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FLANGED BALL VALVES ANSI CLASS 150 & 300

FLANGED BALL VALVES . ANSI CLASS 150 & 300. STANDARD BORE: 1/2 10 (DN 15 250) SERIES 7000. 12 20 (DN 300 500) AND LARGER. SERIES 5000. The JAMESBURY polymeric-seated FLANGED ball VALVES offer a patented flexible-lip seat design that pro- vides positive bi-directional shut-off for a variety of appli- cations in industries ranging from chemical and petro- chemical to refining, pulp and paper, and power. FEATURES AND BENEFITS. Polymeric-seated FLANGED ball VALVES are available in XTREME seat provides longer life, industry leading sizes 1/2 24 (DN 15 600) in both full-bore and standard-bore designs that fully conform to ASME expanded performance boundaries,and greater value. requirements. Polymeric flexible lip-seat design offers tight shut-off in either direction and extended cycle life with A choice of body, trim, and seat materials is available minimum maintenance.

2 TECHNICAL BULLETIN 8/09 METSO B107-1EN Maximum Working Pressure, psi Class 150 Class 300 Temp ˚F Carbon 316 Stainless Alloy 20* Monel® Carbon 316 Stainless steel* steel* steel* steel*

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Transcription of FLANGED BALL VALVES ANSI CLASS 150 & 300

1 FLANGED BALL VALVES . ANSI CLASS 150 & 300. STANDARD BORE: 1/2 10 (DN 15 250) SERIES 7000. 12 20 (DN 300 500) AND LARGER. SERIES 5000. The JAMESBURY polymeric-seated FLANGED ball VALVES offer a patented flexible-lip seat design that pro- vides positive bi-directional shut-off for a variety of appli- cations in industries ranging from chemical and petro- chemical to refining, pulp and paper, and power. FEATURES AND BENEFITS. Polymeric-seated FLANGED ball VALVES are available in XTREME seat provides longer life, industry leading sizes 1/2 24 (DN 15 600) in both full-bore and standard-bore designs that fully conform to ASME expanded performance boundaries,and greater value. requirements. Polymeric flexible lip-seat design offers tight shut-off in either direction and extended cycle life with A choice of body, trim, and seat materials is available minimum maintenance.

2 To suit an extensive range of applications. As an option, VALVES can be prepared for special services, FIRE-TITE version with non-metallic seats meets API. such as chlorine, oxygen, high-vacuum, hydrogen 607, Edition 4, and BS6755-Part 2 requirements. peroxide or NACE. Superior control characteristics, coupled with tight FIRE-TITE VALVES shut-off capabilities, make these VALVES ideal for a variety of on-off and control applications. Standard body and trim materials for FIRE-TITE VALVES API 608 compliance to serve refineries and related are carbon steel with 316 stainless steel trim and all 316 stainless steel. Seat material options are PTFE (T) chemical and petrochemical industries. and XTREME (X) for applications involving chemicals, NACE MR0103 compliance available.

3 Petrochemicals, acids, caustics, and steam. PFA (B). Meets 23 standard and 7 optional industry standards seats are available to resist the effects of polymerizing monomers such as butadiene and styrene. and specifications. For details (see page 19). Non FIRE-TITE VALVES NEW FEATURES AND BENEFITS. For 1/2 2 (DN 15 50) Series 7000. Non FIRE-TITE VALVES are available with UHMW (U). polyethylene and Peek (L) seats. New stem seal system is live loaded and engineered to assure long sealing life - patent pending. CE Marked ISO 5211 Bonnet for global conformity. CE marked and documented VALVES 7180, 7380, 5180. New stainless steel linkage for VPVL, ERV, ER and EU. and 5380 which meet the European pressure Equipment Directive (PED) 97/23/EC are available in actuators has a guided coupling to align topworks ANSI CLASS 150/300.

4 CE marked products also meet the during assembly and eliminate side load stress on requirements of BS 5351. Operating torques, construc- stem seals for long life, clean environment and tion options and valve dimensions are exactly the reduced maintenance. same as the standard ANSI 150/300 offering. (See Single-Source Responsibility page 18) for ordering instructions. VALVES , actuators and accessories may be purchased completely mounted from one source. B107-1EN 8/2009. METSO B107-1EN. SPECIFICATIONS Valve Size Cv Inches DN Standard Bore Flow Data 1/2 15 9. The table at right provides flow coefficients for JAMESBURY 3/4 20 19. VALVES covered in this bulletin. Cv values represent the flow 1 25 45.

5 Of water at +60 F through the valve in gallons per 1-1/2 40 125. minute at a pressure drop of 1 psi. The metric equivalent, 2 50 165. Kv, is the flow of water at 16 C through the valve in cubic 3 80 350. meters per hour at a pressure drop of 1 kg/cm2. To convert 4 100 550. Cv to Kv, multiply by 6 150 765. 8 200 1890. Valve Body Ratings 10 250 3900. 12 300 6700. These are the maximum working pressure ratings of the 14 350 5100/5400*. valve body only. The seat ratings, shown on the next page, 16 400 8100/8500*. determine the practical temperature and pressure limitations 18 450 11,000/9800*. according to actual service conditions. Test pressures are 20 500 16,000/13,000*. recommended pressures for hydrostatic test with ball half open.

6 * CLASS 300 long pattern Maximum Working pressure , psi CLASS 150 CLASS 300. Temp F Carbon 316 Stainless Carbon 316 Stainless Alloy 20* Monel . steel* steel* steel* steel*. -20 to 100 285 275 230 230 740 720. 200 260 235 200 200 675 620. 300 230 215 190 190 655 560. 400 200 195 190 185 635 515. 500 170 170 170 170 600 480. Test pressure 450 425 350 350 1125 1100. Maximum Working pressure , bar CLASS 150 CLASS 300. Temp C Carbon 316 Stainless Carbon 316 Stainless Alloy 20* Monel steel* steel* steel* steel*. -29 to 38 100 150 200 250 Test pressure 30 29 24 24 77 75. * In accordance with ASME B16-34-2004. Valve Seat Ratings Seat ratings, indicated by solid lines in the charts on the On saturated steam service, stainless steel trim is recom- next page, are based on differential pressure with the mended at all pressures and is required above 200 psi valve ball in the fully closed position and refer to seats (14 bar).

7 See Bulletin B150-1. Peek seats require 17-4 PH. dotted lines indicate maximum working pressures stainless steel stems. For more application information on for WCB carbon steel valve bodies. (Maximum working seat materials, refer to Bulletin T140-1. pressures of other body materials are shown in the tables XTREME Performance and Value above.) The combination of dotted and solid lines indicates the maximum valve rating at specific pressure and tem- XTREME seats provide longer life, expanded performance perature with PTFE, XTREME, PEEK , PFA, boundaries, and the greatest possible value. XTREME is a and UHMW polyethylene seats can be used in service to unique material that resulted from a technological break- -60 F (-51 C) provided that the valve body material is through in our polymer research material is a fluoro- suitable for such a temperature.

8 Carbon steel VALVES are polymer-based blend proprietary to JAMESBURY that pro- rated to -20 F (-29 C). vides superior quarter-turn performance. 2 TECHNICAL BULLETIN 8/09. B107-1EN F L A N G E D BA L L VA LV E S A N S I C L A S S 1 5 0 & 3 0 0. 1/2 2 (DN 15 50) Standard Bore 3 6 (DN 80 150) Standard Bore Temperature C Temperature C. 0 50 100 150 200 250 300 350 -50 0 50 100 150 200 250 300. 800 800. Low Temperature Limit for Carbon Steel (WCB) 50. 700 50. 700 Saturated Maximum Differential pressure , bar Maximum Differential pressure , psi CLASS 300 Steam 600. Maximum Differential pressure , bar Maximum Differential pressure , psi 40 X. CLASS 150 600 CLASS 300 40. 500. Saturated T B. 30 500. Steam 400.

9 T U 30. 400. 300 20. 200 B L 300 20. U. 10. 100 200 CLASS 150. 10. X. 100 L. -60 0 100 200 300 400 500 600 700. 5. Temperature F. 0. -60 0 100 200 300 400 500 600. -20 Temperature F. 8 (DN 200) Standard Bore Non-Trunnion Temperature C. Maximum Differential pressure , bar Maximum Differential pressure , psi 0 100 200 300. 300 20. Trunnion VALVES Saturated 200 Steam 8 20 (DN 200 500) Standard Bore T B 10 Temperature C. 100. U -50 0 50 100 150 200 250. X 800. 0 0. CLASS 300. -60 0 100 200 300 400 500 600 50. Temperature F 700. * ANSI CLASS 300 Non-Trunnion is 275 psi (19 bar) max. Maximum Differential pressure , bar Maximum Differential pressure , psi 600 40. X1. 500. 30. 10 (DN 250) Standard Bore Non-Trunnion 400.

10 Temperature C. Maximum Differential pressure , bar Maximum Differential pressure , psi 0 100 200 300 300 T M2. 20. 300 20. CLASS 150 & 300. Saturated 200. 200 Steam CLASS 150 10. 10. T&B 100. 100. U Saturated X Steam 0 0. -60 0 100 200 300 400 500 600 -60 0 100 200 300 400 500. Temperature F -20 Temperature F. * ANSI CLASS 300 Non-Trunnion is 275 psi (19 bar) max. X1 6 12 (DN 150 300) Only M2 6 24 (DN 150 600). NOTE 1: For series 7000 NOTE 2: For series 5000. LEGEND: T = PTFE M = Filled PTFE B = PFA. L = Peek U = UHMW X = XTREME. TECHNICAL BULLETIN 8/09 3. METSO B107-1EN. JAMESBURY 'The Ultimate Process Automation Package'. for VPVL Pneumatic Actuators, V-Series and ADC-Series Electric Actuators For 1/2 2 (DN 15 50) Standard Port Series 7000.


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