Cage type Single Seated Control Valves

No. SS-8-00 OVERVIEW Model HSC Cage Type Single Seated Control Valves are designed for high differential pressure heavy-duty service where flashing/cavitation may occur. Further, they are ideal for preventing erosion from the valve body, because their guides are sturdy and the valve body is protected by a cage. The compact valve body, having an S-shaped flow passage that features low pressure loss, allows a large flow capacity and rangeability. The valve plug is highly vibration-resistant as it is held by a top guide section which has a large sliding area. The flow shutoff performance complies with the IEC or JIS Standards. The actuator, integrated with simplest mechanisms, utilizes a compact yet powerful diaphragm actuator loaded with multiple springs. The model HSC Control Valves are widely applicable for reliable control of flows in high- or low-temperature, high differential pressure process lines. SPECIFICATIONS CV000 Series Cage type Single Seated Control Valves Model HSC Body Type Straight through, cast globe valve Nominal size -/,, -/,,,, 8 inches Pressure rating JIS 0K, K, 0K, 0K, 0K ANSI Class 5, 50, 00, 00 JPI Class 5, 50, 00, 00 End connection Flanged end: Connection type Pressure rating Applicable standard JIS0K JIS B0-98 FF ANSI Class 5 ANSI B.5-98 JPI Class 5 JPI-7S-5-99 JIS0K, K, 0K, 0K, 0K JIS B0-98 RF ANSI Class 50, 00, 00 ANSI B.5-98 JPI Class50, 00, 00 JPI-7S-5-99 RJ, LG ANSI Class 50, 00, 00 ANSI B.5-98 JPI Class 50, 00, 00 JPI-7S-5-99 Tongue and groove(groove) Male and female(female) JISK, 0K, 0K, 0K JIS B0-98 Welded end: SW (/ to inches) BW (-/ to 8 inches) Material For body / trim material combinations and operating temperature ranges, refer to Table. Bonnet Plain bonnet (-7 to +0 C) Extension bonnet Type (-5 to -7 C and 0 to 5 C) Extension bonnet Type Integral-cast type (-00 to -5 C) Welded type (-9 to -00 C) Note) Take care not to exceed the operating temperature ranges specified for respective materials. Gland type Bolted gland Packing/Grease Grease not provided; When V shaped PTFE packing or PTFE yarn packing is used. Grease provided; When graphite packing is used. Note) PTFE: Polytetraflouroethylene 7th edition

No. SS-8-00 Gasket Type; Flat type, serrated type Material; Stainless steel (SUS, SUSL, SUS9J), copper, aluminum Trim Valve plug Single-seated, Contoured-type plug (Regarding flow characteristics, refer to Figure.) Metal seat: Equal percentage (%CC), Linear (LCC) Cage Separate type Material For body / trim material combinations and operating temperature ranges, refer to Table. Type Single acting diaphragm actuator (Type PSA, HA or VA5) Spring type piston actuator (Type PSA) Double acting piston actuator (Type DAP) Action Direct or reverse action Diaphragm Type PSA, HA: Cloth embedded ethylene propylene rubber Type VA: Cloth-chloroprene rubber Type PSA, HA or VA5 : 0 to 98 kpa {0. to.0 kgf/cm } or 80 to 0 kpa {0.8 to. kgf/cm } Type PSA : 00 to 0 kpa {.0 to.5 kgf/cm } 00 to 90 kpa {.0 to.0 kgf/cm } Type PSA7R : 00 to 70 kpa {.0 to.8 kgf/cm } 00 to 05 kpa {.0 to.0 kgf/cm } Diaphragm actuator Type PSA, HA:0 to 90 kpa {. to.0 kgf/cm } Type VA5: 0 to 70 kpa {. to.8 kgf/cm } Spring type Piston actuator Type PSA: 00 to 500 kpa {.0 to 5.0 kgf/cm } Type PSA7R: 00 kpa {.0 kgf/cm } Piston actuator Type DAP: 90 to 90 kpa {.0 to 5.0 kgf/cm } Note) Allowable differential pressure varies depending on the spring range and air supply pressure. Air connection Rc/ or /NPT internal thread Note) With type VA or DAP, Rc/ adapter or /NPT adapter is provided on Rc/ internal thread (also providing Rc/8 adapter is possible). Ambient temperature -0 to +70 C Valve action Air-to-close (Direct action actuator is combined). Air-to-open (Reverse action actuator is combined.) Optional accessories *, pressure regulator with filter, hand wheel*, limit switch, solenoid valve, motion transmitter, booster relay, lock-up valve, and others. Note). For the optional items, refer to specification sheets and installation drawing of respective accessories.. Accessories with an asterisk mark (*) are selected from among the following types depending on the actuators to be combined. Hand wheel P/P I/P Top Side PSA VPE AVP/HEP THM SHM HA to HTP AVP/HEP THM SHM VA5 HTP AVP/HEP THM SHM PSA HTP/VPP AVP/HEP - SHM DAP VPP AVP/HEP - SHM Additional specification (by special order) Special inspection characteristics inspection, material inspection (Material certificate), nondestructive inspection, steam inspection, low temperature inspection. Seat chamfered flange With drain plug Double gland Steam jacket Oil/water free treatment Copper free treatment York material SCPH (York material of PSA is SCPH.) Complies with High-pressure Gas Control Law Stainless steel (SUS0) atmosphere-exposed nuts and bolts. Special air piping and joint Sand-/dust-preventive measure Saline damage countermeasures Cold-area use specification Tropical-area use specification Vacuum service Performance Rated valve Refer to Table. characteristics Refer to Figure. Inherent rangeability 50 : (Optional: 75 : ) Allowable differential pressure Refer to Table to Table 0.

No. SS-8-00 Leakage specifications Contoured type plug IEC 05-:00 or JIS B 005-:008 Standard Class IV: Leakage less than 0.0% of maximum valve capacity. Option Leakage less than 0.00% of maximum valve capacity. Hysteresis error Without positioner : Within % F.S. (Within 5% F.S.) ((Within 9% F.S.)) With positioner : Within % F.S. ((Within % F.S.)) Linearity Without positioner : Within ± 5% F.S. ((Within ±9% F.S.)) With positioner : Within ±% F.S. ((Within ±% F.S.)) (VPE: Within ± %, AVP/HEP: Within ± % F.S.) Note). When positioner is nor provided, operating performance may vary depending on types of packings used.. Parenthesized figures are applicable to Type PSA.. Double parenthesized figures are applicable to type PSAR. Dimensions Refer to Figure, Table 7 and Table 8. Weight Refer to Table 0. orientation Refer to Figure. Finish Blue (Munsell color 0B5/0) or silver, or other specified colors. Table. Body / trim metal combinations and operating temperature ranges ( C) Body material JIS SCPH SCPH SCPH SCS SCSA SCSA SCSA SCS9A Trim material ASTM AWCB A7WC A7C5 - A5CF8 A5CF8M A5CFM A5CF JIS SUS0C -5 to +5-5 to +5-5 to +5 - - - - - JIS SUS0 Stellite -5 to +5-5 to +550-5 to +5 - -9 to +550 - - - JIS SUS0 Stellite face -5 to +5-5 to +550-5 to +5 - -9 to +550 - - - JIS SUS Stellite -5 to +5-5 to +550-5 to +5 - -9 to +550-9 to +550 - - JIS SUS Stellite face -5 to +5-5 to +550-5 to +5 - -9 to +550-9 to +550 - - JIS SUS0L Stellite - - - - -9 to +550 - - -9 to +50 JIS SUSL Stellite - - - - -9 to +50-9 to +50-9 to +50-9 to +50 JIS SUS9J Stellite - - - -50 to +550 - -9 to +550 - - Note). shows standard combination of valve body and trim materials.. SUS0C is recommended for valves for cavitation/flushing service of water or for superheated service of water higher than 00ºC. Table. value and travel Nominal size (inches) -/ -/ 8 Port size ( value or inches) =.0 =. =. -/ -/ -/ -/ -/ -/ -/ -/ 5 Rated value.0.. 0 0 50 0 50 85 85 5 00 5 00 0 Rated travel (mm) 5 8 50 75

No. SS-8-00 value (%) 00 50 0 0 5 value (%) 00 80 0 0 0 0 0 0 0 80 00 Travel (%) 0 0 0 0 0 80 00 Travel (%) a. Equal percentage characteristics (%CC: Metal seat) b. Linear characteristics (LCC: Metal seat) Figure. characteristics Structural drawing of trim and body/trim material combinations Following table shows typical body/trim material combinations. Please contact us about materials that are not listed in this table. () Valve stem () Bonnet gasket () Guide ring, cage () Valve plug () Seat ring (5) Seat gasket Figure. Structual drawing of trim Table. The valve body material is carbon steel (SCPH/AWCB). () Valve plug () Seat ring SUS0C SUS Stellite SUS0 Stellite SUS Stellite face SUS0 Stellite face Oil-free General () Valve stem SUS () Guide ring, cage SUS0C Same as valve plug and seat ring (5) Seat gasket Without SUS(PTFE coating) () Bonnet gasket SUS SUS(PTFE coating)

No. SS-8-00 Table. The valve body material is stainless steel (SCSA/A5CF8) () Valve plug () Seat ring SUS Stellite SUS0 Stellite SUS Stellite face SUS0 Stellite face General Oil-free () Valve stem SUS () Guide ring, cage Same as valve plug and seat ring (5) Seat gasket Without SUS(PTFE coating) () Bonnet gasket SUS SUS(PTFE coating) Table 5. The valve body material is stainless steel (SCSA/A5CF8M) () Valve plug () Seat ring SUS Stellite SUS Stellite face General Oil-free () Valve stem SUS () Guide ring, cage SUS Stellite (5) Seat gasket Without SUS(PTFE coating) () Bonnet gasket SUS SUS(PTFE coating) 5

No. SS-8-00 Allowable differential pressure Contoured type metal seat (%CC, LCC) : PTFE packing Valves with type PSA, HA or VA actuator 0 {.} 0 to 98 {0. to.0} 0 {.} 0 to 98 {0. to.0} 90 {.0} 80 to 0 {0.8 to.} 0 {.} 0 to 98 {0. to.0} 0 {.} 0 to 98 {0. to.0} 90 {.0} 80 to 0 {0.8 to.} 0 {.} 0 to 98 {0. to.0} 0 {.} 0 to 98 {0. to.0} 90 {.0} 80 to 0 {0.8 to.} PSAD HAD HAD kpa{kgf/cm} Differential pressure kpa {kgf/cm} kpa{kgf/cm} Table. Air-to-close -/ =.0 =. 00 550 -/ =. -/ 0 550 0 00 -/ -/ -/ -/ -/ -/ -/ {0.} {5.} {.} {5.} {.} {.0} 500 {5.0} 90 {0.0} 0 {5.0} 70 570 70 570 970 {8.0} {.0} {8.0} {.0} {9.9} 80 {8.0} 98 {0.0} 500 {5.0} 80 {9.0} 950 {97.0} 70 {8.0} 0 {.} 00 {.} 90 {9.0} 00 {.} 590 {5.0} 80 {8.0} 98 {0.0} 500 {5.0} 80 {9.0} 950 {97.0} 70 {8.0} 0 {.} 80 {9.0} 70 0 70 0 70 0 0 0 0 98 {.8} {.} {.8} {.7} {.8} {.7} {.} {.7} {.} {.0} 00 890 00 890 0 890 0 70 0 70 500 {.} {9.} {.} {9.} {.7} {9.} {.7} {7.8} {.7} {7.8} {5.} 90 {9.0} 00 {.} 590 {5.0} 5590 {57.0} 70 {.8} 50 {.} 90 {9.0} 00 {.} 590 {5.0} 5590 {57.0} 70 {.8} 00 {.0} 70 {.8} 5590 {57.0} 70 {.8} 00 {.0} 70 {.8} 0 0 {.7} 00 {.7} {.0} 70 70 70 {.8} {.8} {.8} 0 {.9} 70 70 0 70 {.7} {.7} {.} {0.7} 50 70 50 70 70 70 70 80 80 0 0 {.} {.} {.} {.} {.0} {.} {.0} {8.8} {8.8} {.} {.5} 700 {7.0} 700 {7.0} 0 {.0} 700 {7.0} 00 00 80 00 0 {.5} {.5} {8.7} {0.5} {.0} VA5D 0 {.} 0 to 98 {0. to.0} 0 {.} 0 to 98 {0. to.0} 90 {.0} 80 to 0 {0.8 to.} 0 {.} 0 to 98 {0. to.0} 0 {.} 0 to 98 {0. to.0} kpa{kgf/cm} HAD Differential pressure kpa {kgf/cm} kpa{kgf/cm} Table 7. -/ -/ -/ -/ -/ 80 080 90 {9.0} 550 {.0} 5780 {59.0} 570 {.0} 780 {80.0} {9.0} {.0} 80 {8.} 080 {.0} 5590 {57.0} 080 {.0} 5780 {59.0} 570 {.0} 780 {80.0} -/ 80 {8.} 70 {.8} 80 {8.} 70 {.8} 90 {.0} 70 {.} 70 {.} 080 {.0} 5590 {57.0} 700 {7.0} 50 {.} 080 {.0} 5590 {57.0} 0 {.0} -/ -/ 8 5 90 {.0} 0 {.} 0 {.} 0 {.} 0 {.} 9 {0.7} 90 {5.} 90 {5.} 050 {0.7} 00 {.} 050 {0.7} 00 {.} 80 {.9} 700 {7.0} 50 {.} 0 {5.0} 0 {.} 0 {5.0} 0 {.} 0 {.0} 780 {8.} 0 {.} 780 {8.} 0 {.} 80 {.9} 0 {.} 80 {.9} 0 {.} 0 {.} 0 {.0} 00 {0.8} 00 {0.8} 0 {.7} 80 {8.} 0 {.7} 80 {8.} 80 {8.}

No. SS-8-00 Valves with type PSA, HA or VA actuator 0 {.} 0 to 98 {0. to.0} {0.0} {5.} {.} {5.} {.} {.0} 70 {.8} 80 to 0 {0.8 to.} 80 0 80 0 70 700 {9.0} {.0} {9.0} {.0} {.0} {7.0} 0 {.} 0 to 98 {0. to.0} {0.0} {0.0} {.} {0.0} {.} {.8} {.} {.8} {.7} {.8} {.7} {.} {.7} {.} {.0} 70 {.8} 80 to 0 {0.8 to.} 0 {.} 0 to 98 {0. to.0} 70 {.8} 80 to 0 {0.8 to.} PSAR HAR HAR kpa {Kgf/cm} Differential pressure (Upper side: by nominal size, Lower side: by port size) kpa {kgf/cm} kpa {Kgf/cm} Table 8. Air-to-open -/ -/ =. -/ 0 550 0 00 =.0 =. 98 90 0 {5.0} 550 98 0 98 0 750 {7.0} 80 {9.0} 0 {.0} 00 {.} 750 {78.0} 750 {7.0} 80 {9.0} 0 {.0} 00 {.} 750 {78.0} 70 0 -/ -/ -/ -/ 70 50 50 {7.0} 0 {7.0} {.0} 70 00 70 {.8} {.} {.8} 0 750 0 {7.0} {78.0} {7.0} 0 70 0 -/ -/ -/ 0 0 0 98 80 50 80 090 80 090 80 {.0} {7.0} {.0} {.} {.0} {.} {.9} 70 70 {.8} {.8} 0 {.0} 0 {7.0} 70 70 70 70 70 70 0 70 {.8} {.8} {.8} {.8} {.7} {.7} {.} {0.7} 0 90 0 90 0 0 850 80 {.0} {9.} {.0} {9.} {.} {.} {8.7} {.9} VA5R 0 {.} 0 to 98 {0. to.0} 70 {.8} 80 to 0 {0.8 to.} 0 {.} 0 to 98 {0. to.0} 70 {.8} 80 to 0 {0.8 to.} 00 {.0} 00 to 0 {.0 to.5} 500 {5.0} 00 to 90 {.0 to.0} kpa{kgf/cm} HAR Differential pressure (Upper side: by nominal size, Lower side: by port size) kpa {Kgf/cm} kpa{kgf/cm} Table 9. -/ -/ -/ -/ 80 080 550 {.0} 800 {8.0} 570 {.0} {9.0} {.0} PSAR Note). -/ 80 {8.} 590 {58.0} 080 {.0} 780 {80.0} 080 {.0} 800 {8.0} 570 {.0} 80 {8.} 590 {58.0} 080 {.0} 780 {80.0} -/ 70 {.8} 80 {8.} 590 {58.0} 080 {.0} 780 {80.0} 70 {.8} 90 {.0} 090 {.5} 50 {.} 50 {.0} 090 {.5} 50 {.} 50 {.0} -/ -/ 8 5 90 {.0} 0 {.} 0 {.} 0 {.} 0 {.} 70 {0.7} 090 {.} 090 {.} 70 {5.0} 80 {8.5} 70 {5.0} 80 {8.5} 50 {5.} 0 {.} 0 {.} 80 {.9} 70 {.} 80 {.9} 70 {.7} 0 {.} 80 {9.} 80 {9.} 00 {0.} 0 {.} 00 {0.} 0 {.} 70 {7.} 5980 {.0} 0 {.0} 70 {.} 5980 {.0} shows a model with standard actuator.. : is necessary. : Can be operated either with or without positioner.. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure. 7

No. SS-8-00 Valves with type DAP actuator Table 0. Air-to-close and Air-to-open Supply Pressure kpa{kgf/cm } Differential pressure (Upper side: by nominal size, Lower side: by port size) kpa {Kgf/cm } -/ 8 -/ -/ -/ -/ -/ -/ -/ 5 DAP 50 DAP 000 DAP 500 90 {.0} 90 {.0} 90 {5.0} 90 {.0} 90 {.0} 90 {5.0} 90 {.0} 90 {.0} 90 {5.0} 80 {8.0} 80 {8.0} 500 {5.0} 80 {70.0} 80 {88.0} 90 {9.0} 500 0 {.8} 00 {0.7} {5.0} 7.8 80 9.0 {70} {70.0} {800} 0 80 080 {.9} {88.0} {.0} 0 90 70 {.9} {9.0} {5.0} 80 9.0 {88.0} {800} 080 {.0} 970 590 {99.0} {5.0} 70 {7.0} 900 {9.0} 0 {.8} 00 {0.7} 90 {.} 800 70 {7.8} 70 {7.8} {9.0} 0 00 080 {.9} {.} {.0} 0 0 70 {.9} {.} {5.0} 0 80 800 {.8} {88.0} {9.0} 080 {.0} 80 970 590 {5.5} {99.0} {5.0} 70 0 {7.0} {7.0} 900 5880 {9.0} {0.0} Note). When a backup system for pressure drop at the air source is used, select the allowable differential pressure from whichever is lower constant supplied air pressure or backup system set pressure (trip pressure).. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure. 8

No. SS-8-00 Contoured type metal seat (%CC, LCC) : Graphite packing P0CH+P58 (+0 to +500 C) Valves with type PSA, HA or VA actuator Table. Air-to-close kpa{kgf/cm } kpa{kgf/cm } =.0 Differential pressure kpa {kgf/cm } -/ -/ 8 =. =. -/ -/ -/ -/ -/ -/ -/ -/ 5 HAD HAD HAD VA5D 90 {.0} 70 {.8} 80 to 0 {0.8 to.} 0 to 00 {0. to.0} 780 {79.8} 780 {79.8} 870 {8.} 780 {79.8} 870 {8.} 80 {.} 00 {.} 870 {8.} 80 {.} 950 {9.8} 70 00 {.} {5.} 0 {.} 80 {.} 950 {9.8} 70 00 {.} {5.} 0 {.5} 80 {.} 80 0 {.} 90 500 {5.} {9.} {9.} 80 {8.} 80 {.} 80 {9.} 80 {8.} 50 {5.7} 70 {7.7} 90 {.} 80 {8.7} 50 {5.} 70 {7.} 70 {7.7} 90 {.} 50 {5.} 70 {7.} 980 {9.9} 80 {.8} Note). is employed in general.. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure. 9

No. SS-8-00 Valves with type PSA, HA or VA actuator HAR kpa{kgf/cm} kpa{kgf/cm} kpa{kgf/cm} HAR Differential pressure kpa {kgf/cm} -/ =.0 =. 70 80 to 0 {.8} {0.8 to.} kpa{kgf/cm} Table. Air-to-open 5900 {0.} =. 0 0 {.7} 5900 {.7} {0.} 050 050 {.} {.} -/ -/ -/ -/ -/ -/ -/ -/ -/ 080 0 080 70 080 70 850 70 850 {.} {.7} {.} {.9} {.} {.9} {8.} {.9} {8.} 70 {.8} 70 {.7} 50 {5.} 90 90 0 90 0 50 0 50 950 {7.} 050 {7.} {.} {7.} {.} {5.} {.} {5.} {9.} {.} 950 {9.} Differential pressure kpa {kgf/cm} -/ HAR 70 80 to 0 {.8} {0.8 to.} VA5R 00 00 to 0 {.0}* {.0 to.5} -/ -/ -/ -/ 70 {8.5} 870 {88.9} 770 {8.} 80 {.0} 70 {8.5} 870 {88.9} 770 {8.} 80 {.0} -/ 750 {8.0} 570 {.} 500 00 to 90 PSAR {5.0}* {.0 to.0} 770 {8.} 80 {.0} 8 -/ -/ 5 750 {8.0} 70 {7.} 70 {7.} 0 {.} 80 {.9} 0 {.} 80 {.9} 0 {.} 570 {.} 50 {.9} 50 {.9} 580 {.} 890 {9.0} 580 {.} 890 {9.0} 570 {5.8} 950 {9.9} 5980 {0.9} 5980 {0.9} 0 {.0} 70 {.} 0 {.0} 70 {.} 50 {5.5} 70 {7.5} 000 {0.7} 50 {.} 00 00 to 0 {.0}* {.0 to.5} 00 00 to 70 {.0}* {.0 to.8} PSA7R 00 00 to 05 {.0}* {.0 to.0} 70 {7.5} 000 {0.7} Note). is employed in general.. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure.. * Applicable to valve sizes of ½ to inches, * Applicable to valve size of inches, * Applicable to valve size 8 inches. 0

No. SS-8-00 Contoured type metal seat (%CC, LCC) : Graphite packing P0CH+P58 (+0 to +500 C) Valves with type DAP actuator kpa{kgf/cm} Table. Air-to-close and Air-to-open 90 {.0} DAP 50 90 {.0} 90 {5.0} 90 {.0} DAP 000 90 {.0} 90 {5.0} 90 {.0} DAP 500 90 {.0} 90 {5.0} Differential pressure kpa {kgf/cm} -/ -/ -/ -/ -/ -/ -/ -/ 770 770 5980 5980 {8.} {8.} {0.9} {0.9} 880 880 550 550 {90.} {90.} {5.} {5.} 70 70 {75.0} {75.0} 90 90 {5.} {5.} 90 90 {9.} {9.} 8 5 0 90 0 90 {7.} {5.} {7.} {5.} 950 {9.} 0 0 0 {.5} {.5} {.} 590 {5.9} 50 {5.9} 0 {7.9} 880 {89.8} 90 {70.7} 90 90 {9.7} 590 {9.7} {5.9} 50 50 {5.9} 50 {5.9} {5.9} 70 70 {8.} 0 {8.} {7.9} 950 880 950 {50.} {89.8} {50.} 900 900 {9.7} 90 {9.7} {70.7} 570 570 {58.7} {58.7} 70 70 {77.7} {77.7} 870 {9.0} 0 {.5} 90 {.} 70 {.} 90 {5.} 80 {7.5} 870 {9.} Note). When a backup system for pressure drop at the air source is used, select the allowable differential pressure from whichever is lower constant supplied air pressure or backup system set pressure (trip pressure).. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure.

No. SS-8-00 Contoured type metal seat (%CC, LCC) : Graphite packing P0CH+P8590 (+500 to +5 C) Valves with type PSA, HA or VA actuator Table. Air-to-close kpa{kgf/cm } kpa{kgf/cm } =.0 Differential pressure kpa {kgf/cm } -/ -/ 8 =. =. -/ -/ -/ -/ -/ -/ -/ -/ 5 HAD HAD HAD VA5D 90 {.0} 70 {.8} 80 to 0 {0.8 to.} 0 to 00 {0. to.0} 70 {7.} 70 {7.} 70 {5.5} 790 {80.8} 70 {7.} 70 70 {5.5} 790 {80.8} {.} 50 {57.} 70 70 {5.5} 790 {80.8} {.} 80 {8.8} 0 50 {57.} {.0} 70 {.} 80 {8.} 0 50 {57.} {.0} 50 {.7} 00 {0.8} 0 580 {59.} 80 0 {.0} {.} {7.} 500 {5.} 00 {0.8} 0 {7.} 500 {5.} 0 {.} 580 {.} 050 {0.7} 80 {8.} 50 {.7} 590 {.0} 580 {.} 050 {0.7} 50 {.7} 590 {.0} 90 {9.} 80 {.8} Note). is employed in general.. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure.

No. SS-8-00 Valves with type PSA, HA or VA actuator HAR kpa{kgf/cm} kpa{kgf/cm} kpa{kgf/cm} HAR Differential pressure kpa {kgf/cm} -/ =.0 =. 90 70 80 to 0 {9.} {.8} {0.8 to.} kpa{kgf/cm} Table 5. Air-to-open 500 {5.} 890 {90.9} =. 900 900 {9.5} 500 {9.5} {5.} 550 890 550 {5.5} {90.9} {5.5} -/ -/ -/ -/ -/ -/ -/ -/ -/ 770 900 770 50 770 50 70 50 70 {8.0} {9.5} {8.0} {.7} {8.0} {.7} {7.} {.7} {7.} 570 {5.8} 0 {.} 50 {5.} 0 0 0 0 0 80 0 80 80 {.0} 550 {.0} {.7} {.0} {.7} {.0} {.7} {.0} {8.} {5.5} 80 {8.} Differential pressure kpa {kgf/cm} -/ HAR 70 80 to 0 {.8} {0.8 to.} VA5R 00 00 to 0 {.0}* {.0 to.5} -/ -/ -/ -/ 5950 {0.} 70 {75.7} 0 {.0} 570 {5.7} 5950 {0.} 70 {75.7} 0 {.0} 570 {5.7} -/ 0 {.7} 00 {0.9} 990 {9.7} 500 00 to 90 PSAR {5.0}* {.0 to.0} 0 {.0} 570 {5.7} 8 -/ -/ 5 750 {8.0} 50 {5.} 50 {5.} 080 {.0} 00 {.} 080 {.0} 00 {.} 90 {.9} 00 {0.9} 90 {9.} 90 {9.} 50 {.7} 70 {7.7} 50 {.7} 70 {7.7} 80 {.8} 990 {9.7} 5850 {59.} 5850 {59.} 0 {.} 0 {.} 0 {.} 0 {.} 80 {5.0} 50 {.5} 70 {7.} 50 {.9} 00 00 to 0 {.0}* {.0 to.5} 90 {9.} 00 00 to 70 {.0}* {.0 to.8} PSA7R 00 00 to 05 {.0}* {.0 to.0} 50 {.5} 70 {7.} Note). is employed in general.. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure.. * Applicable to valve sizes of ½ to inches, * Applicable to valve size of inches, * Applicable to valve size 8 inches.

No. SS-8-00 Contoured type metal seat (%CC, LCC) : Graphite packing P0CH+P8590 (+500 to +5 C) Valves with type DAP actuator kpa{kgf/cm} Table. Air-to-close and Air-to-open 90 {.0} DAP 50 90 {.0} 90 {5.0} 90 {.0} DAP 000 90 {.0} 90 {5.0} Differential pressure kpa {kgf/cm} -/ -/ -/ -/ -/ -/ 5700 {58.} 8550 {87.} 5700 {58.} 8550 {87.} 970 {98.} 90 {.0} DAP 500 90 {.0} 90 {5.0} 8 -/ -/ 5 590 {.} 590 {.} 50 {5.7} 0 {.} 50 {5.7} 0 {.} 90 {9.} 580 {5.8} 780 {7.} 090 {.} 90 {9.} 580 {5.8} 780 {7.} 090 {.} 90 {9.} 90 {95.} 800 {8.7} 0 {.7} 800 {8.7} 0 {.7} 0 {.8} 850 {9.0} 80 {8.5} 0 {.5} 50 {5.7} 0 {.9} 0 {.} 80 {9.} 090 {.5} 70 {7.8} 70 {.} 5070 {5.} 00 {.8} 50 {5.7} 800 {87.} 00 {7.} 850 {9.0} 0 {.5} 0 {.9} 80 {9.} 70 {7.8} 5570 {5.7} 70 {75.7} 5070 {5.} 00 {.8} 50 {5.7} 800 {87.} 00 {7.} 5570 {5.7} 70 {75.7} 50 {.} 750 {8.} Note). When a backup system for pressure drop at the air source is used, select the allowable differential pressure from whichever is lower constant supplied air pressure or backup system set pressure (trip pressure).. Take care not to cause the maximum allowable differential pressure to exceed the maximum operating pressure designated by ANSI B. -98 or JIS B0-98.. The upper figures denote the operating allowable differential pressure. The lower denote allowable differential pressure at full closure.

No. SS-8-00 DIMENSIONS Table 7. Face-to-face dimensions (Unit: mm) Nominal size (inches) JIS0K FF, RF ANSI 5FF JPI 5FF ANSI 50RF JPI 50RF * JIS KRF JIS 0KRF JIS 0KRF ANSI 00RF JPI 00RF * JIS 0KFF, RF ANSI 00RF JPI 00RF * A JIS K Tongue and groove Male and female JIS 0K Tongue and groove Male and female JIS 0K Tongue and groove Male and female JIS 0K Tongue and groove Male and female -/ 5 5 5 8 5 5 7 8 5 7 7 8 -/ 7 88 9 90 9 0 98 7 7 0 7 7 5 8 9 0 8 79 9 5 5 7 508 75 7 8 508 8 5 50 58 0 570 58 580 0 Table 8. (Unit: mm) Nominal size (inches) ANSI 50RJ JPI 50RJ ANSI 00RJ JPI 00RJ ANSI 00RJ JPI 00RJ ANSI 00LG JPI 00LG ANSI 00LG JPI 00LG ANSI 50 JPI 50 (SW,BW) * ANSI 00, 00 JPI 00, 00 (SW,BW) * -/ 5 8 5 8 5 5 7 8 89 7 8 8 8 -/ 89 08 0 08 0 7 7 7 5 8 97 78 9 9 9 89 5 8 505 7 508 8 55 58 578 0 58 0 Note) * : Face-to-face dimensions conform to following standards. -IEC 05--:00 -IEC 05--:00 (-/ inches or over) -JIS B 005--:005 -JIS B 005--:005 (-/ inches or over) 5

No. SS-8-00 Table 9. External dimensions (Unit: mm) Nominal size (inches) -/ -/ 8 H Plain Extension Extension bonnet type bonnet Bonnet type Integral cast type Welded type B φ B E PSAD, R 7 98 0 8 HAD, R 500 5 780 00 8 7 70 HAD, R 590 70 875 0 50 PSAD, R 75 99 0 8 HAD, R 500 70 785 05 8 7 80 HAD, R 595 75 875 0 50 HAD, R 575 75/755 880 0 8 7 HAD, R 0 800/80 90 80 50 88 HAD, R 85 05/05 5 95 50 70 HAD, R 580 755/75 900 5 8 7 HAD, R 5 80/80 955 90 50 98 HAD, R 870 05/055 90 505 50 70 HAD, R 0 80/80 95 50 8 7 HAD, R 0 80/870 00 05 50 HAD, R 890 00/0 55 50 50 70 VA5D 00 55 70 90-0 VA5R 0 5 80 050-0 PSAR 55 70 55 885-7 DAP50 85 95 - - - 80 DAP000 5 55 - - - 70 HAD, R 785 00/05 50 85 50 HAD, R 955 90/5 5 570 50 70 VA5D 0 0 870 000-0 VA5R 80 70 980 0-0 PSAR 5 575 85 95-7 70 PSA7R 75 005 5 75-580 DAP50 5 55 - - - 80 DAP000 5 55 - - - 70 DAP500 5 50 - - - 570 HAD, R 090 50 580 70 50 70 VA5D 75 70 05 55-0 VA5R 585 850 5 75-0 PSAR 75 000 95 5-7 PSA7R 5 0 75 855-580 0 DAP50 5 70 - - - 80 DAP000 0 790 - - - 70 DAP500 85 755 - - - 570 Note). H dimensions are applicable when a hand wheel is not provided. When a top mounted hand wheel HA or VA actuators or side mounted hand wheel PSAR or DAP actuators are used, add the hand wheel dimensions designated in respective specification sheets (No.SS-8-0500 for Type HA actuators; No.SS-80-000 and No.SS-80-000 for Type VA actuators; No.SS- PSA00-000 for Type PSA No.SS-DAP00-000 for Type DAP actuators).. H dimensions of Extended bonnet Type are as follows: Top rows for JIS 0K and ANSI 50, and bottom rows for JIS K and ANSI 00 or over. Figure. Face-to-face and external dimensions

No. SS-8-00 Table 0. Weight (Unit: kg) Nominal size (inches) -/ -/ 8 Plain bonnet Weight Weld type Flange type Flange type Flange type JIS0K, K, 0K, 0K,0K JIS 0K, ANSI/JPI 50 JIS K, 0K, 0K, ANSI/JPI 00 JIS 0K, ANSI/JPI00 ANSI/JPI 50, 00, 00 Extension bonnet Type Extension bonnet Type Integral Welded cast type type Plain bonnet Extension bonnet Type Extension bonnet Type Integral Welded cast type type Plain bonnet Extension bonnet Type Extension bonnet Type Integral Welded cast type type Plain bonnet Extension bonnet Type Extension bonnet Type Integral Welded cast type type PSAD,R 7 0 9 5 7 7 0 5 9 5 7 HAD,R 7 9 9 7 50 5 9 HAD,R 9 5 8 5 5 5 5 59 8 5 5 5 PSAD,R 0 8 5 8 0 8 5 8 HAD,R 7 0 5 5 8 50 7 50 5 55 5 8 50 HAD,R 9 5 55 57 5 57 0 59 5 7 5 57 0 HAR,R 7 5 5 8 5 5 58 5 9 7 75 8 5 5 58 HAD,R 55 59 5 0 8 70 77 8 85 87 0 8 70 HAD,R 8 90 9 9 9 95 99 0 08 8 9 95 99 0 HAR,R 5 59 5 8 9 75 78 85 9 97 00 9 75 78 HAD,R 5 7 77 80 75 8 87 90 97 0 09 75 8 87 90 HAD,R 9 0 08 0 8 8 0 0 8 HAR,R 7 78 8 78 88 9 9 8 75 85 90 9 HAD,R 75 85 90 9 90 00 05 08 5 5 0 87 97 0 05 HAD,R 0 9 5 7 7 8 8 VA5D 08 8 8 58 8 7 7 0 0 5 8 VA5R 8 5 8 58 8 9 98 0 5 55 0 PSAR 8 8 8 8 58 7 78 8 5 5 0 DAP50 08 8 - - - - 58 8 - - 0 0 - - DAP000 8 58 - - 7 - - 98 08 - - 0 70 - - HAD,R 57 7 79 8 87 0 09 7 5 59 77 9 99 0 HAD,R 88 0 0 8 0 8 8 90 9 08 0 VA5D 90 05 5 0 5 5 70 85 9 95 0 5 5 VA5R 5 0 7 0 5 0 7 70 95 0 7 0 5 50 57 0 PSAR 95 0 7 0 5 0 7 50 75 90 97 00 5 0 7 0 PSA7R 580 595 0 05 0 5 5 0 75 8 85 00 5 5 DAP50 90 05 - - 0 5 - - 70 85 - - 0 5 - - DAP000 0 5 - - 0 75 - - 0 5 - - 50 5 - - DAP500 0 75 - - 90 505 - - 50 555 - - 80 95 - - HAD,R 8 88 98 0 8 8 8 5 8 58 8 7 08 8 8 VA5D 70 90 00 05 0 0 50 55 50 50 570 575 0 0 0 5 VA5R 95 5 5 0 5 5 75 80 55 585 595 00 5 55 5 70 PSAR 0 0 50 55 70 90 500 505 590 0 0 5 0 80 90 95 PSA7R 705 75 75 70 755 775 785 790 875 895 905 90 75 75 775 780 DAP50 70 90 - - 0 0 - - 50 50 - - 0 0 - - DAP000 0 0 - - 0 80 - - 580 00 - - 50 70 - - DAP500 50 50 - - 590 0 - - 70 70 - - 580 00 - - 7

No. SS-8-00 (PSA, HA and VA5 ) Side-mounted hand wheel Side-mounted hand wheel Side-mounted hand wheel Side-mounted hand wheel Side-mounted hand wheel No. (Standard type) No. No. No. (PSA ) Side handle Side handle Side handle Side handle Side handle No. (Standard type) No. No. No. (DAP ) Side handle Side handle Side handle Side handle Side handle No. (Standard type) No. No. No. Figure. orientation Note) Indicate by position number when installation other than the standard type is required. Ordering information When ordering, please specify; ) ) ) ) 5) ) 7) 8) Model Number: HSC Nominal size required Type and rating of end connections Body and trim material Type of bonnet Valve and plug characteristics Type of actuator, necessity of manual hand wheel, air pressure to diaphragm Valve action (direct or reverse) 9) 0) ) ) ) ) 5) Accessories (pressure regulator with filter and etc.) Special requirement of oil/water free treatment, copper free treatment, etc. Name of flow medium Normal flow and maximum required flow Pressure of flow medium, upstream and downstream pressure at maximum and minimum required flow Temperature and specific gravity of flow medium Viscosity of flow medium, inclusive or exclusive of slurry 8

No. SS-8-00 Note 9

No. SS-8-00 Please read Terms and Conditions from the following URL before ordering and use. http://www.azbil.com/products/factory/order.html Specifications are subject to change without notice. -- Kawana, Fujisawa Kanagawa 5-85 Japan http://www.azbil.com/ () 0 st edition: Mar. 00 7th edition: June 07 No part of this publication may be reproduced or duplicated without the prior written permission of.