Top-Guided Single-Seated Control Valves

Transcription

1 No. SS-AGV CV000 Alphaplus series Top-Guided Single-Seated Control Valves Model AGVB / AGVM OVERVIEW The CV 000 Alphaplus range of Top-guided Single-seat Control Valves features a compact valve body with excellent flow control and minimal loss. Alphaplus valves have large Cv values, high range ability, and accurate flow control performance. When securely held in place by a top-guided stem with a long stroke, the valve plug is highly resistant against vibration and provides flow shutoff performance that fully satisfies IEC standards. The valve also features a compact but powerful multi-spring actuator. Model AGVB/AGVM control valves are especially suitable for process control applications where high reliability and tight flow shutoff are essential.. Selection of Alphaplus specifications Selection of control valves has traditionally required knowledge and experience. However, CV000 Alphaplus offers you more accurate product specifications, so that you can easily pinpoint the control valve that satisfies fluid specifications (such as flowrate,, and temperature) at your plant and provides the functions that you need. If you do not find a valve that completely satisfies your requirements, contact the Azbil Group representative for assistance. Accessories Overview of accessories: p. - Structural diagram: p.7 - Selection method: p.7 and valve actions Air supply and spring ranges Fluid conditions - Description of fluid conditions: p.8 Plug seat - Structural diagram: p. - Selection method: p. Port diameter and flow control characteristics Plug seat ring material Body material Gland packing Dimensions and weight - Dimension: p.5 - Weight: p.5 Figure CV000 Alphaplus selection map Body - Structual diagram: p. - Selection method: p. Connection diameter Connection diameter Bonnet Body material Gland packing - - th edition

2 No. SS-AGV Basic model numbers Basic model: / to inches Model AGVB: JIS 0K, ANSI 50, JPI 50 Model AGVM: JIS 6K, JIS 0K, JIS 0K, ANSI 00, JPI 00. Optional specifications - Body Figure shows optional specifications of the body. Flange standard (flanged) Gasket Connection diameter (nominal) Gland packing Bonnet Figure Body structure Plug & Seat-ring Body Port diameter (normal) -- Azbil Corporation manufactures diameters from / inch (5 mm) to inches (00 mm) as shown in Table 6. For other diameters, we recommend a selection from the CV000 series of control valves. -- Port and flow characteristics The selection of the port and the rated Cv value falls within the scope of Table according to the. For nominal s inch (5 mm) or less, port s are expressed in terms of Cv values. characteristics depend on the rated Cv value, be set to linear model or equal percentage model. Based on the rated Cv value and the calculated necessary Cv value, check the controllability (valve position) using the flow control characteristics Tables in Figure, 5, 6, 7 and Pressure rating and end connection (flange type) We manufacture RF: JIS 0K, 6K, 0K, 0K (JIS B0-98) ANSI 50, 00 (ASME/ANSI B ) JPI 50, 00 (JPI-7S-5-99) Option: Socket weld, butt weld For other rated s and connection types, you are recommended to consider the CV 000 series of control valves. Azbil Corporation -- Bonnet style We manufacture bonnets that can be used at fluid temperatures ranging from -96 C to +00 C. The standard of plain bonnet is integral structure. (In case of with PSA6 actuator, plain bonnet is welded structure.) The standards of Extension type I and II bonnet are welded structure. Table Bonnet Body material SCPH [Unit: C] SCSA/SCSA Plain -5 to +0-7 to +0 Extension type I (High Low temperature) Extension type II (Liquid O N) +0 to to to to -5 For fluid temperatures outside the above temperature range, we recommend a selection from the CV000 series of control valves. --5 Body, plug and seat ring materials For combinations of body, plug and seat ring materials and their applicable temperature ranges, see Table 7. In some ranges the plug seat ring material needs hardening treatment. See Figure 0. When you select a soft seat, refer to Figure. For materials other than those shown in Table 7, we recommend a selection from the CV000 series of control valves, or other Azbil Corporation's series of control valves. --6 Valve seat leakage For the seat leak performance when the valve is fully closed, select from among the following four classifications, which conform to IEC 605-:006 and JIS B 005-:008 : Class IV: 0 - rated Cv value (0.0% of rated Cv value) Class IV-S: X rated Cv value (0.0005% of rated Cv value) Class V: Valve differential (MPa) Port (mm) /h Class VI: valve differential (MPa) leakage coefficient m /min. shown below Table Leakage coefficient value inches (mm) Leakage coefficient (5) ¼ () ½ (0) (50) ½ (65) (80) (00) For shutoff valves, choose either Class V or VI. To maintain over time the performance of Class V or Class IV-S valves, the plug seat material requires hardening treatment. Class IV valves, seat type is soft seat ). Additionally with the selection of the low-temperature service, oil-proof, water-proof service for the choice of material seat, the set leakage is Class IV-S. - -

3 Azbil Corporation No. SS-AGV Inherent range ability: Table Inherent range ability Vs rated Cv value Rated Cv Inherent Range ability 0., 0.6, 0.5, 0. 0: 0.6 0:.0 or more than.0 50:(75:*) *:Optional, metal seat and equal percentage only. --8 Gland packing According to your application, select appropriate type of gland packing from among the following: Table Selection of gland packing Usage Type Material General use (oils, solvent acids, alkalis, etc.) PTFE yarn packing (P59) Woven PTFE yarn with carbon fiber core General use and oil-free treatment V shaped PTFE packing PTFE molding Vacuum service V shaped PTFE packing (direct+reverse mounted) PTFE molding Low temperature service V shaped PTFE packing PTFE molding High temperature service Graphite yarn pacing* (P660CL+P67) Graphite Low leakage spec. for VOC* regulation PTFE yarn packing(p59) with live load structure (SECURE-SEAL TM )* Note) PTFE: polytetrafluoroethylene resin * Grease provided * Volatile Organic Compound * Refer to No.SS-SSL about detail of SECURE-SEAL TM. Woven PTFE yarn with carbon fiber core For other gland packing materials, please provide closest model No. and Azbil Corporation will take your request under advice. * PTFE yarn packing V type PTFE packing V type PTFE (direct + reverse) Figure Gland packing structure Note) * Grease provided by lubricator Graphite yarn packing - -

4 No. SS-AGV Azbil Corporation --9 Gasket Table 5 Selection of gasket Between bonnet and body Between seat ring and body Super-low temperature / Oil-free (Liquid O N ) Spiral-shaped gasket Hoop material: Filler material: PTFE Metal gasket General / Low temp. High temperature Oil-free treatment Metal gasket V5) Not necessary Metal gasketv5 Metal gasketv56 (Monel) Metal gasket V5 ) Metal gasket V56 ) Table 6 Models of AGVB and AGVM (5) / (0) inches (mm) / (5) ½ (0) (50) ½(65) (80) (00) Port (inches) ¼ ½ ¼ ½ ½ ½ ½ ½ 0.6 Rated Cv value Rated travel (mm) characteristics Fig. Fig. 5 Fig. 6, Cv Value (%) 60 0 Cv Value (%) 0 0 Cv Value (%) 0 0 Cv Value (%) Travel (%) Travel (%) Travel (%) Travel (%) Figure Cv values 0., 0.6, and 0.5 (linear model) Figure 5 Cv values 0. to (equal percentage model) Figure 6 Port to inches (equal percentage model) Figure 7 Cv values 0.~ (linear model) Cv Value (%) Travel (%) 00 Figure 8 Port ½ to inches (linear model) Scope of control generally considered feasible. (*Cv value in percentage and travel in percentage.) * Grease provided by lubricator - -

5 Azbil Corporation No. SS-AGV Bonnet Gasket Valve plug Seat ring Body Figure 9 Development view of AGVB/AGVM Table 7 Body, plug and seat ring material Material combination Temperature ranges ( C) SUS 6-5 to to to +00 SUS 6 Stellite -5 to to to +00 SUS0C -5 to to SUS 6 soft seat -5 to +0-5 to +0-5 to +0 SUS 6 Stellite face -5 to to to +00 SUS 6L - -5 to to +00 SUS 6L Stellite to to +00 Body material Note) JIS SCPH SCSA SCSA ASTM A6WCB A5CF8 A5CF8M *: Parts that adjust flow (such as a plug and a seat ring) are referred to as the valve trim. Normal differential {kgf/cm} 70 {5} 98 {0} 90 {5} Range that requires a stellite Fluid temperature ( C) Figure 0 Temperature and normal differential ranges requiring a stellite Figure Temperature and maximum differential ranges for soft seat Note) ) Depending on the methods of hardening treatment, stellite welding or SUS0C is available. ) For valves for cavitation/flashing service, oil-proof service, or tight shutoff service, a stellite is recommended regardless of process fluid temperatures or differential s. ) For valves for cavitation/flashing service for water or for valves for superheated water above 00 ºC, SUS 0C is recommended. Note) ) When there is a possibility of erosion by such fluids as saturated steam and heated water please use metal seats. ) WIth the fluid connecting parts (inside the body) the material of the seat which oil-proof washing treatment had been completed is PTFE entered with glass. Maximum differential {kgf/cm} --0 Structural drawing of trim and body/trim material combinations Following table shows typical body/trim material combinations. Please contract us about materials that are not listed in the table. 90 {0} 70 {5} PTFE with carbon fiber Fluid temperature ( C) 90 {0} 70 {5} 90 {5} Valve stem Valve stem 6 5 Guide bushing Bonnet gasket Valve plug Seat ring Seat gasket Figure Structural drawing of trim (with guide bushing) 6 5 Bonnet gasket Valve plug Seat ring Seat gasket Figure Structural drawing of trim (without guide bushing) - 5 -

6 No. SS-AGV Azbil Corporation Table 8 The valve body material is carbon steel (SCPH/A6WCB). Stellite Valve plug SUS0C soft seat Stellite face Seat ring General Oil-free General General Oil-free General Oil-free Valve stem Guide bushing SUS0C SUS0C Stellite SUS0C Stellite face Stellite Stellite face Seat gasket Bonnet gasket Without -7 to +0ºC) Monel above +0ºC) -7 to +0ºC) above +0ºC) Without -7 to +0ºC) Monel above +0ºC) -7 to +0) above +0) Without -7 to +0ºC) Monel above +0ºC) -7 to +0ºC) above +0ºC) Without Valve plug L L Stellite L soft seat Seat ring General Oil-free General Oil-free General Oil-free Valve stem L L L Guide bushing L L Stellite L Stellite L Stellite face Stellite face Seat gasket Bonnet gasket Without -7 to +0ºC) Monel above +0ºC) -7 to +0ºC) above +0ºC) Without -7 to +0ºC) Monel above +0ºC) -7 to +0ºC) above +0ºC) Table 9 The valve body material is stainless steel (SCSA/A5CF8 or SCSA/A5CF8M) Without Valve plug SUS0C * Stellite Stellite face soft seat Seat ring General Oil-free General General Oil-free General Oil-free Valve stem Guide bushing Seat gasket Bonnet gasket Without: bonnet guide -7 to +0ºC) above +0ºC and below -7ºC ) Without -7 to +0ºC and below -7ºC) Monel above +0ºC) -7 to +0ºC and below -7ºC) above +0ºC) Stellite face SUS0C Without -7 to +0ºC and below -7ºC) Monel above +0ºC) -7 to +0ºC and below -7ºC) above +0ºC) Stellite Without -7 to +0ºC and below -7ºC) Monel above +0ºC) -7 to +0ºC and below -7ºC) above +0ºC) Stellite Without (bonnet guide) -7 to +0ºC) above +0ºC and below -7ºC ) Without Stellite face Valve plug L L Stellite L soft seat Seat ring General Oil-free General Oil-free General Oil-free Valve stem L Without: bonnet guide Without: bonnet guide -7 to +0ºC) L L -7 to +0ºC) L Guide bushing L Stellite L Stellite face Stellite L Stellite face above +0ºC and below -7ºC ) below -7ºC ) Seat gasket Bonnet gasket Note) Without -7 to +0ºC and below -7ºC) Monel above +0ºC) -7 to +0ºC and below -7ºC) above +0ºC) Without -7 to +0ºC and below -7ºC) Monel above +0ºC) -7 to +0ºC and below -7ºC) above +0ºC) * SUS0C is applicable to body material SCSA/A5CF8M. Without - 6 -

7 Azbil Corporation No. SS-AGV Air connection end of air-fail-open model Air connection end of air-fail-close model Spring Diaphragm: cloth embedded propylene rubber Yoke: carbon steel A6WCB (SCPH) n Scale plate: stainless steel r Stem connector and valve actions Selection of actuator actions determines valve actions (in response to input signals). Air-to-open: actuator action where the valve opens as the input signal increases Air-to-close actuator action where the valve closes as the input signal increases With the Alphaplus, the valve closes as the plug lowers. The valve action depends, in turn, on whether an air-toopen or air-to-close actuator is chosen. The material of bolt and nut are SUS0. Tables of allowable differential s Ensure the required shutoff differential specified in the equipment design is satisfied by selecting an actuator with an allowable differential equal to or higher than the shutoff, according to the seat leakage class. Leakage, specification Class IV (0.0% of rated Cv value) Model AGVB Air-to-open: Table and Air-to-close: Table and Model AGVM Air-to-open: Table 5 and 6 Air-to-close: Table 7 and 8 Leakage, specification Class V (high shutoff model: metal seat) or Class IV-S (0.0005% of rated Cv value) Model AGVB Air-to-open: Table 9 and 0 Air-to-close: Table and Model AGVM Air-to-open: Table and Air-to-close: Table 5 and 6 Leakage, specification Class VI (high shutoff model: soft seat) Model AGVB Air-to-open: Table 7 and 8 Figure structure Air-to-close: Table 9 and 0 Model AGVM Air-to-open: Table and Air-to-close: Table and At your request, we can manufacture control valves with normal s exceeding.96 MPa. and spring ranges Select the actuator using the table of allowable differential s. The table also assists in determining the actuator's required supply and required spring range. If the applicable value in the table of allowable differential s is not large enough for the shutoff you need, we sill, at your request, consider a larger actuator. Performance (with positioner) PSA PSA to PSA6 VPE Linearity AVP HEP HTP Hysteresis error 5 Finish The normal standard coating color for Azbil Corporation's control valves is blue (Munsell color 0B 5/0). Silver is also available as standard. You can specify any other color using the number code of the Japan Paint Industry Assignment or the Munsell color system. Standard colors are also used for such optional accessories as positioners, regulator with filter, and solenoid valves. 6 Ambient temperature -0 to 70 ºC - 7 -

8 No. SS-AGV Azbil Corporation. Fluid conditions Please clear the fluid conditions as follows Q P P ΔP Figure 5 Fluid flow Table 0 Fluid condition Mark Name Description - Fluid name Name or symbol of fluid to flow through control valve Q rate Maximum (MAX), normal (NOR), and minimum (MIN) flow rates to be controlled P Upstream Pressure on upstream side of control valve (P in Figure 5) P Downstream Pressure on downstream side of control valve (P in Figure 5) P Differential Pressure loss at control valve ( P in Figure 5) P close Differential when fully closed Differential when the valve is fully closed (actuator selection condition) Temp Temperature Temperature of fluid on upstream side G Specific gravity Specific gravity of the fluid V Viscosity Viscosity at the temperature of the fluid on upstream side - Flashing % Weight percentage of flashing to occur on downstream side when is reduced by the control valve Calculation of the Cv values and expected noise Selection of Cv values: No. IB Selection of expected noise: No. IB Azbil Corporation has developed personal computer software to calculate Cv values and expected noise. Please specify if you require such a PC-based tool

9 Azbil Corporation No. SS-AGV Valve seat leakage, Class IV: 0.0% of the rated Cv value Table Model AGVB flange nominal /, /, and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open inches / / PSAR PSAR Spring range Differential (by Cv value) {6.8} Table Model AGVB nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-open inches ½ ½ Spring range 00 {0.} 550 {5.6} 070 {0.9} 0 {.} 800 {8.} Differential (by port (inches)) ¼ ½ ½ PSAR {.} {.6} {.8} {.} {8.} {.} {7.} PSAR {8.} {5.0} {.} {.0} 0 {.} PSAR {.5} {8.9} {6.0} {.6} PSAR {5.} {0.5} {6.} PSAR {6.} {.6} {.} {5.6} {.} {6.} PSAR {0.5} {6.} {.9} {.6} {9.} {0.9} PSA6R to {.6} {.0 to.8} {.8} to 0 {.0 to.5} - 9 -

10 No. SS-AGV Azbil Corporation Valve seat leakage, Class IV: 0.0% of the rated Cv value Table Model AGVB nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close inch / / PSAD PSAD Spring range Differential (by Cv value) {.} {0.5} Table Model AGVB nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close inches ½ ½ PSAD PSAD PSAD PSAD PSAD PSAD Spring range.the maximum allowable differential s must not exceed the maximum working s 860 {8.9} Differential (by port (inches)) ¼ ½ ½ 00 {0.5} 860 {8.9} 60 {6.5} 50 {.7} 0 {.6} 0 {.} 780 {7.9} 80 {8.5} 50 {5.} 90 {5.} 90 {5.} 60 {.6} 60 {.7} 500 {5.} 500 {5.} 900 {9.} 890 {9.0} 0 {6.} 50 {5.6} 890 {9.0} 0 {6.} 50 {5.6} 550 {5.6} 990 {0.0} 950 {9.6} 700 {7.} 70 {7.} 680 {6.9} 0 {.5} 0 {.} 00 {.} 90 {.} 80 {.9} 700 {7.0} - 0 -

11 Azbil Corporation No. SS-AGV Valve seat leakage, Class IV: 0.0% of the rated Cv value Table 5 Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open (inch) / / PSAR PSAR Spring range Differential (by Cv value) {6.8} {.8} 00 {0.} 550 {5.6}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. 870 {9.5} {0.9} {.6} {0.} 0 {.} 890 {9.5} 800 {8.} - -

12 No. SS-AGV Azbil Corporation Valve seat leakage, Class IV: 0.0% of the rated Cv value Table 6 Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-open (inches) ½ ½ PSAR PSAR PSAR PSAR PSAR PSAR PSA6R 60 {.6} 00 Spring range 00 to 80 {.0 to.8} 00 to 0 {.0 to.5} Differential (by port (inches)) ¼ ½ ½ 0 {.} 50 {.6} 70 {.8} 00 {.} {8.} {.} {7.} {9.5} {8.} {5.0} {.} {.0} {.} {5.} {.9} {.5} {8.9} {6.} {.6} 80 {.} {5.} {5.} {5.0} 00 {0.5} 60 {6.} 90 {.6} {6.} {.6} {.} {5.6} {.} {6.} {.} {5.} {0.5} {6.} {.9} {9.} {0.9} {.6} {7.0} {.8} {6.} {6.} 050 {.}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. - -

13 Azbil Corporation No. SS-AGV Valve seat leakage, Class IV: 0.0% of the rated Cv value Table 7 Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close (inches) / / PSAD PSAD Spring range 0 to 00 Differential (by Cv value) {.} 00 {0.5} {.} {6.0} {8.9} {6.8} {5.} 90 {50.} 680 {7.} 80 {9.}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. 000 {0.} 600 {6.7} - -

14 No. SS-AGV Azbil Corporation Valve seat leakage, Class IV: 0.0% of the rated Cv value Table 8 Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close (inches) ½ ½ PSAD PSAD PSAD PSAD PSAD PSAD Spring range Differential (by port (inches)) ¼ ½ ½ 00 {0.5} 60 {6.5} 0 {.} 60 {.6} {8.9} {.7} {7.9} {.7} {5.} {7.7} {5.6} {.6} {8.5} {5.} {5.} {9.} {6.7} {.7} {9.5} {9.6} {5.} {9.0} {.} {6.} {0.} {7.} 550 {6.} {5.6} {8.6} {6.} {7.} {8.} 90 {5.} 890 {9.0} {6.} {7.} 550 {5.6} 990 {0.0} 70 {7.} {0.}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. 0 {.} 00 {.} {.} 90 {.} {.} {5.6} {9.6} {6.9} {.9} {6.} {7.} {.5} {7.0} {7.} {8.} {.6} - -

15 Azbil Corporation No. SS-AGV Valve seat leakage, Class V and Class IV-S: high shutoff model: metal seat Table 9 Model AGVB nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open (inch) / / PSAR Spring range Differential (by Cv value) Table 0 Model AGVB nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected Air-to-open (inches) ½ ½ PSAR PSAR PSAR PSAR PSAR PSAR PSA6R 60 {.6} 00 Spring range 00 to 80 {.0 to.8} 00 to 0 {.0 to.5} Table Model AGVB nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close (inch) / PSAD Spring range Differential (by port (inches)) ¼ ½ ½ 0 {.] 80 {8.} 660 {6.9} 660 {6.9} / PSAD 660 {6.7} 550 {5.8} 90 {9.} 790 {8.} 570 {5.8} 00 {.} 850 {8.9} 90 {.0} 550 {5.6} 90 {9.} Differential (by Cv value) {6.8} 0 50 {.7} - 5 -

16 No. SS-AGV Azbil Corporation Valve seat leakage, Class V and Class IV-S: high shutoff model: metal seat Table Model AGVB nominal ½,, ½,, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close (inches) ½ ½ PSAD PSAD PSAD PSAD PSAD PSAD Spring range Differential (by port (inches)) ¼ ½ ½ 0 {.} 880 {9.0} 790 {8.} 790 {8.} Table Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open (inch) / / PSAR PSAR 50 {.7} 600 {6.} 0 {.6} Spring range 00 {.} 0 {.} 950 {9.7} 850 {8.9} 950 {9.7} 850 {8.9} 70 {.8} 00 {0.5} 60 {.6} 80 {8.7} 660 {6.7}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. 900 {9.} 0 {.5} 780 {8.} Differential (by Cv value) {8.0} {0.} 00 {.8} - 6 -

17 Azbil Corporation No. SS-AGV Valve seat leakage, Class V and Class IV-S: high shutoff model: metal seat Table Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-open (inches) ½ ½ PSAR PSAR PSAR PSAR PSAR PSAR PSA6R 60 {.6} 00 Spring range 00 to 80 {.0 to.8} 00 to 0 {.0 to.5} Differential (by port (inches)) ¼ ½ ½ {.} {6.7} {0.} {5.8} {8.} {.9} {.7} {6.9} {6.} {0.} 080 {.} {6.9} {0.} 080 {.} {8.0}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. Table 5 Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close (inch) / / PSAD PSAD Spring range 90 {9.} 790 {8.} 570 {5.8} 00 {.} {8.9} {7.} 70 {5.}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. 90 {.0} 550 {5.6} 90 {9.} 50 {5.7} Differential (by Cv value) {6.8} {.} {.7} 500 {5.5} - 7 -

18 No. SS-AGV Azbil Corporation Valve seat leakage, Class V and Class IV-S: high shutoff model: metal seat Table 6 Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close (inches) ½ ½ PSAD PSAD PSAD PSAD PSAD PSAD Spring range 0 to 98{0. to.0} Differential (by port (inches)) ¼ ½ ½ {.7} {6.} {.} {.} {.} {0.8} {.6} {9.0} {.} {5.5} 0 {8.} {8.} {8.} 670 {7.6} 00 {.5} 950 {9.7} 90 {5.8} {8.9} {5.0} {.6} {8.} {9.7} {.8} {.6} {8.7} {9.} {5.8} {7.} {8.9} {0.5} {6.7} {.5} 00 {.6} {8.0} {9.} {.}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed

19 Azbil Corporation No. SS-AGV Valve seat leakage, Class VI: high shutoff model: soft seat Table 7 Model AGVB nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open (inch) / / PSAR PSAR Spring range 80 to 0{0.8 to.} 80 to 0{0.8 to Differential (by Cv value) } Table 8 Model AGVB nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-open (inches) ½ ½ PSAR PSAR PSAR PSAR PSAR PSAR Spring range {9.6} Table 9 Model AGVB nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close (inch) / / PSAD PSAD Spring range {.7} 0 00 {0.5} Differential (by port (inches)) ¼ ½ ½ 00 {0.5} {.7} {.9} 70 {7.7} {.0} 60 {6.5} 580 {6.} 580 {6.} 960 {9.8} {6.5} 50 {.8} Differential (by Cv value) {.6} {.6} {7.0} {.9} 770 {7.9} 0 0 {.} {5.} {6.5} {.} {9.5} {.5} {8.} 750 {7.8} - 9 -

20 No. SS-AGV Azbil Corporation Valve seat leakage, Class VI: high shutoff model: soft seat Table 0 Model AGVB nominal ½,, ½,, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close (inches) ½ ½ PSAD PSAD PSAD PSAD PSAD Spring range Differential (by port (inches)) {kgf/ cm } ¼ ½ ½ 860 {9.0} {.} 70 {7.} {8.} {.} {7.8} {.9} {6.9} {.9} 860 {8.0} 0 {9.0} 880 {.} 00 {.} {7.} {0.7} 0 {.5} {9.0} {.} {.5} {7.} {0.7} {5.6} {.5} {.} 70{ } {9.8} {.5} {7.} {.8} {.9} {.9} 80 {8.6} PSAD {.} {0.0} Table Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-open (inch) / / PSAR PSAR Spring range Differential (by Cv value) {0.0}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed {0.0} {.7} {9.} {.8} {0.5} 50 {5.0} - 0 -

21 Azbil Corporation No. SS-AGV Valve seat leakage, Class VI: high shutoff model: soft seat Table Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-open inches ½ ½ PSAR PSAR PSAR PSAR PSAR PSAR Spring range Differential (by port (inches)) ¼ ½ ½ 00 {0.5} 60 {.7} 80 {0.7} {7.7} {.0} {6.5} {5.0} {6.} {0.0} {.} {0.0} {9.0} {6.} {9.8} {6.5} {.9} {.} {9.6} {.8} {7.9} {0.0} {9.0}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed. Table Model AGVM nominal /, / and inch Note that the allowable differential varies with the rated Cv value you have selected. Air-to-close (inch) / / PSAD PSAD Spring range {.6} Differential (by Cv value) 0 {.6} 90 {0.0}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed {.6} 690 {7.0} 0 {.} {5.} {0.} 90 {0.0} {6.5} 0 {.} 60 {6.7} {9.} {.6} {8.} {6.0} {7.9} {0.0} {.8} 90 {0.0} - -

22 No. SS-AGV Azbil Corporation Valve seat leakage, Class VI: high shutoff model: soft seat Table Model AGVM nominal ½,, ½, and inches Note that the allowable differential varies with the port (inches) you have selected. Air-to-close inches ½ ½ PSAD PSAD PSAD PSAD PSAD PSAD Spring range {kgf/ cm } Differential (by port (inches)) ¼ ½ ½ 0 {.} {8.9} {.} {7.} 60 {6.7} {7.8} {.9} {6.9} {.9} 860 {9.0} {0.} {.} {9.0} {.} {7.} {0.7} {8.} {.} {0.0} {0.0} {8.} {.} 0 to 98{0. to.0} 90 {0.0} 90 {0.0}. In the differential column, upper figures show normal differential s and lower figures differential s when the valve is fully closed {.5} {7.} {0.} {0.0} {.} 880 {9.0} 00 {.} 50 {.5} 70 {7.} 050 {0.7} 550 {5.6} 0 {.5} {7.} {0.0} {.9} {0.} {.5} {7.} {.8} {.} {0.0} {0.0} {.} 0 {.} 960 {9.8} 90 {.9} 80 {.9} {8.6} {0.0} - -

23 Azbil Corporation No. SS-AGV Accessories 5- Hand wheel Use: The manual hand wheel enables you to open and close the valve manually. Orientation: Side hand wheel, which is mounted to the yoke of the actuator. Figure 6 Side hand wheel 5- Positioner Use: In response to input signals from the controller, the positioner controls the valve accurately and swiftly, switches between direct and reverse operation, and changes valve characteristics. Models: According to input signals and applications, select one of the models shown below. Model AVP70X/0X Smart valve positioner Input signal: AVP00 to 0mADC (Any split range is available) AVP0 to 0mADC (with travel transmission) AVP70 HART communication protocol (with travel transmission) AVP70/0 HART communication protocol AVP70 Foundation TM fieldbus Common Model: JIS C 090 water-proof NEMA TYPEX, IP66 Approval: TIIS Flameproof, FM Explosionproof, FM Intrinsically safe, CSA Explosionproof, ISSeP/ATEX Flameproof, KEMA/ ATEX Intrinsically safe HEP model Single acting pneumatic positioner HEP 5: JIS Flameproof HEP 6: JIS Intrinsically Safe HEP 7: JIS Safe water-proof HEP 8: FM intrinsically safe HEP 9: FM intrinsically safe Input signal: to 0mA DC Half range: ( to or to 0mA DC) Note) In the photograph, the regulator is attached. VPE 0/05 model Single acting pneumatic positioner Input signal: 0. to.0 kgf/cm 0 to 00 and half range Note) Usable with PSA only. HTP model Single acting pneumatic positioner Input signal: 0. to.0 kgf/cm 0 to 00 and half range - -

24 No. SS-AGV Pressure regulator with filter Function: The Pressure regulator with filter reduce the of application air, drains application Model: air, and removes foreign substances. The model KZ0 is the standard. 5-6 Booster relay Azbil Corporation Use: The booster relay improves the working speed of the control valve. Model: Use a booster relay that amplifies the output signals of the positioner. KZ0 Pressure regulator with filter 5- Solenoid valve Function: Electric signals make the solenoid valve to Model: open and close the control valve. According to applications, select one of those shown below. Waterproof model: J0b75type (Maker: Nippon Asco) Explosionproof model: JEJ0G7 (Maker: Nippon Asco) 5-7 Lock-up valve Function: In response to air signals or in anticipations of fluctuations in the supply, the lock-up valve maintains the Model: Booster relay (IL 00-0) made by SMC position of the control valve. single acting selector switch, which reverts on recovery. You can freely set the change-over within the range from to 690. Three-way solenoid valve made by Nippon Asco 5-5 Limit switch Function: The limit switch converts the open and closed positions of the control valve into electric Model: signals. The roller lever actuator is standard. According to applications, select one of the models shown below. Waterproof model: VCL500 Explosionproof model: VCX700 Lock-up valve (IL 0-0 type) made by SMC Please check specification (explosion proof, power supply or additional voltage, connection method of electric wiring) about electric equipment, such as positioner, solenoid valve and limit switch. Roller lever type limit switch - -

25 Azbil Corporation No. SS-AGV Dimensions and weight Table 5 and 6 show the dimensions and weight of the control valves. Note that the addition of any optional specifications will change their installed dimensions and weights. Table 5 Main dimensions Connection diameter (inches) /, / Note) ½ ½ JIS0K ANSI50JPI 50* JIS6K * : Face-to-face dimentions conform to following standards. - IEC 605--:00 - JIS B 005--:005 * : H +5 mm for PSA6 with hand wheel. A JIS0K, 0K ANSI00 JPI00* Dimensions (mm) JIS0K, 6K, 0K, 0K ANSI50, 00 JPI50, 00 SW BW General use bonnet H Extension type I bonnet Extension type II bonnet PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSAD, R PSA6R PSAD, R PSAD, R PSA6R PSAD, R PSAD, R PSA6R Table 6 Product weight (kg) Body / / ½ (inches) φ B JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K Pressure 0mm ANSI 50 ANSI 00 ANSI 50 ANSI 00 ANSI 50 ANSI 00 ANSI 50 ANSI 00 rating JPI 50 JPI 00 JPI 50 JPI 00 JPI 50 JPI 00 JPI 50 JPI 00 PSA PSA PSA PSA 68 7 PSA 6 H Body (inches) ½ JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K JIS 0K Pressure ANSI 50 ANSI 00 ANSI 50 ANSI 00 ANSI 50 ANSI 00 ANSI 50 ANSI 00 rating JPI 50 JPI 00 JPI 50 JPI00 JPI 50 JPI 00 JPI 50 JPI 00 PSA 0 PSA 6 PSA PSA PSA A B Figure 7 Face-to-face dimensions and overall dimensions - 5 -

26 No. SS-AGV Azbil Corporation The overall dimensions and the valve weight will change when a manual hand wheel is mounted. Ins standard mounting, the position of operation of the side hand wheel is at the back of the actuator (on the side opposite that the valve positioner is mounted). Table 7 Hand wheel dimensions Dimension (mm) Maximum Weight Type of hand driving force of hand wheel Weight wheel F K N (kgf) (kg) PSAD, R (9) 5 7 PSAD, R 00 0 () Side hand PSAD, R (65) wheel 5 7 PSAD, R (85) PSA6R () 5 F Figure 8 Side hand wheel (PSA~) K K φ F Figure 9 Side hand wheel (PSA6) - 6 -

27 Azbil Corporation No. SS-AGV Orientation (PSA ) Side-mounted hand wheel Positioner Positioner Positioner Side-mounted hand wheel Side-mounted hand wheel Positioner Side-mounted hand wheel Positioner Positioner Side-mounted hand wheel No. (Standard) No. No. No. (PSA6 ) Side handle Positioner Positioner Positioner Side handle Side handle Positioner Positioner Side handle Side handle Positioner No. (Standard type) No. No. No. Figure 0 orientation Note) Indicate by position number when installation other than the standard type is required

28 Please, read Terms and Conditions from following URL before the order and use. Specifications are subject to change without notice. -- Kawana, Fujisawa Kanagawa 5-85 Japan () st edition: June 995 th edition: Aug. 05 No part of this publication may be reproduced or duplicated without the prior written permission of Azbil Corporation.