIM BC6-1995, Uniform Symbology hot-rolled W-, S- and M- shapes listed in L-headers used in single-span conditions for Specification – Code 49 ASTM A6/A6M; hollow structural sections load carrying purposes in buildings. Covers a description of the bar code produced to ASTM A500, A501, A618 or symbology, Code 49, including symbol A847, and steel pipe produced to ASTM structure, start and stop characters, quiet A53/A53M. This specification is intended for zones, cna check character. Includes the common building design in routine office necessary additional pass-fail parameters for practice. the symbology required by ANSI X3.182.

ANSI/AIM BC7-1995, Uniform Symbology Specification – Code 16K Covers a description of the bar code symbology, Code 16K, including symbol structure, start and stop characters, quiet zones, and check characters. Includes necessary pass-fail parameters for the symbology by ANSI X3.182.

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ANSI/AISI COFS/L99-1-2001, Cold-Formed ANSI/AISI/COS TS-1-2002, Rotational-Lateral ANSI/AISI/COS TS-7-2002, Cantilever Test Steel Framing - Header Design Stiffness Test Method for Beam-to-Panel Method for Cold-Formed Steel Diaphragms Provides technical information and Assemblies This test method is used to determine the specifications for designing headers made This is a test procedure to determine the nominal diaphragm shear strength and the from cold-formed steel. The design and rotational-lateral stiffness of beam-to-panel shear stiffness for steel diaphragms used in installation of cold-formed steel box and assemblies. The test method is used framed wall, or floor construction. back-to-back headers, and double L-headers primarily in determining the strength of beams used in single-span conditions for load connected to panels as part of a structural ANSI/AISI/COS TS-8-2004, Base Test carrying purposes in buildings shall be in assembly. Method for Purlins Supporting a Standing accordance with the Specification for the Seam Roof System Design of Cold-Formed Steel Structural ANSI/AISI/COS TS-2-2002, Stub-Column This test is to obtain the reduction factor to be Members [Specification] and the Standard for Test Method for Effective Area of used in determining the nominal flexural Cold-Formed Steel Framing - General Cold-Formed Steel Columns strength of a purlin supporting a standing Provisions [General Provisions], except as This test method covers the determination of seam roof system. modified by the provisions of this Header the effective cross-sectional area of Standard. This Header Standard shall not cold-formed steel columns. It primarily ANSI/COS/NASPEC SUPPLEMENT 2004, preclude the use of other materials, considers the effects of local buckling and Supplement 2004 to the North American assemblies, structures or designs not meeting residual stresses and applied to solid or Specification for the Design of Cold-Formed the criteria herein, when the other materials, perforated columns that have holes (or hole Steel Structural Members, 2001 Edition assemblies, structures or designs patterns) in the flat and/or curved elements of The Supplement provides updates to the demonstrate equivalent performance for the the cross section. 2001 North American Specification for the intended use to those specified in this Design of Cold-Formed Steel Structural ANSI/AISI/COS TS-3-2002, Standard Members. This Supplement includes the ANSI/AISI COFS/LATERAL-2004, Methods for Determination of Uniform and updates to the Specification and the Cold-Formed Steel Framing - Lateral Local Ductility Commentary; and a new addition of Appendix Design This method covers the determination of 1, Design of Cold-Formed Steel Structural This standard provides state-of-the-art uniform and local ductility from a tension test. Members Using the Direct Strength Method. technical information and specifications for Its primary use is as an alternative method of cold-formed steel framing lateral design. The determining if a steel has adequate ductility ANSI/COS/NASPEC-2001, 2001 North provisions apply to shear walls, diagonal as defined in the North American American Specification for the Design of strap bracing that is part of a structural wall Cold-Formed Steel Specification. It is based Cold-Formed Steel Structural Members and diaphragms.. on the method suggested by Dhalla and Winter. The North American Specification for the ANSI/AISI COFS/PM Supplement-2004, Design of Cold-Formed Steel Structural Cold-Formed Steel Framing - Prescriptive ANSI/AISI/COS TS-4-2002, Standard Test Members is a standard for determining Method for One and Two Family Dwellings, Methods for Determining the Tensile and member and connection strengths of 2001 Edition (Supplement) Shear Strength of Screws cold-formed carbon and low alloy steels. It Provides revisions and updates to the also provides methodology for determining The performance test methods included in resistance factors of cold-formed carbon and Standard for Cold-Formed Steel Framing - this standard establish procedures for Prescriptive Method for One and Two Family low alloy steel members and connections via conducting tests to determine the tensile and tests. Dwellings, 2001 Edition. shear strength of carbon steel screws The screws may be thread-forming or ANSI/AISI COFS/PM-2001, Cold-Formed thread-cutting, with or without a self-drilling AITC (American Institute of Timber Steel Framing - Prescriptive Method for point, and with or without washers. The Construction) One and Two Family Dwellings intended application for these screws is to Provides prescriptive requirements for connect cold-formed sheet steel material. cold-formed steel-framed detached one- or ANSI/AITC A190.1-2002, Wood Products – two-family dwellings, townhouses, attached ANSI/AISI/COS TS-5-2002, Test Method for Structural Glued Laminated Timber multi-family dwellings, and other attached Mechanically Fastened Cold-Formed Steel This Standard covers minimum requirements single-family dwellings. Connections for the production of structural glued These performance test methods cover the laminated timber, including sizes and ANSI/AISI COFS/TRUSS-2004, Cold-Formed determination of the strength and deformation tolerances, grade combinations, lumber, Steel Framing - Truss Design of mechanically fastened connections for adhesives, appearance grades, and This standard provides state-of-the-art cold-formed steel building components, and manufacture. It also covers the quality control technical information and specifications for are based extensively on test methods used system for the laminator, plant qualification, cold-formed steel truss design. The successfully in the past. Connections in daily quality control, and the functions of an provisions apply to manufacturing, quality which the fasteners are stressed in shear accredited inspection and testing agency, and criteria, installation and testing as they relate (loads applied perpendicular to the shank of marking. Definitions of words used in the to the design of cold-formed steel trusses. the fastener) and those in which the fasteners trade are included, as well as guides for are stressed in tension (loads applied parallel specifying and for field reinspection. These ANSI/AISI COFS/WSD-2004, Cold-Formed to the shank of the fastener) are included. requirements are intended to permit the use Steel Framing - Wall Stud Design The objective is to evaluate actual field of any suitable method of manufacture which will produce a product equal to or superior in This standard provides state-of-the-art connections using standard test specimens and fixtures. quality and performance to that specified, technical information and specifications for provided such method is approved in cold-formed steel wall stud design. The accordance with the requirements of this provisions apply to wall studs designed on the ANSI/AISI/COS TS-6-2004, Standard Procedures for Panel and Anchor Structural Standard. basis of an all steel design or sheathing Annexes are a part of this Standard. braced design, stud-to-track connections and Tests deflection track connections. This test procedure extends and provides methodology for interpretation of results of tests performed according to ASTM E1592.

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ALI (American Ladder Institute) ANSI A14.3-2002, Ladders – Fixed – Safety ANSI A14.9-2004, Safety Requirements for Requirements Ceiling Mounted Disappearing Climbing ANSI A14.1-2000, Ladders – Portable Wood, This standard prescribes minimum Systems Safety Requirements for requirements for design, construction, and This standard prescribes rules concerning the Prescribes rules and establishes minimum use of fixed ladders, and sets forth safe design, construction, testing, care, requirements for the construction, testing, requirements for cages, wells, and ladder installation and use of permanently installed care, and use of the common types of safety systems used with fixed ladders, in metal or wood, ceiling mounted disappearing portable wood ladders described herein in order to minimize personal injuries. All parts climbing systems of various types designed to order to ensure safety under normal and appurtenances necessary for a safe and be used for access to upper levels such as conditions of usage. efficient ladder shall be considered integral attics. Household units with duty ratings of This standard also prescribes rules and parts of the design. 200, 250, 300 and 350 lbs., or commercial minimum requirements for labeling of the units with a rating of 500 lbs. are the only common types of portable stepladders, ANSI A14.4-2002, Job-Made Wooden units covered in this standard. This standard extension ladders, and single ladders, in Ladders, Safety Requirements for is not intended to apply to any climbing order to ensure safety under normal This safety standard is intended to prescribe systems covered in any other ANSI A14 conditions of usage. I minimum requirements for the construction, standards, or disappearing climbing systems design, installation and use of job-made wood intended for use with ceiling heights in excess ANSI A14.10-2000, Special Duty Ladders ladders in order to minimize personal injuries. of 12 feet. This standard also prescribes This standard does not cover portable rules and minimum requirements for Prescribes rules governing the safe installation instructions and labeling of construction, design, testing, care and use of manufactured ladders, permanent fixed ladders and or mobile equipment ladders. climbing systems in order to promote safety special-duty (duty ratings of 350 lbs. or more) under normal conditions of usage. portable metal and reinforced plastic ladders This standard provides reasonable safety for of various types including, but not limited to, life and limb during the construction or portable extension, single, sectional, step and demolition operation where conditions do not platform ladders. It does not cover permit the erection of temporary stairs or ALI (Automotive Lift Institute) special-purpose ladders that do not meet the ramps. ANSI/ALI ALCTV-1998, Automotive Lifts - general requirements of this standard, nor Safety Requirements for Construction, does it cover ladder accessories that may be ANSI A14.5-2000, Ladders – Portable Testing and Validation installed on or used in conjunction with Reinforced Plastic – Safety Requirements ladders. These requirements are also Prescribes rules governing the safe Covers lifts used to raise self-propelled intended to prescribe rules and criteria for construction, design, testing, care, and use of ground vehicles typically used in facilities for labeling/marking of the kinds of portable portable reinforced plastic ladders of various the repair and service of automobiles, trucks, ladders cited in this standard. These types including, but not limited to, step stools, buses, rail and similar vehicles. labeling/marking requirements do not apply to portable extension, step, trestle, sectional those situations where training, supervision, combination, single, and platform ladders but ANSI/ALI ALIS-2001, Automotive Lifts - Safety or documented safety procedures would be in excluding ladders in and on mines, the fire Requirements for Installation and Service conflict, or serve in lieu of, these services, mobile equipment, hoisting Provides guidance to the installer and labeling/marking requirements. equipment, work platforms, antenna servoce technician for the installation and communications towers, transmission towers, service of automotive lifts including required ANSI A14.2-2000, Portable Metal Ladders, utility poles, and chimneys. It does not cover installation and servide considerations and Safety Requirements for special-purpose ladders that do not meet the qualifications, training, reporting and Prescribes rules governing the safe general requirements of this standard, nor documentaion for installers and service construction, design, testing, care, and use of does it cover ladder accessories including, technicians. The standard also provides portable metal ladders of various types but not limited to, ladder levelers, ladder sample forms for installers or service including, but not limited to, step stools, stabilizers or stand-off devices, ladder jacks, technicians to use to comply with this portable extension, step, trestle, sectional, or ladder straps or hooks, that may be standard. combination, single, and platform ladders, but installed on or used in conjunction with not excluding ladders in and on mines, the ladders. This standard also prescribes rules ANSI/ALI ALOIM-2000, Automotive Lifts – fire services, mobile equipment, hoisting and minimum requirements for labeling of the Safety Requirements for Operation, equipment, work platforms, antenna Inspection and Maintenance communication towers, transmission towers, ANSI A14.7-2000, Mobile Ladder Stands and Covers the safety requirements for operation, utility poles, and chimneys. It does not cover Mobile Work Platforms, Safety inspection and maintenance of installed special-purpose ladders that do not meet the Requirements for automotive lifts. general requirements of this standard, nor Prescribes rules and requirements for design, does is cover ladder accessories, including, construction, care and use of manually AMCA (Air Movement and Control but not limited to, ladder levelers, ladder propelled mobile ladders. stabilizers of stand-off devices, ladder jacks, Association) or ladder straps or hooks, that may be installed on or used in conjunction with ANSI/AMCA 204-2005, Balance Quality and ladders. This standard also prescribes rules Vibration Levels for Fans and minimum requirements for labeling of the This standard defines appropriate fan balance quality and operating vibration levels to individuals who specify, manufacture, use and maintain fans.

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ANSI/AMCA 220-2005, Laboratory Methods ANSI/AMCA 510-2004, Methods of Testing ANSI/AMCA 99-2410-2003, Drive of Testing Air Curtain Units for Heavy Duty Dampers for Rating Arrangements for Tubular Centrifugal Fans Aerodynamic Performance Rating Establishes methods used in measuring Describes the various possible drive The purpose of this standard is to establish performance of dampers generally described arrangements with designations for tubular uniform methods for laboratory testing of air as heavy duty or sever service, normally used centrifugal fans. curtain units to determine performance in in applications where elevated temperature, Single copy price: $5.00 terms of flow rate, outlet velocity, uniformity, erosion and/or corrosion conditions exist, Order from: Joseph Brooks, AMCA power consumption and velocity profile for including dampers which are used to control Send comments (with copy to BSR) to: Same rating for guarantee purposes. The scope of the flow of gas, or to isolate one section of a this standard is limited to air curtain units with du