WKM 370D6 Trunnion Mounted Ball Valves Brochure
User Manual: WKM 370D6 Trunnion Mounted Ball Valves Brochure Resource Library
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WKM 370D6 TrunnionMounted Ball Valves Designed and engineered for heavy-duty performance in general purpose petroleum and chemical process applications Content Introduction ������������������������������������������������������������������������������������������������������������������������������������������������������������� 1 ASME Classes 150 through 2500, 2 to 16 in [50 to 400 mm]������������������������������������ 2 Features and benefits���������������������������������������������������������������������������������������������������������������������������� 3 Standards and specifications �������������������������������������������������������������������������������������������������������� 4 Materials list�������������������������������������������������������������������������������������������������������������������������������������������������� 5 Trim codes�������������������������������������������������������������������������������������������������������������������������������������������������������� 6 Part number code/how to order������������������������������������������������������������������������������������������������� 6 ASME Class 150 dimensions, 2 to 16 in [50 to 400 mm] ��������������������������������������������� 7 ASME Class 300 dimensions, 2 to 16 in [50 to 400 mm] ��������������������������������������������� 8 ASME Class 600 dimensions, 2 to 16 in [50 to 400 mm] ��������������������������������������������� 9 ASME Class 900 dimensions, 2 to 16 in [50 to 300 mm] ������������������������������������������� 10 ASME Classes 1500 and 2500 dimensions, 2 to 8 in × 6 in [50 to 200 mm × 150 mm]��������������������������������������������������������������������� 11 Weight, Cv data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 ASME Class 150 through 2500 torque chart ������������������������������������������������������������������������� 13 Material selection guide ��������������������������������������������������������������������������������������������������������������������������� 14 Oklahoma City, Oklahoma, USA WKM 370D6 TrunnionMounted Ball Valve Cameron is a leading provider of valve, valve automation, and measurement systems to the oil and gas industry. We offer products primarily used to control, direct, and measure the flow of oil and gas as it is moved to refineries, petrochemical plants, and industrial centers for processing. We provide valve products that are sold through distributor networks worldwide. Our products are used in oil, gas, and industrial applications, and include widely recognized brands such as DEMCO*, NAVCO*, NEWCO*, DOUGLAS CHERO*, NUTRON*, THORNHILL CRAVER*, TECHNO*, TOM WHEATLEY*, WHEATLEY*, and WKM*. The WKM* 370D6 trunnion-mounted ball valve is recognized throughout the world for durable, reliable, and flexible valves built for many challenging situations. Our WKM product line offers a broad portfolio of valves including gate valves, trunnion mounted and floating ball valves, and DynaCentric* butterfly valves, all built to standards for demanding applications. 1 ASME Classes 150 through 2500 2 to 16 in [50 to 400 mm] WKM 370D6 ball valves are designed and engineered for heavy-duty performance. Used in many general purpose petroleum and chemical process applications, these valves also can be specified for more demanding applications. Mounting plate for gear/actuator (Optional ISO 5211 plate available) Positively retained stem per API 6D Explosive decompressionresistant O-rings Stem injection Field repairable two-piece body Antistatic standard Innovative seat design (patent pending) 2 Features and benefits Fire-tested for safety T he WKM 370D6 ball valves are qualified under API 607 standards. Actuation-friendly Valves can come with a DYNATORQUE* gear operator or an ISO 5211 mounting pad for easy actuation. Seat injection fitting End connections Flanged; 2-, 3-, and 4-in Class 150 come in flanged × studded or flanged × flanged configuration Body style Two-piece Secondary seat seal injection Standard materials In the event of damage to the valve seat, sealant can be injected to temporarily seal the valve. Carbon steel, stainless steel, and low-temperature carbon steel Optional stem materials 316 SS, 410 SS, 4130 LAS, and INCONEL† Double block-and-bleed operation The pressure-actuated seats and bleed fittings allow double block-andbleed operation. When used for block-and-bleed, this feature may permit the valve to take the place of two valves. It also allows the operator to check up and downstream sealing by bleeding off the body pressure. All sizes can block-and-bleed in both the open and closed position. NACE trim standard‡ Excess body pressure Compliant with NACE MR0175/ISO 15156 for buried service. Bi-directional flow Automatic body pressure relief This valve uses pressure-actuated seats with locked-in, non-metallic face seals. To help ensure sealing at low pressure, special wave springs force the seats against the ball. At higher pressures, the upstream seat is forced against the ball by the pressure working across the differential area between the seat insert and the seat O-ring. The higher the pressure, the tighter the seal. Seats will internally relieve excess body pressure. Bi-directional flow ‡ NACE MR0175/ISO 15156 Compliance—Materials of construction shall be in compliance with the pre-qualified material requirements specified by NACE MR0175/ISO 15156. According to NACE MR0175/ISO 15156, it is the manufacturer’s responsibility to meet metallurgical requirements and the customer’s/user’s responsibility to ensure that a material will be satisfactory in the intended environment. When given the application requirements (environment) by the customer/ user, Cameron can make technical recommendations in accordance with NACE MR0175/ISO 15156, but that in no way certifies or warrants the product or materials for the application. 3 Standards and specifications Capscrew Torque pin Gar/actuator mounting plate Seat injection fitting Stem retaining pin Body Pipe plug Wrench head mounting plate Stem thrust washer Backup rings Stem O-rings Stud Stem injection fitting Stem key Stem Body drain fitting Upper stem bearing Lower stem bearing Pin Ball Seat ring Seat insert Seat retaining ring Seat spring Body/tailpiece O-ring Seat injection fitting Check valve Trunnion bearing Nut Trunnion Seat backup ring Trunnion O-ring Seat O-rings Lower cover plate Capscrew Tailpiece Design and testing standards: ■■ API 6D ■■ API 598 ■■ API 608 ■■ API 607 6th Ed. fire-test ■■ NACE MR0175/ISO 15156 ■■ ASME B16.34 (valves, flange end) ■■ MSS-SP-6 (standard finishes for pipe flanges) ■■ MSS-SP-25 (standard marking system for valves) ■■ MSS-SP-55 (quality standards for steel castings) In addition, WKM 370D6 trunnion mounted ball valves can be supplied to comply with these standards: 4 ■■ CE/PED ■■ ISO 5211 top works ■■ CRN ASME Pressure Classes Size, in 2 3×2 3 4×3 4 6×4 6 8×6 8 10 × 8 10 12 × 10 12 14 16 Size, mm 50 80 × 50 80 100 × 80 100 150 × 100 150 200 × 150 200 250 × 200 250 300 × 250 300 350 400 ASME Class 150 300 • • – – • • – – • • • • • • • • • • • • • • • • • • • • • • 600 • • • • • • • • • • • • • • • 900 • • • • • • • • • • • • • – – 1500 • – • – • • • • – – – – – – – 2500 • – • – • • – – – – – – – – – Materials list Body Group Trim Number Part Carbon Steel (NACE) 24 Body Tailpiece Lower cover plate Studs Nuts Capscrews Pipe plug Adapter plate A216 Gr. WCC A216 Gr. WCC Carbon steel A320 Gr. L7M zinc plate A194 Gr. 7ML zinc plate L7M Stainless steel Carbon steel Carbon Steel Low Temp. (NACE) 37 A352 Gr. LCC A352 Gr. LCC A350 Gr. LF2 A320 Gr. L7M zinc plate A194 Gr. 7ML zinc plate L7M Stainless steel A350 Gr LF2 Stainless Steel (NACE) 23 A351 Gr. CF8M A351 Gr. CF8M 316 SS A320 Gr. L7M zinc plate A194 Gr. 7ML zinc plate L7M Stainless steel A350 Gr. LF2 Carbon Steel 3 mil ENP (NACE) 27 N/A N/A N/A N/A N/A N/A N/A N/A A352 Gr. LCC/A350 Gr. LF2 ENP Alloy steel A350 Gr. LF2 ENP A352 Gr. LCC/A350 Gr. LF2 ENP B637 N07500 CS/filled PTFE CS/filled PTFE Stainless steel A182 Gr. 316/A351 Gr. CF8M 316 SS A182 Gr. 316 SS A182 Gr. 316/A351 Gr. CF8M B637 N07500 CS/filled PTFE† CS/filled PTFE† Stainless steel A216 Gr. WCC/A105 CS 3 mil ENP Alloy steel A105 CS 3 mil ENP A216 Gr. WCC/A105 CS 3 mil ENP B637 N07500 CS/filled PTFE CS/filled PTFE Stainless steel NACE indicates compliance with NACE MR0175/ISO 15156. Internal Group Trim Number Ball Stem drive pin Stem/trunnion Seat rings Seat spring Stem and trunnion bearings Thrust washer Ground spring A216 Gr. WCC/A105 CS ENP Alloy steel A105 CS ENP A 216 Gr. WCC/A105 CS ENP B637 N07500 CS/filled PTFE CS/filled PTFE Stainless steel Note: Trim 24 is suitable for ambient temperatures from –20 to 400 degF [–29 to 204 degC]. Trim 23 and 37 are suitable for ambient temperatures from –50 to 400 degF [–46 to 204 degC] (must be combined with appropriate seal code). † 23-23 full stainless steel gets stainless steel thrust washer and bearings. Seal Group Trim Code Part Temperature limits Seat face seals Stem seal O-rings Body/tailpiece O-rings Seat O-rings Trunnion O-ring Backup rings † YXF† Fire-Tested –50† to 250 degF [–46 to 121 degC] Nylon (N6) JW HNBR JW HNBR JW HNBR JW HNBR Nylon/PEEK TFF Classes 150 through 600 Fire-Tested 0 to 350 degF [–18 to 177 degC] Filled PTFE FKM FKM FKM FKM PEEK YRF Fire-Tested PWF† Fire-Tested –20 to 250 degF [–29 to 121 degC] Nylon (N6) HNBR HNBR HNBR HNBR Nylon/PEEK –50† to 350 degF [–46 to 177 degC] PEEK FKM GLT FKM GLT FKM GLT FKM GLT PEEK When combined with trim 23 or 37, body and internal group code. Consult Cameron for a complete list of trim temperature ranges. 5 Trim codes 2 D6 600 RF × RF Size, in [mm] Valve model Pressure class End connections Body group 370D6 150 to 2500 370D6P-PED 2 to 16 in [50 to 400 mm] 24 Y R F 24 LG Seat group Seal group Fire-tested Internal group Actuation Stainless steel NACE 23 FKM F Less gear LG Carbon steel NACE 24 James 985 X Worm gear WG Carbon low temp NACE 37 HNBR R Wrench head WH James Walker 101 S FKM GLT W Stainless steel NACE 23 James Walker FR58 V Carbon steel NACE 24 3 mil ENP carbon steel NACE 27 Low-temp. carbon steel NACE 37 Devlon D Nylon 6 Y Filled PTFE T PEEK P Part number code/how to order 0 1 2 3 4 5 6 Pressure class End connection 1 RF Flange 5 RTJ Flange (Class 600 and above) Body/tailpiece material Seat insert material Valve SE 2 Base Number 2365466 3×2 3 4×3 4 6×4 6 8×6 8 10 × 8 10 12 × 10 12 14 16 2365467 2365468 2365469 2365470 2365471 2365472 2365473 2365474 2365475 2365476 2365477 2365478 2365480 2365481 XXXXXXX-X X X X X X X 6 Class 150 (flanged × flanged 2, 3, and 4 in) Class 150 (flanged × studded configuration in 2, 3, and 4 in) Class 300 Class 600 Class 900 Class 1500 Class 2500 Seal material Trim material Actuation 1 2 3 4 5 6 7 Carbon steel (24) Stainless steel (23) Low-temp. carbon steel (37) Carbon steel endurobond (26) PED carbon steel (24) PED stainless steel (23) PED low-temp. carbon steel (37) 1 2 3 4 5 Nylon 6 (Y) Filled PTFE (T) Peek (P) Nylon 12 (N) Devlon V (D) 1 2 3 4 5 6 7 8 9 Hi Fluorine FKM (F) 0 degF [–18 degC] AFLAS (L) 30 degF [–1 degC] HNBR (R) –20 degF [–29 degC] James Walker Elasto-Lion 101 (HNBR) (S) –20 degF [–29 degC] James Walker FR58/90 (V) –15 degF [–26 degC] Fluoroelastomer GLT (W) –50 degF [–46 degC] James Walker Elasto-Lion 985 (HNBR) (X) –50 degF [–46 degC] Fluoroelastomer GFLT (G) –30 degF [–34 degC] James Walker FR25/90 (U) –40 degF [–40 degC] 1 2 3 4 Carbon steel/1 mil ENP (24) Stainless steel (23) Low-temp. carbon steel (37) Carbon steel/3 mil ENP (27) 1 Less gear (LG) 2 Wrench head (WH) 2-in, 150- to 4-in, 900; 2- and 3-in 1500/2500; and 6-in 150/300 only. 3 Gear operator with lock device (WG) 4 Less gear (LG ISO) ISO top works 5 Gear operator with lock device (WG ISO) 6 Wrench head pipe assembly (WP) 2-in, 150 to 4-in 600; 2-in 1500/2500; and 6-in 150 only. ASME Class 150 dimensions 2 to 16 in [50 to 400 mm] Y M= Bolt circle dia Q = Hole size (number of holes) N L Stem dia P = K ey size K V Z straddle centerline cL R T U J B Bore dia BB Dia H W A Bare stem valve Valve with gear locking gear standard X Dia V Dimensions Size, in [mm] A 2 [50] B BB H J K L M† P Q† R T U V W 7.00 – [178] 2.00 [51] 2.00 [51] 4.31 [109.5] 4.67 [118.6] 6.31 [160.3] 0.862 [21.8] 4.016 4.90 [102.00] [124.4] 0.318 [8.08] 0.43-[4] 0.59 [14.99] 5.77 [146.6] 7.32 [185.9] 1.75 [44.5] 3 [80] 8.00 – [203] 3.00 [76] 3.00 [76] 5.19 [131.8] 5.54 [140.7] 7.14 [181.4] 1.098 [27.89] 4.016 4.90 [102.00] [124.4] 0.318 [8.08] 0.43-[4] 0.59 [14.99] 6.64 [168.7] 8.19 [208.0] 4 [100] 9.00 – [229] 4.00 [102] 4.00 [102] 6.65 [168.9] 7.11 [180.6] 9.14 [232.2] 1.413 [35.89] 5.512 6.90 0.398 [140.00] [175.00] [10.11] 0.67-[4] 0.77 [19.56] 8.48 [215.4] 6×4 [150 × 100] 15.50 – [394] 4.00 [102] 6.00 [152] 6.65 [168.9] 7.11 [180.6] 9.14 [232.2] 1.413 [35.89] 5.512 6.90 0.398 [140.00] [175.00] [10.11] 0.67-[4] 0.77 [19.56] 6 [150] 15.50 – [394] 6.00 [152] 6.00 [152] 8.25 [209.5] 9.17 [232.9] 11.50 [292.1] 1.650 [41.91] 6.00 7.00 [152.40] [177.8] 0.476 [12.09] 0.56-[4] 8×6 [200 × 150] 18.00 – [457] 6.00 [152] 8.00 [203] 8.25 [209.5] 9.17 [232.9] 11.50 [292.1] 1.650 [41.91] 6.00 7.00 [152.40] [177.8] 0.476 [12.09] 8 [200] 18.00 – [457] 8.00 [203] 8.00 [203] 10.06 [255.5] 11.52 [292.6] 14.00 [355.6] 1.886 [47.90] 6.496 8.00 [165.00] [203.2] 10 × 8 [250 × 200] 21.00 – [533] 8.00 [203] 10.00 [254] 10.06 [255.5] 11.52 [292.6] 14.00 [355.6] 1.886 [47.90] 10 [250] 21.00 – [533] 10.00 [254] 10.00 [254] 12.00 [304.8] 13.42 [340.9] 16.52 [419.6] 12 × 10 [300 × 250] 24.00 – [610] 10.00 [254] 12.00 [305] 12.00 [304.8] 13.42 [340.9] 12 [300] 24.00 – [610] 12.00 [305] 12.00 [305] 13.27 [337.0] 14 [350] 27.00 – [686] 13.25 [337] 13.25 [337] 16 [400] 30.00 – [762] 15.25 [387] 15.25 [387] RF RJ N† X Y Z 9.06 6.00 [230.12] [154.4] 7.7 [196] 6.7 [170] 1.75 [44.5] 9.06 6.00 [230.12] [154.4] 13.7 [348] 7.5 [191] 10.18 [258.6] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] 23.9 [607] 9.6 [244] 8.48 [215.4] 10.18 [258.6] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] – – 0.84 [21.3] 10.54 [267.7] 12.24 [310.9] 2.51 [63.8] 12.19 [309.6] 12.00 [304.8] 38.2 [970] 11.9 [302] 0.56-[4] 0.84 [21.3] 10.54 [267.7] 12.24 [310.9] 2.51 [63.8] 12.19 [309.6] 12.00 304.8] – – 0.556 [14.12] 0.81-[4] 0.94 [23.88] 13.02 [330.7] 14.79 [375.7] 3.00 [76.2] 12.19 [309.6] 16.00 [406.4] – – 6.496 8.00 [165.00] [203.2] 0.556 [14.12] 0.81-[4] 0.94 [23.88] 13.02 [330.7] 14.79 [375.7] 3.00 [76.2] 12.19 [309.6] 16.00 [406.4] – – 2.357 [59.87] 8.00 9.50 [203.20] [241.3] 0.712 [18.08] 0.81-[4] 0.94 [23.9] 15.30 [388.6] 17.28 [438.9] 3.63 [92.08] 14.94 [379.5] 20.00 [508.0] – – 16.52 [419.6] 2.357 [59.87] 8.00 9.50 [203.20] [241.3] 0.712 [18.08] 0.81-[4] 0.94 [23.9] 15.30 [388.6] 17.28 [438.9] 3.63 [92.08] 14.94 [379.5] 20.00 [508.0] – – 14.85 [377.2] 19.75 [501.6] 2.357 [59.87] 8.00 9.50 [203.20] [241.3] 0.712 [18.08] 0.81-[4] 0.94 [23.9] 16.73 [424.9] 18.71 [475.2] 3.63 [92.08] 14.94 [379.5] 20.00 [508.0] – – 15.28 [388.1] 16.97 [431.0] 21.04 [534.4] 2.830 [71.88] 10.00 11.90 0.792 [254.00] [302.00] [20.12] 0.67-[8] 1.25 [31.80] 19.22 [488.2] 21.68 [550.7] 4.63 [117.5] 18.09 [459.5] 24.00 [609.6] – – 16.91 [429.5] 18.6 [472.4] 22.67 [575.8] 2.830 [71.88] 10.00 11.90 0.792 [254.00] [302.00] [20.12] 0.67-[8] 1.25 [31.80] 20.85 [529.6] 23.31 [592.1] 4.63 [117.5] 19.72 [500.9] 30.00 [762.0] – – M, N, and Q dimensions are for less gear and with gear configurations only. † 7 ASME Class 300 dimensions 2 to 16 in [50 to 400 mm] Y M= Bolt circle dia Q = Hole size (number of holes) N Stem dia L P = K ey size K V Z straddle centerline cL R T U J B Bore BB Dia dia H W A Bare stem valve Valve with gear locking gear standard X Dia V Dimensions Size, in [mm] A 2 [50] B BB H J K L M† N† P Q† R T U V W 8.50 – [216] 2.00 [51] 2.00 [51] 4.31 [109.5] 4.67 [118.6] 6.31 [160.3] 1.098 [27.89] 4.016 [102.00] 4.90 [124.4] 0.318 [8.08] 0.43-[4] 0.59 [14.99] 5.77 [146.6] 7.32 [185.9] 1.75 [44.5] 3 [80] 11.12 – [282] 3.00 [76] 3.00 [76] 5.19 [131.8] 5.54 [140.7] 7.14 [181.4] 1.098 [27.89] 4.016 [102.00] 4.90 [124.4] 0.318 [8.08] 0.43-[4] 0.59 [14.99] 6.64 [168.7] 8.19 [208.0] 4 [100] 12.00 – [305] 4.00 [102] 4.00 [102] 6.65 [168.9] 7.11 [180.6] 9.14 [232.2] 1.413 [35.89] 5.512 [140.00] 6.90 [175.00] 0.398 0.77 0.67-[4] [10.11] [19.56] 8.48 [215.4] 6×4 15.88 – [150 × 100] [403] 4.00 [102] 6.00 [152] 6.65 [168.9] 7.11 [180.6] 9.14 [232.2] 1.413 [35.89] 5.512 [140.00] 6.90 [175.00] 0.398 0.77 0.67-[4] [10.11] [19.56] 6 [150] 15.88 – [403] 6.00 [152] 6.00 [152] 8.25 [209.5] 9.17 [232.9] 11.50 [292.1] 1.650 [41.91] 6.00 [152.40] 7.00 [177.8] 8×6 19.75 – [200 × 150] [502] 6.00 [152] 8.00 [203] 8.25 [209.5] 9.17 [232.9] 11.50 [292.1] 1.650 [41.91] 6.00 [152.40] 8 [200] 19.75 – [502] 8.00 [203] 8.00 [203] 10.45 [265.4] 11.85 [301.0] 14.95 [379.7] 2.357 [59.87] 10 × 8 22.38 – [250 × 200] [568] 8.00 [203] 10.00 [254] 10.45 [265.4] 11.85 [301.0] 14.95 [379.7] 10 [250] 22.38 – [568] 10.00 [254] 10.00 [254] 12.00 [304.8] 13.42 [340.9] 12 × 10 25.50 – [300 × 250] [648] 10.00 [254] 12.00 [305] 12.00 [304.8] 12 [300] 25.50 – [648] 12.00 [305] 12.00 [305] 14 [350] 30.00 – [762] 13.25 [337] 16 [400] 33.00 – [838] 15.25 [387] RF RJ Y Z 9.06 6.00 [230.12] [154.4] 13.7 [348] 6.7 [170] 1.75 [44.5] 9.06 6.00 [230.12] [154.4] 19.7 [500] 7.5 [191] 10.18 [258.6] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] 31.9 [810] 9.6 [244] 8.48 [215.4] 10.18 [258.6] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] – – 0.476 0.84 0.56-[4] [12.09] [21.3] 10.54 [267.7] 12.24 [310.9] 2.51 [63.8] 12.19 [309.6] 12.00 [304.8] – – 7.00 [177.8] 0.476 0.84 0.56-[4] [12.09] [21.3] 10.54 [267.7] 12.24 [310.9] 2.51 [63.8] 12.19 [309.6] 12.00 304.8] – – 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.88] 13.73 [348.7] 15.71 [399.0] 3.63 [92.08] 13.81 [350.8] 16.00 [406.4] – – 2.357 [59.87] 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.88] 13.73 [348.7] 15.71 [399.0] 3.63 [92.08] 13.81 [350.8] 16.00 [406.4] – – 16.52 [419.6] 2.357 [59.87] 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.9] 15.30 [388.6] 17.28 [438.9] 3.63 [92.08] 14.94 [379.5] 20.00 [508.0] – – 13.42 [340.9] 16.52 [419.6] 2.357 [59.87] 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.9] 15.30 [388.6] 17.28 [438.9] 3.63 [92.08] 14.94 [379.5] 20.00 [508.0] – – 14.41 [366.0] 16.10 [408.9] 20.17 [512.3] 2.830 [71.88] 10.00 [254.00] 9.50 [241.3] 0.792 1.25 0.67-[8] [20.12] [31.80] 18.35 [466.1] 20.81 [528.6] 4.63 [117.5] 18.09 [459.5] 24.00 [609.6] – – 13.25 [337] 15.28 [388.1] 16.97 [431.0] 21.04 [534.4] 2.830 [71.88] 10.00 [254.00] 11.90 [302.00] 0.792 1.25 0.67-[8] [20.12] [31.80] 19.22 [488.2] 21.68 [550.7] 4.63 [117.5] 19.72 [500.9] 30.00 [762.0] – – 15.25 [387] 18.18 [461.8] 19.89 [505.2] 24.46 [621.3] 3.145 [79.88] 10.375 [263.53] 12.00 [305.00] 0.87 1.27 0.67-[8] [22.10] [32.3] 25.01 [635.3] 26.40 [670.6] 5.67 [144.1] 19.78 [502.4] 20.00 [508.0] – – M, N, and Q dimensions are for less gear and with gear configurations only. † 8 X ASME Class 600 dimensions 2 to 16 in [50 to 400 mm] Y M= Bolt circle dia Q = Hole size (number of holes) N Stem dia L P = K ey size K V Z straddle centerline cL R T U J B Bore dia BB Dia H W A Bare stem valve Valve with gear locking gear standard X Dia V Dimensions Size, in [mm] A RF RJ 2 [50] 11.50 [292] 3×2 [80 × 50] 3 [80] B BB H J K L M† N† P Q† R 11.62 [295] 2.00 [51] 2.00 [51] 4.31 [109.5] 4.67 [118.6] 6.31 [160.3] 1.098 [27.89] 4.016 [102.00] 4.90 [124.4] 0.318 [8.08] 0.43-[4] 14.00 [356] 14.12 [359] 2.00 [51] 3.00 [76] 4.31 [109.5] 4.67 [118.6] 6.31 [160.3] 1.098 [27.89] 4.016 [102.00] 4.90 [124.4] 0.318 [8.08] 0.43-[4] 14.00 [356] 14.12 [359] 3.00 [76] 3.00 [76] 5.84 [148.3] 6.23 [158.2] 8.27 [210.1] 1.413 [35.89] 4×3 17.00 [100 × 80] [432] 17.12 [435] 3.00 [76] 4.00 [102] 5.84 [148.3] 6.23 [158.2] 8.27 [210.1] 4 [100] 17.00 [432] 17.12 [435] 4.00 [102] 4.00 [102] 7.02 [178.3] 7.77 [197.4] 6×4 22.00 [150 × 100] [559] 22.12 [562] 4.00 [102] 6.00 [152] 7.02 [178.3] 6 [150] 22.00 [559] 22.12 [562] 6.00 [152] 6.00 [152] 8×6 26.00 [200 × 150] [660] 26.12 [663] 6.00 [152] 8 [200] 26.00 [660] 26.12 [663] 10 × 8 31.00 [250 × 200] [787] 10 [250] U V W X 0.59 5.77 [14.99] [146.6] 7.32 [185.9] 1.75 [44.5] 9.06 [230.12] 6.00 13.7 [154.4] [348] 6.7 [170] 0.59 5.77 [14.99] [146.6] 7.32 [185.9] 1.75 [44.5] 9.06 [230.12] 6.00 – [154.4] – 5.512 [140.00] 6.90 0.398 0.77 7.60 0.67-[4] [175.00] [10.11] [19.56] [193.0] 9.30 [236.2] 2.51 [63.8] 9.06 [230.12] 6.00 31.9 [154.4] [810] 8.7 [221] 1.413 [35.89] 5.512 [140.00] 6.90 0.398 0.77 7.60 0.67-[4] [175.00] [10.11] [19.56] [193.0] 9.30 [236.2] 2.51 [63.8] 9.06 [230.12] 6.00 – [154.4] – 10.10 [256.5] 1.650 [41.91] 6.00 [152.40] 7.00 [177.8] 0.476 0.84 0.56-[4] [12.09] [21.3] 9.14 [232.2] 10.84 [275.3] 2.51 [63.8] 12.19 [309.6] 12.00 45.2 10.6 [304.8] [1,148] [269] 7.77 [197.4] 10.10 [256.5] 1.650 [41.91] 6.00 [152.40] 7.00 [177.8] 0.476 0.84 0.56-[4] [12.09] [21.3] 9.14 [232.2] 10.84 [275.3] 2.51 [63.8] 12.19 [309.6] 12.00 – [304.8] – 8.87 [225.3] 10.04 [255.0] 12.53 [318.3] 1.886 [47.90] 6.496 [165.00] 8.00 [203.2] 0.556 0.94 11.54 0.81-[4] [14.12] [23.88] [293.1] 13.31 3.00 [338.1] [76.2] 13.31 [338.1] 20.00 – [508.0] – 8.00 [203] 8.87 [225.3] 10.04 [255.0] 12.53 [318.3] 1.886 [47.90] 6.496 [165.00] 8.00 [203.2] 0.556 0.94 11.54 0.81-[4] [14.12] [23.88] [293.1] 13.31 [338.1] 3.00 [76.2] 13.31 [338.1] 20.00 – [508.0] – 8.00 [203] 8.00 [203] 10.45 [265.4] 11.85 [301.1] 14.95 [379.7] 2.357 [59.87] 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.9] 13.73 [348.7] 15.71 [399.0] 3.63 16.44 [92.08] [417.6] 24.00 – [609.6] – 31.12 [790] 8.00 [203] 10.00 [254] 10.45 11.85 [265.4] [301.1] 14.95 [379.7] 2.357 [59.87] 8.00 [203.20] 9.50 [241.3] 0.712 0.94 0.81-[4] [18.08] [23.9] 13.73 [348.7] 15.71 [399.0] 3.63 16.44 [92.08] [417.6] 24.00 – [609.6] – 31.00 [787] 31.12 [790] 10.00 [254] 10.00 [254] 12.91 [327.9] 14.53 [369.1] 18.60 [472.4] 2.830 [71.88] 10.00 [254.00] 11.90 0.792 1.25 16.78 0.67-[8] [302.00] [20.12] [31.80] [426.2] 19.24 [488.7] 4.63 19.72 [117.5] [500.9] 30.00 – [762.0] – 12 × 10 33.00 [300 × 250] [838] 33.12 [841] 10.00 [254] 12.00 [305] 12.91 [327.9] 14.53 [369.1] 18.60 [472.4] 2.830 [71.88] 10.00 [254.00] 11.90 0.792 1.25 16.78 0.67-[8] [302.00] [20.12] [31.80] [426.2] 19.24 [488.7] 4.63 19.72 [117.5] [500.9] 30.00 – [762.0] – 12 [300] 33.00 [838] 33.12 [841] 12.00 [305] 12.00 [305] 14.41 [366.0] 16.1 [408.9] 20.17 [512.3] 2.830 [71.88] 10.00 [254.00] 11.90 0.792 1.25 18.35 0.67-[8] [302.00] [20.12] [31.80] [466.1] 20.81 [528.6] 4.63 19.72 [117.5] [500.9] 30.00 – [762.0] – 14 [350] 35.00 [889] 35.12 [892] 13.25 [337] 13.25 [337] 16.55 18.54 [420.4] [470.9] 22.84 [580.1] 3.145 [79.88] 10.375 [263.53] 12.00 0.87 1.27 0.67-[8] [305.00] [22.10] [32.3] 23.66 [601.0] 25.05 [636.3] 5.67 21.28 [144.1] [540.5] 24.00 – [609.6] – 16 [400] 39.00 [991] 39.12 [994] 15.25 [387] 15.25 [387] 18.37 [466.6] 25.64 [651.3] 3.852 [97.84] 11.732 [298.00] 13.70 1.106 1.36 0.83-[8] [348.00] [28.09] [34.5] 25.36 [644.1] 26.74 [679.2] 7.30 22.59 [185.5] [573.8] 30.00 – [762.0] – 20.17 [512.3] T Y Z M, N, and Q dimensions are for less gear and with gear configurations only. † 9 ASME Class 900 dimensions 2 to 12 in [50 to 300 mm] Y M= Bolt circle dia Q = Hole size (number of holes) N Stem dia L P = K ey size K V Z straddle centerline cL R T U J B Bore BB Dia dia H W A Bare stem valve Valve with gear locking gear standard X Dia V Dimensions Size, in [mm] A RF RJ 2 [50] 14.50 [368] 3×2 [80 × 50] B BB H 14.62 [371] 2.00 [51] 2.00 [51] 15.00 [381] 15.12 [384] 2.00 [51] 3 [80] 15.00 [381] 15.12 [384] 4×3 [100 × 80] 18.00 [457] 4 [100] L M† P Q† R T Y Z 4.31 4.67 6.31 [109.5] [118.6] [160.3] 1.098 [27.89] 4.016 4.90 [102.00] [124.4] 0.318 [8.08] 0.43-[4] 0.59 [14.99] 9.06 6.00 [230.12] [154.4] 19.7 [500] 6.7 [170] 3.00 [76] 4.31 4.67 6.31 [109.5] [118.6] [160.3] 1.098 [27.89] 4.016 4.90 [102.00] [124.4] 0.318 [8.08] 0.43-[4] 1.75 [44.5] 9.06 6.00 [230.12] [154.4] – – 3.00 [76] 3.00 [76] 5.84 6.23 [148.3] [158.2] 8.27 1.413 [210.1] [35.89] 5.512 6.90 [140.00] [175.00] 7.60 9.30 [193.0] [236.2] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] 36.9 [937] 8.7 [221] 18.12 [460] 3.00 [76] 4.00 [102] 5.84 6.23 [148.3] [158.2] 8.27 1.413 [210.1] [35.89] 0.77 [19.56] 7.60 9.30 [193.0] [236.2] 2.51 [63.8] 9.06 6.00 [230.12] [154.4] – – 18.00 [457] 18.12 [461] 4.00 [102] 4.00 [102] 7.02 7.77 [178.3] [197.4] 0.476 0.56-[4] [12.09] 0.84 [21.3] 9.14 10.84 [232.2] [275.3] 2.51 [63.8] 12.19 [309.6] 12.00 [304.8] – – 6×4 24.00 [150 × 100] [610] 24.12 [613] 4.00 [102] 6.00 [152] 7.02 7.77 [178.3] [197.4] 6.00 7.00 [152.40] [177.8] 0.476 0.56-[4] [12.09] 0.84 [21.3] 9.14 10.84 [232.2] [275.3] 2.51 [63.8] 12.19 [309.6] 12.00 [304.8] – – 6 [150] 24.00 [610] 24.12 [613] 6.00 [152] 6.00 [152] 9.12 10.51 13.61 [231.6] [267.0] [345.7] 2.357 8.00 9.50 [59.87] [203.20] [241.3] 0.712 0.81-[4] [18.08] 0.94 [23.88] 12.39 14.37 [314.7] [365.0] 3.63 14.94 [92.08] [379.5] 20.00 [508.0] – – 8×6 29.00 [200 × 150] [737] 29.12 [740] 6.00 [152] 8.00 [203] 9.12 10.51 13.61 [231.6] [267.0] [345.7] 2.357 8.00 9.50 [59.87] [203.20] [241.3] 0.712 0.81-[4] [18.08] 0.94 [23.88] 12.39 14.37 [314.7] [365.0] 3.63 14.94 [92.08] [379.5] 20.00 [508.0] – – 8 [200] 29.00 [737] 29.12 [740] 8.00 [203] 8.00 [203] 11.77 13.13 17.20 [299.0] [333.5] [436.9] 2.830 10.00 11.90 [71.88] [254.00] [302.00] 0.792 0.67-[8] [20.12] 1.25 [31.80] 15.38 17.84 [390.7] [453.1] 4.63 18.09 [117.5] [459.5] 24.00 [609.6] – – 10 × 8 33.00 [250 × 200] [838] 33.12 [841] 8.00 [203] 10.00 [254] 11.77 13.13 17.20 [299.0] [333.5] [436.9] 2.830 10.00 11.90 [71.88] [254.00] [302.00] 0.792 0.67-[8] [20.12] 1.25 [31.80] 15.38 17.84 [390.7] [453.1] 4.63 18.09 [117.5] [459.5] 24.00 [609.6] – – 10 [250] 33.00 [838] 33.12 [841] 10.00 [254] 10.00 [254] 12.91 14.53 18.60 [327.9] [369.1] [472.4] 2.830 10.00 11.90 [71.88] [254.00] [302.00] 0.792 0.67-[8] [20.12] 1.25 [31.80] 16.78 19.24 [426.2] [488.7] 4.63 19.72 [117.5] [500.9] 30.00 [762.0] – – 12 × 10 38.00 [300 × 250] [965] 38.12 [968] 10.00 [254] 12.00 [305] 12.91 14.53 18.60 [327.9] [369.1] [472.4] 2.830 10.00 11.90 [71.88] [254.00] [302.00] 0.792 0.67-[8] [20.12] 1.25 [31.80] 16.78 19.24 [426.2] [488.7] 4.63 19.72 [117.5] [500.9] 30.00 [762.0] – – 12 [300] 38.12 [968] 12.00 [305] 12.00 [305] 15.80 17.52 22.09 [401.3] [445.0] [561.1] 3.145 10.375 12 [79.88] [263.53] [305.00] 0.87 0.67-[8] [22.10] 1.27 [32.3] 22.64 24.03 [575.1] [610.4] 5.67 21.28 [144.1] [540.5] 24.00 [609.6] – – 38.00 [965] J M, N, and Q dimensions are for less gear and with gear configurations only. † 10 K N† U V W 5.77 7.32 [146.6] [185.9] 1.75 [44.5] 0.59 [14.99] 5.77 7.32 [146.6] [185.9] 0.398 0.67-[4] [10.11] 0.77 [19.56] 5.512 6.90 [140.00] [175.00] 0.398 0.67-[4] [10.11] 10.10 1.650 [256.5] [41.91] 6.00 7.00 [152.40] [177.8] 10.10 1.650 [256.5] [41.91] X ASME Class 1500 and 2500 dimensions 2 to 8 in × 6 in [50 to 200 mm × 150 mm] M= Bolt circle dia Q = Hole size (number of holes) N Stem dia V Z straddle centerline L P = K ey size K Y cL R T U J B Bore dia BB Dia H W A Bare stem valve Valve with gear locking gear standard X Dia V Dimensions ASME Class 1500 Size, in [mm] A RF RJ 2 [50] 14.50 [368] 3 [80] B BB H 14.62 [371] 2.00 [51] 2.00 [51] 18.50 [470] 18.62 [473] 3.00 [76] 4 [100] 21.50 [546] 21.63 [549] 6×4 [150 × 100] 27.75 [705] 6 [150] 8×6 [200 × 150] J K L M† N† P Q† R T U V W X Y Z 5.21 5.54 7.57 1.413 5.512 6.90 0.398 0.77 6.91 8.61 2.51 0.67-[4] [132.3] [140.7] [192.3] [35.89] [140.00] [175.00] [10.11] [19.56] [175.5] [218.7] [63.8] 9.06 [230.12] 6.00 [154.4] 23.9 [607] 8.00 [203] 3.00 [76] 6.36 7.13 9.44 1.650 6.00 7.00 0.476 0.84 0.56-[4] [161.5] [181.1] [239.8] [41.91] [152.40] [177.8] [12.09] [21.3] 8.50 10.20 2.51 [215.9] [259.1] [63.8] 12.19 [309.6] 12.00 [304.8] – – 4.00 [102] 4.00 [102] 7.59 8.70 11.19 1.886 6.496 8.00 0.556 0.94 10.20 11.97 3.00 0.81-[4] [192.8] [221.0] [284.2] [47.90] [165.00] [203.2] [14.12] [23.88] [259.1] [304.0] [76.2] 11.56 [293.6] 14.00 [355.6] – – 28.00 [711] 4.00 [102] 6.00 [152] 7.59 8.70 11.19 1.886 6.496 8.00 0.556 0.94 10.20 11.97 3.00 0.81-[4] [192.8] [221.0] [284.2] [47.90] [165.00] [203.2] [14.12] [23.88] [259.1] [304.0] [76.2] 11.56 [293.6] 14.00 [355.6] – – 27.75 [705] 28.00 [711] 6.00 [152] 6.00 [152] 10.25 10.83 13.61 2.357 8.50 9.50 0.712 1.04 0.68-[4] [260.4] [275.1] [345.7] [59.87] [215.9] [241.3] [18.08] [26.4] 12.71 14.69 3.63 16.44 [322.8] [373.1] [92.08] [417.6] 24.00 [609.6] – – 32.75 [832] 33.12 [841] 6.00 [152] 7.62 [194] 10.25 10.83 13.61 2.357 8.00 9.50 0.712 1.04 0.81-[4] [260.4] [275.1] [345.7] [59.87] [203.20] [241.3] [18.08] [26.4] 12.71 14.69 3.63 16.44 [322.8] [373.1] [92.08] [417.6] 24.00 [609.6] – – ASME Class 2500 2 [50] 17.75 [451] 17.88 [454] 1.76 [45] 1.76 [45] 5.21 5.54 7.57 1.413 5.512 6.90 0.398 0.77 6.91 8.61 2.51 0.67-[4] [132.3] [140.7] [192.3] [35.89] [140.00] [175.00] [10.11] [19.56] [175.5] [218.7] [63.8] 9.06 [230.12] 6.00 [154.4] 36.97 [939] 8.00 203.2] 3 [80] 22.75 [578] 23.00 [584] 2.53 [64] 2.53 [64] 6.91 7.34 9.44 1.650 6.00 7.70 0.476 1.09 0.56-[4] [175.5] [186.4] [252.5] [41.91] [152.40] [159.6] [12.09] [27.7] 8.71 10.41 2.51 [221.2] [264.4] [63.8] 12.56 [319.0] 14.00 [355.6] – – 4 [100] 26.50 [673] 26.88 [983] 3.53 [90] 3.53 [90] 7.75 8.91 11.19 1.886 6.496 8.40 0.556 1.16 10.41 12.18 3.00 0.67-[4] [196.9] [226.3] [284.2] [47.90] [165.00] [213.4] [14.12] [29.50] [264.4] [309.4] [76.2] 14.81 [37602] 24.00 [609.6] – – 6×4 [150 × 100] 36.00 [914] 36.50 [927] 3.53 [90] 5.25 [133] 7.59 8.70 11.19 1.886 6.496 8.40 0.556 1.16 10.20 11.97 3.00 0.67-[4] [192.8] [221.0] [284.2] [47.90] [165.00] [213.4] [14.12] [29.50] [259.1] [304.0] [76.2] 11.56 [293.6] 14.00 [355.6] – – M, N, and Q dimensions are for less gear and with gear configurations only. † 11 Weights, Cv Data Weights, lb [kg]—Valve Only—Bare Stem Valve Port Valve Pressure Classes 150 300 Size, in mm RF RF 2 50 41 [19] 53 [24] 3×2 80 × 50 – – 3 80 69 [31] 96 [44] 4×3 100 × 80 – – 4 100 130 [59] 172 [78] 6×4 150 × 100 171 [78] 229 [104] 6 150 257 [116] 320 [145] 8×6 200 × 150 304 [138] 410 [186] 8 200 475 [215] 632 [287] 10 × 8 250 × 200 532 [241] 719 [326] 10 250 783 [355] 965 [438] 12 × 10 300 × 250 880 [399] 1,113 [505] 12 300 1,165 [528] 1,476 [670] 14 350 1,663 [754] 1,972 [895] 16 400 2,441 [1,107] 2,940 [1,334] Weights, lb [kg]—Worm Gear Actuator Only 2 50 8 [4] 8 [4] 3×2 80 × 50 – – 3 80 8 [4] 8 [4] 4×3 100 × 80 – – 4 100 15 [7] 15 [7] 6×4 150 × 100 15 [7] 15 [7] 6 150 27 [12] 27 [12] 8×6 200 × 150 27 [12] 27 [12] 8 200 27 [12] 60 [27] 10 × 8 250 × 200 27 [12] 60 [27] 10 250 60 [27] 60 [27] 12 × 10 300 × 250 60 [27] 60 [27] 12 300 60 [27] 74 [34] 14 350 74 [34] 74 [34] 16 400 74 [34] 122 [55] 600 RF 64 [29] 87 [40] 142 [64] 186 [84] 246 [112] 346 [157] 460 [209] 582 [264] 846 [384] 1,069 [485] 1,472 [668] 1,589 [721] 1,993 [904] 2,539 [1,152] 3,870 [1,755] 8 [4] 8 [4] 15 [7] 15 [7] 27 [12] 27 [12] 27 [12] 27 [12] 60 [27] 60 [27] 74 [34] 74 [34] 74 [34] 122 [55] 133 [60] RTJ 68 [31] 92 [42] 137 [62] 195 [89] 256 [116] 362 [164] 476 [216] 602 [273] 867 [393] 1,103 [500] 1,503 [682] 1,622 [736] 2,025 [918] 2,576 [1,168] 3,919 [1,778] 8 [4] 8 [4] 15 [7] 15 [7] 27 [12] 27 [12] 27 [12] 27 [12] 60 [27] 60 [27] 74 [34] 74 [34] 74 [34] 122 [55] 133 [60] 900 RF 101 [46] 116 [52] 172 [78] 225 [102] 313 [142] 458 [208] 728 [330] 926 [420] 1,231 [558] 1,456 [660] 1,857 [842] 2,115 [959] 2,861 [1,298] – – 8 [4] 8 [4] 15 [7] 15 [7] 27 [12] 27 [12] 60 [27] 60 [27] 74 [34] 74 [34] 74 [34] 74 [34] 122 [55] – – RTJ 108 [49] 124 [56] 180 [81] 236 [107] 324 [147] 477 [216] 746 [339] 956 [434] 1,260 [572] 1,494 [678] 1,894 [859] 2,161 [980] 2,905 [1,318] – – 8 [4] 8 [4] 15 [7] 15 [7] 27 [12] 27 [12] 60 [27] 60 [27] 74 [34] 74 [34] 74 [34] 74 [34] 122 [55] – – 1500 RF 139 [63] – 250 [113] – 437 [198] 663 [301] 1,039 [471] 1,331 [604] – – – – – – – 15 [7] – 27 [12] – 27 [12] 27 [12] 60 [27] 60 [27] – – – – – – – RTJ 146 [66] – 260 [118] – 451 [204] 688 [312] 1,063 [482] 1,377 [625] – – – – – – – 15 [7] – 27 [12] – 27 [12] 27 [12] 60 [27] 60 [27] – – – – – – – 2500 RF 185 [84] – 435 [197] – 674 [306] 1,171 [531] – – – – – – – – – 15 [7] – 27 [12] 27 [12] 27 [12] – – – – – – – – – – Note: Weights shown are for worm gear actuator, handwheel, and mounting hardware. Flow Characteristics, Cv† 2 50 3×2 75 × 50 3 75 4×3 100 × 75 4 100 6×4 150 × 100 6 150 8×6 200 × 150 8 200 10 × 8 250 × 200 10 250 12 × 10 300 × 250 12 300 14 350 16 400 † 12 473 – 1,244 – 2,492 432 5,468 1,294 10,782 2,843 17,438 5,195 16,892 22,742 31,823 429 – 1,055 – 2,158 432 5,403 1,293 10,293 2,848 16,892 5,187 26,702 22,254 31,142 369 136 940 407 1,813 552 4,590 1,642 8,971 3,578 14,352 6,505 22,772 21,507 29,902 Flow of water in galUS/min per 1-psi pressure drop across a fully open valve. 328 136 908 406 1,762 551 4,394 1,637 8,494 3,569 13,911 6,454 21,221 – – 328 – 818 – 1,598 593 4,112 1,652 – – – – – – – 207 – 490 – 1,014 414 – – – – – – – – – RTJ 194 [88] – 452 [205] – 702 [318] 1,231 [558] – – – – – – – – – 15 [7] – 27 [12] 27 [12] 27 [12] – – – – – – – – – – ASME Class 150 through 2500 torque chart Ball Valve Torque Chart Valve port size, in [mm] Pressure class 2 [50] 2 [50] 2 [50], 3 × 2 [75 × 50] 2 [50], 3 × 2 [75 × 50] 2 [50] 2 [50] 3 [75] 3 [75] 3 [75], 4 × 3 [100 × 75] 3 [75], 4 × 3 [100 × 75] 3 [75] 3 [75] 150 300 600 900 1500 2500 150 300 600 900 1500 2500 150 300 600 900 1500 2500 150 300 600 900 1500 150 300 600 900 150 300 600 900 150 300 600 900 150 300 600 150 300 600 4 [100], 6 × 4 [150 × 100] 6 [150], 8 × 6 [200 × 150] 8 [200], 10 × 8 [250 × 200] 10 [250], 12 × 10 [300 × 250] 12 [300] 14 [350] 16 [400] Pressure (P), gauge psi 80–285 286–740 741–1,480 1,481–2,220 2,221–3,705 3,706–6,170 0–285 286–740 741–1,480 1,481–2,220 2,221–3,705 3,706–6,170 80–285 286–740 741–1,480 1,481–2,220 2,221–3,705 3,706–6,170 80–285 286–740 741–1,480 1,481–2,220 2,221–3,705 80–285 286–740 741–1,480 1,481–2,220 80–285 286–740 741–1,480 1,481–2,220 0–285 286–740 741–1,480 1,481–2,220 80–285 286–740 741–1,480 80–285 286–740 741–1,480 Break torque at max. P, in-lb 256 613 898 1,146 1,904 2,496 568 1,238 2,039 2,611 4,399 6,368 1,026 2,125 3,581 4,575 7,328 9,371 2,947 4,495 7,195 11,022 15,323 5,146 9,041 13,423 21,210 8,480 13,149 23,638 30,433 11,601 21,179 31,608 46,301 16,370 26,595 45,288 21,999 39,436 70,917 Run torque at max. P, in-lb 147 266 492 706 1,181 1,896 329 576 1,094 1,634 2,451 4,016 604 1,121 2,069 3,008 4,079 6,581 1,698 1,988 2,846 4,534 7,510 2,870 3,458 4,631 6,021 5,541 6,237 7,295 8,013 6,311 7,430 8,405 10,701 10,275 11,555 13,634 12,447 14,326 17,382 Mast, in-lb 3,818 3,818 3,818 3,818 8,334 8,334 3,818 3,818 8,334 8,334 13,241 13,241 8,334 8,334 13,241 13,241 18,746 18,746 13,241 13,241 18,746 36,792 36,792 18,746 36,792 36,792 69,591 36,792 36,792 69,591 69,591 36,792 69,591 69,591 92,606 69,591 69,591 92,606 69,591 92,606 173,880 The above values are new valve torque values, where P is the maximum operating pressure (psig) of the valve. The above torque values do not contain service factors. Soaking effects and/or particle matter in the valve may cause an increase in the torque. The re-seat torque is equal to ~80% of the break torque. For power operation, multiply all of the above values by a minimum factor of 1.25 or customer specified factor whichever is larger. For operating temperatures between –20 to –50 degF (–29 to –46 degC) multiply these values by 1.20. Actuator selection should be made on customer experience and appropriate service factors. 13 Material Selection Guide A selection of body, stem, and seat/seal materials for the WKM 370D6 ball valves are available. The following list is intended as a guide in the selection of materials for corrosive service. Material suitability is based on ladings at ambient temperatures. Other temperatures may render a given material/ lading combination inappropriate. No material can be expected to resist all the many ladings found in modern industry. Experience has shown that certain materials can perform satisfactorily within certain limits. The physical properties of a material are affected differently by each corrosive medium. Therefore, it sometimes becomes necessary to sacrifice value in another property. As a result, the user must decide which property is of prime importance for his application. Internal moving parts, in contact with the lading, should always carry an “A” rating. Body materials with exposure to corrosive ladings can sometimes carry a “B” rating because metal loss due to corrosive is not as critical. We strongly recommend that tests be run under actual operating conditions to obtain a material’s performance ability in any one corrosive medium. Lading ACETALDEHYDE ACETATE SOLVENTS ACETIC ACID (10%) ACETIC ACID (Glacial) ACETIC ACID (Conc) ACETIC ANHYDRIDE ACETONET ACETYLENE ACRYLONITRILE ALCOHOL-AMYL ALCOHOL-BUTYL ALCOHOL-ETHYL (ETHANOL) ALCOHOL-METHYL (METHANOL) ALUMINUM CHLORIDE (dry) ALUMINUM SULFATE (ALUMS) ALUM’S AMINES AMINES BASED-CORROSION INHIBITOR AMINES RICH AMMONIA (AQUEOUS) AMMONIA ANHYDROUS AMMONIA SOLUTIONS AMMONIUM BICARBONATE AMMONIUM CARBONATE AMMONIUM CHLORIDE AMMONIUM HYDROXIDE (28%) AMMONIUM HYDROXIDE CONCENTRATED AMMONIUM MONOPHOSPHATE AMMONIUM NITRATE AMMONIUM PHOSPHATE (DIBASIC) AMMONIUM PHOSPHATE (TRIBASIC) AMMONIUM SULFATE AMYL ACETATE ANILINE ANILINE DYES ANTIMONY TRICHLORIDE External Valve Body Material Std Std Spl body 23 body 24 body 37 A C C A A A – – – – – – – – – B D D A A A A A A A A A A B B A B B A B B A B B A B B A C C A C C A B B Seal Code Trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 C D D A C A D D A A A A A A A A A B D D A C A D D A A A A A A A A A B C D B D D D A D B A A B A A A D D D D C D D D A A A A A B A A A B A C C D D A B A A A A A A B B A A – – – B A A A A A A A A A A A C A – – – D A A A B B B B B C C B A A – – – B A A A A A A A A A A A C A – – – D A A A B B B B B C C B A A A A A A A A A A A A A A A A B B C B B A A B C B D C B A A B C B D C D A B – – D B D B A D – B A B A B A D – A A A A B A D – – A A A B A A – – A A B A A A A B B C B B A A B C B D C A A A A B B C B B A A B C B D C B C C B A A A B B C B C B A B B B B B A D D D D D C C A C D D D D D C C A C D C C C B A D C D D B C C B A B C A D A A A A A A A A A A A A A A A D A A – A A B A C A A A B A B B B B B A D D D D D C C A C D B A B B B B A A – D D D D C C A C D A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 14 Internal Valve Trim Material selection guide Lading APPLE JUICE ARSENIC ACID ASPHALT EMULSION ASPHALT LIQUID BARIUM CARBONATE BARIUM CHLORIDE BARIUM HYDROXIDE BARIUM SULFATE BARIUM SULFIDE BEER (ALCOHOL INDUSTRY) BEER (BEVERAGE INDUSTRY) BEET SUGAR LIQUIDS BENZALDEHYDE BENZENE (BENZOL) BENZOIC ACID BORAX LIQUORS BORIC ACID BRINES BROMINE BUNKER OILS (FUEL OILS) BUTADIENE BUTANE BUTTERMILK BUTYLENE BUTYRIC ACID CALCIUM BISULFITE CALCIUM CARBONATE CALCIUM CHLORIDE CALCIUM HYDROXIDE (20%) CALCIUM HYPOCHLORITE CALCIUM SULFATE CARBON BISULFIDE CARBON DIOXIDE (DRY) CARBON DIOXIDE (WET) CARBON TETRACHLORIDE (DRY) CARBON TETRACHLORIDE (WET) CARBONATED WATER CARBONIC ACID CASTOR OIL CHINA WOOD OIL (TUNG) CHLORINATED SOLVENTS (DRY) CHLORINE (WET) CHLORINE GAS (DRY) CHLOROACETIC ACID CHLOROBENZENE CHLOROFORM CHLOROSULPHONIC ACID (DRY) CHLOROSULPHONIC ACID (WET) CHROME ALUM CHROMIC ACID CITRUS JUICES COCONUT OIL External valve body material Std Std Spl body 23 body 24 body 37 B D D B D D A A A A A A B B B C C C B C C B B B B B B A C C A C C A B B A A A A B B B D D B C C A D D B D D D D D A B B A B B A A A A D D A A A B D D B D D B D D B C C B B B C D D B C C B B B A A A A C C B A A A B B A B B B D D A B B A B B A A A D D D B B B C D D A B B A B B B B B D D N A B B C D D B D D B C C Seal code trim Internal valve trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 A C A B C A A A A A A A D D D A B A D A D A A D C A A A A D D D A A B B A A A A D C D D D D D – A D A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A B A A A A A A – A A A A – – A A – A A A A A A – A A A A A A D A A A A A A A A A A A A A A B A A A A A – B C A A A A A – A D A A – – – – – A A A A A A – B B A A A A D B B B A B A A A A A A – B A B B B – A A – B C – B B B D – A D A B B B A A B C B B B A A A A A B B A B D A A A A A B B B B B C B B A A B A A B A A A D B C A A B D A C B A A C A A A A A A A A A A A A D A B A D A C A A B C A A A A D D A A A A A A A A A B C D D A C D – A D A A D D A A B C C B B C C B A B D C D D D B B A D A D D D C B D C B A C A B B D B B A D B D B B B D B D D C – B A A B C B B B – – A A A B B A B – A A A – A B B B B B – B B A B B B A B A A A – B – A A B – A – B A D D A A B C C B B C C B A B D C D D D B B A D A D D D C B D C B A C A B B D B B A D B D B B B N B D D C A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 15 Material selection guide Lading COFFEE EXTRACTS (HOT) COKE OVEN GAS COOKING OIL COPPER ACETATE (10%) COPPER CHLORIDE COPPER NITRATE COPPER SULFATE CORN OIL CORROSION INHIBITOR – AMINE BASED COTTONSEED OIL CREOSOTE OIL CRESYLIC ACID CRUDE OIL SOUR CRUDE OIL SWEET CUTTING OILS, WATER EMULSIONS CYCLOHEXANE DIACETONE ALCOHOL DIESEL FUEL DIETHANOLAMINE (DEA) DIETHYLAMINE DIETHYLENE GLYCOL DOWTHERMS (A-E) DRILLING MUD DRIP COCKS, GAS DRY CLEANING FLUIDS EPSOM SALT (Magnesium Sulfate) ETHANE ETHANOL (ALCOHOL-ETHYL) ETHANOLAMINE (MEA) ETHERS ETHYL ACETATE ETHYL ACRYLATE ETHYL CHLORIDE (DRY) ETHYL CHLORIDE (WET) ETHYLENE (LIQUID OR GAS) ETHYLENE GLYCOL ETHYLENE OXIDE ETHYLENE PROPYLENE FATTY ACIDS FERRIC CHLORIDE FERRIC NITRATE FERRIC SULFATE FERROUS CHLORIDE FERROUS SULFATE FERROUS SULFATE (SAT) FERTILIZER SOLUTIONS FISH OILS FLUORINE FLUOSILICIC ACID FOOD FLUIDS – PASTES FORMALDEHYDE (100%) FORMALDEHYDE (40%) FORMIC ACID External valve body material Std Std Spl body 23 body 24 body 37 A C C A B B A B B B C C D D D B D D C D D A B B Seal code trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 A D A – A D B A A A A – A D B A A A A A A A A A – – A A A A A – – – – B A B A – A A A B D B C A B B B C D D D B A A A B – B – B C B B C D D D B A A A B B A A – A A A A B B B A A A A A A – A – A A A A B A A A A B A A B A B B A B D B B D B A B A A C A A A B C B B B B B A A A – A – B B B B C A B A B B A B B A B B B D D D D D D C B B B D C C C D C B B B B B A A A – A – B B B B C A B A B B A B B A B B – D D D D D D C B B B D C C C D A A D C B A A D A – B A D A – C – A A B D D D A A B A D – B A A A C D – D B D D B B B D A A D A A A A A A – A A A A – B A A A A A B A A A A A A – A A A A C D – D A D D A B A D A A A A A A A A A – D A A A – A A A A A A B A A A A A A – A A A A A A A D A D A A A A A A A A A A A A – A – A A A – – A A A A – A B A A A A A A – A B A A A A A D A C A – A A B A B B B B A B – A – B A B – – C A A A – D D D B B A A D – A B A A – A – D – – A – C C C B B B A A A A A A – A – A A A A B A A A A B A A B A B B A B D B B D B A B A A C A A A B C B B B B B A A A – A – B B B B C A B A B B A B B A B B B D D D D D D C B B B D C C C D B B B A A A A A A – A – A A A A B A A A A B A A B A B B – B – – B – B S B A A – – – – B C B B B B B A A A – A – B B B B C A B A B B A B B A B B – D D D D D D C B B B D C C C D A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 16 Internal valve trim Material selection guide Lading FREON 12 FRUIT JUICES FUEL JET JP-4 FUEL JET JP-5 100F FUEL JET JP-6 100F FUEL OIL FUEL RP-1 FURFURAL GALLIC ACID GAS (MANUFACTURED) GAS ODORIZERS (VTFEP) GAS, NATURAL GASOLINE, AVIATION GASOLINE, SOUR GASOLINE, LEADED, LOW OCTANE GASOLINE, UNLEADED, LOW OCTANE GELATIN GLUCOSE GLUE GLYCERINE – GLYCEROL GLYCOLS GREASE HEPTANE HEXANE HEXANOL, TERTIARY HYDRAULIC OIL PHOSPHATE ESTER HYDRAULIC OIL PETROLEUM BASE HYDROBROMIC ACID HYDROCHLORIC ACID 37% AIR FREE HYDROCYANIC ACID HYDROFLUORIC ACID HYDROFLUOSILICIC ACID HYDROGEN GAS HYDROGEN PEROXIDE 30% (DILUTE) HYDROGEN PEROXIDE HYDROGEN SULFIDE (dry) HYDROGEN SULFIDE (wet) HYPO (SODIUM THIOSULFATE) HYPOCHLORITES, SODIUM ILLUMINATING GAS (coal gas) INK IODINE ISOBUTANE (methylpropane) ISO-OCTANE ISOCYANIDE ISODOFORM ISOPROPYL ALCOHOL (isopropanol) ISOPROPYL ETHER KEROSENE KETCHUP KETONES LACQUERS (SOLVENTS) LACTIC ACID External valve body material Std Std Spl body 23 body 24 body 37 A B B A D D A A A A A A A A A A B B A A A B A A B D D B B B A B B A B B A A A A B B A A A Seal code trim Internal valve trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 A A A A A A A D B A A A A C A B A A A A A A A A A A A A A A B A A A A A A A B A A A A A A B A A A A A A A – A A A A A A D – B B B A A C – A A A A A B A A A A A A A B B B A A A A A B D A A A B A A D B B B A B A A A A A A A A A B B A A A A A B D A A A B A A D B B B A B A A A A A A A A B A A A A A A A A B A A A A A A D D B D C A B B A A A C A A D – A A B B A A A A A A B B A B B A A A A A A D D D D D B D D A D D D A D D – A A B B A B D A C D B B A B B A A A A A A D D D D D B D D A D D D A D D – A A B B A B D A C D A A – A A – A A – C A D D B D D A D D A B B B – – A – A – – B B A A D D – A A A A A A A A A A A D D B D D A D D A A A A – – A – A – – B A A A D A B A A A A A A A A – A A A A A A A A A A A A A A A – A A A – – A A A A D A A A A – A A A A A – A A C A A D – A A A A A A A A – B A A – – A A A A D – A A A – A A B C C – A A C B A D – A A A A A A A – – B – C – – A D B – D D A A A A A B A A A A A A D D B D C A B B A A A C A A D – A A B B A A D A A B B B A B B A A A A A A D D D D D B D D A D D D A D D – A A B B A B A A C D B A A A B A A A A A A – – B – – A B B A B A – A A – – A A B B A A – A A – B B A B B A A A A A A D D D D D B D D A D D D A D D – A A B B A B D A C D A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 17 Material selection guide Lading LARD OIL LEAD ACETATE LINOLEIC ACID LINSEED OIL LIQUEFIED PET GAS (LPG) LITHIUM BROMIDE LUBRICATING OIL MAGNESIUM BISULFATE MAGNESIUM CHLORIDE MAGNESIUM HYDROXIDE MAGNESIUM SULFATE (Epson Salt) MALEIC ACID MALEIC ANHYDRIDE MALIC ACID MAYONNAISE MERCAPATANS MERCURIC CHLORIDE MERCURIC CYANIDE (10%) MERCURY METHANE METHANOL (ALCOHOL-METHYL) METHYL ACETATE METHYL ACETONE METHYL CELLOSOLVE METHYL CHLORIDE METHYL ETHYL KETONE (MEK) METHYL FORMATE METHYLAMINE METHYLENE CHLORIDE MILK MINE WATERS (ACID) MINERAL SPRITS MINERAL OIL MIXED ACIDS (COLD) MOLASSES – CRUDE MOLASSES, EDIBLE MTBE 100% MAX (methyl tertiary butyl ether) MTBE 40% MAX MURIATIC ACID (hydrochloric acid) MUSTARD NAPHTHA (Rubber Solvent) NAPHTHALENE (COAL TAR DISTILLATE) NICKEL AMMONIUM SULFATE (20%) NICKEL CHLORIDE NICKEL NITRATE (30%) NICKEL SULFATE NICOTINIC ACID NITRIC ACID (10%) NITRIC ACID (100%) NITRIC ACID (30%) NITRIC ACID (80%) NITRIC ACID ANHYDROUS/AQUEOUS NITROBENZENE 18 External valve body material Std Std Spl body 23 body 24 body 37 A C C B C C A B B A A A A B B A D D A A A A C C D C C A B B B B B C B B A D D A D D A D D A A A D D D B D D A A A A A A A B B A A A A A A B B B A B B A A A B B B B B B B B B A D D B D D B B B A B B A C C A A A A A A Seal code trim Internal valve trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 A B C A A – A – A B – D – A – A D C A A B D – C D D – – D A – – A – – – A B C A A – A A A B A A – A A A D A A A A B D A B B – – C A B A A – A A A A A A A A A – A A A A A A A A A B A A A B D A A B A A A A B A A – A A A A A A A B A – A A A A A A A – A – A A A B D – A B – A A A – A A – A A A D A A B A A – A A A A A A – – A – A B D D – – D D – – – A – – A – – – A B A A A A A A D A B C A A A A D B A A A A A B A A B B B A B B A A A A C D B A B D A C C B B B D D D A D D A A B A A B B A B B B D D B B C A A – – A A A – A – – A – B – – – A – – A A A A A B A A B B B – – B A – A A C C B A B D A C C B B B D D D A D D A A B A A B B A B B B D D B B C A A A B B – – B B B A D B B A D A A A D B B A D B B C – A B B D A A B A A B B A – B B A – B A D A A B D B B B – A A A D B B A A A D A A A C A A A A A B B C A A A A D A B D D D D B D A D A A B D D D D B D A D D A B C A B A – D D D D D B A A B A – D D D D D B A A A A A A A A A A A A A A A – B C C C B A A A – A – D D D D – D A C B C A A A A A A B D D D D B D A D D A B – – – – A – A – – A B D D D D B D A D D A B A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. Material selection guide External valve body material Std Std Spl body 23 body 24 body 37 NITROGEN A A A NITROUS ACID (10%) B D D NITROUS GASES A B B NITROUS OXIDE B A A OIL, COTTONSEED B C C OIL, PETROLEUM (REFINED) A A A OIL, PETROLEUM (SOUR) H2S & CO2 A A A OIL, WATER MIXTURES A B B OIL, ANIMAL A A A OIL, FISH A B B OIL, FUEL A B B OIL, LUBE A A A OIL, MINERAL A B B OLEIC ACID A B B OLEUM B B B OLIVE OIL A B B OXALIC ACID A D D OXYGEN (GAS) A B B OXYGEN (LIQUID) A B B OZONE A C C PAINTS AND THINNERS A A A PALM OIL B C C PALMITIC ACID A C C PARAFIN A B B PARAFORMALDEHYDE B B B PENTANE A B B PERCHLOROETHYLENE B B B PETROLATUM B C C PHENOL (CARBOLIC ACID) A B B PHOSGENE (CARBONYL CHLORIDE) – – – PHOSPHORIC ACID – – – PHOSPHORIC ACID (40%) – – – PHOSPHORIC ACID (>40%) – – – PHOSPHORIC ACID (CRUDE) – – – PHOSPHORIC ACID (MOLTEN) – – – PHOSPHORIC ACID (ANHYDRIDGE) – – – PHTHALIC ACID B C C PHTHALIC ANHYDRIDE B C C PICRIC ACID B C C PINE OIL A B B PINEAPPLE JUICE A C C POLYESTER RESIN A B B POLYETHYLENE GLYCOL – – – POLYURETHANE A A A POTASSIUM BISULFITE (10%) B D D POTASSIUM BROMIDE B D D POTASSIUM CARBONATE A C C POTASSIUM CHLORATE A B B POTASSIUM CHLORIDE A C C POTASSIUM CYANIDE B B B POTASSIUM DICHROMATE A B B POTASSIUM DIPHOSPHATE A A A POTASSIUM FERRICYANIDE A B B Lading Seal code trim Internal valve trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 A A – A B A A A A B A A A C B A B D D D D D A A A A C A A – – – – – – D C C A A A – – – C C – – A A B – C A A A A A A A A A A A A A A A A A A C A A A A A A A A A A A A A A A – A A A A A A A A – A A A A A A A – A A A A A B A A A A A A A A A A A A A C A A A A – A – A – A – A A A A – – A C A – – A A – – A A A A – A – A A A – – A A A A A B B A A C A A A D D D A – A A – A D A A – A A A A – – – C – – – – B – – – – A A – A A B A B B A A A A A A A A A B A A A A A A B A A B A B B A – – – – – – – B B B A A A – A B B A A A B A A B A A A A B A A A A A A A A A A A B A C A A A A A A A A A A B B B B B B B B A A A A A – – A A A C A A B – B C A D B A C A A B A B B A B B B B D B B C A C C B B B B C B – – – – – – – C C C B C B – A D D C C C B B A B A – A B B A A A A A A A A A B A – A – A A B A A B A B B A – – – – – – – B B B A – A – A – – – – – B A A B A D B A C A A B A B B A B B B B D B B C A C C B B B B C B – – – – – – – C C C B C B – A D D C B C B B A B A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 19 Material selection guide Lading POTASSIUM FERROCYANIDE POTASSIUM HYDROXIDE 70% POTASSIUM HYDROXIDE – DILUTE POTASSIUM IODIDE POTASSIUM NITRATE POTASSIUM PERMAGANATE POTASSIUM SULFATE POTASSIUM SULFIDE POTASSIUM SULFITE PRODUCER GAS PROPANE PROPYLENE PROPYL ALCOHOL (PROPANOL) PROPYLENE GYLCOL PYROGALLIC ACID QUENCH OIL (WATER SOLUBLE) RESINS-ROSINS RUBBER LATEX EMULSIONS SALAD OIL SALICYLIC ACID SALT (BRINE (NaCl) saturated) SEA WATER SHELLAC (BLEACHED) SHELLAC (ORANGE) SILICONE OILS SILVER NITRATE SOAP SOLUTIONS (STEARATES) SODIUM ACETATE SODIUM ALUMINATE SODIUM BICARBONATE SODIUM BISULFATE SODIUM BISULFITE SODIUM BORATE (BORAX) SODIUM BROMIDE SODIUM CARBONATE SODIUM CHLORATE SODIUM CHLORIDE SODIUM CHROMATE SODIUM CYANIDE SODIUM FLUORIDE SODIUM HYDROXIDE 20% SODIUM HYDROXIDE 50% SODIUM HYDROXIDE 80% SODIUM HYPOCHLORIDE SODIUM METAPHOSPHATE SODIUM METASILICATE SODIUM NITRATE SODIUM PERBORATE SODIUM PEROXIDE SODIUM PHOSPHATE (DIBASIC) SODIUM PHOSPHATE (TRIBASIC) SODIUM SILICATE SODIUM SULFATE NA2S04 External valve body material Std Std Spl body 23 body 24 body 37 A B B A A A B B B B C C A B B A A A A B B B C C A D D A B B A A A A B B A A A A A A B B B A A A A C C A B B B C C A D D B C C A D D A A A A A A A A A B D D A A A B B B A C C B C C A D D D D D B C C B C C B B B B C C B C C B B B A A A C D D A A A B B B B B B C D D A D D A C C A B B B C C B C C B B B B B B A A A A B B Seal code trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 B C – C B D A A A A A C A C B B B A A B A A C C A B A B C A A A A C A C A C A C – – – – A C – B B A B A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A – A A A C – A A A A A D A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A – B A – A – A – A A A A A A – – – – – A A A – – A A A B – A A A A – A C A – A – A A A – A – A A A A A A A A A B B A A A B A A A A A A B A A A B A B A A A A B A B A B A D A B B B B B A C A B B C A A A B B B B A A B C A A B D A A A A A A A A A B A A A A A A A A A A A B A A A A A B A A A C A B A A B D A A A B A A B A A A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 20 Internal valve trim B A B C B A B C D B A B A A B A C B C D C D A A A D A B C C D D C C B C C B A D A B B D D C B C C B B A B A A B B A A A B – A A – A A B A – A – A A A A A A – A B – – – – B B B B B B A – A B B – – A B B B B B A A B A B C B A B C D B A B A A B A C B C D C D A A A D A B C C D D C C B C C B A D A B B D D C B C C B B A B Material selection guide External valve body material Std Std Spl body 23 body 24 body 37 SODIUM SULFIDE NA2S02 B B B SODIUM THIOSULFATE A D D SOUR GAS AND OIL A A A SOYBEAN OIL A B B STANNIC CHLORIDE D D D STANNOUS CHLORIDE C D D STARCH A A A STEAM (212F) A B B STEARIC ACID A C C STODDARD SOLVENT B B B STYRENE A A A SUGAR LIQUIDS A B B SULFATE, BLACK LIQUORS B C C SULFATE, GREEN LIQUORS B C C SULFATE, WHITE LIQUORS B D D SULFURIC ACID (0 - 7%) A B B SULFURIC ACID (10% - 100%) H2S04 D D D SULFUROUS ACID D D D SULFUR A B B SULFUR DIOXIDE (DRY) A B B SULFUR TRIOXIDE (DRY) B B B SYNTHESIS GAS B B B TALL OIL B B B TANNIC ACID B B B TAR – TAR OIL A A A TARTARIC ACID A D D TETRAETHYL LEAD B C C TITANIUM TETRACHLORIDE T1-CL4 – – – TITANIUM TRICHLORIDE T1-CL3 – – – TOLUENE – TOLUOL A A A TOMATO JUICE A C C TRANSFORMER OIL A A A TRIBUTYL PHOSPHATE A A A TRICHLOROETHYLENE B B B TUNG OIL (China Wood Oil) A B B TURPENTINE A B B UREA B C C VARNISH A C C VEGETABLE OIL, EDIBLE A B B VEGETABLE OIL, NON-EDIBLE A B B VINEGAR A D D WATER, DISTILLED A D D WATER, FRESH A C C WATER, SALT A D D WAX, EMULSIONS A A A WAXES A A A WHISKEY AND WINE A D D XYLENE A A A ZINC CHLORIDE D D D ZINC HYDROSULFITE A A A ZINC SULFATE B D D Lading Seal code trim Internal valve trim Std YRF Spl YFF Spl TFF Spl PFF Spl PLF Std Int 23 Std Int 24 Spl Int 27 Spl Int 37 B B – A B C A D B A – – – – – – – D – – – – – A B B B B B C – A D C A B – B A A B A A A – – A D C C A A A – A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A – A A A A A A A A A A A A A A A A – A A A A A A A A A – – – A D A A A A A A A A A A – – A A A – A A A – A A A A A A A A A A A A – A – – – A A A A A A B B – – – – B B A – B B – – A A A C – – D – A – D A A – B A A A A A A – – A D A – A B A A A D C A A A B A A B B B A D D A A B B B B A A B – – A A A A B A A B A A A A A A A A A A A D A B B B – A B C A C A A A A B B B C D D A A A A A A A B B A A A A A D B A B – A A A A A A A A A A A C A A B D A B D D A B C B A B C C D B D D B B B B B B A D C – – A C A A B B B C C B B D D C D A A D A D A D B – – B D – A A – B A A – – – A – – A A B B B B A C – – – A – A A B A A – – – A – A A A A A – A – A B B D A B D D A B C B A B C C D B D D B B B B B B A D C – – A C A A B B B C C B B D D C D A A D A D A D A: Excellent B: Good (slightly attacked) C: Fair (modestly attacked) D: Not recommended –: No data Reference: http://www.coleparmer.com/techinfo/chemcomp.asp. Chemical Resistance Guide by Compass Publications. 21 WKM 370D6 Trunnion-Mounted Ball Valve cameron.slb.com/WKM * Mark of Schlumberger. Other company, product, and service names are the properties of their respective owners. Copyright © 2016 Schlumberger. All rights reserved. VL-1053
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