2/3 Port Valve. Fluid Control. Solenoid Valve/Air Operated Valve For Water, Air, Oil, Gas, Vacuum and Steam

Transcription

1 Fluid Control / Port Valve Solenoid Valve/ir Operated Valve For Water, ir, Oil, Gas, Vacuum and Steam Port, Direct Operated Series // N.C., N.O./Single Unit/Manifold Port, Pilot Operated (Diaphragm style) Series // N.C., N.O. Port, Pilot Operated (Disk style) Series P// N.C., N.O. Port Pilot Operated Series R// <Water hammer relief> N.C., N.O. Port, Pilot Operated (Diaphragm Zero Pressure Differential Operation) Series Z/ N.C., N.O./Single Unit.0-

2 Port, Pilot Operated For igh Pressure Control N.C./Single Unit Selection procedures for, port valve for fluid control Port, Pilot Operated F/ Quick response, Control of Instantaneous Large Flow N.C./Single Unit qselection of series Select series on referring to the number of ports, valve style (N.C., N.O., C.O.), port size and applied fluid. wcheck the applicable fluid check list Use the tables on page.0-5 through.0- to check the compatibility of the applicable fluid with the solenoid valve. Port Direct Operated Series // C.O./Single Unit, Manifold Direct ir Operated, Port Series / Series / econfirmation of working pressure differential There are two possibilities for a pressure differential. It is the highest pressure difference allowable between the primary side and the secondary side in an open and closed state. Or, the minimum pressure differential is the lowest required to hold the main valve fully open. Refer to the following pages for each series as the pressure differential varies with the orifice size, power supply, pressure and fluid. rflow rate characteristics table To obtain the flow rate of fluid, refer to the flow rate characteristics table. tpower supply and electrical entry Select power supply of C or and choose electrical entry..0-

3 Port size pplied fluid Specification specification Series Solenoid Valve List Number of ports Port Pilot operated Operating system Direct operated diaphragm Series // D// ody Single unit Manifold Single unit N.C. N.O. N.C. N.O. N.C. N.O. Pilot operated disk <Water hammer relief style> Pilot operated P// R// Single unit Single unit Valve N.C. N.O. N.C. N.O. pplied Fluid Water ir Oil Low vacuum(torr) Steam Medium vacuum(0 - Torr) Non-leak(0-5 atm cc/sec) igh temperature water igh temperature oil Port size Rc (PT) Rc (PT) Flange /8 (6) / (8) /8 (0) / (5) / (0) (5) / () / (0) (50) Flange Flange Flange Flange Flange Flange Flange Rc(PT) Flange Rc(PT) Flange Rc(PT) Flange Rc(PT) Flange Rc(PT) Flange Rc(PT) Rc(PT) Rc(PT) Rc(PT) Rc(PT) Rc(PT) Rc(PT) Page.- to.-9.- to to to to.-6 ir Operated Valve List Number of ports Operating system Series ody Valve specification Water ir Oil Low vacuum( Torr) Port Direct operated / Single unit Manifold N.C. N.O. N.C. N.O. We have a type that set the orifice in the vacuum side to the maximum bore for the exclusive use, when use with a vacuum pad application. Port Direct operated / Single unit Manifold C.O. C.O. specification Medium vacuum(0 - Torr) Non-leak(0-5 atm cc/sec) /8 (6) Rc / (8) (PT) /8 (0) / (5) Page.-57 to to to to

4 Series Port Port <Quick response, Instantaneous large flow> Pilot operated <igh pressure control> Pilot operated Pilot operated Z/ F/ Single unit Single unit Single unit N.C. N.O. N.C. N.C. Diaphragm, zero differential pressure operation Direct operated // Single unit Manifold N.C./N.O./C.O. N.C./N.O./C.O. Rc(PT).-77 to to to to to.-56 pplicable Fluid Check List Glossary.0-5 to ow to Order Solenoid Coil ssembly.0-5 Caution Read Safety Instructions on p.0- and common precautions on p.0-7 to

5 Series Direct Operated Port Solenoid Valve Series // Energized Open (N.C.) Refer to p..-,.- for specifications and models. pplicable Fluid Check List Symbol and Configuration symbol C D E F G J K L M (Non-leak) N P Q S T V (Non-leak) X Y (Non-leak) Seal material NR PTFE NR PTFE PTFE() PTFE() NR Coil insulation ody, Shading coil material rass, Copper, Silver rass, Copper Note) The mark in the option symbols is for non-lube style. For other options," X"at the end of product number represents non-lube option. Fluid and s Fluid(pplication) rgon rgon(long life) Ethyl lcohol Ethylene glycol Ozone(low concentration) Caustic soda ir(dry) Gas oil Silicon oil Fuel oil(up to 60 C) Fuel oil(up to 00 C) Steam system(water for boiler) Steam system(steam) Steam system(condensate) Vacuum(Up to0 Torr) Vacuum(Up to0 Torr,long life) Insulating coil Trichloroethylene Trichloro ethane Naphtha Perchloroethylene rake oil elium Non-leak(0 5 atm cc/sec) Non-leak(0 5 atm cc/sec, long life) Water(Up to 99 C) Methyl alcohol symbol and body material rass SUS0 F L X F, L, J J J J T D N G, J S Q E P V M Y K K J V M V M Y D, E N, P J Note ) The leakage amount (0 5 atm cc/sec) of "V", "M", "Y" options are values when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC..0-5

6 Series Direct Operated Port Solenoid Valve Series // Energized Closed (N.O.) Refer to p..-,.-5 for specifications and models. pplicable Fluid Check List Symbol and Configuration symbol C D E F G J K L M (Non-leak) N P Q S T V (Non-leak) X Seal material NR PTFE NR PTFE PTFE() PTFE() NR Coil insulation ody, Shading coil material rass, Copper, Silver rass, Copper older material (In core assembly) Polyacetal Polyacetal Polyacetal Polyacetal Note ) Grease has been applied to the core part of option symbol "D"and standard. Note ) The mark in the option symbols is for non-lube style. For other options, " X"at the end of product number represents the non-lube option. Fluid and s Fluid (pplication) symbol and body material rass rgon F L Ethyl alcohol F, L, J Ethylene glycol J Caustic soda(5% ) J ir (Dry) Gas oil Silicon oil Fuel oil (Up to 60 C) Steam system (Water for boiler) G, J Steam system (Steam) S Q Steam system (Condensate) E P Vacuum (Up to0 Torr) V M Insulating oil Trichloroethylene K Trichloro ethane K Perchloroethylene rake oil J elium V M Non-leak (0 5 atm cc/sec) V M Water (Up to 99 C) X, E N, P Note ) The leakage amount (0 5 atm cc/sec) of "V", "M", option is value when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC..0-6

7 Series Refer to p..-,.- for specifications and model. pplicable Fluid Check List Direct Operated Port Solenoid Valve Manifold Series V// Energized Open (N.C.) Symbol and Configuration symbol D E F R (Non-leak) T V (Non-leak) X Y (Non-leak) Seal material NR NR Coil insulation ody, Shading coil material luminium, Copper luminium, Silver luminium, Copper Note) The mark in the option symbols is for non-lube style. For other options," X" at the end of product number represents the non-lube option. Fluid and s Fluid (pplication) rgon rgon (Long life) Ozone (Low concentration) ir (Dry) Gas oil Silicon oil Fuel oil (up to 60 C) Vacuum (0 Torr) Vacuum (0 Torr, long life) Insulating oil Naptha Non-leak (0 5 atm cc/sec) Non-leak (0 5 atm cc/sec, long life) Perchloroethylene rake oil elium symbol F X T V Y, R V Y, R V Note ) The leakage amount (0 5 atm cc/sec) of "V", "R", "Y" option is value when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC. Energized Closed (N.O.) Refer to p..-,.-5 for specifications and models. Symbol and Configuration symbol D E F R (Non-leak) T V(Non-leak) X Seal material NR NR Coil insulation ody, Shading coil material luminum, Copper luminum, Silver luminum, Copper older material (In core assembly) Polyacetal Polyacetal Note ) Grease has been applied to the core part of option symbol "D" and "". Note ) The mark in the option symbols is for non-lube style. For other options," X" at the end of product number represents the non-lube option. Fluid and s Fluid (pplication) rgon Gas oil ir (Dry) Silicon oil Fuel oil (Up to 60 C) Vacuum (Up to 0 Torr) Insulating oil Non-leak (0 5 atm cc/sec or less) Perchloroethylene rake oil elium symbol F V, R V, R V Note ) The leakage amount (0 5 atm cc/sec) of "V" and "R" option is value when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC..0-7

8 Series Pilot Operated Port Solenoid Valve Series D// Energized Open (N.C.) Refer p..-8,.-9 for specifications and models. pplicable Fluid Check List Symbol and Configuration D E F G J L N P T X symbol Seal material NR NR NR Coil insulation Note ) The mark in the option symbols is for non-lube style. For other options" X"at the end of product number represents the non-lube option. ody, Shading coil material rass, Copper or C6 Silver(0 to 5) Not available for to 50 rass, Copper or C6 Fluid and s Fluid(pplication) symbol and body material rass or C6 pplied Valve 0 to 50 0 to 5 rgon F L rgon (Long life) X Ethyl alcohol F, L, J Ethylene glycol J Caustic soda (5% ) J ir (Dry) T Gas oil Silicon oil Fuel oil (Up to 60 C) Fuel oil (Up to00 C) () D N Steam system (Water for boiler) G, J Steam system (Condensate) E P Insulating oil Naphtha Perchloroethylene rake oil Water(Up to 99 C) () D, E J N, P Note ) The option "T" and "X" are long life core style. Note ) 0 to 5 are brass and to 50 are C6. Note ) The highest operating temperature of to 50 is 80 C. Note ) When using other fluids contact SMC. Energized Closed (N.O.) Refer p..-0,.- for specifications and models. Symbol and Configuration symbol D E F G J L N P T X Seal material NR NR NR Coil insulation ody, Shading coil material rass or C6, Copper Silver(0 to 5) Not available for to 50 rass or C6, Copper older material (In core assembly) Polyacetal Polyacetal Polyacetal Note ) Grease has been applied to the core part of option symbol "D" and standaard. Note ) The mark in the option symbols is for the non lube style. For other options, " X" at the end of the product number represents the non-lube option. Fluid and s Fluid(pplication) symbol and body material rass or C6 pplied valve 5 to 50 5 to 5 rgon F L Caustic soda(5% ) J ir(dry) Gas oil Silicon oil Fuel oil (Up to 60 C) Fuel oil (Up to 00 C) () D N Steam system (Water for boiler) G, J Steam system(condensate) E P Insulation oil Perchloroethylene rake oil J Water (Up to 99 C) E N, P Note ) 5 to 5 are brass and to 50 are C6 Note ) The highest operating temperature of to 50 is 80 C. Note ) When using other fluids, contact SMC..0-8

9 Series Direct Operated Port Solenoid Valve Series // Refer to p..-8,.-9 for specifications and models. pplicable Fluid Check List Energized Open (N.C.), Energized Closed (N.O.), Common (C.O.) Symbol and Configuration symbol C D E F G J K L M (Non-leak) N P Q S T V X (Non-leak) Seal material NR PTFE NR PTFE PTFE() PTFE() NR Coil insulation ody, Shading coil material rass, Copper, Silver rass, Copper Support material (In valve assembly) Polyacetal Polyacetal Polyacetal Polyacetal Note ) Grease has been applied to the core part of option symbol "D" and "". Note ) The mark in the option symbols is for non-lube style. For other options, " X" at the end of product number represents the non-lube option. Fluid and s Fluid(pplication) symbol and body material rass rgon F L Caustic soda(5% ) J ir(dry) Gas oil Silicon oil Vacuum system(for pad) Vacuum(upto 0 Torr) V M Fuel oil(upto 60 C) Steam System(water for boiler) G, J Steam System(Steam) S Q Steam System(condensate) E P Trichloroethylene K Trichloro ethane K Perchloroethylene rake oil J elium V M Non-leak(0 5 atm cc/sec) V M Water (igh temperature) E, X N, P Note ) The leakage amount(0 5 atm cc/sec) of "V", "M" option is valued when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC. Manifold Series V// Energized Open (N.C.), Energized Closed (N.O.), Common (C.O.) Refer to p..-5,.-55 for specifications and models. Symbol and Configuration symbol D E F R (Non-leak) T V (Non-leak) X Seal material NR NR Coil insulation ody, Shading coil material luminium, Copper rass, Copper () luminium, Copper rass, Copper () luminium, Copper Support material (In valve assembly) Polyacetal Polyacetal Note ) Grease has been applied to the core part of option symbol "D" and "". Note ) The mark in the option symbols is for non-lube style. For other options, " X" at the end of product number represents the non-lube option. Note ) Manifold base material:luminium. Fluid and s Fluid(pplication) rgon ir(dry) Gas oil Silicon oil Fuel oil (Up to 60 C) Vacuum (For pad) Vacuum (Upto 0 Torr) Perchloroethylene rake oil elium Non-leak (0 5 atm cc/sec) symbol F V V V Note ) The leakage amount (0 5 atm cc/sec)of "V" option is value when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC..0-

10 Series Refer to p..-58,.-59 for specifications and models. pplicable Fluid Check List Port Direct ir Operated Series / Normally Closed (N.C.), Normally Open (N.O.) Symbol and Configuration Symbol G J M (Non-leak) N P V (Non-leak) Seal material NR NR ody material rass Stainless Steel rass older material (Driving parts) Polyacetal Stainless Steel Polyacetal Note) Grease for vacuum has been applied to the sliding part of option symbol "M", "V", silicone grease to the other options. Fluid and s Fluid(pplication) symbol and body material rass Silicon oil Vacuum (Up to 0 Torr) V M Fuel oil (Up to 60 C) Insulating oil Non-leak (0 5 atm cc/sec) V M rake oil P Water (Up to 60 C) Note ) The leakage amount(0 5 atm cc/sec)of "V" option is valued when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC. Manifold Series V/ Normally Closed (N.C.), Normally Open (N.O.) Refer to p..-6,.-65 for specifications and models. Fluid and symbol V (Non-leak) Seal material NR ody material luminium older material (Driving parts) Polyacetal Note) Grease for vacuum has been applied to the sliding part of option symbol "V", silicone grease to the other options. Fluid and s Fluid(pplication) Silicone oil Vacuum (Up to 0 Torr) Fuel oil (Up to 60 C) Insulating oil rake oil Non-leak (0 5 atm cc/sec) symbol V V Note ) The leakage amount (0 5 atm cc/sec) of "V" option is valued when differential pressure is 0.MPa. Note ) When using other fluids,contact SMC..0-

11 Series Port Direct ir Operated Series / Common (C.O.) Refer to p..-68,.-69 for specifications and models. pplicable Fluid Check List Symbol and Configuration symbol G J M (Non-leak) N P V (Non-leak) Seal material NR NR ody material rass rass Support material (Driving Parts) Polyacetal Polyacetal Note) Grease for vacuum has been applied to the sliding part of option symbol "M", "V". Silicone grease to the other options. Fluid and s Fluid(pplication) symbol and ody material rass Silicon oil Vacuum (Up to 0 Torr) V M Fuel oil (Up to 60 C) Insulating oil Non-leak (0 5 atm cc/sec) V M rake oil P Water (Up to 60 C) Note ) The leakage amount (0 5 atm cc/sec) of "V", "M" option is valued when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC. Manifold Series V/ Common (C.O.) Refer to p..-7,.-75 for specifications and models. Symbol and Configuration symbol V (Non-leak) Seal material NR ody material luminium rass () Support material (Driving Parts) Polyacetal Note ) Grease for vacuum has been applied to the sliding part of option symbol "V", silicone grease to the other options. Note ) Manifold base material: luminium Fluid and s Fluid(pplication) Vacuum (Up to 0 Torr) Vacuum pad Non-leak (0 5 atm cc/sec) rake oil symbol V V Note ) The leakage amount (0 5 atm cc/sec) of "V"option is valued when differential pressure is 0.MPa. Note ) When using other fluids, contact SMC..0-

12 Series Glossary Pneumatic Terms q Max. operating pressure differential This pressure difference is the highest pressure difference allowable to operate (a difference between the pressures in the primary slide and the secondary side) in an open state and the closed state of valve. case of 0 kgf/cm in the secondary side results in the highest operating pressure. w Min. operating pressure differential This pressure difference is the lowest pressure difference (a difference between the pressures in the primary side and secondary side) required to hold the main valve fully open. e Max. system presure This pressure is the limit of pressure that can be applied to pipe line (Line pressure) [the pressure difference in a solenoid valve must be maintained less than the highest operating pressure difference.] r Proof pressure. This is the pressure that can be withstood without deterioration of the performance when valve returnes within the range of the operating pressure.( value under a specified condition.) t Vaccuum pressure (Torr) The absolute pressure is expressed. 0 Torr=bsolute pressure Torr=tmospheric pressure (Gauge pressure 0 Kgf/cm) ( torr=. X 0 Pa) Electrical Terms q Volt-ampere(V) Volt-ampere is the product of voltage (V) and current (). Power dissipation (W): For C, W=V/ cosθ. For, W=V/ (Note) cosθ (Note) cosθ shows power factor. w Surge voltage The surge voltage is a high voltage generated momentarily when cutting the power supply. e um sound The hum sound is a noise generated through repeated adsorption and releasing on an armature adsorption surface. For an C solenoid, no shading coil allows releasing by spring reaction because of the existance of a 0 point (twice per frequency) of the suction force. Others q Material NR: Nitrile rubber : Fluororubber : Ethylene-propylene rubber (=EPDM) PTFE: Tetrafluoroethylene reain Polyacetal (POM) w Leakage amount Vacuum leak amount atm cc/sec: The leakage amount is cc per second in conversion to atmospheric pressure. atm cc/sec=0.76 Torr /sec=760lu/sec e Oil preserve treatment fter assembly, a valve is put through a parts washer to remove any oil used during assembly. r Symbol The JIS symbol is ( ): this designates the valve to be normally closed. owever, in situations where the secondary pressure exceeds the primary side pressure, the resulting back pressure will cause back flow through the valve. Caution Check Safty Instructions on p.0- and common precautions on p.0-7 to

13 Series Solenoid Coil ssembly ow to Order 0 00 C T Z 0 Solenoid coil assembly Size parts No. 00 No. Solenoid 00 No. Solenoid 00 No. Solenoid Ordering Examples pplicable series Series Series Series G C D Electrical entry Grommet Conduit DIN connector Without option S With surge voltage suppressor L With light Z With light and surge voltage suppressor Terminal box Without terminal box T With terminal box Coil insulation Class Class DIN connector or not available. Ex.) Series, 00V C, Class insulation, Grommet, Part number: 0-00G-0 Ex.) Series, 0V C, Class insulation, DIN connector with terminal box Part number: 0-00DT-0 Ex.) Series, V, Conduit terminal, with light and surge voltage surpressor, Part number: 0-00CTZ-05 Coil Combination ( Electrical Entry - Coil Insulation - Electrical ) Electrical Entry Grommet Conduit DIN Connector Without With Surge voltage suppressor Light () Surge voltage () suppressor and light G GS G C C CT CTS CTL CTZ CT CTS CTL () CTZ () D DT DTS DTL DTZ Note ) pplicable Voltage: 00V C, 00V C, 0V C, 0V C, V Note ) pplicable Voltage: 00V C, 00V C, 0V C, 0V C Made to Order dd X6 suffix to the end of solenoid coil part No. Rated voltage () 0 00V C 50/60z 0 00V C 50/60z 0 0V C 50/60z 0 0V C 50/60z 05 V 06 V 07 0V C 50/60z 08 8V C 50/60z V C 50/60z 0V C 50/60z 5 6V V 00V 0V Note ) The voltage codes, 0 through 08, are the same as the through 8 voltage codes on the solenoid valve how to order. ased on JIS-C-090 Splash Proof Specification ( ased on IEC59IP-X).0-5

14 Direct Operated Port Solenoid Valve Series // For ir, Gas, Vacuum, Water, Steam and Oil N.C. type Proper selection of body and sealing materials permits application of a wide variety of fluids. pplication can be matched by simply choosing body materials (brass, ), seal materials (NR,,, PTFE) and the solenoid coil (class, class ). Can be quickly disassembled and reassembled. Variations Energized open (N.C.) Energized closed (N.O.) Valve Solenoid coil Coils: Class, Class C ody Seal N.O. type Voltage 00V, 00V 8V, 0V, 0V, 0V V V OUT Material rass, NR,,, PTFE IN OUT IN Electrical entry Grommet Conduit DIN connector Conduit Terminal Port size Orifice size Rc(PT) (mmø) 0 8, 0 8, 0 8,.5 0, 8 0, 8.5 0, , , 8, 0 0, 8 0, 8.5 0, , , 8, 0.-

15 // Energized Open (N.C.) Construction/Components.- Symbol OUT IN // (Orifice size,,.5, 6mmø) / (Orifice size 8, 0mmø) No. q w e Description ody Core assembly rmature assembly rass Stainless steel/copper Stainless steel/nr r t y u i o Return spring Coil assembly O ring Retainer onnet O Ring Stainless steel Class molded NR Stainless steel rass NR Material Stainless steel Silver SUSF, PM/Stainless steel, PTFE/, Class molded //PTFE //PTFE pplicable Fluids Note) Water ( Up to 60 C) Steam (S, Q) ir (, Dry), Turbine oil Vacuum (Up to 0 Torr) (V, M) Vacuum (Up to Torr) Non-leak (0 5 atm cc/sec or less) (V, M) Carbon dioxide (CO), Nitrogen gas (N) igh temperature water (D, E, N, P) Freon,, igh temperature oil (D, N) rgon, elium (F) Others Note) Refer to "pplicable Fluid Check List" p..0-5 for detail of a special fluid out of the standard and the option specifications. /Valve Specifications <Energized open> Port Size /8 (6) / (6) /8 (0) / (5) Orifice size ø (mm).5 Flow rate Cv Effective area (mm ) Solenoid Specifications Type Max. operating pressure differential (MPa) Max. system Water ir Oil Steam pressure C C C C (MPa) Water oil air.0 Steam.0 Water oil air.0 Steam 0.5 Water oil air.0 Steam.0 Water oil air.0 Steam 0.5 Proof pressure (MPa) Note ) Weight of grommet style. dd 0g for conduit style, 0g for DIN connector style, 60g for conduit terminal style respectively. Refer to the glossary p..0- for detail of max. operating pressure differential and max. system Power C C C Freq. z pparent Power V Inrush olding Power consumption W (olding) Temp. rise C (Rated voltage) Note) They are values in an ambient temperature of 0 C ± 5 C and application of rated voltage. Possible to exchange a coil from C to during operation, but impossible to change from to C. (um sound may generate because of no shading coil for.) Return voltage is 0% or more of the rated value at C power and % or more at the power. llowable voltage fluctuation is ±0% of the rated voltage mbient and Fluid Temperature Temp. Power C Max. C Min. Water (Std.) 60 0 Tightness of Valve(Leakage) Seal NR,, PTFE () Weight (g) Fluid Temperature mbient igh () () () Temp. ir Oil temp. Oil Steam Vacuum (Std.) (Std.) water ( C) (D, E, N, P) (D, N) (S, Q) (V, M) () () 0 5 Note ) Dew point 0 C or less. Note ) 50 cst or less. Note ) Valve on option "V", "M", "Y" (Non-leak, vacuum). Fluid ir cm /min or less () Non-Leak Liquid Vacuum 0.cm () /min 0 5 atm CC / or less sec. or less () () 50cm /min 5cm /min or less or less Steam 50cm () /min or less Note ) Differ from the operating conditions of pressure. Note ) eat loss at 0.5 MPa is about 5kcal/h. Note ) Valve on option "V", "M", "Y" (Non-leak, Vacuum).

16 // ow to Order (Energized Open) 0 racket Without bracket With bracket Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p..-6 and.-7. s V S Orifice No. mmø mmø.5mmø 6mmø 5 8mmø 6 0mmø Refer to table q for configuration. Valve/ody 0 Energized open/ single unit For vacuum/non-leak For steam Select an option symbol by the "pplicable Fluid Check List p..0-5 " for a special fluid out of the standard. Port size Refer to table q for configuration. Thread T F N Rc(PT) NPTF G(PF) NPT Refer to table e if bracket is separately ordered. s None S With surge voltage suppressor L With indicator light Z With indicator light and surge voltage suppressor Refer to table w for configuration. Electrical entry G Grommet C Conduit D DIN connector T Conduit terminal Refer to table w for configuration. Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to table w for configuration. Refer to p..0-5 for ordering coil only. Table q Port/Orifice Size Solenoid valve (Port size) 0( 8 ) 0( ) 0( ) 0( ) 0( 8 ) 0( 8 ) 0( ) 0( ) (mmø) (mmø) Orifice size (No.) 5 (.5mmø) (6mmø) (8mmø) Ordering Example (Example) Series, Orifice size mmø, Rc(PT)/8, 00V C Grommet. With surge voltage suppressor. (Part number) "0-0-G" Made to Order ased on JIS-C-090 Splash Proof Specification ( ased on IEC59IP-X) Port size Electrical entry - X6 DIN Connector or class coil not available. 6 (0mmø) Table w Voltage-Electrical Entry-s Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) Table e racket Part Number Type Class Class G C D, T G, C T () S S L, Z S L, Z Note ) Surge Voltage suppressor is attached to the lead wire. Part number

17 // Energized Closed (N.O.) pplicable Fluids () Water (, Up to 60 C) Steam (S, Q) ir (, Dry), Turbine oil Vacuum (0 Torr) (V, M) Vacuum (Up to Torr) Non-leak (0 5 atm cc/sec or less) (V, M) Carbon dioxide (CO), Nitrogen gas (N) igh temperature water (X, E, N, P) Freon,, igh temperature oil (D, N) Others Note ) Refer to "pplicable Fluid Check List" p..0-6 for detail of a special fluid out of the standard and the option specifications. The standard product and the option "D" have application of grease on the armature. Symbol Construction/Components No. Description q w e r t ody Core assembly Coil ssembly O ring Retainer OUT IN Material rass Stanless steel,, Copper, Polyacetal Silver,, NR, PTFE, PTFE Class molded Class molded NR //PTFE /Valve Specifications <Energized closed> Port Size /8 (6) / (8) /8 (0) Orifice size (mm).5 Flow rate Cv Effective area (mm ) Solenoid Specification Max.operating pressure differential (MPa) Water ir Oil Steam _ _ mbient and Fluid Temperature Temp. Fluid temperature () () () () mbient igh Power Water ir Oil temp. temp. Oil Steam Vacuum water (D, N) (S, Q) (V, M) ( C) (Std.) (Std.) (Std.) (X, E, N, P) C Max. Min. C, () () Note ) Dew point 0 C or less Note ) 50 cst or less Note ) "X", "E", "N", "P" etc. in the parenthesis are option symbols. Tightness of Valve (Leakage) Fluid Seal NR, ir Liquid Non-leak Vacuum cm /min or less 0.cm () / min or less Max. system pressure (MPa) Water oil air.0 Steam atm CC / sec or less Proof pressure (MPa) Note ) Weight of grommet style. dd 0g for conduit style, 0g for Din connector style,60g for conduit terminal style, respectively. Refer to the glossary p..0- for detail of max. operating pressure differential and max. system pressure. Power C C C Freq. z pparent power V Inrush olding Power consumption W (olding) Temp. risc C (Rated voltage) Note) They are values in an ambient temperature of 0 C ± 5 C and application of rated voltage. Exchange from C to and to C is impossible because of a different core shape. Return voltage is 0% or more of the rated value at C power and 5% or more at the power. llowable voltage fluctuation is ± 0% of the rated voltage. Steam 50cm 5cm PTFE () () / 50cm () / / min or less min or less min or less Note ) Differ from the operating condition of pressure. Note ) eat loss at 0.5 MPa is about 5kcal/h. Note ) Value on option "V", "M" (Non-leak, vacuum). () 5.0 () Weight (g)

18 // ow to Order (Energized Closed) racket Without bracket with bracket Select a model from the highest operating pressure difference and the characteristics figure of flow rate in p..-6 and.-7. Orifice No. mmø mmø.5mmø 6mmø Refer to table q for configuration. Valve/ody Energized closed/single G C D T Refer to table e if ordering for bracket separately. s None S With surge voltage suppressor L With indicator light Z With indicator light and surge voltage suppressor Refer to table w for configuration. Electrical entry Grommet Conduit DIn connector Conduit terminal Refer to table w for configuration. V S s For vacuum, non-leak For steam Select an option symbol by the "pplicable Fluid Check List p..0-6 for a special fluid out of the standard. Port size Refer to table q for configuration Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Others (Contact SMC separately) Refer to table w for configuration Refer to p..0-5 for ordering coil only. Thread T F N Rc(PT) NPTF G(PF) NPT Table q Port/Orifice Size Solenoid valve (Port size) 0 ( 8 ) (mmø) 0 ( ) 0 ( ) 0 ( ) 0 ( 8 ) 0 ( 8 ) Orifice size (No.) (mmø) (.5mmø) Ordering Example (Example) Series, Orifice size.5mmø, Rc(PT)/, 00V C conduit (Part number) -0-C Made to Order ased on JIS-C-090 Splash Proof Specification ( ) ased on IEC59IP-X Port size Electrical entry - X6 DIN Connector or class coil not available. (6mmø) Table w Voltage-Electrical Entry Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) G S Table e racket Part Number () Class Class C D, T G, C T S L, Z S L, Z Note ) Surge voltage suppressor is attached to the lead wire. Type Part number

19 // ir ow to Read the Graph In the sonic flow region: For a flow of 500 l/min.(nr) Orifice ø6(0, 0)... P 0.MPa Orifice ø.5 valve( 0, )... P 0.MPa ow qequation to Calculate in the domain Flow/ir of subsonic flow P+0.0=( to.89)(p+ 0.0) Calculation by Cv factor Q=07. Cv P(P+0.0) l/min(nr) Calculation by Effective area Q=6. S P(P+0.0) l/min(nr) wequation in the domain of sonic flow P (P+0.0) Calculation by Cv factor Q=97.8 Cv (P+0.0) l/min(nr) Calculation by effective area Q=09.6 S (P+0.0) l/min(nr) Saturated Steam ow to Read the Graph In the sonic flow region: For a flow of 5kg/h Orifice ø.5 valve( S)... P 0.5MPa Orifice ø valve( S)... P 0.7MPa Orifice ø valve( S)... P 0.8MPa eat content will differ somewhat depending upon the pressure P, in the case of 5kgf/h heat transfer of about 9700 kcal/h is possible. ow to Calculate Flow/Saturated Steam qequation in the domain of subsonic flow P+0.0=( to )(P+0.0) Calculation by Cv factor Q=97.8 Cv P(P+0.0) kg/h Calculation by effective area Q=.0 S P(P+0.0) kg/h wequation in the domain of sonic flow P+0.0 (P+0.0) Calculation by Cv factor Q=98.9 Cv (P+ 0.0) kg/h Calculation by effective area Q=5.5 S (P+0.0) kg/h The figures in parentheses indicate a potential heat (kcal/kg) of saturated steam and a saturation temperature o C.-6

20 // Water ow to Read the Graph In the sonic flow of l/min. Orifice øvalve(,, )... P 0.07MPa ow to Calculate Flow/Water Calculation by Cv Q=. Cv 0. P l/min Calculation by effective area[s mm ] Q=0.8 S 0. P l/min Q : Flow (ir l/min(nr)), (Steam kg/h), (Water l/min) P : Pressure differential (P P) P : Upstream pressure (MPa) P : Downstream pressure (MPa) θ : Fluid temperature ( C) S : Effective area (mm ) Cv : Cv factor (/).-7

21 // Dimensions (Orifice size mmø, mmø,.5mmø, 6mmø) Energized Open/ 0, 0, 0, Energized Closed/,, Grommet: G Conduit: C (racket) Min. pitch for bracket is mm. DIN connector: D Conduit terminal: T Energized open Energized closed P Port size Rc(PT) 8,, 8, (78) (9) (99) The figures in parentheses are when closed at energizing. C D E F Measurement for connection J K L 9 M Electrical entry Grommet Conduit DIN connector Q R Q R Q R S (55) 56 (66) 6 (7) 9 0 (7) 7 (57) 55 (65) (7) 7 (57) 55 (65) Conduit terminal Q R 0 (7) 7 (57) 55 (65) S T 8 (9) 9 (0) 0 ().-8

22 // Dimensions (Orifice size 8mmø, 0mmø) Energized Open/50, 60, 50, 60 Grommet: G Conduit: C DIN connector: D Conduit terminal: T Energized open P Port size Rc(PT) 8 C D E F Electrical entry Grommet Conduit DIN connector Conduit terminal J F J F J K F J K

23 Common SUP Common SUP Direct Operated Port Solenoid Valve/Manifold Series V// For ir, Gas, Vacuum and Oil Variations Energized open (N.C.) Energized closed (N.O.) Individual SUP Individual SUP Series V Series V Series V Valve Electrical entry Grommet Conduit DIN connector Conduit terminal Common SUP style and individual SUP style (for vaccuum use) standard models. Extensive applicable fluid compatibility. pplication can be matched by simply choosing the correct seal materials (NR, FRM or ). It is possible to replace valve without changing existing piping. Weight-saving aluminium base and body. rass base and stainless steel base are now available. Contact SMC sales representative for the detail. Voltage C Material ody luminium Seal NR,, Manifold base model V-stations V-stations V-stations V-stations V-stations V-stations 00V, 00V 8V, 0V, 0V, 0V V V Individual port Rc(PT) Common port Rc(PT) 8.-

24 V// Energized Open (N.C.) Symbol Common SUP style pplicable Fluids ir(, dry), Turbin oil Vacuum (Up to Torr) Carbon dioxide (CO), Nitrogen gas (N) Freon,, () Vacuum (Up to 0 Torr) (V, R, Y) Non-leak (0 5 atm cc/sec or less) (V, R, Y) rgon, elium (F) Others Note ) Refer to p..0-7 "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. Construction/Components No. q w e r.- Description ody Core assembly ase rmature assembly Individual SUP style Common SUP Individual SUP luminium Stainless steel, Copper luminium Stainless steel, NR Material Stainless steel, silver Stainless steel, / Stainless steel, t O ring NR / y Coil assembly Class molded Class molded u Return spring Manifold Specifications Manifold Manifold base Number of valves lank plate(with O rings, screws) Note ) Common port is placed on vacuum side. Solenoid Valve for Manifold/Valve Specifications<Energized open> Orifice size (mm).5 6 Solenoid Specifications Mount Common pressure supply, Individual pressure supply () to 0 stations V 0-00, V/ Manifold ase and pplicable Solenoid Valve n: Station Manifold ase Individual port pplicable solenoid valve ase weight (g) V-stations V-stations V-stations V-stations V-stations V-stations n X n X 0+0 n X 0+0 Flow rate Effective Cv area (mm ) Max. operating pressuredifferential MPa Max.system Proof ir Oil Pressure pressure C C (MPa) (MPa) Note ) It is a grommet value. dd the conduit 0g, the DIN connector 0g, and the terminal 60g respectively. Refer to p..0- the glossary for detail of max. operating pressure differential and max.system pressure. Power C C C Freq. z pparent power V Inrush olding Power Consumption W (olding) Temp. rise C (Rated voltage) Note) They are values in an ambient temperature of 0 C ± 5 C and application of rated voltage. Possible to exchange a coil from C to during operation,but impossible to exchange from to C. (um sound may generate because of no shading coil for ). Return voltage is 0% or more of the rated value at C power and % or more at the power. llowable voltage fluctuation is ± 0% of the rated voltage. mbient and Fluid Temperature Temp. Power Max. Min. C C ir (Std.) Fluid temperature Oil (Std.) 60 0 () () 0 5 Oil (D, N) Vacuum (V, R, Y) Tightness of Valve (Leakage) () Weight (g) mbient temp. C Note ) Dew point: 0 C or less. Note ) 50cSt or less Note ) "D", "N", "V", etc. in the parenthesis are option symbols. Fluid () Seal ir Liquid Non-leak vacuum NR,, cm () /min 0.cm 0 /min -5 atm cc/sec Note ) Differ from the operating condition of pressure. Note ) Value on option "V", "R", "Y" (Nonleak, Vacuum).

25 V// Solenoid Valve for Manifold/ow to Order (Energized Open) Table q Orifice Size Solenoid valve (mmø) Insulation Electrical s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) Orifice size (No.) (mmø) (.5mmø) Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p..-6 and.-7. s V, R Orifice No. mmø mmø.5mmø 6mmø Refer to table q for configuration. Valve/ody Energized open/ for manifold For vacuum, non-leak Select an option symbol by the "pplicable Fluid Check List" p..0-7 for a special fluid outside of standard. (6mmø) Table w Voltage-Electrical Entry s Class Class G C D, T G, C S _ () S L, Z _ T S L, Z Note ) Surge voltage suppressor is attached to the lead wire. 00 ow to Order Manifold ase Mark V V V Manifold base pplicable valve V V V ow to Order Manifold V Write both the base style and the style of solenoid or blank manifold. (Example) 7 stations of common SUP, Individual port / G C D T Electrical entry Grommet Conduit DIN connector Conduit terminal S L Z Refer to table w for configuration. Voltage Connection 00 (No connection screw) For manifold Stations 0 stations 0 0stations Common SUP Individual SUP (For vacuum) Manifold base s 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to p..0-5 for ordering coil only. None With surge voltage suppressor With light With indicator light and surge voltage suppressor Refer to table w for configuration. Port size Rc(PT) 8 Rc(PT) ll common ports are /8. The common SUP is indicated as "P" on the common port and the individual SUP is indicated as "VC". rrangement of solenoid valve (ase P/N) V-07 pc (Solenoid valve P/N) V-00-G 6 pcs (lank plate P/N) V0-00 pc The standard arrangement of manifolds should be placed an individual port in this side, each solenoid valve from the left side and a blanking plate in the right side. The right side of the common port provides plug..-

26 V// Energized Closed (N.O.) Symbol Construction/Components.- Common SUP Individual SUP Common pressure Individual pressure Material No. Description q ody luminium,, Core w Copper, Polyacetal, Silver,, assembly NR, PTFE PTFE, e ase luminium r Coil assembly Class molded Class molded t O ring NR / pplicable Fluids () ir (, dry) Turbine oil Vacuum (Up to Torr) Carbon dioxide (CO), Nitrogen (N) Freon,, Manifold Specifications Solenoid Valve for Manifold/Valve Specifications <Energized closed> Solenoid Specifications Vacuum (0 Torr) (V, R, Y) Non-leak (0 5 atm cc/sec or less) (V, R, Y) rgon, elium (F) Others Note ) Refer to p..0-7 "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. The standard product and the option "D" have application of greace on the armature. Manifold Manifold base Number of valves lanking plate (With O rings, screws) Note ) Common port is placed on vacuum side. Mount Common pressure supply, Individual pressure supply () to0 stations V 0-00, V/ Manifold ase and pplicable Solenoid Valve Orifice size (mmø).5 6 n: stations Manifold base Individual port pplicable fluid valve ase weight V-stations V-stations V-stations V-stations V-stations V-stations n X n X 0+0 n X 0+0 Power Flow rate Effective Cv area (mm ) C C C 6 9 Freq. Power V z Inrush olding Power consumption W (olding) Temp. rise C (Rated voltage) Note) They are values in an ambient temperature 0 C ± 5 C and application of rated voltage. Possible to exchange a coil from C to during operation. Return voltage is 0% or more of the rated value at C power and 5% or more at power. llowable voltage fluctuation is ±0% of rated voltage. Max. operating pressure MPa ir Oil mbient and Fluid Temperature Temp. Power Max. Min. C C, ir (Std.) () 0 Max. system pressure (MPa) Fluid temperature Oil (Std.) 60 0 () 5 Oil (D, N) 00 _ Proof pressure (MPa) Note ) It is a grommet valve. dd the conduit 0g, the DIN connector 0g and the terminal 60g respectively. Refer to p..0- the glossary for detail of max. operating pressure differential and max. system pressure. () () Vacuum (V, R, Y) 60 0 _ 0 Tightness of Valve(Leakage) Weight (g) mbient temp. C Note ) Dew point 0 C or less. Note ) 50cSt or less. Note ) "D", "N", etc. in the parenthesis are option symbols. () Fluid Seal ir Liquid Non-leak vacuum NR,, cm /min 0.cm () 0 /min 5 atm cc/sec or less or less or less Note ) Differ from the operating condition of pressure. Note ) Value on option "V", "R", "Y" (Nonleak vacuum). ()

27 V// Solenoid Valve for Manifold/ow to Order (Energized Closed) Table q Orifice Size Solenoid valve (mmø) Orifice size (No.) (mmø) (.5mmø) (6mmø) Table w Voltage-Electrical Entry s Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p..-6 and.-7. Orifice size s V, R mmø mmø.5mmø 6mmø Refer to table q for configuration. Valve/ody Energized closed/ for manifold For vacuum, non-leak Select an option symbol by the "pplicable Fluid Check List" p..0-7 for a special fluid outside of standard. Class Class G C D, T G, C S () _ S L, Z _ T S L, Z Note ) Surge voltage suppressor is attached to the lead wire ow to Order Manifold ase Mark V V V ow to Order Manifold S L Electrical entry Z G Grommet C Conduit D DIN connector T Conduit terminal Refer to table w for configuration. Voltage Connection 00 (No connection screw) For manifold V V V Manifold base pplicable solenoid valve V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to p..0-5 for ordering coil only. s None With surge voltage suppressor With indicator light With indicator light and surge voltage suppressor Refer to table w for configuration. Stations 0 Manifold base 0 0 Common SUP V Individual SUP (For vacuum) Port size(individual Port) Rc(PT) 8 Rc(PT) ll common ports are /8 Rc(PT). The common SUP is indicated as "P" on the common port and the individual SUP is indicated as "VC". Write both the base style and the style of solenoid or blanking plate manifold. (Example) 7 stations of common pressure, individual port /8. (ase P/N) V-07 pc (Solenoid valve P/N) V-00-G 6 pcs (lank plate P/N) V0-00 pc rrangement of solenoid valve The standard arrangement of manifolds should be placed an individual port in this side, each solenoid valve from the left side and a blank plate in the right side. The right side of the common port provides plug..-5

28 V// Dimensions Common SUP Individual SUP V V V Mark L L L L n V V V (7.5) 6.5 (.5) 6.5 (.5) C 0.5 D E F J 5 5 The figures in parentheses are a closed style at energizing K M N 56 (67) 6 (8) 7 (87) Q Grommet R 7 (5) 5 (6) 6 (7) ( ): Individual pressure S 9.5 Electrical entry Conduit DIN connector T U V 0 (7) (56) (6) 5 6 W 8 (9) 90 (00) 98 (08) Conduit terminal X Y 9 7 (8) 9 8 (9) (98).-6

29 Pilot Port Solenoid Valve Series D// For ir, Gas, Water and Oil Proper selection of body and sealing materials permits application of a wide variety of fluids. N.C. type Valve can be matched to a particular application through selection of body material (rass, C6 or stainless steel), seal material (NR, or ) and solenoid coil (Class or ) Can be quickly disassembled and reassembled. N.O. type Variations Energized open (N.C.) Energized closed (N.O.) Valve OUT IN OUT IN Electrical entry Grommet Conduit DIN connector Conduit terminal Solenoid coil Coil: Class, class C ody Seal Voltage 00V, 00V 8V, 0V, 0V, 0V V V Material rass/c6, NR,, D0 D 0 D5 0 D6 0 D7 0 D8 0 D9 0 Port size Orifice size (mmø) Rc(PT), 8, 0 Rc(PT) 8, 5 Rc(PT) 0 Rc(PT)

30 D// Energized Open (N.C.) D0.-8 Symbol D0/50/60 D70/80/90 Operation <Valve opened> When the coil o is energized, the armature assembly u is attracted into the core of the core assembly y and the pilot valve opens. Then the pressure in the pressure operated chamber falls to open the main valve C. <Valve closed> When the coil o is not energized, the pilot valve is closed and the pressure in the pressure operated chamber rises and the main valve C closes. No. Description q w e r t y u i o ody onnet O ring Size 0 to 5 to 50 0 to 5 to 50 0 to 5 rass C6 rass C6 NR Stainless steel, rass NR OUT IN Construction/Components Material /,,, rass Diaphragm assembly to 50 / Valve spring 0 to 5,, Silver Core assembly to 50 Copper rmature,, ssembly NR, Return spring Coil assembly Class molded Class molded pplicable Fluids () Water (, Up to 60 o C), igh temperature water (D, E, N, P) ir (, Dry) igh temperature oil (D, N) Turbine oil, Carbon dioxide (CO) rgon (F) Nitrogen gas (N) Freon,, Others Note ) Refer to p..0-8 "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. /Valve Specifications <Energized open> Connection Thread Flange Orifice size (mmø) Flow rate Cv Effective area (mm ) D0-0 D0-0 D0-0 D0-0 D0-0 D50-06 D60-0 D70- D80-0 D90-50 Solenoid Specifications D D D mbient and Fluid Temperature Min. operating Max. operating pressure differential (MPa) pressure differential Water ir Oil (MPa) C C C Max. system pressure (MPa) Note ) It is a grommet value. dd the conduit 0g, the DIN connector 0g, and the terminal 60g respectively. Refer to p..0- the glossary for detail of max. operating pressure differential and max. system Power C C C Frequency z pparent power V Inrush olding 50 0() 60 _ 7(8) _ 7 _ _ _ 5 _ 7 _ Power consumption W (olding).5 () Weight (g) Temperature rise C (Rated voltage) Note) They are values in ambient temperature of 0 C ±5 C and application of rated voltage. Return voltage is 0% or more of the rated value at C power and % or more at the power. llowable voltage fluctuations is ±0% of the rated voltage. Exchange from C to and to C is impossible because of a different core shape D 0, 6 0, 8 0 are possible to exchange coil from C to, but impossible from to C. ( may generates hum sound because of a shading coil.) The voltampere in parentheses: the value of D0. Temperature Power Water () Max. C 60 0 Min. C/ Fluid temperature C () ir Oil igh temp. igh temp. () () water(d, E, N, P) oil (D, N) () 00 () 60 0 () 0 5 () Note ) Dew point: 0 C or less. Note ) 50cSt or less. Note ) "D", "E", "N", "P" etc. in the parenthesis are option symbols. Note ) to 50 are 80 C. () mbient temp. C

31 D// ow to Order (Energized Open) D D D 0 racket Without bracket With bracket Select a model from connection size and the characteristics figure of flow rate in p..-. s Connection Thread Flange Valve/ody 0 Energized open/ single ody size Select an option symbol by the "pplicable Fluid Check List" p..0-8 for a special fluid outside of the standard For For 0 For 50 Thread T F N Rc(PT) NPTF G(PF) NPT G C D T vailable on thread connection model size 0 to 0. s None S With surge voltage suppresso L With indicator light Z With indicator light and surge voltage suppressor Refer to table w for configuration. Electrical entry Grommet Conduit DIN connector Conduit Terminal Refer to table w for configuration. Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to table w for configuration. Refer to p..0-5 for ordering coil only. Refer to table q for configuration. Table q Connection Size and pplicable Connection Thread Flange Size pplicable model D0-0 D0-0, D0-0 D0-0, D0-0 D50-06 D60-0 D70- D80-0 D90-50 Ordering Example (Example) Series D, Rc(PT)/, 00V C, DIN connector. With surge voltage suppressor. (Part number) D50-06-DS Table w Voltage-Electrical Entry-s Insultation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) G S () Class Class C D, T G, C T S L, Z S L, Z Note ) Surge voltage suppressor is attached to the lead wire. Made to Order ased on JIS-C-090 Splash Proof Specification ( ased on IEC59IP-X) D Port size Electrical entry - X6 DIN Connector or class coil not available..-9

32 D// Energized Closed (N.O.) Symbol Construction/Components D/5/6 D7/8/9 Operation <Valve opened> When the ciol u is energized, the opened pilot closes, the pressure in pressure operated chamber rises and the main valve C closes. <Valve closed> When coil u is not energized, the closed pilot valve opens, the pressure in pressure operated chamber drops and the main valve C opens. No. Description q w e r t y u ody onnet O ring Diaphragm assembly Valve spring Core assembly Coil assembly Size 5 to 5 to 50 5 to 5 to 50 5 to 5 to 50 5 to 5 to 50 rass C6 rass C6 NR, rass, NR Copper NR Polyacetal PTFE Class molded OUT IN Material /,,, Stainess steel, rass /, Silver /, PTFE,Copper /, PTFE Class molded pplicable Fluids s () Water ( Up to 60 C) igh temperature water (D, E, N, P) ir (, Dry), Turbime oil igh temperature oil (D, N) Carbon dioxide (CO) rgon (F) Nitrogen (N) Freon,, Others Note ) Refer to p..0-8 "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. The standard product and the option "D" have application of grease on the armature. /Valve Specifications <Energized closed> Connection Thread Flange _ 8 _ 0 _ 50 Orifice size (mmø) Flow rate Effective Cv area (mm ) Solenoid Specifications D D D D-0 D-0 D5-06 D6-0 D7- D8-0 D9-50 Min.operating pressure differential (MPa) Water,ir Min.operating pressure differential (MPa) Oil Max.system pressure (MPa) Note ) Weight of grommet style. dd 0g for conduit style, 0g for DIN connector, 60g for conduit terminal respectively. Refer to p..0- the glossary for detail of max. operating pressure differential and max.system pressure. Power C C C Frequency z pparent power V Inrush olding () Weight (g) Power consumption Temp. rise C W (olding) (Rated voltage) Note) These are values in ambient temperatures of 0 C ± 5 C and application of rated voltage. Exchange from C to and to C is impossible because of a different core shape. Return voltage is 0% or more of the rated value at C power and 5% or more at the power. llowable voltage fluctuation is ±0% of the rated voltage. mbient and Fluid Temperature Temperature Power Water () Max. C 60 0 Min. C/ ir () Fluid temperature C Oil () () 5 () () igh temp. water (D, E, N, P) Note ) Dew point: 0 C or less Note ) 50cSt or less Note ) "D", "E", "N", "P" etc. in the parenthesis are option symbols. Note ) to 50 are 80 o C. () igh temp. oil (D, N) () 00 () 0 mbient temperature C

33 D// ow to Order (Energized Closed) D D D Select a model from connection size and the characteristic figure of flow rate in p..-. s ody size Valve/ody Energized closed/ single Select an option symbol by the "pplicable Fluid Check List" p..0-8 for a special fluid outside of standard. Connection Thread Flange For For 0 For 50 Refer to table q for configuration. Thread T F N s S L Z racket Without bracket With bracket vailable on thread connection model: size 0 to 0. Refer to table w for configuration. Electrical entry G Grommet C Conduit D DIN connector T Conduit terminal Refer to table w for configuration. Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to table w for configuration. Refer to p..0-5 for ordering coil only. Rc(PT) NPTF G(PF) NPT None With surge voltage suppressor With indicator light With indicator light and surge voltage suppressor Table q Connection Size and pplicable Connection Thread Flange Size pplicable model D-0 D-0 D5-06 D6-0 D7- D8-0 D9-50 Ordering Example (Example) Series D, Rc(PT)/, 00V C, with terminal surge voltage suppressor and indicator light. (Part number) D-0-TZ Table w Voltage-Electrical Entry-s Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) G S () Class Class C _ D, T G, S L, Z _ C T S L, Z Note ) Surge voltage suppressor is attached to the lead wire Made to Order ased on JIS-C-090 Splash Proof Specification ( ased on IEC59IP-X ) D Port size Electrical entry - X6 DIN Connector or class coil not available..-

34 D// ir (Orifice size: 0mmø, 5mmø, 0mmø, 5mmø) ow to Read the Graph In the sonic flow region: For a flow of 6000 l/min.(nr) Orifice ø5(d -0)... P 0.57MPa 0 Orifice ø0 valve(d5 0-06)... P 0.MPa ow to Calculate Flow/ir qequation in the domain of subsonic flow P+0.0=( to.89)(p+0.0) Calculation by Cv factor Q=07. Cv P(P+0.0)... l/min(nr) Calculation by effective area Q=6. S P(P+0.0)... l/min(nr) wequation in the domain of sonic flow P (P+0.0) Calculation by Cv factor Q=97.8 Cv (P+0.0)... l/min(nr) Calculation by effective area Q=09.6 S (P+0.0)... l/min(nr) ir (Orifice size: 5mmø, 0mmø, 50mmø) Water ow to Read the Graph For a flow of 00 l/min. Orifice ø5(d -0)... 0 P 0.6MPa Orifice ø0(d5 )... 0 P 0.055MPa Orifice ø5(d6 )... 0 P 0.0MPa ow to Calculate Flow/Water Calculation by Cv factor Q=..Cv. 0.. P... l/min Calculation by effective area[smm ] Q=0.8. S. 0.. P... l/min.-

35 D// Dimensions (Orifice size 0mmø) Energized Open/D0 Grommet: G Conduit: C Din connector: D Conduit terminal: T : Port size /.-

36 D// Dimensions (Orifice size 5mmø, 0mmø, 5mmø) Energized Open/D0, 50, 60 Energized Closed/D, 5, 6 Grommet: G Conduit: C DIN connector: D Conduit terminal: T Port size Rc(PT) Energized closed D 8, D5 D6 ( ): N.O. Energized open D0 D50 D (6) 8 (6) (50) C D E F J K L M Electrical entry Grommet Conduit DIN connector Conduit terminal racket N Q N Q N Q R N Q R a b c d e f 69 (76) (68) (68) (8) 87 (97) (76) 79 (89) (76) 79 (89)

37 D// Dimensions (Orifice size 5mmø, 0mmø, 50mmø) Energized Open/D70, 80, 90 Energized Closed/D7, 8, 9 Grommet: G Conduit: C Din connector: D Conduit terminal: T Energized open Energized closed D70 D7 D80 D90 ( ): N.O. D8 D9 pplicable flange C D 68 (85) 8 (97) 9 (09) E F J K L Grommet M 90 (00) 0 () 06 (6) N Electrical entry Conduit DIN connector Conduit terminal M N M N Q M N Q 8 (9) 9 (0) 98 (08) (9) 9 (0) 98 (08) (9) 9 (0) 98 (08)

38 Direct Operated port Solenoid Valve Series // For ir, Gas, Vacuum, Water, Steam and Oil Proper selection of body and sealing materials permits application of a wide variety of fluids. pplication can be matched by simply choosing body materials (rass, stainless steel), seal material (NR,,, PTFE) and solenoid coil (class, class ). Can be quickly disassembled and reassembled. Variations Energized open (N.C.) Energized closed (N.O.) Valve P R R P Electrical entry Grommet Conduit DIN connector Conduit Terminal Common (C.O.) P P Coil: Class, Class Solenoid coil Port size Rc(PT) Orifice size (mmø) C ody Seal Voltage 00V, 00V 8V, 0V, 0V, 0V V V Material rass, NR,,, PTFE ,.5 8, 8,, 8, 8, 8, 8, 8,

39 // Energized Open (N.C) Energized Closed (N.O) Common Open (C.O).-8 Symbol Construction/Components No. Description q w ody Retainer assembly rass rass e Coil assembly Class molded r rmature t Core assembly, Copper y O ring NR u Valve assembly Polyacetal, NR Material i Return spring o O ring NR //PTFE!0 Support spring Solenoid Specifications Power C C C Frequency z N.C. N.O. C.O Class molded, Silver //PTFE, //PTFE pparent power V Power Temp. consumption rise C Inrush olding W (olding) (Rated voltage) Note) They are values in an ambient temperature of 0 C ± 5 C and application of rated voltage. Exchange from C to and to C is impossible because of a different core shape. Return voltage is 0% or more of the rated value at C power and 5% or more at the power. llowable voltage fluctuation is ± 0% of the rated voltage. P R R P P P pplicable Fluids () Water (, Up to 60 C) Steam (S, Q) ir (, Dry) Vacuum (Up to 0 - Torr) (V, M) Turbine oil Non-leak (0-5 atm cc/sec or less) (V, M) Vacuum (Up to Torr) igh temperature water (X, E, N, P) Carbon dioxide (CO), Nitrogen gas (N) igh temperature oil (D, N) Freon,, rgon, elium (F) Others Note ) Refer to p..0- "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. The standard product and the option "D" have application of greace on the armature. /Valve Specifications Port size Rc(PT) 8 (6) (8) 8 (0) Temperature Max. Min. C C Orifice size (mmø) Flow rate Effective area Cv (mm ) pplication Example Refer to p..-5 for the response characteristics. 0 Seal NR, PTFE Max operating press. differential (MPa) N.O., N.C. C.O. C C, Fluid ir Liquid Non-leak Vacuum cm /min 0.cm / () min 50cm / () 5cm / () min min Max. system pressure (MPa) Water ir Oil:.0 Steam:.0 Note ) Weight of grommet style, dd 0g for conduit style, 0g for DIN connector style, 60g for conduit terminal style, respectively. Refer to the glossary p..0- for detail of max. operating pressure differential and max. system pressure. mbient and Fluid Temperature Example of application Power Water ir 60 0 Fluid temperature C Oil () () 0 5 igh temp. () water (X, E, N, P) () () () mbient Oil Steam Vacuum temp. (D, N) (S, Q) (V, M) C 0 0 Note ) Dew point 0 C or less Note ) 50cSt or less Note ) "X", "E", "N", "P" etc in the parenthesis are option symbols. Style Sketch Position Selector Divider Vacuum pad () Cylinder Energizing press. exhaust valve Energizing exh. ON X X P P X 0-5 atm cc/sec Steam 50cm / () min Note ) Differ from the operating condition of pressure. Note ) eat loss at 0.5MP is about 5kca/h. Note ) Value on option "V", "M", "Y" (Nonleak, Vacuum). N.C. () N.O. () C.O. (,, ) OFF X X R(VP) R X Tightness of Valve(Leakage) ON X X R(VP) X R OFF X X P X P ON Pq Pq Pq Pq Pq () Weight (g) 0 () OFF Pw Pw Pw Pw Pw Note ) n exclusive style set with the maximum bore to only the orifice in the vacuum side can be supplied to user for using with application of high pressure air to the vacuum break port side such as in use of vacuum pad. Refer tp p..-5. Response Characteristics

40 // Table q Port/Orifice Size Solenoid 0( 8 ) 0( ) 0( ) 0( ) 0( ) 8 0( 8 ) Orifice size (.5mmø) (.mmø) (mmø) (mmø) Select a model from connection size and the characteristic figure of flow rate in p s V S Orifice size.5mmø.mmø mmø mmø Refer to table q for confguration. Valve/ody Common/single Only has energized open (N.C.) and energized closed (N.O.) Symbol 0 Valve N.C. Valve N.O. For vacuum, non-leak For steam Ordering Example (Example) Series, Common, Orifice size.5mmø, Rc(PT)/8, V, DIN connector/with indicator light () -0-5DL Select an option symbol by the "pplicable Fluid Check List" p..0- for a special fluid outside of standard. Port size Refer to table q for configuration. ow to Order Thread T F N Table w Voltage-Electrical Entry-s Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) G S () s S L Z Class Class C D, T G, C T S L, Z S L, Z racket Without bracket With bracket body model is delivered with bracket. Refer to table w for configuration. Electrical entry G Grommet C Conduit D DIN connector T Conduit terminal Refer to table w for configuration. Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to table w for configuration. Refer to p..0-5 for coil only. Rc(PT) NPTF G(PF) NPT None With surge voltage suppressor With light With indicator light and surge voltage suppressor Note ) Surge voltate suppressor is attached to the lead wire. Made to Order ased on JIS-C-090 Splash Proof Specification ( ) ased on IEC59IP-X Port size Electrical entry - X6 DIN Connector or class coil not available..-9

41 // ir ow to Read the Graph In the sonic flow region: For a flow of 00 l/min.(nr) Orifice ø ( ) P 0.MPa Orifice ø. ( ) P 0.MPa Orifice ø.5 ( ) P 0.55MPa ow to Calculate Flow/ir q Equation in the domain of subsonic flow P+0.0=( to.89)(p+0.0) Calculation by Cv factor Q=07. Cv P(P+0.0) l/min(nr) Calculation by effective area Q=6. S P(P+0.0) l/min(nr) Equation in the domain of sonic flow P (P+0.0) Calculation by Cv factor Q=97.8 Cv (P+0.0) l/min(nr) Calculation by effective area Q=09.6 S (P+0.0) l/min(nr) Water ow to Read the Graph In case of a flow of l/min. Orifice ø valve ( ) P 0.0MPa Orifice ø. valve ( ) P 0.088MPa Orifice ø.5 valve ( ) P 0.MPa ow to Calculate Flow/ir Calculation by Cv factor Q=. S 0. P l/min Calculation by effective area[smm ] Q=0.8 Cv 0. P l/min Q : Flow (ir l/min(nr)), (Steam kg/h), (Water l/min) P: Pressure differential (P P) P : Upstream pressure (MPa) P : Downstream pressure (MPa) θ : Fluid temperature ( C) S : Effective area (mm ) Cv : Cv factor (/).-50

42 // Dimensions (Orifice size.5mmø,.mmø, mmø, mmø) Energized Open/ 0, Energized Closed/, Common/,, Grommet: G Conduit: C DIN connector: D Conduit terminal: T Port size P Rc(PT) 8,, 8, 8 C D E F Measurement for connection Electrical entry Grommet Conduit DIN connector Conduit terminal J K L M L M L M N L M N

43 V// Vacuum Use/V Vacuum flow passage has large orifice. Pressure side permits high pressure, optimum for vacuum use. Specifications Operating pressure (MPa) Orifice size ø Cv factor (Effective area mm ) R Port P Port Pressure side Vacuum side R P V V V 0 to 0.5 Vacuum (.) 0.(.) 0 to 0.5 Vacuum. 0.9(.) 0.5(9) 0 to 0.9 Vacuum. 0.9(.) 0.5(9) Symbol V - - D V - - G- ow to Order V 0 0 G Series Vacuum use racket None With bracket Orifice size Solenoid size No. No. No. R port: ø.5 P port: ø R port: ø. P port: ø (V) (V, ) Valve 0 N.C. (Energized open) N.O. (Energized closed) s F, G, L, T are available option. Refer to p..0- "pplicable Fluid Check List" Port size 0 Rc(PT) 8 (V) 0 Rc(PT) (V,, ) 0 Rc(PT) 8 (V, ) G C D T Voltage s (Refer to table w in p..-9) None S With surge voltage suppressor L With light Z With indicator light and surge voltage suppressor Electrical entry Grommet Conduit DIN connector Conduit Terminal 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC seprately) (Refer to table w in p..-9) Dimensions The single dimension is the same as a series of,, in p

44 Direct Operated Port Solenoid Valve/Manifold Series V// For ir, Gas, Vacuum and Oil Series V Variations Energized open (N.C.) Energized closed (N.O.) Common (C.O.) Series V SeriesV Valve Configuration can be changed from NC to NO and from NO to NC by simply changing a gasket. Compatible with wide variety of fluids. pplication can be matched by simply choosing the correct seal material (NR,, or ). It is possible to replace valve without changing existing piping. Weight-saving with aluminum base and body. (Not applicable to water or steam). Electrical entry Grommet Conduit DIN connector Conduit terminal Material ody luminum Seal NR,, C Manifold style Stations Voltage 00V, 00V 8V, 0V, 0V, 0V V V Manifold mount to 0stations Port Port P Port R V-stations V-stations V-stations V-stations V-stations V-stations

45 V// Energized Open (N.C.) Energized Closed (N.O.) Common (C.O.) Symbol Construction/Components pplicable Fluids () ir (, dry) Vacuum (Up to 0 - Torr) (V, R) Turbin oil Non-leak (0-5 atm cc/sec or less) (V, R) Vacuum (Up to Torr) rgon, elium (F) Carbon dioxide (CO), Nitrogen gas (N) Freon,, Others Note ) Refer to p..- "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. The standard product and the option D have application of grease on the armature. Manifold Specifications Manifold Manifold base Number of valves lank plate (With gasket, O rings) Mount Common supply, Common exhaust, Individual out to 0 stations V 0-00 V/ Manifold ase and pplicable Solenoid Valve n: stations Manifold base port pplicable solenoid valve ase weight (g) V-stations Rc(PT) V-stations Rc(PT) 5 nx00+50 V-stations V-stations Rc(PT) 8 Rc(PT) 8 V-stations V-stations Rc(PT) Rc(PT) nx60+60 nx60+60 No. q w e r Solenoid Specifications.-5 Description Manifold body Retainer Manifold base Coil assembly Material luminium luminium luminium rass rass Class molded Class molded t rmature y Core assembly, Copper, Silver u Gasket NR / i Valve Polyacetal assembly NR / o Return spring!0 O ring NR /! Support spring Power C C C Freq. z pparent power V Power consumption Inrush olding W (olding) Temp. rise C (Rated volage) Note) They are values in an ambient temperatue of 0 C ± 5 C and application of rated voltage. Exchange from C to and to C is impossible because of a different core shape. Return voltage is 0% or more of the rated value at C power and 5% or more at the power. lowable voltage fluctuation is ±0% of the rated voltage. Solenoid Valve for Manifold/Valve Specifications Orifice size (mmø).5. Flow rate Effective Cv area (mm ) mbient and Fluid Temperature Response Characteristics Max operating press. dfifferential (MPa) N.O, N.C. C.O. C C, Tightness of Valve (Leakage) Fluid Seal NR,, ir Liquid Non-leak Vacuum cm /min or less Max. system pressure (MPa).0 0.cm () / min or less Weight (g) Note ) It is a grommet style value. dd the conduit style 0g, the DIN connector style 0g and the terminal style 60g respectively. Refer to p..- the glossary for detail of max. operating pressure differential and max. system pressure. Temperature Power ir (Std.) C 60 Max. 60 () C Min. 0 Fluid temperature C () () Oil Vacuum (Std.) (V, R, Y) 60 0 () 5 Oil (D, N) Note ) Dew point 0 C or less Note ) 50cSt or less Note ) "D", "N" in the parenthesis are option symbols. mbient temp. C () 0-5 atm cc/sec or less Note ) Differ from the operating condition of pressure. Note ) Value on option "V", "R", "Y" (Nonleak, Vacuum). Power Changing ON OFF Response time (msec) 60 or less 0 or less C 50 or less 0 or less 0 or less 60 or less 50 or less 60 or less C C 0 or less 0 or less 50 or less 50 or less Note) The value is a case of no grease on armature. ()

46 V// Table q Orifice Size Solenoid valve Table w Voltage-Electrical Entry-s Solenoid Valve for Manifold/ow to Order Select a model from the highest operating pressure difference and the characteristics figure difference of flow rate in p Orifice size.5mmø.mmø mmø mmø Valve/ody 5 Common for manifold Only has an energized open (N.C.) and energized closed (N.O.) Mark Valve N.C. Valve N.O. s V, R Insulation Electrical entry s (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) Refer to table q for configuration. For vacuum, non-leak 5 Select an option symbol by the "pplicable Fluid Check List" p..0- for a special fluid outside of standard. (.5mmø) Orifice size (No.) (.mmø) (mmø) (mmø) Class Class G C D, T G, C T S () S L, Z S L, Z Note ) Surge voltage suppressor is attached to the lead wire ow to Order Manifold ase Mark V V V Manifold base Solenoid valve Write both the base style and the style of solenoid or blank plate manifold. (Example) 7 stations of common SUP, individual port /8. G C D T Electrical entry Grommet Conduit DIN connector Conduit terminal S L Z Refer to table w for configuration. Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z V V 0V C 50/60z 8V C 50/60z Other (Contact SMC separately) Refer to table w for configuration. Refer to p..0-5 for coil only. Connection 00 (No connection screw) For manifold V V V Stations 0 stations 0 0stations s None With surge voltage suppressor With light With indicator light and surge voltage suppressor Refer to table w for configuration. Port size (Individual port) Rc(PT) 8 Rc(PT) ll common ports are Rc(PT) /. The common SUP is indicated as "P" on the common port and the individual SUP is indicated as "VC". rrangement of solenoid valve (ase) (Solenoid valve) (lank plate) V-07 pc -00-G 6 pcs pc The standard arrangements of manifolds should be placed on an individual port on this side, each solenoid valve from the left side and a blank plate in the right side. The right side of the common port provides plug..-55

47 .-56 V// Dimensions V V V 0 0 C D F 5 5 J K L M N Q 5 8 S 9 T U V 0 W X Y Z V V V Station Symbol L L L L

48 Direct ir Operated Port Valve Series / For ir, Gas, Vacuum, Water and Oil Proper selection of body sealing materials permits application of a wide variety of fluids. pplication can be matched by simply choosing body material (rass or Stainless steel) and seal material (NR,, or PTFE). Easy to disassemble and reassemble in a short time. Compatible with high viscosity fluids (500cSt) Variations Normally closed (N.C.) Valve OUT IN Pilot port (Free take off direction) Port size Pilot pressure 8 Rc(PT) 0.5 to 0.7MPa Normally open (N.O.) OUT IN ody Seal Material rass, NR,, Port size Orifice size Rc(PT) (mmø) 0 8, 0 8,.5 0, 8.5 0, , , 8 0,.-57

49 / Normally Closed (N.C.)/Normally Open (N.O.) Symbol N.C. OUT pplicable Fluids () Water (, Up to 0 C) ir (, dry), Turbine oil Vacuum (Up to Torr) Carbon dioxide (CO), Nitrogen gas(n) Freon,, Vacuum (Up to 0 Torr) (V, M) Non-leak (0 5 atm cc/sec or less) (V, M) IN N.O. OUT IN Construction/Components Normally closed (N.C.) Normally open (N.O.) Note ) Refer to p..0- "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. /Valve Specifications Port size Rc(PT) 8 (6) (8) 8 (0) Orifice size (mmø) (5) 0. mbient and Fluid Temperature Max.operating presure differential (MPa) Flow rate Cv Effective area (mm ) Fluid temperature C Temperature Water () ir () Max Min. 5 Note ) Dew point: 5 C or less Note ) 500cSt or less Note ) "V" and "M" in the parenthesis are option symbols. Oil Vacuum () () (V, M) () 5 () Max. system pressure (MPa) Proof pressure (MPa).5 mbient temperture C Weight (g) Note) Refer to p..0- the glossary for detail of max. operating pressure differential and max. system pressure Tightness of Valve(Leakage) Fluid Seal NR,, ir cm /min Note ) Different from the operating condition of pressure. Note ) Value on option "V", "M" (Non-leak, Vacuum). Liquid 0.cm /min () Non-leak Vacuum V, M 0 5 atm cc/sec () Pilot Pressure Type Pressure (MPa) 0.5 to 0.7 No. q w e r t y Description ody Valve assembly Piston assembly Piston spring Pilot cover O ring Material rass, rass, NR, Polyacetal Polyacetal/NR luminium NR / /.-58

50 / ow to Order Table q Port/Orifice Size Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p s V 0 ( 8 ) 0 ( ) 0 ( ) 0 ( 8 ) 0 ( ) Orifice size mmø.5mmø 6mmø 5 8mmø 6 0mmø Refer to table q for configuration. Valve/ody 0 Normally closed (N.C.)/single unit Normally open (N.O)/single unit For vacuum, non-leak Select an option symbol with the "pplicable Fluid Check List" p..0- for a special fluid outside of standard. (mmø) (.5mmø) Orifice size (No.) (6mmø) 5 (8mmø) Ordering Example (Example) Series, Orifice size.5mmø, Normal closed, Rc(PT)/ (Part number)0-0 6 (0mmø) Thread T F N racket None With bracket Refer to table w if ordering bracket separately. Rc(PT) NPTF G(PF) NPT Port size Refer to table q for configuration. Table w racket Part Number 5 6 Part number

51 / Dimensions (Orifice size mmø,.5 mmø, 6 mmø),,, Dimensions (Orifice size 8mmø, 0mmø) 5, 6 Port size With bracket P C D E F Rc(PT) G I J 8, , Thread fixed: ( nly) Port size Rc(PT) C D , Fixing with thread is also possible racket E

52 V/ ow to Order/Manifold Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p..-60 Orifice size mmø.5mmø 6mmø Refer to table q for configuration. 00 Connection 00 (No connection screw) For manifold s Select an option symbol by "pplicable fluid check list" p..0- for a special fluid out of the standard. Valve/ody Normally closed (N.C.)/Manifold Normally open (N.O.)/Manifold Table q Orifice Size (mmø) Orifice size (No.) (.5mmø) (6mmø) ow to Order Manifold ase V V Manifold base Mark pplicable valve V -00 V -00 V Manifold base Common pressure Individual pressure (For vaccum) Stations 0 stations 0 0 stations Port size (Individual port) Rc(PT) 8 Rc(PT) ll common ports are Rc(PT) /8. Common SUP model has indication of "P" and individual SUP has indication of "VC" at the common port. Write both the base style and the style of valve or blank plate manifold. (Example) 7 stations of common pressure, individual port Rc(PT)/8. (ase) V-07 pc. (Valve) pcs. (lank plate) 0-00 pc. rrangement of solenoid valves The standard arrangement of manifolds should be placed on an individual port on this side, each solenoid valve from the left side and a blank plate in the right side. The right side of the common port provides plug..-65

53 V/ Dimensions Common SUP style Individual SUP style L: Dimensions V V L Stations L L L L V V [7.5] 6.5 [.5] C 0.5 D E 5 0 F 0 G J 7 9 K M 5 58 N 5 9 [ ]: Individual pressure style.-66

54 Direct ir Operated Port Valve Series / For ir, Gas, Vacuum, Water and Oil Variations Proper selection of body and sealing materials permits application of a wide variety of fluids. pplication can be matched by simply choosing body material (rass or ) and seal material(nr, or ). C.O. style easy to use; operatable as either N.C. or N.O. Easy to disassemble and reassemble in a short time. Compatible with high viscosity fluids (500cSt). Common (C.O.) Valve P P Pilot port (Free take off direction) Connecting port size Pilot pressure 8 Rc(PT) 0.5 to 0.7 (MPa) ody Seal Material rass, NR,, Connecting port size Rc(PT) 8, 8, 8,, 8, 8 8, Orifice size (mmø)

55 / Common (C.O.) Symbol C.O. P P Construction/Components pplicable Fluids () Water (, Up to 0 C) ir (, Dry), Turbine oil, Vacuum (Up to Torr), Carbon dioxide (CO), Nitrogen gas (N), Freon,, /Valve Specifications Port size Rc(PT) 8 (6) (8) 8 (0) Vacuum (Up to 0 Torr) (V, M) Non-leak (0 5 atm cc/sec or less) (V, M) Note ) Refer to p..0- "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. Orifice size (mmø).5. Flow rate Effective Cv orifice (mm ) Max. operating pressure differential (MPa) Max. system pressure (MPa) Proof pressure (MPa).0.5 Note ) Refer to p..0- the glossary for detail of max.operating pressure differential and max. system pressure. Weight (g) () mbient and Fluid Temperature Fluid temperature C Temperature Water () ir () Oil () Max Min. 5 () 5 () Note ) Dew point: 0 C or less. Note ) 500cSt or less. Note ) "V", "M" in the parenthesis are option symbols. Tightness of Valve(Leakage) Fluid Seal NR,, ir cm /min Note ) Differ from the operating condition of pressure. Note ) Value on option "V", "M" (Non-leak, Vacuum). Liquid 0.cm /min () Vacuum (V, M) () mbient temperature C Non-leak, Vacuum 0 5 atm cc/sec () No. q w e Description ody assembly Retainer assembly Valve assembly rass rass NR Polyacetal rass, Material / / r dapter t Travel assembly NR, Polyacetal y Pilot cover luminium u Piston spring i Piston assembly Polyacetal, NR o O ring NR / Pilot Pressure Pressure MPa 0.5 to

56 / ow to Order Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p racket None With bracket body model is supplied with bracket. Orifice size.5mmø.mmø mmø mmø Refer to table q for configuration. Valve/ody Common/single Thread T F N Rc(PT) NPTF G(PF) NPT Port size Refer to table q for configuration. s V Table q Port/Orifice Size Valve (Port size) 0 ( 8 ) 0 ( ) 0 ( ) 0 ( 8 ) (.5mmø) For vacuum, non-leak Select an option mark by the "pplicable Fluid Check List" p..0- for a special fluid outside of standard. Orifice size (No.) (.mmø) (mmø) (mmø) Ordering Example (Example) Series, Orifice size.5mmø, Rc(PT)/8 (Part number)

57 / ir ow to Read the Graph In the sonic flow region: For a flow of 00 l/min.(nr) Orifice ø ( 5 ) P 0.MPa Orifice ø. ( 5 ) P 0.MPa Orifice ø.5 ( 5 ) P 0.55MPa ow to Calculate Flow/ir qequation in the domain of subsonic flow P+0.0=( to.89)(p+0.0) Calculation by Cv factor Q=07. Cv P(P+0.0) l/min(nr) Calculation by effective area Q=6. S P(P+0.0) l/min(nr) wequation in the domain of sonic flow P (P+0.0) Calculation by Cv factor Q=97.8. Cv. (P+0.0) l/min(nr) Calculation by effective area Q=09.6. S. (P+0.0) l/min(nr) Water ow to Read the Graph In case of a flow of l/min. Orifice ø valve () P 0.0MPa Orifice ø. valve () P MPa Orifice ø.5 valve () P 0.MPa ow to Calculate Flow/Water Calculation by Cv factor Q=.. Cv. 0. P l/min Calculation by effective area[smm ] Q=0.8. S. 0. P l/min Q : Flow (ir l/min(nr)), (Steam kg/h), (Water l/min) P : Pressure differential (P P ) P : Upstream pressure (MPa) P : Downstream pressure (MPa) θ : Fluid temperature ( C) S : Effective area (mm ) Cv : Cv factor (/).-70

58 / Dimensions Symbol Port size P Rc(PT) 8,, C 8 D 0 0 E F G J 7 With bracket L 9 K M

59 Direct ir Operated Port Valve/Manifold Series V/ For ir, Gas, Vacuum and Oil Series V Series V Variations Valve Common (C.O.) Compatible with a wide variety of fluids. pplication can be matched by simply choosing the correct seal material (NR, or ). It is possible to replace valve without changing existing piping. Configuration can be changed from N.C. to N.O., and from N.O. to N.C. easily. Weight-saving aluminum base and body. (Not applicable to water or steam.) Material ase, ody Seal luminum NR,, Manifold style Manifold stations Manifold mount to 0 stations Manifold base V-stations V-stations V-stations V-stations Port Rc(PT) 8 8 Port P Rc(PT) Port R Rc(PT).-7

60 V/ Common (C.O.) pplicable Fluids () ir (, Dry), Vaccum (Up to 0 Torr) (V) Vaccum (Up to Torr), Non-leak or less (0 5 atm cc/sec or less) (V) Turbine oil, Carbon dioxide (CO), Nitrogen gas (N) Freon,, Others Note ) Refer to p..0- "pplicable Fluid Check List" for detail of a special fluid out of the standard and the option specifications. Symbol Manifold Specifications Manifold Manifold base Number of valves lanking plate (With gasket, screws) Mount Common supply, Common exhaust, Common out to 0 stations V 0-00 V Construction/Components Manifold ase and pplicable Valve Manifold base Individual port Rc(PT) pplicable valve ase weight (g) V-stations V-stations V-stations V-stations /8 / /8 / n X n X /Valve Specifications Orifice Flow rate size Effective area Cv (mmø) (mm ) Max. operating pressure differential (MPa) Max. system pressure (MPa) Proof pressure (MPa).0.5 Note ) dd the V type () 80g, ()0g. Refer to p..0- the glossary for detail of max. operating pressure and max. system. () Weight (g) No. Description Material s q Manifold body, rass luminum base (ase is aluminum.) w Valve NR assembly Polyacetal / e dapter luminum / r Travel NR assembly Polyacetal / t O ring NR / y Pilot cover luminum u Piston spring i Piston NR Polyacetal o Gasket NR / mbient and Fluid Temperature Temperature ir () Oil () Max Min. 5 () 5 () Note ) Dew point: 5 C or less Note ) 500cSt or less Note ) "V" in the parenthesis is option symbol. Tightness of Valve(Leakage) Fluid Seal NR,, Pilot Pressure ir cm /min Fluid temperature C Note ) Differ from the operating conditon of pressure. Note ) Value on option "V" (Non-leak, Vacuum). 5 5 Pressure MPa 0.5 to 0.7 Liquid 0.cm /min () Vacuum () (V) mbient temperature o C Non-leak, Vacuum() 0 5 atm cc/sec.-7

61 V/ ow to Order/Manifold 5 00 Select a model from the highest operating pressure difference and the characteristic figure of flow rate in p Orifice Size.5mmø.mmø mmø mmø Refer to table q for configuration. V Valve s Valve/ody 5 Commonly open/manifold Connection 00 (No connection screw) For manifold For vacuum, non-leak Select an option mark by the "applicable Fluid Check List" p..0- for a special fluid out of the standard. Table q Orifice Size (.5mmø) Orifice size (No.) (.mmø) (mmø) (mmø) ow to Order Manifold ase V V Manifold base Symbol pplicable valve V 5-00 V 5-00 Stations stations stations Port size (Individual port) Rc(PT) 8 Rc(PT) ll common ports are Rc(PT) /. The common SUP is indicated as "P" on the common port and the individual SUP is indicated as "VC". Write both the base style and the style of valve or blank plate manifold. (Example) 7stations of, Individual port Rc(PT)/8 rrangement of solenoid valves (ase) (Valve) (lank plate) -07 pc pcs pc. The standard arrangement of manifolds should be placed on an individual port on this side, each solenoid valve from the left side and a blank plate in the right side. The right side of the common port provides plug..-75

62 .-76 V/ Dimensions L Stations V V L L L L Symbol V V 0 0 C 9 0 D E F G J 6 6 K 6 9 M N 69 76

63 Pilot Operated/Zero Pressure Differential Operation Port Solenoid Valve Series Z Change of valve style from N.C. to N.O. is simple. Excellent maintainability Separation of movable iron core and diaphragm valve permits easy disassembly/reassembly. Low power consumption, long life, and high reliability type molded coil Z 7.5/6W (50/60z C) Z /9.5W (50/60z C) Diaphragm Strong against dust and water scale in fluid. Compact, light, and large valve capacity Wide variations permit use of almost all types of fluid. OUT IN Zero pressure differential operation Usable under conditions of vacuum 0.kPa to MPa (C, water/air). When power is not supplied Right after power is supplied (Pilot valve opens) When power is being supplied (Main valve opens.) Fluid from the IN side goes through the supply orifice and fills the pressure action chamber. The main valve is kept closed by the force pushing down the valve and the reaction force of the return spring. When power is supplied to the coil, the armature begins to be attracted, and the pilot orifice opens. The fluid filled in the pressure action chamber flows through the pilot orifice to the OUT side. Since the fluid is discharged from the pilot orifice, the pressure in the pressure action chamber decreases. The force pushing down the valve weakens, and the pressure pushing up the valve over-comes the said force. Thus the main valve opens. When the IN side has no pressure, or when the pressure is very low,the reaction force of the lift spring opens the main valve..-77

64 Z/ ow to Order 0 Port size 0 {Rc(PT) } 0 0 {Rc(PT) 8 } 0 0 {Rc(PT) } {Rc(PT) } 60 0 {Rc(PT)} Select a model according to the connection size and flow characteristics chart on p Thread Rc(PT) T NPTF F G(PF) N NPT Electrical option S L Z Without light/surge voltage suppressor With surge voltage suppressor With light With light voltage suppressor See table q below for applications. N.C. N.O. Normally open Normally closed Z 0 0 G Z 0 G al solenoid valve For special nonstandard fluid, see the "pplicable Fluid Check List" on p..-8 and select an option code. Port size 0 {Rc(PT) } 0 {Rc(PT) 8 } 0 {Rc(PT) } 5 06 {Rc(PT) } 6 0 {Rc(PT)} Select a model according to the connection size and flow characteristics chart on p racket Electrical entry G Grommet C Conduit D DIN connector T Conduit terminal See table below for applications. Rated voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z 5 V 6 V 7 0V C 50/60z 8 8V C 50/60z 9 Other (Contact SMC for inquiry.) See Table q below for applications. See pages p..-8 for purchasing a coil alone. None With bracket Fluid specifications () ir (general, dry) ir (dry) (T) Vacuum (up to Torr) igh temp, water (D, E) Turbine oil, Carbon dioxide gas (CO), rgon, helium (F) Nitrogen gas (N) Freon,, (Others) Note ) See the "pplicable fluid check list" on p..-8 for special nonstandard fluid and details of optional specifications. Fluid and mbient Temperature Temp. conditions Max. Min. Power supply C C, Water () 60 0 Fluid temp. C () () ir Oil igh temp. water igh temp. oil () () (D.E.N.P) (D.N) () 5 () Note ) Dew point is below 0 C Note ) elow 50cSt Note ) The parenthesized D.E.N.P represent option codes. mbient temp C Table q Rated voltage-electrical entry-electrical option Insulation Class Class Electrical entry G C D, T G, C T Electrical option S () S L, Z S L, Z (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) _ 5 (V) 6 (V) Note ) The surge voltage supppressor is attached in the middle of a lead wire.-78 Caution Refer to p.0- for Safety Instructions and p.0-7 to 0-0 for common precautions.

65 Z/ N.C. Normally closed /Valve Specifications Port size Orifice dia. (mmø) 0 Flow rate coefficient Cv Effective area (mm ).9 Z0-0 Min oper. press. diff. (MPa) Max. operating press. diff. (MPa) Water ir Oil C C C Max. system pressure (MPa) () Weight (g) Z Z Z , Z ,80 Symbol OUT IN Note ) Values for the grommet style. dd 0g for the conduit style, 0g for the DIN connector style, 60g for the terminal style. See the "Terminology on p..0- for details of max. operating pressure difference and max. system pressure. Solenoid Specifications Z Z Power supply C C Frequency pparent power V z Inrush olding 50 60(5) () Power consumption W (olding) Temp rise C (Rated voltage) Note) The return voltage is 0% or more of the rated voltage for C and % or more for. The allowable voltage fluctuation rate is ±0% of the rated value for both C and. When the ambient temperature is 0 C ±5 C and rated voltage is applied. Coil change from C to or to C is impossible because the iron core shapes are different. The apparent power in the parenthesis is for Z0. N.O. Normally open /Valve Specifications Orifice mm Flow rate coefficient Port dia. Effective area size Cv (mmø) (mm ) Min oper. press. diff. (MPa) Max. operating press. diff. (MPa) Water ir Oil C C C Max. system pressure (MPa) () Weight (g) 0.9 Z Z Z Z , Z ,550 Symbol OUT IN Note ) Values for the grommet style. dd 0g for the conduit style, 0g for the DIN connector style, and 60g for the terminal style. See the "Terminology on p..0- for details of max. operating pressure difference and max. system pressure. Solenoid Specifications Z Z Power supply C C Frequency pparent power V z Inrush olding 50 66(60) (5) Power consumption W (olding) Temp rise C (Rated voltage) Note) The return voltage is 0% or more of the rated voltage for C and 5% or more for. The allowable voltage fluctuation rate is ±0% of the rated voltage value for both C and. When the ambient temperature is 0 C ±5 C and rated voltage is applied. Coil change from C to or to C is impossible because the iron core shapes are different. The apparent power in the parenthesis is for Z..-79

66 Z/ Flow Characteristics ir ow to Read Chart The pressure in the sonic region for the flow rate of 6000l/min (NR) is P.7MPa for the orifice of 5 dia. (Z 0-0) and P.MPa for the orifice of 0 dia. (Z5 0-06). ow to Calculate flow rate/ir q In subsonic region: P+0.0=( to.89)(p+0.0) Formula with Cv factor Q=07.. Cv. P(P+0.0)... l/min (NR) Formula with effective orifice Q=6.. S. P(P+0.0)... l/min (NR) w In sonic region P+0.0 = >.89(P+0.0) Formula with Cv factor Q=97.8. Cv. (P+0.0)... l/min (NR) Formula with effective orifice Q=09.6. S. (P+0.0)... l/min (NR) Water ow to Read Chart The pressure difference for the flow rate of 5l/min. is P 0.05MPa for the orifice orifice of ø0 dia. (Z 0-0) ow to Calculate Flow Rate/Water Formula with Cv factor Q=.. Cv. 0.. P... l/min Formula with effective orifice (Smm ) Q=0.8. S. 0.. P... l/min Q : Flow rate (ir l/min), (Steam kg/h), (Water l/min) P: Pressure difference (P-P) P : Upstream pressure (kgf/cm ) P : Downstream pressure (kgf/cm ) θ : ir temperature ( C) S : Effective orifice (mm ) Cv : Cv factor (/).-80

67 Z/ pplicable Fluid Check List N.C. Normally closed See p..-79 for model and specifications. code and components code Seal material Coil insulation Main body, shading coil material NR D rass or C6, copper E F G NR J L, silver N rass or C6, copper Note ) The option code with " " stands for non-lube treatment. Suffix " X" should be added to the parts number of other options for non-lube treatment. Note ) The option "T/X" has a long life iron core, but water is not applicable. P T NR X Fluid name and options Fluid (application) code and body material rass or C6 rgon F L rgon (long life) X Ethyl alcohol F, L, J Ethylene glycol J Caustic sode (5% = > ) J ir (dry) T Light oil Silicon oil eavy oil (up to 60 C) eavy oil (up to 00 C) D N Steam system (boiler water) G, J Steam system (condensate) E P Insulation oil Naphtha Parachloroetylene rake oil J Water (up to 99 C) D, E N, P N.O. Normally open See p..-79 for model and specifications. code and components code D E F G J L N P T X Seal material NR NR NR Coil insulation Fluid name and options Main body, shading coil material rass or C6, copper Stainless steel, silver rass or C6, copper older material (In core ass'y) Polyacetal Polyacetal Polyacetal Note ) The option code with " " stands for non-lube treatment. Suffix " X" should be added to the parts number of other options for non-lube treatment. Note ) The option "T/X" has a long life iron core, but water is not applicable. Fluid (application) code and body material rass or C6 rgon F L Caustic soda (5% = > ) J ir (dry) T Light oil Silicon oil eavy oil (up to 60 C) eavy oil (up to 00 C) D N Steam system (boiler water) G, J Steam system (condensate) E P Insulation oil Parachloroetylene rake oil J Water (up to 99 C) E N, P Selection procedures q Selection of port size w Selection of material according to the operating temperature and type of fluid e Selection of power voltage and electrical entry N.C. Normally open Normally N.O. closed Coil: Class, Class C Valve Solenoid coil Rated voltage 00V, 00V 8V, 0V, 0V, 0V V V OUT IN OUT IN Electrical entry Grommet Conduit DIN connector Conduit terminal Material ody Seal rass/c6, SUS NR,, Port size Orifice dia. (mmø) Z 0 Rc(PT), 8 0 Z 0 Rc(PT) 5 Z5 0 Rc(PT) 0 Z6 0 Rc(PT) 5.-8

68 Z/ Dimensions Grommet: G N.C. Normally closed: Z0, 0, 50, 60 N.O. Normally open: Z,, 5, 6 N.C. N.O. Z0 Z Z0 Z Z50 Z5 Z60 Z6 Port size Rc(PT) M, C D 8 6 E 7 F J K N.C. L N L N.O. N Q R S 5.5 T U V W X 7 Y

69 Z/ Conduit: C N.C. Normally closed N.O. Normally open N.C. N.O. Z0 Z Z0 Z Z50 Z5 Z60 Z6 K N.C N N.O DIN connector: D N.C. Normally closed N.O. Normally open N.C. N.O. Z0 Z Z0 Z Z50 Z5 Z60 Z6 K N.C N N.O P Conduit Terminal: T N.C. Normally closed N.O. Normally open N.C. N.O. Z0 Z Z0 Z Z50 Z5 Z60 Z6 K N.C N N.O P

70 Z/ Construction N.C. Normally closed N.O. Normally open Component Parts No. Description Material q w e ody onnet O ring rass/c6 rass NR / r Diaphragm assembly, NR, /, t Core ass'y, Copper, Silver No. q Description rmature ass'y Material, NR, /, w e r t older ass'y Return spring Coil ass'y Color POM, NR Class, molded, /, Class, molded Coil ssembly No CTZ 0 Coil Combination Code Grommet Code Insulation G GS G.-8 Class Class Coil combination code (See the table below.) Solenoid No. No. pplicable valve model 00 Z 00 Z With surge voltage suppressor Conduit Code Insulation C CT CTS CTL CTZ Rated voltage 0 00V C 50/60z 0 00V C 50/60z 0 0V C 50/60z 0 0V C 50/60z 05 V 06 V 07 0V C 50/60z Class 08 8V C 50/60z V C 50/60z 0V C 50/60z 5 6V 5 8V 55 00V 56 0V Note ) The voltage codes of 0 to 08 when the suffix "0" is removed, are the same as the solenoid valve model codes. With terminal With terminal and surge suppressor With terminal and light With terminal and light surge suppressor C CT CTS CTL CTZ Class With terminal With terminal and surge suppressor With terminal and light With terminal and light surge suppressor pplicable voltage for electrical option Power supply Voltage code C Surge suppressor DIN connector Code Insulation D DT DTS DTL DTZ Class Light With connector With connector and surge suppressor With connector and light With connector and light surge suppressor

71 Z/ Detail Construction N.C. Normally closed Common parts N.O. Normally open.-85

72 Pilot Operated/Diaphragm Style Port Solenoid Valve for igh Pressure Series Orifice size: ø0 (Cv.) Max. Operating pressure: MPa Valve Specifications Port size Rc(PT) 8 Orifice size (mmø) 0 Flow rate Min. operating Max. operating pressure Max. system Cv Effective area pressure differential (MPa) pressure (mm ) differential (MPa) Water ir Oil (MPa) Weight (g) Solenoid Specifications Power C Frequency pparent power V z Inrush olding Power consumption (olding) Temperature rise ( C) (Rated voltage) ow to Order 0 0 G Symbol port valve for high pressure racket None With bracket Valve/ody 0 Energized open/single Port size Rc(PT) Rc(PT) 8 Rc(PT) Voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z 7 0V C 50/60z 8 8V C 50/60z 9 Other (only C) s None S With surge voltage suppressor L With indicator light With surge voltage Z suppressor and indicator light Refer to table q for configuration. Electrical entry G Grommet C Conduit D DIN terminal T Conduit terminal Refer to table q for configuration. Caution Refer to p.0- for Safety Instructions p.0-7 to 0-0 for common precautions. Table q Voltage-Electrical Entry-s Insulation Class Electrical entry G C D, T s (00V) (00V) S () S L, Z C (0V) (0V) 7 (0V) 8 (8V) Note ) Surge voltage suppressor is attached to the lead wire..-87

73 Construction/Dimensions No. q w e r t y u i o!0!!!!!5!6 Description Material ody C77 onnet Coil assembly C77 Epoxy mold Core assembly, Cu rmature assembly, NR Diaphragm assembly, NR Return spring Retainer Upset bolt racket SPC Wave washer Name plate L O ring NR Terminal assembly Packing CR DIN terminal Note Class insulation DIN terminal Terminal conduit For Rc(PT), 8.-88

74 Port Solenoid Valve for Dust Collector Series F port solenoid valve for dust collector Series F In this L-shaped port valve, the bag filter is cleaned by high speed air jet and shock wave to materialize high speed response and control of instantaneous large flow rate. The supply port to the pressure operation chamber is installed in the body and the diaphragm free from stress concentration has a long life span. Principles of operation (F) Fluid from the IN side goes through the supply orifice and fills the pressure action chamber. The main valve is kept closed by the force pushing down the valve and the reaction force of the valve spring. The main valve made of polyacetal is free from sticking and strong against produced shock waves. Port size Cv F 60 8 F 80 5 When power is supplied to the solenoid valve, the armature begins to be retracted, and the pilot orifice opens. The fluid filled in the pressure action chamber flows through the pilot orifice to the OUT side. Since the bleeding lowers the pressure inside the pressure operation chamber, the valve pressing-down force becomes weaker than the valve pressing-up force and the valve is opened. Controllers used exclusively for operation Series FC The valve controller turns ON/OFF many valves for the dust controller Power voltage: 00V C, 00V C, V Output points: 5 points, 0 points Two-time hitting function Two-time hitting can be set to improve the sweeping effect by the bag filter. Two-time hitting is available by turning ON the DIP SW (one-time by turning OFF). Connection of multiple circuit boards is possible Number of output points can be increased (0/0 points) by connecting boards. Wide ranging time setting ON-time (output to the valve): 0.0 to sec. OFF-time (adjournment to nest output): to 0 sec. Small, light, and compact FC0-: Outside dimensions 0 X 0 Mounting dimensions X Weight 5 g FC05-: Outside dimensions 0 X 00 Mounting dimensions X 9 Weight 80 g.-89

75 F ow to Order Solenoid Normally closed ir operated F G F S With silencer See table w below for applications. Table w /Silencer Style Noise reduction Effective area 9d or more.9mm Port size Rc(PT) 60 0 Rc(PT) 80 Rc(PT) Electrical option None S With surge voltage suppressor L With light Z With light/surge voltage suppressor See table q below for applications. Rated voltage 00V C 50/60z 00V C 50/60z 0V C 50/60z 0V C 50/60z 5 V 6 V 7 0V C 50/60z 8 8V C 50/60z 9 Others (contact us for inquiry) See table q below for applications. See p..-9 for purchasing a coil alone. Electrical entry G Grommet C Conduit D DIN connector T Conduit terminal See table q below for applications. Table q Rated voltage Electrical entry Electrical option Insulation Electrical entry Electrical opion (00V) (00V) (0V) C (0V) 7 (0V) 8 (8V) 5 (V) 6 (V) Class G C D, T S () S L, Z Note ) The surge voltage suppressor is attached in the middle of a lead wire. Caution Selection In case of selecting the air operated style F, select port solenoid valves (with orifice dia. of ø or more and effective area of 6mm or more) in order to maintain the pilot valve performance..-90

76 F /Valve Specifications Port size Rc(PT) Orifice dia. (mmø) Flow rate coefficient Cv Eff. orifice (mm ) Min. operating press. diff. (MPa) Max. operating press. diff. (MPa) Solenoid valve ir valve Proof pressure (MPa) Fluid temp. C () Weight (g) F F50 C to 60 F50 50 F F60 F C to 60 F60 F Solenoid F80 F C to 60 F80 F Note ) The dew point shall be 0 C or less. No condensation allowed. ir operated Flow Characteristics Solenoid Specifications F 50 F 60 F 80 Power supply Flow Characteristics Data (Stationary flow rate) C C C pparent power V Power Temp. rise C consumption Inrush olding W (olding) (Rated voltage) to to to to to to 0 Frequency z Voltage Pilot exhaust noise d fluctuation % W/o silencer W/ silencer Rated value ±0 Rated value ±0 Rated value ± ow to calculate flow rate (In case of air and inert gas) In subsonic region P+0.0=( to.89)(p+0.0) Q=6.. S. P(P+0.0) l/min (NR) In sonic region P+0.0 >.89(P+0.0) Q=09.6. = S. (P+0.0) l/min (NR) Q : Normal flow rate l/min P : Upstream pressure (MPa) P : Downstream pressure (MPa) P: Pressure differential (P P) S : Effective orifice (mm ) ow to view the diagram If the valve upstream pressure (P) is 0.6MPa and the downstream pressure (P) is 0. MPa, the flow rate is about,500 l/min in case of F50,,000 l/min of F60, and 56,000 l/min of F80 respectively..-9

77 F ow to Select a (In case of use as a bag filter) Selection Since you can measure the deterrioration of F/F properties due to the tube length from data (response time/idle time) and data C (start-up speed), refer to these data to set energization time. Use data (flow rate characteristics) to calculate the flow rate for each loading time separately in relation to the nozzle dia./qty., pressure, and tube although the data don t correspond to the actual bag filter operation. (In the data: Without tube and Tube length ø=f) ow to calculate ow to calculate Provide the pressure from the air resource to the air tank. Close the stop valve, set the nozzle dia. and qty., and then energize the solenoid valve as well as the pilot valve of the air operation valve in accordance with the prescription. (Change the tube length.) ow to read the data Data Flow Characteristics F50, F50 Data Response Time/Idle Time F50 F60 F80 F50 F60 F80 F60, F60 ow to view the diagram The longer the tube length, the longer the response time and wasted time. If even longer than the one in the diagram, the valve might not open due to the tube resistance. Data C Start-up Speed F80, F80 ow to view the diagrams Even if the energizing time is constant, a greater amount of air flows when the P is at 0.7MPa than at 0.5MPa. Moreover, the greater the air tank capacity, the greater the amount of airflow. Furthermore, the greater the nozzle's total cross sectional area, the greater the amount of airflow. While the flow volume changes according to the length of the tube, be aware that a wasted flow volume is involved during a return. ow to view the diagram The start-up speed stands for the degree of the nozzle inside pressure rise per the unit of time. The greater it is, the stronger the shock wave from the nozzle becomes. It also means that the closing speed increases and consumption air can be used effectively. Start-up speed θ = PM X 0.9 t MPa/ms.-9

78 F Construction Solenoid ir operated Component Parts No. q w e r t y u Description ody onnet Diaphragm assembly Spring exagonal bolt O ring Coil assembly Material luminum luminum NR, POM NR Coil ssembly No CTZ 0 Coil Combination Code Grommet Code Insulation G GS Class Coil combination code (See the table below.) Solenoid No. No. pplicable valve model 00 F 00 F With surge voltage suppressor Rated voltage 0 00V C 50/60z 0 00V C 50/60z 0 0V C 50/60z 0 0V C 50/60z 05 V 06 V 07 0V C 50/60z 08 8V C 50/60z V C 50/60z 0V C 50/60z 5 6V 5 8V 55 00V 56 0V Note ) The voltage codes of 0 to 08 when the suffix "0" is removed, are the same as the solenoid valve model codes. Conduit Code Insulation C CT CTS CTL CTZ Class Terminal With terminal and surge suppressor With terminal and light With terminal and light/surge suppressor pplicable voltage for electrical option Power supply Voltage code Surge suppressor C DIN connector Code Insulation s D DT DTS DTL DTZ Class Light With connector With connector and surge suppressor With connector and light With connector and light/surge suppressor.-9

79 F Dimensions F 6 50/Solenoid Grommet: G F80/Solenoid Grommet: G F50 F60 F80 Port size Rc(PT) M C D E F J K 5 L 7 6 N P

80 F Conduit: C F50, 60 F80 Conduit F50 F60 F80 K 9 9 N DIN connector: D F50, 60 F80 DIN connector F50 F60 F80 K N Q Conduit terminal: T F50, 60 F80 Conduit terminal F50 F60 F80 K N Q

81 .-96 F50, 60/ir operated F Dimensions F80/ir operated F50 F60 F80 Port size Rc(PT) M C D E F J K 5 L 7 86 P 7 55

82 F Controller Specifications/Series FC ow to Order Controller FC 05 Number of Voltage output points 00V C V C V Two-time itting Function two-time hitting function is adopted to improve the bag filter dusting efficiency. Turn ON the dip switch for two-time hitting (OFF for one-time hitting). (Effective up to the number of setting channels) Operation sequence diagram For output points Two-time hitting only for C ON for sec. OFF for sec. Specifications FC 0 - FC 0 - FC 0-5 Voltage () 00V C 00V C V Power supply fuse ON time OFF time Time setting Time repeatability Number of output points Operating ambient temperature Operating ambient humidity Ouput current Noise resistance Note ) The output and input voltages are the same. Dimensions 0.0 to sec 0 to 0sec Max. ± 0% of set time 5, 0 0 to 50 C 5 to 85% (No condensation allowed) MX. MX V Cascade Connection (Multiple-board connection) One board allows outputs at merely 0 output points max. ut the points can be increased to 0 and 0 output points by connecting cascades. Connection Operation sequence diagram.-97