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Ductile Iron Grooved Fittings and Couplings MECH FLOW SUPPLIES Malleable Iron Pipe Fittings Electrical Power Fittings JINAN MEIDE CASTING CO., LTD. JINAN MEIDE CASTING CO., LTD. Ductile Iron Grooved Fittings and Couplings Malleable Iron Pipe Clamps Valves JINAN MEIDE CASTING CO., LTD. JINAN MEIDE CASTING CO., LTD. JINAN MEIDE CASTING CO., LTD. Address: Pingyin Industrial Park, Meigui Zone, Jinan Meide Technopark, Jinan, China 250400 Phone: (86)531 87879384 87885036 87885067 Fax: (86)531 87879387 Email: [email protected] Http://www.meide-casting.com UPDATED 12/2015 JINAN MEIDE CASTING CO., LTD. Ductile Iron Pipe Fittings Cast Iron Pipe Fittings Cast Bronze Fittings JINAN MEIDE CASTING CO., LTD. Pipe Nipples JINAN MEIDE CASTING CO., LTD. JINAN MEIDE CASTING CO., LTD. JINAN MEIDE CASTING CO., LTD. 01 Company Profile More than 50 years of Foundry Experience Jinan Meide Casting Co. Ltd. was established in 1962. We organize the whole produc tion process in In the past decades, Jinan Meide has seized each accordance with ISO 9001 and ISO 14001. It has also opportunity to consolidate its strength, and has finally the most complete certificates in the PVF industry, developed into what it is today, a large-scale enterprise including UL/FM/NSF of US, CRN/cUL of Canada, group with advanced technology, equipment and DVGW/TUV/CE/VdS of Germany, BSI/LPCB of UK, SII of strong comprehensive strength, known for its complete Israel, JIS of Japan, ABNT of Brazil, GOST-R of Russia, range of products, large producing capacity, high CNBOP of Poland, KS of South Korea, TSE of Turkey, PSB quality and strong R&D strength. The company owns of Singapore, SIRIM of Malaysia, SABS of South Africa altogether one main factory, three branch factories, etc. The products are well distributed in more than 130 two independent accounting steel pipe companys, and countries and regions. a science & technology park. As an industry leader and key high-tech enterprise of The company is the largest manufacturer in the fitting the national torch plan, the company attaches great industry with the most complete range of products, importance to environmental protection, energy- supplying malleable iron fittings, grooved fittings, saving and emission-reduction. US-EEC recognizes grooved couplings, valves, cast iron fittings, ductile iron MECH brand malleable iron pipe fittings as “the fittings, steel pipe nipples and couplings, stainless steel product to promote for the technology exchange of nipples, brass pipe nipples, cast bronze fittings, steel environmental protection”. Protecting the environment pipes, pipe hangers and supports, electric fittings, etc. is the duty of the company. Over 50 years, Jinan Meide has been a trusted name Customer satisfaction has always been the company’s in piping solutions by offering high-quality products, top objective, and we constantly stick to the principle: service and support to the PVF industry continuously. to provide customers with a value-added solution We provide expertise and product solutions for a wide rather than simply delivering products. range of applications, plumbing, mechanical, industrial, air-conditioning and refrigeration, mining, oil, gas, fire protection, equipment and power system. Many of the company’s application technology are advanced in the world, with more than 20 patents registered each year, and the company has presided over and participated in the drafting of many important national standards of the industry. 2014 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004 2003 2002 2001 2000 1999 1998 1997 1996 1995 1994 1993 1992 1991 1990 1989 1971 1972 1973 1974 1975 1976 1977 1978 1979 1980 1981 1982 1983 1984 1985 1986 1987 1988 1964 1965 1966 1967 1968 1969 1970 1963 1962 1961 "MECH" Malleable Iron Pipe Fittings for Fire Protection Steel Pipes Extra-heavy Brass Pipe Nipples Hydraulic Control Valves Electric Power Fittings Bronze Fittings Ductile Iron Pipe Fittings Ductile Iron Grooved Fittings and Couplings Ball Valves Pipe Hangers and Brackets Malleable Iron Pipe Clamps Steel Pipe Nipples Red Brass Pipe Nipples Cast Iron Fittings Self Export, Developed US and European Market Conduit Body 2014 2012 2007 2001 1999 1995 1990 1970 2013 2011 2003 2000 1998 1997 1993 1987 1962 Export, Main Market: Southeast Asia Malleable Iron Pipe Fittings Business Started from Grey Iron Pot 1960 03 02 Company History 04 05 State of the Art Equipment Pattern Core Making Sand Mulling High precision equipment is quality assurance. Jinan Meide’s 8 factories are all equipped with the most advanced facilities and equipment in the industry. The main production facilities include Sinto automatic molding line, Tokyu automatic molding line, Chinese 416 automatic vertical molding line, automatic molding sand mixers, cupola furnaces, Melting Tokyu AMF-111055 Sinto FCMX DISA electric furnaces, water-cooled longevous cupola furnaces, CNC vertical machining centers, CNC machines, NC vertical lathes, radial drills, Jinan Meide proprietary automatic machines, hot-dipped galvanization line, automatic box sealing line, stereoscopic warehouse and so on. Pouring End Grinding Line Painting Threading, Air Pressure Test, and Anti-rust Treatment Warehouse 06 07 Reliable Quality Assurance Jinan Meide is honored as the National enterprise technical center and is capable and qualified to conduct full series of tests and inspections including chemical checking, etc. Inspection facilities include: spectrometer, carbon sulfur analyzer, metallurgical microscope, tensile strength testing equipment, pressure testing equipment, adhesive force testing equipment, CMM, hardness tester, etc. From incoming inspection to finished product, CMM Projector Carbon Sulfur Analyzer Tensile Strength Testing Equipment The Length of The Test Instrument quality is checked and monitored in the whole process. Each step of the manufacturing process is carefully documented, regularly reviewed for revision control and updating standard. Quality procedures are constantly monitored and updated to assure that only the highest and most consistent quality products are supplied to our valued customers. Metallurgical Microscope Spectrometer Sand Testing Instrument Roughness Tester 08 09 Certificates 10 11 Ductile Iron Grooved Fittings and Couplings M a t e r i a l : ASTM A5 3 6 , G RADE 6 5 -4 5 -1 2 , Q T 4 5 0 -1 0 Su rf a ce Tre a t me n t : Th r e a d s : ASM E B1 . 2 0 . 1 , I SO 7 -1 , G B 7 3 0 6 P: Pa in t e d Si z e Av a i l a b l e : 1 " - 2 4 " B: Bla ck E: Ele ct ro p la t e d S: Ep o xy G : Ho t -d ip G a lva n ize d 1N 1N 1N 1NS 1NH 131R 180 180R 181 Standard Flexible Coupling Standard Flexible Coupling Standard Reducing Flexible Coupling Light-duty Flexible Coupling Heavy-duty Flexible Coupling Reducing Tee with Female Thread Cross Reducing Cross Reducing Cross with Female Thread 1G 1GS 1GK H305 H307 Standard Rigid Coupling Light-duty Rigid Coupling Angle Pad Coupling HDPE Coupling HDPE Transition Coupling 90 90C 90C 90R 90S 90° Elbow 90° Hydrant Elbow 90° Drain Elbow 90° Reducing Elbow Light-duty 90° Elbow 3L 3G 3GS 3J 3JS U-Bolt Mechanical Tee Mechanical Tee Grooved Outlet Light-duty Mechanical Tee Grooved Outlet Mechanical Tee Threaded Outlet Light-duty Mechanical Tee Threaded Outlet 4G 4GS 4J 4JS Mechanical Cross Grooved Outlet Light-duty Mechanical Cross Grooved Outlet Mechanical Cross Threaded Outlet Light-duty Mechanical Cross Threaded Outlet 105 110 120 130 130C 230 230N 240 240N 240W 11.25° Elbow 22.5° Elbow 45° Elbow Tee Reducing tee Grooved Eccentric Reducer Grooved Eccentric Reducer with Female Thread Grooved Concentric Reducer Grooved Concentric Reducer with Female Thread Grooved Concentric Reducer with Male Thread 300 300 300PX 321 321G Cap Cap with Concentric Hole Cap with Eccentric Hole Grooved Flange Adaptor Flange 130D 130S 130R 130R 131R Reducing tee Light-duty Tee Reducing Tee Reducing Tee Reducing Tee with Female Thread 12 13 Pipe End Separation mm/in Dimensions Bolt Size A mm/in B mm/in C mm/in No.-Size mm 1N Standard Reducing Flexible Coupling Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Max. End Load kN/Lbs Pipe End Separation mm/in Dimensions Bolt Size A mm/in B mm/in C mm/in No.-Size mm ȡ 0ȡ 8/)0 9G6/3&% ȡ ȡó ȡ ȡ ȡ 0ȡ ô ȡ 0ȡ 8/)0 9G6/3&% ȡ óȡ ȡ ȡ ȡ 0ȡ 8/)0 ó ȡ 0ȡ 8/)0 9G6/3&% ȡ óȡ ȡ ȡ ȡ 0ȡ 8/)0/3&% 8/)0/3&% ȡ 0ȡ 8/)0 9G6/3&% ȡ óȡ ȡ ȡ ȡ 0ȡ 8/)0 ó ȡ 0ȡ 8/)0/3&% ȡ óȡó ȡ ȡ ȡ 0ȡ 8/)0/3&% ó ȡ 0ȡ 8/)0 9G6/3&% 8/)0 9G6/3&% ȡ 0ȡ 8/)0 9G6/3&% ȡ 0ȡ 8/)0/3&% ȡ 0ȡ ȡ 0ȡ ȡ ȡ ȡ 0ȡ ȡ ȡ ȡ 0ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% 8/)0 9G6/3&% ȡ ȡó ȡ ȡ ȡ 0ȡ 8/)0/3&% 8/)0/3&% ȡ ȡó ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% ȡ 0ȡ 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 PREVEN VdS IO E N C R TIFI C SS APPROVED T ȡ óȡ ȡ ȡ FM O T PREVEN SS Max. End Load kN/Lbs ION BOAR D O Working Pressure PSI/MPa AT C ION BOAR L VdS E N C R TIFI AT FM APPROVED IO Pipe O.D mm/in L Standard Flexible Coupling Nominal Size mm/in D 1N ȡ 0ȡ 8/)0/3&% ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% ȡ 0ȡ 8/)0/3&% ȡ ȡó ȡ ȡ ȡ 0ȡ 8/)0/3&% ȡ 0ȡ 8/)0/3&% ȡ ȡó ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% ȡ 0ȡ 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% ȡ ȡ ȡ 0ȡ ȊȊ ȡ 0ȡ 8/)0/3&% ȡ 0ȡ 8/)0 ; ȡ ȡ 0ȡ 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 ȡ 0ȡ 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0 9G6/3&% 8/)0 ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0/3&% 8/)0 ȡ ȡ ȡ ȡ ȡ 0ȡ 8/)0/3&% Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Max. End Load kN/Lbs Pipe End Separation mm/in ȡ 0ȡ ȡ 0ȡ ȡ 0ȡ ȊȊ ȡ 0ȡ ȊȊ ȡ 0ȡ ȊȊ ȡ 0ȡ ȊȊ ; ȊȊ 1NH Heavy-duty Flexible Coupling FM APPROVED Dimensions Bolt Size A mm/in B mm/in C mm/in No.-Size mm ; 0; 8/)0 ó ; 0; 8/)0 ó ; 0; 8/)0 ; 0; 8/)0 ; 0; 8/)0 ; 0; 8/)0 ; 0; 8/)0 ; 0; 8/)0 ; 0; 8/)0 14 15 Pipe O.D mm/in Working Pressure PSI/MPa Max. End Load kN/Lbs Pipe End Separation mm/in Dimensions Bolt Size A mm/in B mm/in C mm/in No.-Size mm Max. End Load kN/Lbs Pipe End Separation mm/in Dimensions A mm/in Bolt Size B mm/in C mm/in No.-Size mm ; 0; 8/)0 ; 0; 8/)0 9G6/3&% ; 0; 8/)0 ô ; 0; 8/)0 9G6/3&% ; 0; 8/)0 ó ; 0; 8/)0 9G6/3&% ; 0; 8/)0 ; 0; 8/)0 9G6/3&% ; 0; 8/)0 ó ; 0; 8/)0/3&% ó ; 0; 8/)0 9G6/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0 8/)09G6 Nominal Size mm/in Pipe O.D mm/in Dimensions Bolt Size A mm/in B mm/in C mm/in No.-Size mm PREVEN E N C R TIFI C SS VdS IO O FM APPROVED T ION BOAR HDPE Transition Coupling Working Pressure PSI/MPa AT H307 Pipe O.D mm/in FM HDPE Coupling Standard Rigid Coupling Nominal Size mm/in APPROVED H305 1G L Light-duty Flexible Coupling Nominal Size mm/in D 1NS ; ; $ ; ; 0; ; ; 0; 8/)0 $ ; ; 0; 8/)0 ; ; 0; 8/)0 ; ; 0; 8/)0 Dimensions Bolt Size Nominal Size mm/in Pipe O.D mm/in A mm/in B mm/in C mm/in No.-Size mm ; ; ; ; ; ; ; ; 0; ȊȊ ; 0; ȊȊ ; ȊȊ 16 17 L FM APPROVED C mm/in No.-Size mm ; 0; 8/)0 9G6/3&% ; 0; 8/)0/3&% ; 0; 8/)0 9G6/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0/3&% ; 0; 8/)0 90° Elbow $ ; 0; 8/)0/3&% ; 0; 8/)0 Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Max. End Load kN/Lbs Pipe End Separation mm/in ô ó ó ó Dimensions 90 Bolt Size A mm/in B mm/in C mm/in No.-Size mm 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 0; ȊȊ FM APPROVED T Bolt Size B mm/in VdS IO PREVEN Dimensions A mm/in E N C R TIFI C SS Pipe End Separation mm/in O T PREVEN SS O D Angle Pad Coupling Max. End Load kN/Lbs ION BOAR 1GK Working Pressure PSI/MPa AT VdS C ION BOAR APPROVED E N C R TIFI AT FM IO Pipe O.D mm/in L Light-duty Rigid Coupling Nominal Size mm/in D 1GS Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)09G6/3&% ô 8/)09G6/3&% ó 8/)09G6/3&% 8/)09G6/3&% ó 8/)0 ó 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6 8/)0 8/)09G6 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ 18 19 Pipe O.D mm/in Working Pressure PSI/MPa A L1 mm/in L2 mm/in ;; ;; ;; ;; 137 5S,62 8/)0 [; ;; ;; ;; 137 5S,62 8/)0 90R 90° Reducing Elbow FM FM APPROVED APPROVED Pipe O.D mm/in Working Pressure PSI/MPa Dimensions 90S Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)0 ; ; ; ; ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)09G6/3&% L mm/in D mm/in E mm/in ȊȊ ȊȊ ó 8/)0 ȊȊ ó 8/)09G6/3&% ȊȊ 8/)09G6/3&% ȊȊ 8/)0 ȊȊ 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% PREVEN IO E N C R TIFI C ION BOAR VdS AT FM APPROVED T Light-duty 90° Elbow SS 90° Drain Elbow Nominal Size mm/in O 90C L 90° Hydrant Elbow Dimensions Nominal Size mm/in D 90C 20 21 Nominal Size mm/in T PREVEN SS Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)0 8/)09G6/3&% 8/)0 ô 8/)09G6/3&% 8/)09G6/3&% ó 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% ó 8/)0 8/)09G6/3&% ó 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0 8/)09G6/3&% ȊȊ 8/)0/3&% 8/)09G6/3&% 8/)09G6 8/)0 8/)09G6/3&% 8/)0 8/)0/3&% 8/)09G6/3&% FM APPROVED T L D O Nominal Size mm/in VdS IO PREVEN SS O D L VdS C ION BOAR APPROVED E N C R TIFI AT FM IO 45° Elbow E N C R TIFI C ION BOAR 22.5° Elbow 120 AT 110 SS C Dimensions L mm/in O E N C R TIFI PREVEN T IO ION BOAR VdS AT FM APPROVED Working Pressure PSI/MPa L 11.25° Elbow Pipe O.D mm/in D 105 8/)0 8/)09G6/3&% Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)0 ô 8/)0 8/)09G6 ó 8/)0 8/)0 8/)0 8/)09G6 ó 8/)0 ȊȊ ó 8/)09G6/3&% ȊȊ 8/)09G6/3&% ȊȊ 8/)0 ȊȊ 8/)09G6/3&% ȊȊ 8/)09G6/3&% ȊȊ 8/)0 8/)0/3&% 8/)09G6 8/)09G6/3&% 22 23 130 Nominal Size mm/in PREVEN SS D O ION BOAR L VdS E N C R TIFI C IO AT FM APPROVED T Tee Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 130C Reducing tee 8/)09G6/3&% ô 8/)09G6/3&% ó 8/)09G6/3&% 8/)09G6/3&% ó 8/)0 ó 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6 ȊȊ 8/)09G6 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa ;; ;; ;; ;; ;; ;; ;; ;; Nominal Size mm/in Pipe O.D mm/in ;; ;; ;; ;; Dimensions A L mm/in D mm/in E mm/in M mm/in 137 5S,62 8/)0 137 5S,62 8/)0 Working Pressure PSI/MPa A L mm/in D mm/in E mm/in M mm/in ;; ;; 137 5S,62 8/)0 ;; ;; 137 5S,62 8/)0 FM APPROVED 130D Reducing tee FM APPROVED Dimensions 24 25 130R 8/)09G6/3&% 8/)0 ó 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in Dimensions L1 mm/in ȡȡ óȡóȡ ȡȡ ȡȡ ȊȊ ȡȡ óȡóȡ ȡȡ ȡȡ ȊȊ ȡȡ ȡȡ ȡȡ ȡȡ ȊȊ FM APPROVED VdS IO PREVEN ó E N C R TIFI C SS T Reducing Tee O PREVEN SS O D L Reducing Tee Dimensions L mm/in ION BOAR 130R C Working Pressure PSI/MPa AT VdS E N C R TIFI ION BOAR APPROVED IO AT FM T Light-duty Tee Pipe O.D mm/in L Nominal Size mm/in D 130S Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L1 mm/in Dimensions L2 mm/in ȡ ȡ ȡ ȡó ȡ óȡó ȡ óȡ ȡ óȡô ȡ óȡó ȡ óȡ ȡ ȡ ȡ ȡô ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ;ó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 26 27 130R Nominal Size mm/in Reducing Tee ȡ ȡ ȡ ȡ ȡ ȡ ȡ PREVEN SS D O ION BOAR L VdS E N C R TIFI C IO AT FM APPROVED T ȡ ȡ ȡȁ ȡ ȡó ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ Pipe O.D mm/in ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ Working Pressure PSI/MPa Dimensions L1 mm/in Dimensions L2 mm/in 131R Reducing Tee with Female Thread Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L1 mm/in Dimensions L2 mm/in 8/)0 ȡ ȡ ȡ ȡ 8/)0/3&% ȡ ȡô ȡ ȡ ȊȊ 8/)0/3&% ȡ ȡó ȡ ȡ 8/)0 8/)0 8/)0/3&% 8/ ȡ óȡ ȡ ȡ ȡ óȡô ȡ ȡ 8/)0 8/)0 ȡ óȡ ȡ ȡ 8/)0 8/)09G6/3&% ȡ óȡô ȡ ȡ 8/)0 8/)09G6/3&% ȡ óȡó ȡ ȡ 8/)0 8/)0 8/)09G6/3&% ȡ óȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡô ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡ ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡó ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡ ȡ ȡ 8/)0 8/)0 ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ )0 ȡ ȡó ȡ ȡ )0 ȡ ȡ ȡ ȡ )0 8/)09G6/3&% FM APPROVED 8/)09G6/3&% 8/)0 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)09G6 8/)09G6 8/)0 8/)09G6 8/)09G6 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ 28 29 Dimensions L1 mm/in Dimensions L2 mm/in 180 Cross Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 8/)09G6/3&% ȡ ȡ 8/)0 ô ȡ ȡô ȡ ȡ 8/)0 ó 8/)09G6/3&% ȡ ȡó ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡ ȡ ȡ 8/)0 ó 8/)0 ȡ ȡ ȡ ȡ 8/)0 ó 8/)09G6/3&% ȡ ȡ ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡ ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡ ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡô ȡ ȡ 8/)0 8/)0 ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡ ȡ ȡ 8/)0 8/)0/3&% ȡ ȡó ȡ ȡ 8/)0 8/)09G6/3&% ȡ ȡ ȡ ȡ 8/)0 8/)09G6/3&% ȁȡ ȡ ȡ ȡ 8/)0 8/)09G6 ȁȡ ȡó ȡ ȡ 8/)0 8/)09G6 ȁȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡô ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ 8/)0 180R Reducing Cross E N C R TIFI C SS VdS O FM APPROVED IO PREVEN T ȡ ȡ ION BOAR APPROVED Working Pressure PSI/MPa AT FM Pipe O.D mm/in L Reducing Tee with Female Thread Nominal Size mm/in D 131R Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa ȡ óȡ ȡ ȡ ȊȊ ȡ ȡ ȡ ȡ 8/)0 Dimensions L1 mm/in Dimensions L2 mm/in ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡȁ ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ FM APPROVED 8/)0 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ 8/)0 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ 8/)0 30 31 Nominal Size mm/in U-Bolt Mechanical Tee FM APPROVED VdS Dimensions L2 mm/in 3G Mechanical Tee Grooved Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 Dimensions A mm/in B mm/in C mm/in D mm/in Bolt Size mm/in ȡ óȡ ȡ ȡ ȊȊ ȡ ȡô ȡ ȡ ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȊȊ ȡ óȡ ȡ ȡ ȡ 0; ȊȊ ȡ ȡ ȊȊ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 8/)0 ȡ óȡô ȡ ȡô ȡ ȡ ȡ óȡó ȡ ȡ ȡ 0; 8/)0 8/)0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 8/)0 ȡ ȡô ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 PREVEN IO E N C R TIFI C SS VdS O FM APPROVED T ȡ ȡó ȡ ȡ ION BOAR 3L Dimensions L1 mm/in AT FM APPROVED Working Pressure PSI/MPa L Reducing Cross with Female Thread Pipe O.D mm/in D 181 ȡ ȡô ȡ ȡ ȊȊ ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ 8/)0 ȡ ȡó ; ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡ ȡ ȡ ȡ ȡô ; ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 Nominal Size mm/in Hole Dia mm/in +1.6,0/+0.063,0 Working Pressure PSI/MPa ; ô; ; ô; Dimensions U Bolt Size mm/in ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 9G6/3&% 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ; 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ; 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ; 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ; 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ; 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ; 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; ȊȊ ; 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ; ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ; 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ; ó; ; 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0/3&% ; ó; ; 0; 8/)0 ȡ ó2'ȡ ȡ ȡ ȡ 0; 8/)0/3&% ; ; ; 0; 8/)09G6 ȡ ó2'ȡ ȡ ȡ ȡ 0; 8/)0/3&% ; ; ; 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ; ; ; 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ; ; ; 8/)09G6 A mm/in B mm/in C mm/in ; 0; ; 0; ; ô; ; ó; ; ó; ; ó; ; ; ; ; ; ; ; ; ; ó; 32 33 3G FM APPROVED PREVEN C SS O L Light-duty Mechanical Tee Grooved Outlet E N C R TIFI D 3GS IO ION BOAR VdS AT FM APPROVED T Mechanical Tee Grooved Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 Dimensions A mm/in B mm/in C mm/in D mm/in Bolt Size mm/in 3GS Light-duty Mechanical Tee Grooved Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ Dimensions Bolt Size mm/in ȡ 0; 8/)0 ȡ 0; 8/)0 8/)0 A mm/in B mm/in C mm/in D mm/in ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡ ȡ ȡ ȡ ȡô ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡô Dimensions Bolt Size mm/in FM APPROVED A mm/in B mm/in C mm/in D mm/in ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 34 35 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Bolt Size mm/in 3J Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 A mm/in B mm/in C mm/in D mm/in 0; ȊȊ ȡ ȡ ȡ ȡ 0; 9G6 ȡ ȡ ȡ ȡ 0; 9G6 ȡ ȡ ȡ ȡ 0; 9G6 ȡ ȡô ȡ ȡ ; ; 0; ȊȊ ȡ ȡó ȡ ȡ ; ; 0; 9G6 ȡ ȡ ȡ ȡ ; ; ; ; 0; 9G6 ȡ ȡ ; ; ; ; 0; 9G6 ; ; ; ; 0; ; ; ; ; ; ; ; ; ; ; ; ; ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡõ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡô ȡ ȡ ȡ ȡó Dimensions ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȊȊ ȡ ȡõ ȡ ȡ ȡ 0; 8/)09G6 0; 9G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 0; 9G6 ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 0; 9G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ 0; ȊȊ ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ óȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ óȡõ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ óȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ óȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ óȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡõ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡõ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 APPROVED T IO PREVEN VdS E N C R TIFI C D mm/in C mm/in FM A mm/in Bolt Size mm/in B mm/in Mechanical Tee Threaded Outlet SS SS D O ; ; Dimensions O T C Hole Dia mm/in +1.6,0/+0.063,0 ION BOAR PREVEN E N C R TIFI Working Pressure PSI/MPa AT IO ION BOAR L APPROVED VdS AT FM Pipe O.D mm/in L Mechanical Tee Threaded Outlet Nominal Size mm/in D 3J 36 37 3J E N C R TIFI C D O SS PREVEN IO ION BOAR L VdS AT FM APPROVED T Mechanical Tee Threaded Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡõ Dimensions A mm/in Bolt Size mm/in 3JS Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡó ȡ ȡ ȡ ȡõ ȡ ȡ B mm/in C mm/in D mm/in ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ Light-duty Mechanical Tee Threaded Outlet Dimensions D mm/in Bolt Size mm/in A mm/in B mm/in C mm/in ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ 0; 8/)0 ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ 0; 8/)0 ȡ ȡõ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 8/)0/3&% ȡ ȡó ȡ ȡ ȡ 0; 8/)0 8/)0/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ 0; 8/)0/3&% ȡ ȡô ȡ ȡ ȡ 0; 8/)0 FM APPROVED ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡõ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 9G6/3&% ȡ ȡó ȡ ȡ ȡ 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)09G6 ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 38 39 3JS Light-duty Mechanical Tee Threaded Outlet FM APPROVED Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡô Dimensions Bolt Size mm/in 4G Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 A mm/in B mm/in C mm/in D mm/in ȡ 0; 8/)0 ȡ óȡô ȡ ȡ ȡ 0; 8/)0 ȡ óȡ ȡ ȡ ȡ 0; 8/)0 ȡ óȡô ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡô ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ ȡõ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 Dimensions Bolt Size mm/in A mm/in B mm/in C mm/in D mm/in ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ 0; ; 0; ; 0; ; ; 0; ; 0; ; 0; ȡ ȡ ; 0; 8/)0 ȡ ȡó ȡ ȡ ; 0; 8/)0 ȡ ȡ ȡ ȡ ; 0; 8/)0 ȡ ȡ ȡ ȡ ; 0; 8/)0 ȡ ȡó ȡ ȡ ; 0; 8/)0 ȡ ȡ ȡ ȡ ; 0; 8/)0 ȡ ȡ ȡ ȡ ; 0; 8/)0 ȡ ȡó ȡ ȡ ; 0; 8/)0 ȡ ȡ ȡ ȡ ; 0; ȊȊ ȡ ȡ ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡó ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 ȡ ȡ ȡ ȡ ȡ 0; 8/)0 Mechanical Cross Grooved Outlet ȡ 0; 40 41 4GS Light-duty Mechanical Cross Grooved Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡ ȡ ȡ ȡ ȡô ȡ ȡ Dimensions A mm/in Bolt Size mm/in 4J Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 B mm/in C mm/in D mm/in ȡ 0; ȡ óȡõ ȡ ȡ ȡ 0; ȡ óȡ ȡ ȡ Mechanical Cross Threaded Outlet Dimensions Bolt Size mm/in A mm/in B mm/in C mm/in D mm/in ȡ 0; ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ óȡô ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ óȡó ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ óȡõ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ óȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ óȡô ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ; ȡõ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡõ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ;? 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ; 0; ȡ 0; ȡ ȡô ȡ ȡ 42 43 4J Mechanical Cross Threaded Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ Dimensions A mm/in Bolt Size mm/in 4JS Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡó ȡ ȡ ȡ ȡõ ȡ ȡ B mm/in C mm/in D mm/in ȡ 0; ȡ 0; ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡô ȡ ȡ Light-duty Mechanical Cross Threaded Outlet Dimensionsmm/in Bolt Size mm/in A mm/in B mm/in C mm/in D mm/in ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ 0; ȡ ȡõ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ; 0; ȡ ȡõ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡõ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ; 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ; 0; ȡ ȡ ȡ ȡ ȡ 0; 44 45 4JS Light-duty Mechanical Cross Threaded Outlet Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Hole Dia mm/in +1.6,0/+0.063,0 ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡô ȡ ȡ ȡ ȡó ȡ ȡ Dimensionsmm/in Bolt Size mm/in A mm/in B mm/in C mm/in D mm/in ȡ 0; ȡ 0; ȡ ȡ ȡ 0; ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡõ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡô ȡ ȡ ȡ 0; ȡ ȡó ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ ȡ ȡ ȡ ȡ 0; ȡ 0; 230 Grooved Eccentric Reducer FM APPROVED Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ 46 47 230N Grooved Eccentric Reducer with Female Thread FM APPROVED ȊȊ ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 FM APPROVED T ; ; ; ; Grooved Concentric Reducer VdS IO PREVEN ; ; 240 E N C R TIFI C SS ION BOAR APPROVED Dimensions L mm/in AT FM Working Pressure PSI/MPa O Grooved Eccentric Reducer Pipe O.D mm/in L Nominal Size mm/in D 230 Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ó; ; ó;ô ; ; ; ;ô ; ;ó ; ó; ; ó;ô ; ó;ó ; ó; ; ó; ; ó;ô ; ó;ó ; ó; ; ; ; ;ô ; ;ó ; ; ; ;ó ; ;ó ; ; ; ;ó ; ;ó ; ; ; ;ô ; ;ó ; ; ; ;ó ; ;ó ; ; ; ; ; ; ; ; ; ;ó ; ; ; ; ; ;ó ; ; ; ; ; ; ; ; ; ; ; ; ; ; [ ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 ȊȊ 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)09G6 8/)0 8/)09G6 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 8/)09G6 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)09G6 8/)09G6 8/)09G6/3&% 8/)0 8/)0 48 49 Nominal Size mm/in Grooved Concentric Reducer Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ;ó ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ;ó ; ; 8/)0 ; ; ; ; ȊȊ ; ; ; ; 8/)0/3&% ; ; ; ; ȊȊ ; ; ; ; 8/)0/3&% ; ; ; ; ȊȊ APPROVED VdS IO PREVEN FM T ; ; E N C R TIFI C SS SS D O 240 O T C ION BOAR PREVEN E N C R TIFI Dimensions L mm/in AT IO ION BOAR L APPROVED VdS AT FM Working Pressure PSI/MPa L Grooved Concentric Reducer Pipe O.D mm/in D 240 ; ; ; ; 8/)0/3&% ; ; ; ; ; ; ȊȊ ; ; ȊȊ ; ; ; ; ȊȊ ȊȊ ; ; ; ; 8/)09G6 ; ;ó ; ; ; ; ; ; 8/)0 ; ; ; ; ȊȊ ; ;ó ; ; 8/)09G6 ; ; ; ; ȊȊ ; ; ; ; 8/)09G6 ; ; ; ; ; ; ȊȊ ; ; 8/)09G6/3&% ; ; ; ; ȊȊ ; ; ; ; 8/)09G6/3&% ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ;ó ; ; 8/)0 ; ; ; ; 8/)09G6/3&% ; ; ; ; 8/)0 ; ; ; ; 8/)09G6/3&% ; ; ; ; 8/)09G6/3&% ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)09G6/3&% ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)09G6 ; ; ; ; 8/)09G6 ; ; ; ; 8/)09G6 ; ; ; ; 8/)09G6 ; ; ; ; ȊȊ ; ; ; ; ȊȊ ; ; ; ; ȊȊ 50 51 Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ; ȊȊ ; ;ó ; ; 8/)0 8/)09G6/3&% ; ; ; ; ȊȊ 8/)09G6/3&% ; ; ; ; 8/)09G6 8/)09G6/3&% ; ;ô ; ; 8/)09G6 8/)0 ; ;ó ; ; 8/)09G6 8/)0 ; ; ; ; 8/)09G6 8/)0 ; ;ó ; ; 8/)09G6 9G6 8/)09G6/3&% 8/)0 Grooved Concentric Reducer with Female Thread ; ; 8/)09G6 ; ; 8/)09G6/3&% 8/)09G6 ; ; ; ; 8/)0 8/)09G6 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ;ô ; ; 8/)0 ; ;ó ; ; 8/)0 ; ; ; ; 8/)0 ; ;ó ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ;ô ; ; 8/)0 ; ;ó ; ; 8/)0 ; ; ; ; 8/)0 ; ;ó ; ; 8/)0 8/)0 ; ; ; ; 8/)0/3&% 8/)0 ; ; ; ; 8/)0 8/)09G6 ; ; ; ; 8/)0 8/)09G6 ; ; ; ; 8/)09G6 8/)09G6 ; ; ; ; 8/)0 8/)09G6 ; ;ó ; ; 8/)0 8/)09G6/3&% ; ; ; ; 8/)09G6 8/)09G6/3&% ; ;ó ; ; 8/)0 8/)0 ; ;ó ; ; 8/)09G6 8/)09G6/3&% ; ; ; ; 8/)09G6/3&% 8/)09G6/3&% ; ; ; ; 8/)0 8/)09G6/3&% )09G6/3&% 8/)09G6/3&% 9G6 8/)09G6 8/)09G6 9G6 8/)09G6 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 8/)0 FM APPROVED T ; ; ; ; 8/)09G6 VdS IO PREVEN SS D O Pipe O.D mm/in E N C R TIFI C ION BOAR 240N Nominal Size mm/in SS C ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Dimensions L mm/in O E N C R TIFI ; ; ; ; ; ; ; ;ô ; ;ó ; ó; ; ó;ô ; ó;ó ; ó; ; ó; ; ó; ; ó; ; ó;ô ; ó;ó ; ó; ; ; ; ; ; ; ; ;ô ; ;ó ; ; ; ;ó ; ;ó ; ; ; ;ô ; ;ó ; ; ; ;ó ; ; ; ; ; ; ; ; ; ;ô ; ;ó ; ; ; ;ó ; ;ó ; ; ; ;ó Working Pressure PSI/MPa AT PREVEN IO ION BOAR L VdS AT FM APPROVED T Grooved Concentric Reducer with Female Thread Pipe O.D mm/in L Nominal Size mm/in D 240N 52 53 240W Nominal Size mm/in Grooved Concentric Reducer with Male Thread Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in 300 Cap with Concentric Hole ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 ; ; ; ; 8/)0 FM APPROVED FM APPROVED 300 E N C R TIFI C D O SS PREVEN IO ION BOAR L VdS AT FM APPROVED T Cap Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ô ó ó ó 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)09G6/3&% 8/)0 8/)09G6/3&% Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ; ; ; ; óȡ ȡ óȡó ; óȡ ; ; ; ; ; ;ó ȡ ȡ ȡ ȡ ȡ ȡ ; ;ó ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡó ȡ ȡ ; ; ȡ ȡ ; ; ; ; ; ; ; ; ; ; ȡ ȡ ; ; ; ; ; ; ; ; ȡ ȡ ȡ ȡ ȡ ȡ ; ; ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ [ ; ȡ ȡ ; ; Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions L mm/in ; ; ; ; ; ; ; ;ó ȡ ȡ ; ; ; ;ó ȡ ȡ ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡó ȡ ȡ ȡ ȡó ȡ ȡ ; ; ; ; ; ; ; ; ȡ ȡ ; ; ; ; ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ȡ ; ; ȡ ȡ ȡ ȡ ȊȊ ȊȊ ȊȊ ȊȊ 8/)0 ȊȊ 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 ȊȊ 8/)0 8/)0 8/)0 ȊȊ 8/)0 ȊȊ ȊȊ ȊȊ 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 300PX Cap with Eccentric Hole 8/)09G6/3&% 8/)0 8/)0 8/)0/3&% 8/)09G6/3&% 8/)0 FM APPROVED 8/)09G6/3&% 8/)09G6/3&% 8/)09G6 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ 8/)0 8/)0 ȊȊ 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 8/)0 54 55 321 PN16 Grooved Flange FM APPROVED VdS 321H PN25 Grooved Flange FM APPROVED Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa ó Dimensions Bolt/Nut No.-SIZE mm 321A Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa A mm/in B mm/in C mm/in D mm/in E mm/in 0; 0 8/)09G6/3&% 0; 0 8/)09G6/3&% ó 0; 0 8/)09G6/3&% 0; 0 8/)09G6/3&% 0; 0 0; 0; C mm/in D mm/in E mm/in 0; 8/)0 0; 8/)0 0; 8/)0 0; 8/)0 8/)0 0; 8/)0 0 8/)09G6/3&% 0; 8/)0 0 8/)0 ; 0; 8/)0 0; 0 8/)0/3&% ; 0; 8/)0 0; 0 8/)0 ; 0; 8/)0 0; 0 8/)0/3&% ȊȊ ȊȊ 0; 0 8/)0/3&% ȊȊ ȊȊ ; 0; 0 8/)09G6/3&% ȊȊ ȊȊ ; 0; 0 8/)09G6 ȊȊ ȊȊ ; 0; 0 8/)0 ȊȊ ȊȊ ȊȊ 0 ȊȊ ȊȊ 0 ȊȊ ȊȊ 0 ȊȊ 321E BS.TABLE‘E’ Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa A mm/in B mm/in C mm/in D mm/in E mm/in 0; 0 ȊȊ 0; 0 ȊȊ ȊȊ 0 ȊȊ ȊȊ 0 ȊȊ Dimensions Grooved Flange FM Working Pressure PSI/MPa B mm/in Pipe O.D mm/in Bolt/Nut No.-SIZE mm A mm/in ANSI 125/150 Nominal Size mm/in Dimensions Bolt/Nut No.-SIZE mm APPROVED Grooved Flange Dimensions Bolt/Nut No.-SIZE mm 0; 0 ȊȊ 0; 0 ȊȊ ; 0 ȊȊ ȊȊ ȊȊ A mm/in B mm/in C mm/in D mm/in E mm/in 0; 0 8/)0 0; 0 8/)0 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ 56 57 321G PN16 O SS PREVEN C D L VdS E N C R TIFI ION BOAR FM APPROVED IO AT T Adaptor Flange Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa ô ó Dimensions Bolt/Nut L mm/in X mm/in Y mm/in Z mm/in No.-SIZE mm 0 8/)09G6/3&% 0 8/)09G6/3&% 0 0 0 8/)0 0 8/)09G6/3&% 0 8/)09G6/3&% 0 8/)0 0 8/)09G6/3&% 0 8/)0 0 8/)09G6/3&% 0 8/)0 0 8/)0 0 8/)0/3&% 0 8/)09G6/3&% 0 8/)09G6/3&% 0 8/)09G6 0 8/)09G6 0 8/)0 0 8/)0 321GA ANSI 125/150 PN25 Adaptor Flange FM APPROVED Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions Working Pressure PSI/MPa Dimensions L mm/in X mm/in Bolt/Nut Y mm/in Z mm/in No.-SIZE mm 8/)0 8/)0 8/)09G6/3&% 8/)0 8/)09G6/3&% 8/)0 8/)0 8/)0 8/)0 Class 125/150 FM ȊȊ 321GL PN10 Adaptor Flange 321GH Pipe O.D mm/in ó Adaptor Flange APPROVED 0 Nominal Size mm/in Bolt/Nut L mm/in X mm/in Y mm/in Z mm/in No.-SIZE mm 0 8/)0 0 8/)0 0 8/)0 0 8/)0 0 8/)0 FM APPROVED ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions Bolt/Nut No.-SIZE mm L mm/in X mm/in Y mm/in Z mm/in 0 8/)0 0 8/)0 0 8/)0 58 59 321G BS.TABLE ‘E’ Adaptor Flange FM APPROVED 321GJ JIS 10K Adaptor Flange Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa Dimensions Gasket Data Bolt/Nut L mm/in X mm/in Y mm/in Z mm/in No.-SIZE mm 0 ȊȊ 0 ȊȊ 0 )0 0 )0 0 ȊȊ 0 ȊȊ ȊȊ ȊȊ ȊȊ ȊȊ Nominal Size mm/in Pipe O.D mm/in Working Pressure PSI/MPa ó Dimensions Name Temperature Color Mark -34~+110ņ (-30~+230ŃF) Recommended for hot water temperature range plus a variety of dilute acids,oil-free air and many accordance with ANSI/NSF 61or cold+86ŃF(+30Ń)and hot +180ŃF(+82ņ) potable water service.Not recommended for petroleum service. Black Green Strip Orange Strip White Range Bolt/Nut No.-SIZE mm Gasket L mm/in X mm/in Y mm/in Z mm/in 0 ȊȊ 0 ȊȊ 0 ȊȊ 0 ȊȊ 0 ȊȊ E EPDM D NBR -29~+82ņ (-20~+180ŃF) Recommended for petroleum productsLjair with oil vapors,vegetable and mineral oils range.Not recommended for hot water services. S Silicone -40~+177ņ (-40~+350ŃF) Recommended for high temperature dry air and some high temperature chemical products. 60 61 ANSI Heavy Hex Nut ANSI Oval Neck Track Bolt 1. Material: SAE J995 2. 2.Thread: ANSI B 1.1-1982, class 2B. 3.Surface Treatment: Zinc electroplated per ASTM B633 CLASS FE/ZN5 TYPE Ʊ ̂m per class SC1. F 1.Material: SAE J429 5. 2.Thread: UNC thread per ANSI B 1.1 Class 2A. 3.Surface Treatment: Silver chromate electroplated per ASTM B633 CLASS FE/ZN5 TYPE Ʊ ̂m per class SC1. G 3/8-16UNC d A C F H L 3/8-16UNC 19 13.9 9.50 6.0 55/70 H d Min Max Min Max Min Max 16.99 17.47 19.38 20.17 8.66 9.57 1/2-13UNC 21.59 22.22 24.61 25.65 11.78 12.80 5/8-11UNC 26.19 26.97 29.85 31.16 14.90 16.02 3/4-10UNC 30.78 31.75 35.10 36.65 18.03 19.25 7/8-9UNC 35.41 36.53 40.36 42.16 21.16 22.48 Metric Heavy Hex Nut 1/2-13UNC 22.5 16 12.70 8.0 70/75 5/8-11UNC 27.4 19.8 15.90 10.0 80/85/105 3/4-10UNC 32.5 26.2 19.05 12.0 115/120 7/8-9UNC 37.7 28.8 22.20 14.0 125/140 Metric Oval Neck Track Bolt 1.Material: ISO 898-2:1992 \ GB/T3098.2-2000 Class 8. 2.Thread: ISO 261, tolerance 6h for M10& M12, 7h for M16 and above. 3.Surface Treatment: Zinc Electroplated followed by a yellow chromate dip per ISO 2081 FE/ZN5LjISO4520 CLASS 1A. F G H d Min Max Min Min Max M10 15.73 16.0 17.7 8.0 8.4 M12 21.16 22.0 23.9 9.34 10.0 M16 23.16 24.0 26.17 14.1 15.9 M20 29.16 30.0 32.95 16.9 19.0 M22 33.0 34.0 37.29 18.1 20.2 Hexagon Flange Nut Dimension according to DIN6923. S 1.Material: ISO 898-1:1992 \ GB/T3098.1-2000 Class 8.8. 2.Thread: ISO metric thread per ISO 261, tolerance 6h. 3.Surface Treatment: Yellow chromate electroplated per ISO 2081 FE/ZN5Lj ISO4520 CLASS 1A. D h d Min Max Max Min M8 12.3 13 17.9 7.6 Max 8 M10 14.73 15.0 21.8 9.64 10 M12 17.73 18.0 26.0 11.57 12.0 d A C F H L M10 18.5 13.5 9.5 5 50/57/63/70/89 M12 23.5 17.5 12.3 8 70/76/82/89/108 M16 29.5 20.5 15.7 10 85/89/95/108 M20 38 27 18.3 12.5 110/115 M22 42.2 31 21.4 14 125/140/150 62 63 Hole Diameter of pipe Roll Groove Dimensions Spmm!Hsppwjoh!Nbdijof Ipmf.dvuujoh!Nbdijof Run Nominal Sine Outlet Nominal mm/in Size mm/in ô ó Hole Dia. +3.2,0+0.13,0 mm/in $ óȑ ô $ ô ó ô ó ó $ Hole Dia. +3.2,0+0.13,0 mm/in Run Nominal Size mm/in $ $ $ ô $ $ ô ó $ $ $ $ $ ô $ Nominal Size mm/in ó ó ó $ ó $ $ $ $ The outside surface of the pie within 16mm from the hole must be clean and smooth. ô ó Pipe OD Hole Dia. +3.2,0+0.13,0 mm/in $ $ Outlet Nominal Size mm/in ó Outlet Nominal Size mm/in $ Run Nominal Size mm/in $ $ $ $ ó $ $ $ Gasket seat A ±0.76/±0.03 mm/in Groove Width B ±0.76/±0.03 mm/in ó ó Groove Dia C Groove Depth D(ref) mm/in MaxAllow Flare Dia F mm/in Min.Allow wall mm/in $ $ $ mm/in mm/in mm/in mm/in 64 65 Pressure Ratings and End Loads for Mech Couplings on Steel Pipe 2H!Sjhje 2HT!M0Evuz!Sjhje! Pressure Ratings and End Loads for Mech Couplings on Steel Pipe 2O!Sfevdjoh 2O!Gmfyjcmf 1G 1GS 1NR Roll Grooved Roll Grooved Roll Grooved Nom. Size Pipe O.D Pipe Max.Work Press. Max.End Load Max.Work Press. Max.End Load Max.Work Press. Max.End Load DN/in mm (Sch) mm Bar/Psi kN/Lbs Bar/Psi kN/Lbs Bar/Psi kN/Lbs 40 3.38 35/500 3.0/680 --ā --ā 20/300 1.8/410 25 33.7 32 40 50 65 65 80 300 --ā --ā 20/300 1.8/410 40 3.56 35/500 4.8/1080 --ā --ā 20/300 2.9/650 76.1 1NH 321 Roll Grooved Roll Grooved Wall Max.Work Press. Max.End Load Max.Work Press. Max.End Load Max.Work Press. Max.End Load DN/in mm (Sch) mm Bar/Psi kN/Lbs Bar/Psi kN/Lbs Bar/Psi kN/Lbs 40 3.38 35/500 3.0/680 --ā --ā --ā --ā 25 33.7 10 2.77 35/500 3.0/680 --ā --ā --ā --ā 40 3.56 20/300 2.9/650 --ā --ā --ā --ā 42.4 2.77 35/500 4.8/1080 --ā --ā 20/300 2.9/650 10 2.77 20/300 2.9/650 --ā --ā --ā --ā 40 3.68 35/500 6.3/1420 --ā --ā 20/300 3.8/850 40 3.56 20/300 3.8/850 --ā --ā 16/225 3.2/710 10 2.77 35/500 6.3/1420 --ā --ā 20/300 3.8/850 10 2.77 20/300 3.8/850 --ā --ā 16/225 3.2/710 40 3.91 20/300 5.9/1320 --ā --ā 20/300 5.9/1330 40 3.91 20/300 5.9/1320 35/500 9.8/2210 16/225 4.4/1000 4.4/1000 40 50 48.3 60.3 10 2.77 20/300 5.9/1320 --ā --ā 20/300 5.9/1330 10 2.77 20/300 5.9/1320 35/500 9.8/2210 16/225 40 5.16 35/500 14.4/3240 --ā --ā 20/300 8.7/1950 40 5.16 20/300 8.7/1940 35/500 14.4/3240 20/300 5.9/1330 10 3.05 35/500 14.4/3240 --ā --ā 20/300 8.7/1950 10 3.05 20/300 8.7/1940 35/500 14.4/3240 20/300 5.9/1330 -- 6.35 --ā --ā --ā --ā --ā --ā -- 5.08 20/300 9.4/2110 35/500 15.7/3530 16/225 7.1/1590 65 -- 6.35 --ā --ā --ā --ā --ā --ā -- 5.08 20/300 9.4/2110 -- -- 20/300 9.4/2120 65 73 76.1 -- 3.81 20/300 9.4/2110 -- -- 20/300 9.4/2120 -- 3.81 20/300 9.4/2110 35/500 15.7/3530 16/225 7.1/1590 40 5.49 20/300 12.8/2890 20/300 12.8/2885 20/300 12.8/2885 40 5.49 20/300 12.8/2890 35/500 21.4/4800 16/225 9.6/2165 10 3.05 20/300 12.8/2890 20/300 12.8/2885 20/300 12.8/2885 40 6.02 20/300 21.2/4770 20/300 21.2/4770 20/300 21.2/4770 10 3.05 20/300 21.2/4770 20/300 21.2/4770 20/300 21.2/4770 40 6.55 20/300 32.4/7300 20/300 32.4/7290 20/300 32.4/7290 80 88.9 100 114.3 125 141.3 10 3.05 20/300 12.8/2890 35/500 21.4/4800 16/225 9.6/2165 40 6.02 20/300 21.2/4770 35/500 35.4/7950 16/225 15.9/3580 10 3.05 20/300 21.2/4770 35/500 35.4/7950 16/225 15.9/3580 40 6.55 20/300 32.4/7300 35/500 54.1/12160 20/300 31.3/7035 10 3.4 20/300 32.4/7300 20/300 32.4/7290 20/300 32.4/7290 10 3.4 20/300 32.4/7300 31/450 48.6/10930 20/300 31.3/7035 -- 6.35 20/300 44.3/9960 20/300 44.3/9960 20/300 44.3/9960 -- 6.35 20/300 44.3/9960 35/500 73.8/16610 16/225 33.2/7460 -- 5.08 20/300 44.3/9960 20/300 44.3/9960 20/300 44.3/9960 -- 5.08 20/300 44.3/9960 31/450 66.4/14930 16/225 33.2/7460 40 7.11 20/300 46.0/10350 20/300 46.0/10340 20/300 46.0/10340 40 7.11 20/300 46.0/10350 35/500 76.7/17260 16/225 34.5/7750 10 3.4 20/300 46.0/10350 20/300 46.0/10340 20/300 46.0/10340 10 3.4 20/300 46.0/10350 31/450 68.9/15500 16/225 34.5/7750 40 8.18 31/450 116.9/26280 20/300 77.8/17500 --ā --ā 40 8.18 31/450 116.9/26280 35/500 130.0/29250 16/225 58.4/13140 30 7.04 31/450 116.9/26280 20/300 77.8/17500 --ā --ā 10 4.77 20/300 77.8/17500 20/300 77.8/17500 --ā --ā 40 9.27 20/300 121.0/27210 --ā --ā --ā --ā 30 7.8 20/300 121.0/27210 --ā --ā --ā --ā 150 165.1 150 168.3 273 1N Roll Grooved Pipe O.D 10 88.9 219.1 432!Gmbohf Nom. Size 32 73 141.3 250 3.0/680 60.3 125 200 35/500 48.3 114.3 150 2.77 42.4 100 150 10 2OI!Ifbwz!Evuz!Gmfyjcmf 200 250 165.1 168.3 219.1 273 30 7.04 31/450 116.9/26280 35/500 130.0/29250 16/225 58.4/13140 10 3.76 20/300 77.8/17500 20/300 77.8/17500 16/225 58.4/13140 40 9.27 20/300 121.0/27210 --ā --ā 16/225 90.8/20410 30 6.35 20/300 121.0/27210 --ā --ā 16/225 90.8/20410 10 4.77 20/300 121.0/27210 --ā --ā --ā --ā 10 4.19 20/300 121.0/27210 --ā --ā 16/225 90.8/20410 40 10.31 20/300 170.3/38280 --ā --ā --ā --ā 40 10.31 20/300 170.3/38280 --ā --ā 16/225 127.7/28710 STD 9.53 20/300 170.3/38280 --ā --ā --ā --ā STD 9.53 20/300 170.3/38280 --ā --ā 16/225 127.7/28710 30 6.35 20/300 170.3/38280 --ā --ā --ā --ā 20 6.35 20/300 170.3/38280 --ā --ā 16/225 127.7/28710 10 4.77 20/300 170.3/38280 --ā --ā --ā --ā 10 4.57 20/300 170.3/38280 --ā --ā 16/225 127.7/28710 323.9 300 323.9 66 67 Installation Instruction For Rigid & Flexible Coupling Installation Instruction For Threaded & Grooved Mechanical Tee 1.Pipe preparation 2.Lubricate gasket 3.Gasket installation 4.Alignment &KHFN SLSH HQG IRU SURSHU JURRYH GLPHQVLRQVDQGWRDVVXUHWKDWSLSHHQGLV IUHHRILQGHQWDWLRQVDQGSURMHFWLRQVWKDW ZRXOGSUHYHQWSURSHUVHDOLQJ &KHFNJDVNHWWREHVXUHLW VFRPSDWLEOH IRU WKH LQWHQGHG VHUYLFH$SSO\ WKLQ OXEULFDQWWRWKHRXWVLGHDQGVHDOLQJOLSV RIWKHJDVNHW 6OLSWKHJDVNHWRYHURQHSLSHPDNLQJ VXUHWKHJDVNHWOLSGRHVQRWRYHUKDQJ WKHSLSHHQG $IWHU DOLJQLQJ WZR SLSH HQGV WRJHWKHU SXOOWKHJDVNHWLQWRSRVLWLRQFHQWHULQJ EHWZHHQWKHJURRYHVRQHDFKSLSH7KH JDVNHWVKRXOGQRWH[WHQGLQWRWKHJURRYH RQHLWKHUSLSH 5.Housing installation 6.Tighten nuts 7 a.Assembly completed- Rigid Coupling 7 b. Assembly completed- Flexible Coupling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ipe preparation 2.Remove burrs 3.Gasket installation &OHDQWKHJDVNHWVHDOLQJVXUIDFHZLWKLQPPRIWKH KROHDQGYLVXDOO\LQVSHFWWKHVHDOLQJVXUIDFHIRUGHIHFWV WKDWPD\SUHYHQWSURSHUVHDOLQJRIWKHJDVNHW'RQ WGULOO WKHKROHRQZHOGOLQH ,IDQ\EXUUVRUVOXJH[LVWVDWWKHSLSHKROHSOHDVH UHPRYH WKHP EHIRUH DVVHPEO\ WR SURWHFW WKH JDVNHWDQGDYRLGOHDNDJH ,QVHUWWKHJDVNHWLQWRRXWOHWKRXVLQJPDNLQJVXUHWKHWDELQWKH JDVNHWOLQHXSZLWKWKHWDEUHFHVVHVLQWKHKRXVLQJ$OLJQRXWOHW KRXVLQJRYHUWKHSLSHKROHPDNLQJVXUHWKDWWKHORFDWLQJFROODULV LQWKHSLSHKROH 4.Alignment 5.Tighten nuts 6.Assembly completed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ȊȊ ȊȊ ȊȊ ȊȊ OHDNDJHDQGSLSHMRLQWVHSDUDWLRQ3LSHMRLQWVHSDUDWLRQPD\ UHVXOWLQVLJQLILFDQWSURSHUW\GDPDJHDQGVHULRXVLQMXU\ 68 69 Installation Instruction For U-Bolt Mechanical Tee Installation Instruction For Grooved Flange 1.Pipe preparation 2.Remove burrs 3.Gasket installation &OHDQWKHJDVNHWVHDOLQJVXUIDFHZLWKLQPPRIWKH KROHDQGYLVXDOO\LQVSHFWWKHVHDOLQJVXUIDFHIRUGHIHFWV WKDWPD\SUHYHQWSURSHUVHDOLQJRIWKHJDVNHW'RQ WGULOO WKHKROHRQZHOGOLQH ,IDQ\EXUUVRUVOXJH[LVWVDWWKHSLSHKROHSOHDVH UHPRYH WKHP EHIRUH DVVHPEO\ WR SURWHFW WKH JDVNHWDQGDYRLGOHDNDJH ,QVHUWWKHJDVNHWLQWRRXWOHWKRXVLQJSURSHUO\$OLJQRXWOHWKRXVLQJ RYHUWKHSLSHKROHPDNLQJVXUHWKDWWKHORFDWLQJFROODULVLQWKH SLSHKROH 4.Alignment 5.Tighten nuts 6.Assembly completed $WWDFKWKH8EROWIURPWKHRWKHUVLGHDQGWLJKWHQWKHQXWV ILQJHUWLJKW $OWHUQDWLYHO\DQGHYHQO\WLJKWHQWKHQXWVWRWKH VSHFLILHGEROWWRUTXH $VVHPEO\FRPSOHWHG &DXWLRQ 3URSHU WRUTXLQJ RI EROWV LV UHTXLUHG WR REWDLQ VSHFLILHG SHUIRUPDQFH %ROW6L]H 6OLS WKH JDVNHW RYHU SLSH HQG ZLWK WKH JDVNHW RSHQLQJ VLGH WRZDUGV$0DNHVXUHWKHJDVNHWVHDOLQJOLSLVHYHQZLWKSLSH HQG 4.Housing installation 5.Tighten nuts 6. 5RPRYHEROWVDQGQXWVSODFHWZRKRXVLQJVRYHUWKH JDVNHWPDNLQJVXUHWKHKRXVLQJNH\VILWLQWRWKHSLSH JURRYHV5HLQVHUWWKHEROWVDQGKDQGWLJKWHQWKHQXWV 6HFXUHO\WLJKWHQQXWVDOWHUQDWLYHO\DQGHTXDOO\WR WKHVSHFLILHGEROWWRUTXHE\XVLQJVSDQQHU $OLJQIODQJHEROWKROHVZLWKPDWLQJIODQJHRUYDOYHEROWKROHV ,QVHUWDVWDQGDUGIODQJHEROWWKURXJKEROWKROHDQGKDQGWLJKWHQD QXW,QVHUWDQRWKHUEROWRSSRVLWHWKHILUVWDQGKDQGWLJKWHQDQXW &RQWLQXHWKLVXQWLODOOEROWKROHVDUHILWWHG7LJKWHQQXWVHYHQO\WR VSHFLILHGEROWWRUTXHVRIODQJHIDFHVUHPDLQSDUDOOHO$VVHPEO\ FRPSOHWHG 3URSHU WRUTXLQJ RI EROWV LV UHTXLUHG WR REWDLQ VSHFLILHG 6SHFLILHG%ROW7RUTXH 1P DQGRUFDVWLQJZKLFKFRXOGUHVXOWLQSLSHMRLQWVHSDUDWLRQ 8QGHUWRUTXLQJWKHEROWVPD\UHVXOWLQORZHUSUHVVXUH UHWHQWLRQ FDSDELOLWLHV ORZHU EHQG ORDG FDSDELOLWLHV MRLQW ȊȊ ȊȊ ȊȊ ȊȊ UHVXOWLQVLJQLILFDQWSURSHUW\GDPDJHDQGVHULRXVLQMXU\ 3.Gasket installation &KHFNJDVNHWWREHVXUHLW VFRPSDWLEOHIRUWKH LQWHQGHG VHUYLFH$SSO\ WKLQ OXEULFDQW WR WKH RXWVLGHDQGVHDOLQJOLSVRIWKHJDVNHW &DXWLRQ $16,%2/76 /EV)W OHDNDJHDQGSLSHMRLQWVHSDUDWLRQ3LSHMRLQWVHSDUDWLRQPD\ 2.Lubricate gasket &KHFN SLSH HQG IRU SURSHU JURRYH GLPHQVLRQV DQG WR DVVXUH WKDW SLSH HQG LV IUHH RI LQGHQWDWLRQV DQG SURMHFWLRQVWKDWZRXOGSUHYHQWSURSHUVHDOLQJ 6SHFLILHG%ROW7RUTXH ,QFK 2YHUWRUTXLQJWKHEROWVPD\UHVXOWLQGDPDJHWRWKHEROW 1.Pipe preparation SHUIRUPDQFH 2YHUWRUTXLQJWKHEROWVPD\UHVXOWLQGDPDJHWRWKHEROW 6SHFLILHG%ROW7RUTXH $16,%2/76 %ROW6L]H ,QFK 6SHFLILHG%ROW7RUTXH /EV)W 1P DQGRUFDVWLQJZKLFKFRXOGUHVXOWLQSLSHMRLQWVHSDUDWLRQ 0 8QGHUWRUTXLQJWKHEROWVPD\UHVXOWLQORZHUSUHVVXUH 0 UHWHQWLRQ FDSDELOLWLHV ORZHU EHQG ORDG FDSDELOLWLHV MRLQW 0 ȊȊ ȊȊ 0 ȊȊ ȊȊ 0 ȊȊ ȊȊ 0 ȊȊ ȊȊ OHDNDJHDQGSLSHMRLQWVHSDUDWLRQ3LSHMRLQWVHSDUDWLRQPD\ UHVXOWLQVLJQLILFDQWSURSHUW\GDPDJHDQGVHULRXVLQMXU\ 70 71 Flexible Coupling Rigid Coupling 1.A flexible coupling accommodates pipe 4.With the removal of just a few bolts you !# can easily access the system for cleaning, If nominal diameter <DN200, deflection maintenance, changes or system expansion. $Ń%'* ;=>?? GASKET ?Ńbut <1Ń. BUILT-IN TOOTH HOUSING COUPLING HOUSING SEGMENT 1.The T&G mechanism in combination 3.The T&G mechanism features a slight GAP with a slightly shortened key diameter offset at the foot of the coupling halves GROOVE provides a mechanical and frictional which serve to protect the gasket from interlock resulting in a rigid joint exposure. which reduces undesired angular movement. GROOVE 5.Coupling are non-directive and pipe can be rotated 360Ńduring installation. 2.The built-in teeth on the coupling 4.With the T&G style coupling no metal- grip the groove shoulder and serve to to-metal contact of the bolt pads is reduce linear movement. 2.The C-shaped rubber gasket required. You will normally see a 1/16đ1/8đ(1.6mm to 3.2mm) gap between provides excellent self-sealing TONGUE & GROOVE(T&G) the bold pads when installed. capabilities in both low and high CPMU0OVU pressure service as well as under certain vacuum conditions. Mechanical Tee Connection 6.Coupling keys engage the full 3.The design and construction of the coupling with elastomeric gaskets can circumference of the grooves and provide provide significant noise and vibration significant pressure and end load restraint absorption as well as seismic stress. against pipe movement from internal and * * @[ ] ^ external forces. and fasten the mechanical tee to the pipe with the nuts and bolts provided. As the housing bolts are tightened, the The Mechanical Tee (3J, 3G, 3L ) provide for a fast and easy grooved or threaded branch outlet and eliminate the need pressure responsive gasket forms a leak-tight seal. BOLT/NUT COUPLING HOUSING SEGMENT 72 73 Movement Each flexible design coupling can provide for pipe system movement up to the design Movement ^* ] [! ]` ! coupling due to two factors: (1) designed-in clearance between the key of the coupling and "Thermal stress Thermal stress is caused by changes in temperature, resulting in either expansion or -Application contraction. When designing a system you must allow for this thermal movement. To the groove diameter and groove width, and (2) the gap between pipe ends joined by the !*^! * coupling. please refer to the following. 1.Linear Movement Linear movement is accommodated within the coupling by allowing the pipe ends to move together or apart in response to pressure thrusts and temperature changes. The available linear movement provided by couplings is shown below: size 1-1¼DŽ25-32MMDž 1½-12DŽ40-300MMDž movement 0-4.0MM 0-6.4MM Example: - 4” straight steel pipe, 30m long - Anchored on both ends - Minimum temperature (during installation) = 5ņ 2.Angular Movement - Maximum working temperature = 55ņ ; * { From the thermal expansion table, we know the overall pipeline length will increase by 18mm introducing eccentric loads into the coupling joint. ?$ }$|! * ^ The maximum available angular movement of coupling joints is shown in the performance want to know the number of couplings that are required to address this thermal movement * [| *^! [*] problem. [} !!![ ! | *^!# factors to account for pipe, groove and coupling tolerances. Movement range x Adjustment = Allowed movement 4.3mm x 75% = 3.2mm size 1-3(IN) 4-12(IN) Reduce to 50% Reduce to 75% The appropriate number of coupling is: Thermal expansion / Allowed movement = Number of couplings 18mm / 3.2mm = 5.6 Conclusion: Flexible Couplings: Linear Movement and Angular Movement Cut Size Linear Movement The appropriate number of coupling is 6. Roll Groove Angular Movement Linear Movement Angular Movement ! mm mm Degree mm mm Degree 1 33.7 2 2º-45' 48 1 1º-22' mm 24 1 1/4 42.4 2 2º-10' 38 1 1º-05' 19 1 1/2 48.3 3.2 1º-54' 33 1.6 0º-57' 16.5 2 60.3 3.2 1º-31' 26 1.6 0º-45' 13 2 1/2 73 3.2 1º-27' 25 1.6 0º-43' 12.5 "Thermal Expansion Pipe length (m) Temperature (ņ) 1 5 10 20 30 40 Thermal Expansion Formula 1 Thermal Expansion(mm) 2 1/2 76.1 3.2 1º-12' 21 1.6 0º-36' 10.5 1 0.012 0.06 0.12 0.24 0.36 0.48 3 88.9 3.2 1º-02' 18 1.6 0º-31' 9 5 0.06 0.3 0.6 1.2 1.8 2.4 10 0.12 0.6 1.2 2.4 3.6 4.8 20 0.24 1.2 2.4 4.8 7.2 9.6 30 0.36 1.8 3.6 7.2 11 15 40 0.48 2.4 4.8 9.6 14 20 50 0.6 3 6 12 18 24 4 108 3.2 1º-51' 32 1.6 0º-55' 16 4 114.3 3.2 1º-36' 28 1.6 0º-48' 14 5 133 3.2 1º-41' 30 1.6 0º-50' 15 5 139.7 3.2 1º-19' 23 1.6 0º-37' 11.5 5 141.3 3.2 1º-03' 18 1.6 0º-30' 9 6 159 3.2 1º-18' 23 1.6 0º-39' 11.5 6 165.1 3.2 1º-05' 20 1.6 0º-35' 10 60 0.72 3.6 7.2 14 22 29 0.84 4.2 8.4 17 25 34 0.96 4.8 9.6 19 29 39 6 168.3 3.2 1º-05' 19 1.6 0º-32' 9.5 70 8 219.1 3.2 0º-50' 15 1.6 0º-25' 7.5 80 10 273 3.2 0º-40' 12 1.6 0º-20' 6 12 323.9 3.2 0º-34' 10 1.6 0º-18' 5 ́=˷ġLġT ́ǖThermal Expansion ˷ǖLinear Expansion * * LǖPipe length TǖTemperature difference 74 75 Riser Design Risers assembled with Flexible couplings are generally installed in either of two ways. In the "%&' most common method, the pipe ends are butted together within the coupling joint. Note that | ! [* ^! ![*{ ![ where the piping is not properly aligned . At least two couplings are required to provide for from the pipe end prior to positioning the upper pipe. Anchoring of the riser may be done lateral pipe misalignment . Deflection (longitudinal misalignment) may be accommodated prior to pressur-ization with the pipe ends butted or while pressurized, when, due to pressure * ^ thrust, the pipe ends will be fully separated. in the coupling performance data for the particular size and coupling type . An alternative method or riser installation is to place a metal spacer of a predetermined { ] ! [* thickness, between the pipe ends when an additional length of pipe is added to the riser and thermal forces dependent upon the manner in which it is restrained . An unrestrained stack. The upper pipe length is anchored, the spacer removed and the coupling is then { *![ * installed. This method creates a predetermined gap at each pipe joint which can be utilized { '*{ ! [ ! in pipe systems where thermal move-ment is anticipated and in systems with rigid (threaded, then sufficient anchors must be provided to resist the lateral forces and hold the joint in the welded, flanged) branch connections where shear forces due to pressure thrust could damage the rigid connections. | * * ! ] * The following examples illustrate methods of installing commonly encountered riser designs. equations: `@ "#$ Install the riser with the pipe ends butted. Locate an anchor at the base of the riser (A) to support the total weight of the pipe, couplings [ ! * { ^ thermal growth. Note that no intermediate anchors are required. When the system is pressurized the pipe stack will “grow” due to pres-sure thrust which causes maximum separation of pipe ends within the couplings. The maximum amount of Picture 1 stack growth can be predeter-mined (see Linear Movement). In this example the pipe length @$DŽG÷DDž M=DŽG÷DDž×L Where: M = Misalignment (inches) G = Maximum Allowable Pipe End Movement (Inches) as shown under “Performance Data” (Value to be reduced by Design Factor) `^ ;* ; * * ; (Value to be reduced by Design Factor) D = Pipe Outside Diameter (Inches) L = Pipe Length (Inches) * ! * Movement) to accommodate the total movement “M” from both pressure thrust and thermal gradients. "Curve Layout ] { [! pipe lengths and Couplings. "# Install the riser with the predetermined gap method. Anchor the pipe at or near the base with a pressure thrust anchor “A” capable of supporting the full pressure thrust, weight of !* * thrust at the top of the riser plus weight of pipe column. Place intermediate anchors “C” as shown, between anchors “A” and “B”. Also place intermediate clamps at every other pipe length as a minimum. When this system is pressurized, the pipe movement due to pressure thrust will be strained Picture 2 and there will be no shear forces acting at the branch connections. This example shows how to calculate the curve radius, required pipe lengths, and number of required couplings. >^@> >^^@> =| WHERE: N = Number of Couplings R = Radius of Curve (feet) L = Pipe Length (feet) ; * ;* (See coupling performance data, value to be reduced by Design Factor) || ; * 76 77 Anchoring and Supports When designing the hangers, supports and anchors for a grooved end pipe system, the Engineering Test piping designer must consider certain unique characteristics of the grooved type coupling 1R ,WHP 6WDQGDUG5HTXLUHPHQWV in additional to many universal pipe hanger and support design factors. 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The following chart shows the maximum span between pipe hangers, supports and anchors. Max. Span between Supports (steel pipe) Nominal Size (mm) Insulating Pipe Max. Span Between Supports (mm) Non-insulating Pipe 15 20 25 32 40 50 70 80 100 125 150 200 250 300 2 2.5 2.5 2.5 3 3 4 4 4.5 6 7 7 8 8.5 2.5 3 3.5 4 4.5 5 6 6 6.5 7 8 9.5 11 12 Movement capability of couplings-expansion and contraction joints Nominal Size Pipe O.D. (mm) Maximum Allowable Movement (mm) L min. (mm) L max. (mm) Number of Couplings Filled With Water Pressure 1 33.7 45 617 662 10 300 1¼ 42.4 45 617 662 10 300 1½ 48.3 45 617 662 10 300 2 60.3 45 617 662 10 300 2½ 73.0 45 617 662 10 300 76.1 76.1 45 617 662 10 300 3 88.9 45 617 662 10 300 4 114.3 47 503 550 7 300 139.7 139.7 47 503 550 7 300 5 141.3 47 503 550 7 300 165.1 165.1 52 503 550 7 300 6 168.3 52 591 643 7 300 8 219.1 52 591 643 7 300 10 273.0 52 591 643 7 300 12 323.9 52 591 643 7 300 78 79 Engineering Test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ȏVPD[LPXP UHFRPPHQGHGDQJOHLQWKHIRUZDUGDQGUHYHUVHGLUHFWLRQIRUDWRWDOF\FOHVZLWKWKHLQWHUQDO SUHVVXUHHTXDOWRWKHUDWHGZRUNLQJSUHVVXUH7KHUHVKDOOEHQROHDNDJHFUDFNLQJRUUXSWXUHDVD UHVXOWRIWKLVWHVW /DWHUDO 'LVSODFHPHQW 7KHFRXSOLQJVKDOOQRWOHDNGXULQJDQ\RIWKHWHVWVZLWKLQWKHPDQXIDFWXUHUȏVVWDWHGOLPLWDWLRQVIRU DQJXODUGHIOHFWLRQRUODWHUDOGLVSODFHPHQWRIDVVRFLDWHGSLSHZRUN +\GURVWDWLF IOXFWXDWLRQ SUHVVXUHWHVW 7KHFRXSOLQJDVVHPEO\VKDOOEHSUHVVXULVHGZLWKZDWHUWRDJDXJHSUHVVXUHRIEDUȠEDUIRU PLQVVWRHVWDEOLVKDGDWXP7KHDVVHPEO\VKDOOWKHQEHGUDLQHGEHIRUHEHLQJVXEMHFWHGWR WKHJUHDWHVWYDFXXPDWWDLQDEOHWRDPD[LPXPRIPPDPHUFXU\RUăEDUEDUEDUIRU PLQVVDQGDOORZHGWRUHWXUQWRDWPRVSKHULFSUHVVXUHLQQRWOHVVWKDQV7KHDVVHPEO\VKDOO WKHQEHSUHVVXULVHGZLWKZDWHUWREDUȠEDUIRUPLQVV7KHDVVHPEO\VKDOOEHH[DPLQHG IRUOHDNDJHWKURXJKRXWWKHWHVW7KHUHODWLYHPRYHPHQWRIHDFKSLSHVKDOOEHUHFRUGHGDWWKHJUHDWHVW YDFXXPDQGDWHDFKSUHVVXUH7KHUHVKDOOEHQROHDNDJH )LUH7HVW ,IDJDVNHWHGSLSHFRXSOLQJRUILWWLQJHPSOR\VQRQIHUURXVPDWHULDOVIRULWVVXEVWDQWLDOVWUXFWXUDO FRPSRQHQWVRULILQWKHMXGJPHQWRI)0$SSURYDOVWKHGHVLJQLVRWKHUZLVHVXVSHFWZLWKUHVSHFWWR ILUHUHVLVWDQFHDILUHWHVWVKDOOEHFRQGXFWHG$UHSUHVHQWDWLYHVL]HDVVHPEOHGMRLQWZLWKRXWDJDVNHW VKDOOEHH[SRVHGWRDɃ)Ƀ&ILUHHQYLURQPHQWIRUPLQXWHV7KHDVVHPEO\VKDOOEHGU\ IRUWKHGXUDWLRQRIWKLVH[SRVXUH,PPHGLDWHO\DIWHUWKHH[SRVXUHDZDWHUIORZVKDOOEHLQWURGXFHG WKURXJKWKHMRLQWDQGVXVWDLQHGXQWLOWKHDVVHPEO\LVFRROWRWKHWRXFK1RFUDFNLQJRUGLVWRUWLRQRIDQ\ FRPSRQHQWRIWKHFRXSOLQJRUILWWLQJVKDOORFFXU7KHFRXSOLQJRUILWWLQJVKDOOWKHQEHGLVDVVHPEOHGDQG WKHJDVNHWLQVWDOOHG$IWHUUHDVVHPEO\WKHMRLQWVKDOOEHK\GURVWDWLFDOO\WHVWHGDVGHVFULEHGLQWRWKH K\GURVWDWLFWHVW 6WDQGDUG5HTXLUHPHQWV 80 81
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