This database provides information on standards that have been cited or incorporated by reference into the US Code of Federal Regulations (CFR). To obtain copies of the standards referenced, information should be provided in the referenced CFR section about how to obtain a copy. Alternatively, individuals can check with the standards publisher, a standards resellers or for a limited number of standards used in regulations, consult the American National Standards Institute (ANSI) Incorporated by Reference (IBR) Portal. This portal provides a mechanism for limited and free access to some of the standards that have been incorporated by reference in the U.S. Code of Federal Regulations (CFR).
Incorporated by (Agency) | FR Citation Sort descending | CFR Citation | Document Number | Document Edition / Year | Title of Standard | Standard Publishing Organization |
---|---|---|---|---|---|---|
Homeland Security Department | 88 FR 16310 | 46 CFR 112 | FM Approvals Class Number 3610 | 2018 | Update to Electrical Engineering Regulations | Factory Mutual Engineering and Research |
Homeland Security Department | 88 FR 16310 | 46 CFR 113 | IEC 60092–401:1980 | 1980 | Update to Electrical Engineering Regulations | International Electrotechnical Commission |
Homeland Security Department | 88 FR 16310 | 46 CFR 110 | IEC 60079–13:2017 | 2017 | Update to Electrical Engineering Regulations | International Electrotechnical Commission |
Homeland Security Department | 88 FR 16310 | 46 CFR 112 | IEEE 45.8–2016 | 2016 | Update to Electrical Engineering Regulations | Institute of Electrical and Electronics Engineers |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 60 | ASTM D4840–99(2018)e1 | 2018 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 266 | ASTM D6911-15 | 2016 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 63 | ASTM D6911-15 | 2016 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 266 | ASTM D4840-99(2018)e1 | 2018 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 60 | ASTM D6911–15 | 2016 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Environmental Protection Agency | 88 FR 16732 | 40 CFR 63 | ASTM D4840–99(2018)e1 | 2018 | EPA Method 23-Determination of Polychlorinated Dibenzo-p-Dioxins and Polychlorinated Dibenzofurans From Stationary Sources | ASTM International |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/AWWA E103–2015 | 2015 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Water Works Association |
Energy Department | 88 FR 17934 | 10 CFR 429 | IEEE 112–2017 | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Institute of Electrical and Electronics Engineers |
Energy Department | 88 FR 17934 | 10 CFR 431 | IEEE 112–2017 | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Institute of Electrical and Electronics Engineers |
Energy Department | 88 FR 17934 | 10 CFR 429 | IEEE 114–2010 | 2010 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Institute of Electrical and Electronics Engineers |
Energy Department | 88 FR 17934 | 10 CFR 429 | HI 40.6–2021 | 2021 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | IEEE 114–2010 | 2010 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Institute of Electrical and Electronics Engineers |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 1438:2017(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | HI 40.6–2021 | 2021 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 1438:2017(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ANSI/HI 9.6.1–2017 | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 2186:2007(E) | 2020 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 2186:2007(E) | 2007 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ANSI/HI 9.6.6–2016 | 2016 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 2715:2017(E) | 2023 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/HI 9.6.1–2017 | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 2715:2017(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ANSI/HI 9.8–2018 | 2018 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 3354:2008(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/HI 9.6.6–2016 | 2016 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 3354:2008(E) | 2008 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ANSI/HI 14.1–14.2–2019 | 2019 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 3966:2020(E) | 2020 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/HI 9.8–2018 | 2018 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 3966:2020(E) | 2020 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | HI Engineering Data Book - 2nd Edition | 2019 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 5167–1:2003(E) | 2003 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/HI 14.1–14.2–2019 | 2019 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | Hydraulic Institute |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 5167–1:2003(E) | 2003 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ANSI/ASME MFC–5M–1985 (R2001) | 2006 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American National Standards Institute |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 5198:1987(E) | 2010 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ANSI/ASME MFC–5M–1985 (R2006) | 2006 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Society of Mechanical Engineers |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 5198:1987(E) | 1987 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ASME MFC–3M–2004 | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Society of Mechanical Engineers |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 6416:2017(E) | 2023 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ASME MFC–3M–2004 (R2017) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Society of Mechanical Engineers |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 6416:2017(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 429 | ASME MFC–8M–2001(R2016) | 2011 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Society of Mechanical Engineers |
Energy Department | 88 FR 17934 | 10 CFR 429 | ISO 20456:2017(E) | 2023 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |
Energy Department | 88 FR 17934 | 10 CFR 431 | ASME MFC–8M–2001 (R2011) | 2011 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | American Society of Mechanical Engineers |
Energy Department | 88 FR 17934 | 10 CFR 431 | ISO 20456:2017(E) | 2017 | Energy Conservation Program: Test Procedure for Commercial and Industrial Pumps | International Organization for Standardization |