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2-Position, 4-Port Solenoid Valves

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1. General Handling Precautions iE 24 id
2. zJ Solenoid val J xt g 5 Model Code Solenoid valve type Port size arrangement order A a WwW h ww Bracket type No of valves connected Rated voltage Bracket type No of valves connected H Rated voltage LeftExHtwpe BR1 No of valves AC100V 50 60Hz Right EXH type BR2 AC1 10V 50 60Hz Port size AC200V 50 60Hz Option AC220V 50 60Hz zi Rc 3 4 20A MVS2 Rc 1 DC 48V Single acting MVS2 DC100V MVD surge B O RS DCT1Ov SM DC200V Combined AC100 S134D DC220V Combined type According to the following example AC100V 50 60Hz AC110V 60Hz spe
3. 1 5 1 6
4. i 4 Rc MM 4 gKK Ports 2 Rc PP Mounting hole PLT Port ul gt I HO YT m x o0 m OO Dimensions Model AVP C O E 1 10A AVP C O E 1 15A AVP C O E 1 20A AVP C O E 1 25A AVP C O E 2 32A AVP C O E 2 40A AVP C O E 232A 40A Note AVP C O or E 2 32A 40A type valve configuration differs from the above See separate drawings for details To Determine Flow Rate Diagram 1 To calculate flow rate using effective cross sectional area of valve 0 7 axo erret ert deem eee n Eu Ys EM 0 6 Um E K 2 amc M que amp Al amp 0 5 77 o PE
5. 3 6 lt 2 s lt Solenoid Valves for Fluid Control and Valve Systems General Handling Instructions and Precautions Please read the following general handling precautions carefully before ordering solenoid valves for fluid control Following information is based on a risk assessment for Konan general purpose solenoid valves used for fluid systems hereafter referred to as Agvalve s Ah Each section provides information essential for safe operation of valve systems and prevention of risk and damage that may affect operators Please read carefully Safety Precautions JIS B9702 References m machinery_ principles of risk assessment Pneumatic fluid power_general rules relating to systems A Warning A valve is operated by switching electric signals to increase decrease or stop supply fluid It is widely used for fluid control systems in general For safe operation of the valve care should be taken especially for the following points D Selection of solenoid valves 1 1 Applicable fluid A valve should be used with compressed air only except for cases where nitrogen gas tank is used for system inspecti
6. 1 2 2 General Handling Precautions GEE 7 1 1 2
7. MVPC1 D MVPO1 D MVD2 D MVS2 D TE T E j ANN Neg d 1 Tt f g f 7 al AN Is 8 lii Ru 8s hea Al Eog F5 1 x LI H _2 Re1 2 2 1 2NPT we axis FAR TER 1 i er 9 x m gE a 2 E SN ad n E B a a 8 rte E m Z J H H EXH MBI n el EXH a 4 Sage SN 2 Rc1 2 2 T J sees ees e E A a ay A bove eggan pel er in ii 8 h EP s S 2 3 IN UL Ss Cj JzzL FT J r J J Y 25 Li L2 TAG No 1 2 uro 8 n eSI INDT OUTER 4 L1 L2 WR L1 L2 Dimensions L SP1 Size 10A 15A 45 45 45 n 45 45 45 45 2n Rc1 2 3 8 NT VA NT No of valves connected nd 3 q ah ra GNet Sie EXH D 2 EXH 3 IN IN y f 4x LU 53 amp FIRB ex View from F 7E SP2 2 Position 5 Port Solenoid Valves 2
8. Structure Operation MVPC1 SOL1 P E SOL1 P gt A ma SOL2 P B m SOL2 A gt SOL B R SOL1 A R B R aj J LS CERE LERRA f l 1 TU UE Xm A P B R z EB SOL1 en P close SOL1 energized P gt Aa m SOL2 energized P gt B mE SOL2 c es SOL2 De energized B R SOL1 De energized R R close 58 3 Position 4 Port SolenoidValves Structure MVPC1 7 5 9 10 012 mmi Fab sdz L7 Part Name Material Body FC200 1 Sub Plate FC200 1 Cilinder FC200 Rod C3604 1 A Piston A A2017 2 B Piston B C3604 E
9. 3 1 D 2 2 3 3 2 1 1 2 2
10. Azt BETIS ECHSZIEIEILIZEL D 3 2 3
11. 7 2 1 OFF OFF a b c 2 3
12. 2 6 2 7 2 8
13. 5 6A 25A Rcl 8 Rel 4 5 6 gt AEE 1 AC DC 2 DC 4 PLC AC OFF
14. Pilot port Rc1 4 CT I 2 Rc2 1 4 Ports IN our S E iets lt O 1 I 4 418 1 Mounting hole L 20 1 s I 203 EXH 1 Rc2 1 2 Ports 76 AVS2 HRc38 6 34 2 Position 5 Port Air operated Valves tt B Specifications Model AVS R P Ri Port size Hc1 2 Rc3 4 Working pressure 0 12 0 7MPa Pilot pressure 0 12 O 7MPa Pilot pressure 2 Operating pressure Fluid temperature Ambient temperature 20 60C 5C at 5C or lower Remove moisture perfectly from the fluid to prevent freezing when used Effective sectional area 60mm 70mm 150mm 165mm Max operating frequency 1 8 1cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value Installation position
15. 4 N BERE GIRO 54uvbTrv23R kKOzu XZAF A OBUN 9 1 9 2
16. cea I 2 Re1 2 3 8 E JUW LL 7 BEL Ports 85 AVW12 R 20A 25A 125 Rc1 4 Te f nd T 2 Cx MEZ t amp 3 Rc1 4 S1 Oy IN A OUT z f PLT Port NO gt gt pan 2 Rc1 3 4 Ports AVW 1 2 R 32A 37 5 Rec1 4 Z PLT Port WT HT 1 4 g 14 Mounting hole m 2 Rci 1 4 D mas Ports va ERE E UE c 20 155 1100 Rc1 4 i PLT Port AVW12 R 40A 50A 18 Mounting hole i tp 1 2 Rc2 1 1 2 HEEN Ports Re 36 1 2 3 4 1 AVW71 R AVW7 R 2 Position 3 Port Air operated Valves t FR Specifications Model JIS NC He EIS Normally closed IN EXH OUT m Normally open IN EXH AVW71 R AVW7 R Rc3 8 Port size Fc 1 Rc3 A Working pressure O O 7MPa
17. Wik Dimensions Model AA CC DD KK MVD120C 32A 202 141 5 1 4 232 5 247 5 MVD150C 40A 200 1415 1V2 2 Position 4 Port SolenoidValves 55 0 Parts kit No Code Form to apply Article of consumption Form to apply No Code MVD120C 32A MVD150C 40A PK MVD 1 20C G PK MVD150C H MVD120C 32A MVD120CD 32A K MVS120C G MVD120CD 32A PK MVD 1 20CD G MVD150CD 40A PK MVD 150CD H 923 F No Assy 2 Please direct a voltage code in the column of code No Solenoid Ass y contains 2 sets Voltage code AC 100V 50 60Hz AC 110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC 100V DC110V DC200V DC220V AC100V 50 60Hz 3 4 Wik ACI10V 60Hz G StH AC200V 50 60Hz 3 4 Wit AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Rated voltage MVD150C 40A MVD
18. i Jl 1 J LTS UY type with lock l By turning 90 degrees the button is locked and the valve operation continues after uT Tl removing your hand from the button When unlocking just return the button to its original position C Alternating current DC Direct current 26 122 L i 1 l m Ea r la 7U UTS WX type water and dust proof Push button with water and dust proof cover I AC SELF Alternating current DC Direct current WY type water and dustproof with lock Push button with water and dust proof cover with lock Screw in the button to lock UY WY Note Do not use UY and WY type buttons for double acting
19. N 6 1 1 JISK2213 VG32 VG46 2 1 003cm3 ER Im 15 25 CY 6 2 1 1 6 3
20. 1 2 1 3 ELECTED 2 1 2 2 D 2 1
21. 1 3 1 JIS C0920 2 3 4 PLC OFF 1 2 3 1 4
22. 1 8kg Notes 1 The above weight does not include weight of optional parts 2 Use the valve with lubricator 2 Position 5 Port Solenoid Valves 2 5 Model Code Port size Rated voltage PN v v v Power supply Manual push button Terminal box Power supply Port size EH Terminal box OPTION 63 Bele 2A No entry Rc3 8 10A See OPTION1 p 63 No code entry if terminal box is not needed D I Option Surge absorber Indication lamp Manual push button E Rated voltage AC100V 50 60Hz Surge absorber amp indication lamp Not needed No entry AC1 10V 50 60Hz TB3 TB4 ZB 3 AC200V 50 60H UX
23. It is desirable to mount the valve with the spool located horizontally Mass QE 1 Model Code AVS2 JO b Port size EN Port size Structure Operation Note 1 Use the valve with lubricator AVS2 Pilot pressure not supplied PPA m B R2 R1 Close mU Pilot pressure supplied P B Ey A gt Rl R2 FALE Close Ri A P B R2 77 2 Position 5 Port Air operated Valves External Dimensions e 5 AVS2 AA DD KK KK R1 P R2 M mic O BB EE I zr RELL rhe B 4 12 I MM MM 5 RcGG Ports Rc1 4
24. Assy L HOE 2 4 1 4 5 0 0 3 JIS 30 1
25. JIS 17 1 2
26. Ambient temperature Remove moisture perfectly from the fluid to prevent freezing when used 20 50C at 5 C or lower Effective sectional area 60mm 70mm 150mm 165mm AC 0 03s 003s 0 05s 0 05s Response timearea DE 0 04s 004s 0 065s 0 065s Max operating frequency 1 s 1 cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value Installation position It is desirable to mount the valve with the spool located horizontally Mass QE L Notes 1 The above weight does not include weight of optional parts 2 2 Use the valve with lubricator 2 Position 5 Port Solenoid Valves 2 Model Code Port size Option Terminal box v v v Power supply Manual push button Rated voltage
27. DER 2 1 2 2 2 3
28. 3 2 3 3 3 4 1 3 0C
29. PH MPa PL MPa 3000 PH 0 6 PL 0 45 3 000N L min ANR 2282x288 46 9mm Pu Inlet gauge pressure MPa PL Outlet gauge pressure MPa Eg 3000 Effecti ional hen PH 0 6 PL 0 45 fl L min ANR 46 9mm ective cross sectional area when PH 0 6 PL 0 45 flow rate 3000L min 222 x 2 88 84 3 Rated Current Data Rated voltage mA Issuance current mA Holding current 50Hz 40 320 60Hz 1890 270 50Hz 1755 255 60Hz 1720 170 50Hz 1120 160 60Hz 840 120 50Hz 700 100 60Hz 850 90 AC100V AC110V AC200V AC220V DC24V DC48V DC 100V DC110V DC200V DC220V 10 Allowable voltage fluctuation 10 of the rated voltage JIS C4003 B Insulation class Class B 60C Temperature rise Max 60C Rasistance method 85 KONAN SEA ie UL FH e LEE re os L Z E REL lcsi UNA VA EVA EJNIUZS P Se 75 t 8 2c FR Te d 207 A
30. PLC PLC 5 OFF DEUE 1 2 3 4 AEE 1
31. 3 1 4 AES 3 1 1 2
32. UX AC200V 50 60Hz No code entry for NC type UX type standard AC220V 50 60Hz UY OYI UY DC 24V Power supply UY type with lock DC 48V WX Fi WX DC OOV No entry WX type water and dust proof DCO WY K BREE Oy IR WY DC200V D WY type water and dust proof with lock DC220V 66 ACIOOV 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz See p 66 for details Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Port size EH Option Rc114 32A Terminal box Rel Ve 40A Not needed No enty OPTIONI 63 Z See OPTION1 p 63 Surge absorber No code entry if terminal box is not needed N Indication lamp E cane AN Surge absorber amp indication lamp 8 Structure Operation MVS120C MVS150C De energized pn Ene
33. 2 4 1 TE 31 Z 2 2 2 5
34. 3 3 3 4 1
35. Bolt SCM435 A Rr RD Plug S45C PEED Plug S45C FoI Plug S45C P Ip Bush Nut NBR ED Vinyl Tube Vinyl Assy Pilot Assy Ass y Solenoid Assy Assy Solenoid Cover Assy Structure 2 Position 3 Port Solenoid Valves 2 3 MVW7 R 20A 25A Quy Part Name Material Body AC4A T6 Spindol S45C Piston C3604 Valve Seat PUR DEI NA Valve Seat Rest A2017 SIE Cover C3604 J Push lod C3604 Packing Non Asbestos f LY MVW7D MVW7RD Assy Packing Cu CuNon Asbestos Spring SUS
36. WX type water and dust proof DC110V Surge absorber amp indication lamp WY KB 7 Wwy DC200V TB3 TBA WY ter and dust proof with lock type water and dust proof with lock DC220V 66 AC100V 50 60Hz D3 4 id ACHOV 60Hz In with an option please select TB3 or TB4 AC200V 50 60Hz AC220V 60Hz No code entry if option is not needed See p 66 for details Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz 8 Structure Operation MVW1 IN EN IN OUT OUT EXH EXH De energized Energized IN Close IN OUT E OUT EXH EXH Close 2 Position 3 Port SolenoidValves Structure MVW1 Part Name L r MVW1D MVW1RD
37. 2 3 3 353 ANO fS FHOD EOD RR RACE IA CUBE 1 1 xL
38. DC solenoid valves have no polarity 68 Applicable model of terminal box or options Model code of terminal box Model code of options TB3 S TB3 D4 TB3 Z TB3 N TB3 L TB4 D4 TB4 Z TB4 N TB4 meng TB3 TB4 Port si Port si Attach to the Attach to the Eee xs main body TB3 or TB4 8A 10A 8A 10A O 10A 15A 10A 15A O 20A 25A 20A 25A 8A 10A 8A 10A 10A 15A 10A 15A 20A 25A 20A 25A 32A 32A 40A 40A 10A 15A 10A 15A 20A 25A 20A 25A 32A 32A 40A 40A 10A 15A 10A 15A 20A 25A 20A 25A 32A 40A 32A 40A LJ I S SE DA LT is either is S SE D4 5m fl MVS2 10A AC100 kisEXISE MVW1 8A AC 1 0O MEEESENSISED MVW2
39. 530 0012 206 6373 6701 ISO 9001 RvA C024 1 1 4 2022 215 1195 732 0052 2082 568 0071 043 305 1401 1 12 20 052 581 6541 7663 8133 220798 48 5931 076 233 1411 4 97 082 568 0071 2006 08 2087 835 0411 URL http www konan em com 2093 541 0281 2012 07 6 S
40. Assy Grand Ass y Assy Pilot Ass y Ass y Solenoid Ass y Assy Solenoid Cover Ass y 2 Position 4 Port Solenoid Valves e 4 External Dimensions MVS120C MVS150C LL EEG GE Oy E 4 6 KK Mounting hole G1 2 Indicator 14 Cable connection wf ee With option WAR Dimensions Model DD AA FF LL KK SS MVS120C 32A 1V4 120 313 5 11 232 5 MVS150C 40A 1V2 200 150 313 5 247 5 42 2 Position 4 Port SolenoidValves 43 0 Parts kit Form to apply NO Code Article of consumption Form to apply No Code MVS120C 32A PK MVS 120C G
41. Pilot pressure 0 3 O 7MPa Pilot pressure 2 Operating pressure Fluid temperature Ambient temperature 20 60C 5C Remove moisture perfectly from the fluid to prevent freezing when used at 5C or lower Effective sectional area 65mm 75mm 160mm 190mm Max operating frequency 1 s 1 cycle s Internal leakage JIS B8374 JIS B8374 standard value Installation position Free i E LA Mass Model Code Operating mode o AVW e Note 1 Use the valve with lubricator h h Body size Port size EN Operation Operation Port size Rc3 8 Rc1 2 1 NC FREDA No entry No entry Rc3 4 Rel Structure Operation NO B AVWT
42. Code Nominal dimension Symbol Code Terminals Rated voltage current TB2 15a a 10 9 Ee G1 _TBE 15b No 15 b Screw 1 2 11 10 250V TB2 15c c 12 11 ep 10A TB2 20a a 13 12 Voltage 250V G3 4 Current 10A TB2 20b No 20 b Screw G3 4 15 13 TB2 20c e 17 15 ZDCI Material of body ZDC1 3 160g Mass Approx 160g TB3P type for solderless terminal connector JIS F8801 Cable Gland JIS F8801 Dimensions mx A oB loc Code Nominal dimension Symbol Code Terminals Rated voltage current TB3P 15a a 10 9 G1 2 _TB3P 15b No 15 Screw G172 11 10 500V TB3P 15c c 12 11 ep 20A TBSP 20a a 13 12 Voltage 500V G3 4 Current 20A TB3P 20b No 20 b Screw G3 4 15 13 TB3P 20c Cc 17 1S BC Material of body BC 800g Mass Approx 800g For ships TB4P type for solderless terminal connector JIS F8801 Cable Gland JIS F8801 Dimensions A oal oe Code Nominal dimension Symbol Code Terminals Rated voltage current TB
43. No Please direct a voltage code in the column of code No Assy O Form to apply No MVW1 8A 10A MVW1R 8A 10A MVW1D 8A 10A MVWTRD 8A 10A F No Please direct a voltage code in the column of code No C M01A x B 1 Include packing C M01D E1 15 Include packing Solenoid Voltage code C MO 1A Rated voltage AC 100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC 4V C MO1D DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz OUT Rc 3g 1 2 34 1 HH Nc GG MVW71 R MVW7 R 3 Normally closed IN EXH wo OUT ES 2 Position W Te is so LZ 3 Port Solenoid Valves EMEN Uv ae 13 ft F Specifications Model MVW71 R MVW7 R Port size Rc3 8 Rc1 2 Rc3 A
44. PLT1 PLT Pilot pressure not supplied to PLT1 or PLT2 Pilot pressure supplied to only PLT1 Pilot pressure supplied to only PLT2 P gt El close P A r P B i A FALE close PLT2 PLT BH PLT2 PLTi B close R gt close L cod L s col AVPC2 PLT1 PLT2 PLT2 PLT1 Pilot pressure not supplied to PLT1 or PLT2 Pilot pressure supplied to only PLT2 Pilot pressure supplied to only PLT1 P gt close P A ES P B i A gt close B R A R B close ku ma sil Da R close Er eri External Dimensions AVPC1 2 AVPO1 2 AVPE1 2
45. It is desirable to mount the valve with the spool located horizontally Mass Q 1 Notes 1 The above weight does not include weight of optional parts 2 2 Use the valve with lubricator 3 Position 4 Port Solenoid Valves 3 4 Model Code Body size Port size Option Terminal box PN MVP o v v v Operating mode Power supply Manual push button Rated voltage TERIS Operation E Body size RZ EE Rated voltage Closed center Wa Jg Open center MENAN Rc3 8 1 2 3 4 1 Port size Exhaust center Rc1 1 4 11 2 Port size AC100V 50 60Hz AC110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC 24V DC 48V DC100V DC110V DC200V DC220V ACIOOV 50 60Hz 0 3 4 M ACIIOV 60Hz AC200V 50 60H
46. See OPTION1 p 63 DC 0V cae entry viet box is not needed ACLOOV 50 60Hz 03 4 Wid ACHOV 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Structure Operation MVS2 P gt A Law P B 3 a B R B R1 LJ Ri Re gt BALE i De energized Energized P A E P gt B nmm B Rz B Ri in R1 Close RI A P B R2 R2 Close RI A P BR 32 2 Position 5 Port SolenoidValves Structure MVS2 10A 15A P1 2 B 1 P2 P3 Part Name Material Mounting Base ADC1 Body ADC12 Body Packing None Asbestos Spool A2017 0 O Ring NBR 0
47. Dimensions Model 4 KK Mounting hole Q AVS120C 32A AVS150C 40A 80 pes gs Re 38 Vo 341 1 V41 Vo AVPCT 2 AVPOT 8 AVPE1 2 3 Position 4 Port Air operated Valves AVP C O E 1 AVP C O E 2 JIS JIS Closed center RE Closed center p1 Rum POR P R BA BA Gentar open LR Center open to P s P A B B Center open to Center open to pressure PLT2 PLTA pressure PLTA tt B Specifications Model NP G ONEN AVP C 0 E 2 Port size Rc1 2 Rc3 4 Rc 1 Rel 14 Rel Ve Working pressure 0 12 0 7MPa 9 S i 0 12 O 7MPa gt Pilot pressure Pilot pressure Operating pressure Fluid temperature i 5C Bien i Ce 20 60 G remove moisture perfectly from the f
48. Lm T port Rc1 4 1 TEE em ss FL al fim HH Dimensions Model Keno eee AVS2 10A AVS2 15A AVS2 20A AVS2 25A 78 Rc1 4 1 1 AVS120C AVS150C 4 2 Position 4 PortAir operated Valves tt Specifications Model JIS AVS120C AVS150C Port size Rel V4 Rel Ve Working pressure 0 2 0 7MPa Pilot pressure 0 2 O 7MPa Pilot pressure 2 Operating pressure Fluid temperature 5 7 gt 20 oe 60 C Remove moisture perfectly from the fluid to prevent freezing when used HAZE Ambient temperature at 5C or lower Effective sectional area 250mm 300mm Max operating frequency 1 8 1 cycle s Internal leakage JIS B8375 1993 JIS Ba375 1993 standard value Installation position It is desirabl
49. UX 2 UX type standard AC220V 50 60Hz In with an option please select TB3 or TB4 UY a T DE oZ No code entry if option is not needed UY type with lock DC 48V WX WX DC100V WX type water and dustproof DC110V WY HARRIS irk EDI 7530 wy DC200V WY type water and dust proof with lock DC220V 66 ACIO0V 50 60Hz ACI10V 60Hz AC200V 50 60Hz AC220V 60Hz See p 66 for details Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz 8 Structure Operation IN OUTi EH IN OUT2 OUT2 EXH2 OUT gt EXHi EXH EXHe De energized Energized IN OUT EN IN OUT2 OUT2 EXHz OUT EXH1 EXHi Close EXHz gt Close EXH2 OUT2 OUT1 EXH1 EXH2 OUT2 OUT1 EXH1 26 2 Position 5 Port SolenoidValves Structure 27 MVW2
50. Parts Name 44 3028 16 D Z TEE Remarks 91075727 O Ring 02301 0060 Body Packing 44 3030 11 00957271 U Ring K217 u Wye U Ring DOL 80 QUZZ O Ring 44 3030 13 Pilot body packing 44 3028 16 The set of No cover must be replaced to exchange No 9 packing 3 Position 4 Port Solenoid Valves 3 4 63 TB1 type general HERSEK JIS F880 1 Cable Gland JIS F8801 Dimensions mx A oB oC Code Nominal dimension Symbol Code Terminals Rated voltage current TB1 15a a 10 9 TZAI TER G1 2 meee No15 Screw G172 10 250V TB1 15c Cc 12 11 op 10A TB1 20a a 13 12 Voltage 350V G3 4 Current 10A TB1 20b No 20 b Screw G3 4 15 13 TB1 20c G 17 15 ZDC1 Material of body ZDC1 280g Mass Approx 280g TB2 type general TB2 JIS F8801 Cable Gland JIS F8801 Dimensions mx A EC
51. Remarks 1 For placing order please specify the terminal box model code at the end of the valve model code Eg MVS2 10A AC100 HEX EE Eg MVW1 8A AC100 BESEESSBEEI 2 For terminal box to be mounted to MVW2 type solenoid valve an adapter is attached Note that adapter length should be added to the terminal box dimension 69 Manual Push Button for Solenoid Valves for Heavy Duty Applications AC SEL FH Alternating current BIDC Direct current 26 nd Fa ML E UX type standard Standard type with button cover to t avoid accidental pushing of the button AC Alternating current BIDC Direct current 90 26 18 18 HI 3 SES qur E I i I 2
52. NO R Structure Operation AVW5A Pilot pressure not supplied LI Pilot pressure supplied IN gt Close IN gt OUT OUT EXH M t EXH gt Close i IN OUT IN OUT E arl LI 3 La mi Iu La El J Lu Li U H LI K D EXH EXH 2 Position 3 Port Air operated Valves e 3 External Dimensions AVW5A R 32A 37 5 Rc1 4 Pilot port Rc1 4 2 Rc1 1 4 Ports IN OUT E m O ai I 4 14 Mounting hole N 1 Rc1 1 2 Ports 155 AVW5A R 40A 50A 85 Rc1 4
53. Note 1 Use the valve with lubricator Model Code Port size PN ww Operating mode IER Operation A Port size NC No entry NO R Structure Operation AVW12 c pressure not supplied Pilot pressure supplied Close IN OUT OUT 71 2 Position 2 Port Air operated Valves e External Dimensions AVW12 R 10A 15A 84 Rc1 4 PLT Port NC J Rc1 4 AN 4 PLT Port NO Y iw 104 N ov a bers
54. Pilot pressure not supplied IN Close OUT EXH Pilot pressure supplied IN gt OUT EXH gt Close 73 External Dimensions 2 Position 3 Port Air operated Valves e 3 AVW7 R 10A 15A 20A 25A Rc1 4 i PLT port i ji r1 2 gMM Rd SR Mounting pi OUT 1 F EXH IN C3 A oO sts our TT TT INEXH f i x m FN Lars ul EF E esl emi 4 RcNN AA Ports GG BB FF CC Dimensions Model NN AVW71 R 10A 15A 3 8 1 2 AVW7 R 20A 25A 3 4 1 OUT OUT N EXH Change from NC to NO type valve operation Remove the cap from the OUT port and plug in the OUT port Piping in this case should be performed referring to the port symbols IN and EXH 74 0
55. JISB 0125 WHE JIS B8374 3 h ERB k U JIS B8375 4 5 JIS B8374 8375 9596 500V 10M 0 1 500V 1 DC Type Bl 3 port solenoid valve 3 port solenoid valve has 3 ports fluid inlet P port outlet A port and exhaust port R port This is mainly used for operation of single acting actuators or diaphragm valves The valve structure is as follows Normally closed Air flow stops when solenoid is de energized Air flows when solenoid is de energized Normally open Bl 5 port solenoid valve 5 port solenoid valve has 5 ports
56. 3 2 5 P A B R1 R2 5 2 2 3 3 JIS JS
57. Article of consumption Form to apply NO MVS2 10A 15A MVS2D 10A 15A MVS2 20A 25A MVS2D 20A 25A K MVS2 CD K MVS2 EF 7Ov AVIS Ass y GB Pilot valve Form to apply NO Code Common toall PV MO1S Assy Solenoid Form to apply NO MVS2 10A 15A MVS2 20A 25A MVS2D 10A 15A MVS2D 20A 25A No Please direct a voltage code in the column of code No C MO1A B 1 Include packing C M01D E 1 15 Include packing C MO1A C MO1D 2 Position 5 Port Solenoid Valves 2 TT Details E S MVS2 CD Dod Z En Parts Name Remarks Spool 440 3652 4 O Ring M3582 OWSA O Ring M3584 OO O Ring 440 3652 11 A Buffer Rubber A M1273 E S MVS EF DA Ae Parts Name Remarks Spool 440 3654 4 0 O Ring 02301 0440 OWEJ O Ring M3583 OWEJ O Ring M3584 lt S Sa Piston Ring 440 3654 7 27 PYM 22 Piston Ring 440 3654 8
58. MVD2D Ass y JIA Cover A ADC12 Cover Packing None Asbestos B Cover B ADC18 B Buffer Rubber B NBR Bolt SCM435 Bolt SCM435 Assy Bush Nut Assy Pilot Ass y Ass y Solenoid Ass y Assy Solenoid Cover Ass y 2 Position 5 Port Solenoid Valves 2 External Dimensions MVD2 4 12 Mounting hole 5 RcGG Ports An da 14 R1 A P B R2 Dimensions Model MVD2 10A MVD2 15A MVD2 20A MVD2 25A 49 2 Position 5 Port SolenoidValves 0 Form to Parts Parts kit No Code apply Ass y Form to apply Spool No Code MVD
59. I 4 Rc3 8 1 2 Mounting hol 74 ounting hole m 32 96 68 2 Position 3 Port Solenoid Valves 2 3 External Dimensions MVW7 R 20A 25A G1 2 Cable connection 2 g14 Mounting hole OUT EXH N S EN Ho 2m aM N H ancien PM a s D s a oa OUT 1 IN EXH 1 gl 1 T 5 naf 4 Ret 3 4 L 110 48 130 104 138 l OUT 180 OUT OUT EXH Change from NC to NO type When it is cable connection in an OUT To change operation from NC to N
60. Assy Material Body ADC18 EIE ESI Grand NBR Ja Protect Tube Plastic Ass y Pilot valve Ass y Assy Solenoid Ass y Assy Solenoid Cover Ass y External Dimensions MVW 1 R 142 5 3 Rc1 4 3 8 Pors G1 2 P connection l EXH IN OUT IN EXH 4 g8 5 33 Mounting hole 16 Ports for NO type valve piping are specified in parentheses 15 2 Position 3 Port Solenoid Valves 2 3 0 Parts kit Form to apply NO Code Assy Form to apply NO Pilot valve MVW1 8A 10A PK MVW1 BC MVW1R 8A 10A PK MVW1R BC MVW1D 8A 10A PK MVW 1 D BC MVW1RD 8A 10A PK MVW 1 RD BC MVW1 8A 10A MVW1D 8A 10A PV M01S MVW1R 8A 10A MVW1RD 8A 10A PV MO1R
61. 2 1 2kg Notes 1 The above weight does not include weight of optional parts 2 Use the valve with lubricator 2 Position 3 Port Solenoid Valves 2 3 Model Code Power supply Manual push button Terminal box PN v v v Operating mode Port size Rated voltage Operation Power supply Port size Re1 4 8A NC No entry No entry Rc3 8 1OA NO R D Manual push button EH Rated voltage n Terminal box AC100V 50 60Hz Not needed No entry AC110V 50 60Hz See OPTION1 p 63 UX AC200V 50 60Hz No code entry if terminal box is not needed UX type standard AC220V 50 60Hz Option UY UY OY wR NN Surge absorber UY type with lock DC48V F DC100V Indication lamp E ETT w
62. A Buffer Rubber A M1275 Part Name Remarks Quantity Body Packing M2035 Cover Packing M2034 B BuferRubbgB M1274 Bot M6 X 14 Pilot body packing 430 3 100 32 E K MVS2 EF Dd A En Part Name Remarks BooyPackng M2079 Cover Packing M2078 B BuferRubbgB M1276 Bolt M6 x 16 Pilot body packing 430 3 100 32 2 Position 5 Port SolenoidValves Manifold Type Model Code Solenoid valve type Port size PN Solenoid valve arrangement order MVM50 v No of valves connected v Piping direction v Rated voltage EH Piping direction No of valves connected H Rated voltage Side connection SP1 2 3 47 AC 100V
63. C MO1D 2 Position 4 Port Solenoid Valves 2 4 wy i Details E K MVS120C G Parts Name Remarks OM O Ring 44 3030 13 Body Packing 44 2033B 14 QUIZ O Ring 02301 0060 U Ring DOL 50 91157777 O Ring 02302 0550 Sub plate packing 43 3100 32 ll K MVS150C H Ee Aer Parts Name Remarks 0 O Ring 44 3030 13 Booy Packing 44 3030 1 1 9 O Ring 02301 0060 U Ring DOL 50 0 O Ring 02302 0550 Sub plate packing 43 3100 32 The set of No and cover must be replaced to exchange No packing 45 2 Position 5 Port Solenoid Valves ft F Specifications Model Rc38 6 94 1 MVD JIS MVD Port size Rc3 8 Rc1 2 Rc3 4 Rel Working pressure 0 12 0 7MPa Fluid temperature 20 60C 5
64. O Ring NBR 3 915727 O Ring FKM L A Buffer Rubber A NBR E A Cover A ADC12 i Cover Packing None Asbestos E B Cover B ADC12 B Buffer Rubber B NBR i Ly Bolt SCM435 Bolt SCM435 MVS2D Ass y Assy Bush Nut Assy Pilot Ass y Ass y Solenoid Ass y Ass y Solenoid Cover Ass y 33 External Dimensions 2 Position 5 Port Solenoid Valves e 5 With option MVS2 AA DD KK KK R1 R2 VA Lr Vn 9 ee THe ag TE masi E a A LD IAR OY S J A B 4 12 MM MM Mounting hole 5 RcGG Ports G1
65. Power supply Port size Manual push button FREDA Not needed No entry No entry UX Ux D UX type Standard WX WX WX type water and dust proof gt IA m Option Rated voltage ORES y Onc OMCs 66 DECR AC100V 50 60Hz See p 66 for details Not needed No entry AC110V 50 60Hz 2 AC 00V 50 60Hz Surge absorber AC220V 50 60Hz 3 Terminal box N DC 24V OPTION 63 Indication lamp DC 48V F as See OPTION1 p 63 DC100V No code entry if terminal box is not needed Surge absorber amp indication lamp DC110V DC200V DC220V ACLOOV 50 60Hz 02 4 Wid ACHOV 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Structure Operation MVD2 SOL1 SOL1 SOL
66. S A A Part Name Material Body AC8B T6 Spool A2017B A Cover A ADC12 Ed Cover B ADC12 Packing None Asbestos A Buffer Rubber A NBR B Buffer Rubber B NBR Bolt SCM435 MVW2D Ass y CO No a Rw Po 0 0 Ring NBR 0 O Ring NBR 0 O Ring FKM EIE ESSAIS Bush Nut NBR Eb Vinyl Tube Vinyl Ass y Solenoid Ass y Assy Pilot Ass y Ass y Solenoid Cover Ass y 2 Position 5 Port Solenoid Valves 2 External Dimensions MVW2 54 80 2 R5 G1 2 Cable connection L3 C EXH Pilot
67. 1 1 40C 1 1 MPa 1 2
68. 40m 9 3 1 2 3 15 2 2 3 4
69. To Determine Flow Rate Diagram 2 To calculate effective cross sectional area of valve using flow rate PH PH 0 1013 PL PL 40 1013 A PH PL 1 88 When ratio of valve inlet absolute pressure PH gauge pressure PH 0 1013 to valve outlet absolute pressure PL gauge pressure PL 0 1013 PH PL is gt 1 89 200 Ei BREF mm 150 100 ww eee euonoes SSOJO BANDON i 51 0 5MPa 6 000L min ANR 90mm Eg When valve inlet pressure is 0 5 MPa the valve effective sectional area requiring flow rate of 6000 L min ANR is 90mm 5 000 10 000 15 000 20 000 L min ANR Flow rate in standard conditions L min ANR PuH PL 1 893 mms L min ANR Mu gt 1 Aah hl I Meo ERa Sf 82 9 x IGT FH PL IS Effective cross sectional area of the valve is Flow rate L min ANR determined by the following formula Effective cross sectional area n mm 22 2 x coefficient indicated below
70. E 0 Rc114 11 2 2 vA wc BU AVWSA R Normally closed IN EXH MgM r ovr 2 Position MA m QW v 3 Port Air operated Valves sii bal ft B Specifications Model AVW5SA R Port size Rc1 4 8 Rol Ve Working pressure 0 15 0 7MPa e Q 0 15 O 7MPa Pilot pressure Pilot pressure Operating pressure Fluid temperature 5 F mE 20 fem 60 C Remove moisture perfectly from the fluid to prevent freezing when used Ambient temperature at 5C or lower Effective sectional area 350mm 800mm 800mm Max operating frequency 8 1cycle s Internal leakage JIS B8374 JIS B8373 standard value Installation position Free Mass QE 1 Note 1 Use the valve with lubricator Model Code Port size PN ww Operating mode Operation aces Port size NC No entry
71. MVS150C 40A PK MVS 150C H MVS120C 32A MVS 120CD 32A K MVS120C G MVS120CD 32A PK MVS 120CD G MVS150CD 40A PK MVS 150CD H Q93 F No Please direct a voltage code in the column of code No Voltage code Rated voltage AC 100V 50 60Hz AC 1 10V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz MVS150C 40A MVS150CD 40A K MVS150C H Ass y QB Pilot valve Form to apply NO Code Commontoal PV MO1S Assy Solenoid Form to apply NO MVS120C 32A MVS150C 40A MVS120CD 32A MVS150CD 40A No Please direct a voltage code in the column of code No C M01A B 1 Include packing 6 C M01D El1 15 Include packing C MO1A
72. 0 O ring NBR UE ZI O ring NBR ale Nut SS Bolt SCM435 w Sub Plate AC4A T6 ie eee Plug SS Assy Grand Ass y PLA RIADY PULJ Assy Pilot Ass y Ass y Solenoid Ass y Assy Solenoid Cover Ass y 23 2 Position 3 Port SolenoidValves un Form to apply Parts Parts kit No Code Form to apply NO Article of consumption Code MVW71 10A 15A MVW71R 10A 15A Common to all PK MVW7 1 CD MVW71D 10A 15A MVW71RD 10A 15A Q93 F No Please direct a voltage code in the column of code No Voltage code PK MVW7 1 D CD Assy Form to apply NO K MVW71 CD Pilot valve Code Common to all Assy Rated voltage Form to apply PV MO1S Solenoid No MVW71 10A 15A AC 100V 50 60Hz MVW71R 10A 15A AC110V 50 60
73. MVW71 MVW7 0 12 O 7MPa Working pressure MVW71H MVW7R 0 2 O 7MPa Fluid temperature 20 60C 5C Remove moisture perfectly from the fluid to prevent freezing when used Ambient temperature 20 50C at 5 C or lower Effective sectional area 65mm 75mm 160mm 190mm AC 0 02s 002s 0 05s 005s C DC 0 04s soo4s 0 065s ooess Max operating frequency s 1cycle s Internal leakage JIS B8374 JIS B8374 standard value Installation position Free Mass 1 Notes 1 The above weight does not include weight of optional parts 2 2 Use the valve with lubricator 2 Position 3 Port Solenoid Valves 2 3 Model Code Power
74. Not less than 10 M Q Measured by 500 V Megger test Withstand voltage Commercial frequency 1500 V 1 min Connection DC solenoid valves have no polarity 12 Rc 1 4 38 MVW 1 R 2 Position 3 Port Solenoid Valves tt ER Le Specifications Model JIS OUT Ne SOL Normally closed IN EXH OUT s EET Jes SOL Normally open IN EXH MVW1 R Port size Rc1 A Rc3 8 Working pressure O 0 7MPa Fluid temperature 20 60C 5 Ambient temperature Remove moisture perfectly from the fluid to prevent freezing when used at 5C or lower 20 50C Effective sectional area 3 8mm Response time AC 0 02s 0 02s DC 0 026s 0026s Max operating frequency 1 s 1 cycle s Internal leakage JIS B8374 JIS B8374 standard value Installation position Free Mass L
75. a fluid inlet P port 2 load connection ports A and B ports and 2 exhaust ports R1 and R2 ports This valve is mainly used for operation of double acting actuators Two types return hold are available and three positioning closed center exhaust center pressure center can be selected The exhaust port can be used as connection to flow control valve exhaust valve II Air operated valve This valve controls direction of air flow using air pressure signals unlike solenoid valves that utilize solenoid The valve performance is comparable to that of solenoid valves except slightly longer response time JIS symbols memm Solenoid valves are expressed by JIS specified graphic symbols and characters based on JIS B0125 Fluid power systems and components Each symbol is shown in the Model code section Model code ms Model code specifies each product by the specified code numbers or alphabets Please indicate model codes when ordering valves Specifications wam All specifications described in the catalogue are based on the results of varied tests performed in accordance with JIS B8374 Pneumatic system 3 port solenoid operated valves and JIS B8375 Pneumatic fluid power Five port directional control valves The other parameters below are common to all solenoid valves Internal leakage Less than the value specified in JIS B8374 8375 Ambient relative humidity Not more than 9596 Insulation resistance
76. 2 Model Code Port size Option Terminal box v v v Power supply Manual push button Rated voltage Power supply Port size Manual push button Not needed No entry UX Ux UX type Standard FELA No entry D UY UY UY type with lock Option Rated voltage Eres WERKE yy AC100V 50 60Hz WX type water and dust proof Not needed No entry AC110V 50 60Hz WY T RRA 7 WY AC200V 50 60Hz WY type water and dust proof with lock Surge absorber AC220V 50 60Hz 66 ME N DC 24V See p 66 for details Indication lamp DC 48V DC100V n Terminal box Surge absorber amp indication lamp DC110V OPTION 63 DC200V
77. 2 PO ESS oa e O a M A E M ace Nc n t su c CE pe MPa 5 0 4 lt 2 gt 1 0 3 a Ka ze E gt T E PUE EM e M een UL lt P 0 2 E ral K 0 1 A E 0 10 20 30 40 50 60 70 80 90 100 1 mm L min ANR Flow rate in standard conditions per 1 mm of effective cross sectional area L min ANR C BI J 0 SMPa 0 35MPa 2OmW 75L min ANR x 20mW 1500L min ANP EG When valve inlet pressure is 0 6 MPa and outlet pressure 0 35 MPa the flow rate of the valve with effective cross sectional area 20 mm is calculated as follows 75L min ANR X 20 mi 1500L min ANR PH PL lt 1 893 Q 235 28 PL PrPL 293 T Pu PL 1893 Q 1176 SP Hy 293 T Reference Flow Rate Calculation Q L min ANR standard volume flow L min ANR Pu MPa upstream absolute pressure MPa PL MPa downstream absolute pressure MPa S mW component effective cross sectional area mm 83 T K absolute temperature of air K
78. 2 Cable connection quA AN a RR E i r heH ji NEN H J TE Iu E cout rni di 4 8 FF Dimensions Model MVS2 10A MVS2 15A MVS2 20A MVS2 25A 34 2 Position 5 Port SolenoidValves 35 0 Parts kit Form to apply No Code Ass y Spool Form to apply No Code MVS2 10A 15A MVS2 20A 25A PK MVS2 CD PK MVS2 EF MVS2 10A 15A MVS2D 10A 15A S MVS2 CD MVS2D 10A 15A PK MVS2D CD MVS2D 20A 25A PK MVS2D EF 93 F No Please direct a voltage code in the column of code No Voltage code Rated voltage AC100V 50 60Hz AC110V 50 60Hz AC 00V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz 0 AC110V 60Hz AC200V 50 60Hz 0 AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz MVS2 20A 25A MVS2D 20A 25A S MVS2 EF
79. 2 A Ring A A2017 T4 2 Ss IM ee 3 Ring B A2017 T4 1 mE AUS EI 63 Ring C A2017 T4 2 V Cilinder Packing None Asbestos LE Body Packing None Asbestos 1 ss 0 O Ring Rest C3604 2 14 1 I El U U Ring NBR 2 J UUZZ U Ring NBR 2 MEA 0 O Ring NBR 6 Set Screw SCM435 A Bolt SCM435 6 Bolt SCM435 8 MVPC1 Assy Assy Grand Ass y 1 Ass y Pilot Ass y Assy Solenoid Ass y Assy Solenoid Cover Assy 3 Position 4 Port Solenoid Valves 3 4 External Dimensions MVPC1 MVPO1 MVPE1 Dimensions Model Dimensions Closed center Open center Exhaust center EE ee MVPC1 10A MVPO1 10A MVPE1 10A 83 MVPC1 15A MVPO1 15A MVPE1 15A MVPC1 20A MVPO1 20A MVPE1 20A MVPC1 25A MVPO1 25A MVPE1 25A G1 2 Cable connection 4 KK Mou
80. 32A 40A MVPE2D 32A 40A PK MVPC2D GH No Assy 2 Please direct a voltage code in the column of code No Solenoid Ass y contains 2 sets eslem S Voltage code Rated voltage AC 100V 50 60Hz AC 110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz MVPC1 10A 15A MVPE1D 10A 15A K MVPC 1 CD MVPC1 20A 25A MVPE1D 20A 25A K MVPC 1 EF MVPC2 32A A0A MVPE2D 32A 40A Assy GB Form to apply K MVPC2 GH Pilot valve MVPC1 10A 15A MVPO1 10A 15A MVPE1 10A 15A MVPC 1 20A 25A MVPO1 20A 25A MVPE1 20A 25A MVPC1D 10A 15A MVPO1D 10A 15A MVPE1D 10A 15A MVPC1D 20A 25A MVPO1D 20A 25A MVPETD 20A 25A PV MO1S MVPC2 32A A0A MVPO2 32A 40A MVPE2 32A 40A MVPC2D 32A 40A MVPO2D 32A 40A MVPE2D 32A A0A Ass y Form to apply PV M01H Solenoid MVPC1 10A 1
81. 50 60Hz Bottom connection SP2 AC110V 50 60Hz Port size AC200V 50 60Hz lt i AC220V 50 60Hz Option Saas TA oon MVS2 Rc 1 2 12A DC 48V Single acting MVS2 DC100V MVD2 surge D LIUM D6T10V DOE Meer DC200V MVPC1 Closed center MVPC1 MVPO1 Center open to exhaust MVPO1 Combined type According to the following example specity the arranging order AC100 S134D25 AC100 S134D25 Example Combined SERA External Dimensions 37 ACIO0V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz DC220V HIRU ET
82. Ls e Sie E E E A4 x g SS BE B A ER C Emm AN ORREEEH e FO O 8 9 OU Tokyo Branch Seibu Branch Hiroshima Office Shiba Sanesu Wakamatsu Bldg Momiji Hiroshima Hikarimachi Bldg 7 8 Shiba 4 chome Minatoku Tokyo 108 0014 Japan 12 20 Hikarimachi 1 chome Higashiku Hiroshima 732 0052 Japan Phone 03 3454 1711 Fax 03 3454 8699 Phone 082 568 0071 Fax 082 568 0072 Osaka Branch International Operation Division Hankyu Terminal Bldg 4 97 Uedahigashimachi Nishinomiya Hyogo 663 8133 Japan 1 4 Shibata 1 chome Kitaku Osaka 530 0012 Japan Phone 0798 48 5931 Fax 0798 40 6659 Phone 06 6373 6701 Fax 06 6373 6740 Tohoku Office Phone 022 215 1195 Chiba Office Phone 043 305 1401 Nagoya Office Phone 052 581 6541 Kanazawa Office Phone 076 233 1411 Hiroshima Office Phone 082 568 0071 Takamatsu Office Phone 087 835 0411 Kitakyushu Office Phone 093 541 0281 vB ie BIRR KS FL Fu A 108 0014 2203 3454 1711 eer SN MENT SS 4 7 8
83. Solenoid Valves 2 4 56 snwrrrrnrrrr asr sk 6 lB A w s Closed center _ CAL IXES Rec36 V5 34 14 16 P sole sol MVPC1 2 MVPO1 2 MVPE1 2 a e Center open to xD L exhaust SOL2 SOL yt JP R B A 3 Position t fe e LAY Ab Foy 7 4 Port Solenoid Valves 09 AE l PR ft B Specifications Model MVP C O E 1 MVP C O E 2 Port size Fc 1 Rc3 A Rc1 Rc1 4 Rel Ve Working pressure 0 12 0 7MPa Fluid temperature 20 60T 5 Remove moisture perfectly from the fluid to prevent freezing when used Ambient temperature 20 50C at 5 C or lower Effective sectional area 35mm 60mm 140mm 180mm 250mm 350mm AC 0 3s lt 03s 0 4s 04s Response timearea DC 0 4s lt 04s 0 52s lt 052s Max operating frequency 1 8 1 cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value 0 5s 0 5s SS
84. activate a pneumatic cylinder and other actuators install the components and complete piping and then start operation of the actuators with small load and slow speed gradually adjusting them to rated conditions while confirming no abnormalities or air leakage in the valve and actuators 2 3 Bursting out of a cylinder After installation or maintenance supply air after confirming that a cylinder is in a targeted valve control position If not in General Handling Precautions the position the cylinder may rapidly shift to the control position In order to avoid this risk installation of a slow start valve at the IN port of the valve is recommended Note See Section 2 4 When installing a slow start valve at the IN port of a pilot valve adjust a bypass valve of the slow start valve in order to maintain minimal operational pressure of the pilot valve If the bypass valve diameter is excessively narrowed the pilot pressure will become less than the minimal operational pressure which may cause valve malfunction Also when restarting air supply open a manual valve in a short period of time while checking manometer to secure minimal operational pressure of the pilot valve and then supply air slowly 2 4 Securing pilot pressure Install a pilot valve taking care for the following matters 1 Inlet pressure of a valve should be higher than the minimal operational pressure Especially if air supply is not enough pressure fluctua
85. ex Port size a Option Canuse the coil of AC100V 50 60Hz as AC110V 60Hz ace Lit 477 pti Can use the coil of AC200V 50 60Hz as AC220V 60Hz Rc1 4 32A 1 s z RARE 40A Not needed a Terminal box Na ESSEN RS Ex me z opTION Surge absorber See OPTION1 p 63 Att N No code entry if terminal box is not needed Indication lamp yy Jeans 2 Surge absorber amp indication lamp E Structure Operation SOL1 SOL1 SOL SOL P A EN P B NEN SOL1 Energized SOL2 De energized PA EH B R A R SOL1 De energized SOL2 Energized PB NH 52 2 Position 4 Port SolenoidValves Structure 53 MVD120C MVD150C B 1 P2 P3 7 Suet i MVD120CDIMVD150CD Assy Part Name Material e 5 amp zl Body FC200 E iz Sub Plate FC200 Cover FC200 Cover FC200 LM Spoo
86. install mechanical retention equipment such as brake lock or latching system A Caution EOS EM EUG E EO See Konan Solenoid Valve Catalogue if a valve needs lubrication For valves that need lubrication set a lubricator at the inlet of the valve and perform spray lubrication 6 1 Type of lubricating oil 1 Use JIS K 2213 ISO VG32 or VG46 type turbine oil for lubrication using a lubricator 2 Spray volume of a lubricator is determined by the number of oil drops typically 0 03cm3 per drop or 1 5 to 2 5 drops per 1m of air 6 2 Centralized lubrication In principle 1 lubricator should be used for 1 valve Lubricating multiple valves may result in uneven oil supply to each valve or actuator particularly if there are differences in the operation frequency pipe length size and installation height of the actuators By grouping the valves and actuators with similar conditions centralized lubrication can be achieved 6 3 Selection of oilless solenoid valve For control of an oilless actuator select an oilless solenoid valve If the valve is not frequently used lubricated oil may not reach the valve or actuator due to little spray volume 1 Use specified grease for overhaul of an oilless solenoid valve Reconfirm the type of grease with our sales personnel 2 A greased oilless valve or oilless actuator can be lubricated but once lubricated the grease will be exhausted Although durability is enhanced after the lubrication contin
87. solenoid valves Failing in unlocking the button may cause coil burnout 70 D f E3 Es x Rc 38 Vo 34 11 4 11 2 Wa AVW12 R E e PL NU a WA diia m 2 Position 4 END 5 CUB 6 aT 2 Port Air operated Valves qs Normally open ft B Specifications Model AVW1 R Port size Rc3 8 Rc1 2 Rc3 4 Rel Rel 4 Rc1 e Rc2 Working pressure O O 7MPa 0 15 O 7MPa e 0 2 O 7MPa 0 15 0 7MPg Piei pesare Pilot pressure 2 Operating pressure Pilot pressure Operating pressure Fluid temperature d 5 F kas 20 60 C Remove moisture perfectly from the fluid to prevent freezing when used Ambient temperature at 5C or lower Effective sectional area E 49mm 83mm 137mm 350mm 800mm Max operating frequency 1 8 1 cycle s Internal leakage JIS B8373 JIS B8373 standard value Installation position Free Mass 2 9kg GE 1
88. supply Manual push button Terminal box Option PN b v v Operating mode Port size Rated voltage Power supply Manual push button Rated voltage v b b b d Operating mode Port size Option Terminal box i SES r i El Operation Power supply Port size 10A NC No entry No entry 15A Z R D Port size NO 20A 25A EH Manual push button n Option Rated voltage AC100V 50 60Hz Not needed No entry Not needed No entry AC110V 50 60Hz UX UX Oh 2 5 U 9 UX type standard Surge absorber AC220V 50 60Hz UY UY N DC 24V UY type with lock Indication lamp DC 48V WX DAT E enn Ay DC100V WX ES WX type water and dust proof Surge absorber amp indication lamp DEITOY WY K BREE Oy 73 WY DC200V WY type water and dust proof with lock DC220V 66 ACLOO
89. x cre Neige crim goin 9B C Rated E TB4 8 15a TB4 S Z 15a TB4 S N 15a TB4 S ZN 15a a 10 9 TB4 S 15b TB4 amp Z15b TB4 S N 15b TB4 S ZN 15b No 15 b gl 2 rap 11 10 TB4 8 15c TB4 8 Z 15c TB4 S N 15c TB4 S ZN 15c c 12 11 1P TB4 S 20a TB4 S Z 20a TB4 S N 20a TB4 S ZN 20a a _ ns 12 TB4 S 20b TB4 S Z 20b TB4 SN 20b TB4 S ZN 20b No20 b 99 447 15 13 TB4 S 20c TB4 S Z 20c TB4 S N 20c TB4 S ZN 20c c TE RU TB4 SE 15a 1B4 SE Z 15a TB4 SE N 15a TB4 SE ZN 15a a nos TB4 SE 15b 1B4 SE Z 15b TB4 SE N 15b TB4 SE ZN 15b No 15 pe wa NIE Boo TB4 SE 15c TB4 SE Z 15c TB4 SE N 15c TB4 SE ZN 15c c 12 11 1P 20A TB4 SE20a TB4 SE Z 20a TB4 SE N 20a TB4 SE ZN 20a a 13 12 voltage soov TB4 SE 20b TB4 SE Z 80b TB4 SEN 20b TB4 SE ZN 80b No 20 b 15 13 Cument 20A TB4 SE20c TB4 SE Z 20c TB4 SE N 20c TB4 SE ZN 20c c 17 15 TB4 D4 15a TB4 D4 Z 15a TB4 D4 N 15a TB4 D4 ZN 15a a 0of9 TB4 D4 15b TB4 D4 Z 15b TB4 D4 N 15b TB4 D4 ZN 15b No 15 b 1247 11 10 TB4D4 15c TB4D4 Z 15c TB4D4N 15c TB4 D4 ZN 15c c 12 11 as TB4 D4 80a TB4 D4 2 20a TB4 D4 N 20a TB4 D4 ZN 20a a aa 12 TB4 D4 20b TB4 D4 Z 20b TB4 D4 N 20b TB4 DA ZN 20b No 20 b i5 13 TB4 D4 20c TB4 D4 Z 20c TB4 D4 N 20c TB4 D
90. 10A 15A PK MVD2 CD MVD2 20A 25A PK MVDe EF MVD2 10A 15A MVD2D 10A 15A S MVS2 CD MVD2D 10A 15A PK MVD2D CD MVD2D 20A 25A 93 F No PK MVD2D EF MVD2 20A 25A MVD2D 20A 25A S MVS2 EF Assy 2 Please direct a voltage code in the column of code No Solenoid Ass y contains 2 sets Voltage code AC 100V 50 60Hz AC 110V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz AC110V 60Hz T H AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Rated voltage Form to apply Article of consumption No MVD 10A 15A MVD2D 10A 15A K MVS2 CD MVD2 20A 25A MVD2D 20A 25A K MVS2 EF ini MUL Assy 1 2 Pilot valve Form to apply NO Code Common to all PV MO1D Assy Solenoid Form to apply No MVD 10A 15A MVD2D 10A 15A C MO1A MVD2 20
91. 150CD 40A K MVS150C H Ass y B Form to apply No PV MO1D Pilot valve Code Common to all Assy Solenoid MVD120C 32A MVD150C 40A MVD 1 20CD 32A MVD150CD 40A No Please direct a voltage code in the column of code No Q C M01A B 1 Include packing 6 C M01D E 1 15 Include packing Form to apply NO C MO1A C MO1D E K MVS120C G Parts Name DA Z TEE Remarks Details 91075727 O Ring 44 3030 13 Body Packing 44 2033B 14 OU SRI O Ring 02301 0060 UU a U Ring DOL 50 OU Ya O Ring 02302 0550 Pilot body packing E K MVS150C H Parts Name 430 3100 32 DE Aer Remarks OU O Ring 44 3030 13 Body Packing 44 3030 1 1 Ow a O Ring 02301 0060 UU Ya U Ring DOL 50 OW eZ O Ring 02302 0550 Pilot body packing 430 3100 32 2 Position 4 Port
92. 20A 25A Ass y GB No Please direct a voltage code in the column of code No Pilot valve Form to apply No Code Common to all PV MO1S B2AI kK Voltage code Ass y Solenoid EE Form to apply No MVW7 20A 25A AC 100V 50 60Hz C MOTA x x AC110V 50 60Hz MVW7R 20A 25A AC200V 50 60Hz MVW7D 20A 25A C MO1D s x AC220V B0 60Hz MVW7RD 20A 25A DC24V 023 F No Please direct a voltage code in the column of code No DC48V C MO1A DC100V B 1 Include packing 6 C M01D DC110V DC200V E1 15 DC220V Include packing AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Details E K MVW7 EF Parts Name Rem
93. 300mm Response time 0 02s 002s Max operating frequency 1 8 1 cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value VIRA ie peraan onion It is desirable to mount the valve with the spool located horizontally Mass 17kg 20kg GE L Notes 1 The above weight does not include weight of optional parts 2 2 Use the valve with lubricator 2 Position 4 Port Solenoid Valves 2 4 Model Code Power supply Manual push button Rated voltage v v v b Body size Port size Option Terminal box Body size Manual push button n Rated voltage Ho 180 AC100V 50 60Hz Hells 150 Not needed No entry AC1 10V 50 60Hz 0
94. 4 ZN 20c c 17 15 AC4A Material of body AC4A 900g Mass Approx 900g 66 Wiring Information TB3 TB4 M3 TB3 S TB3 SE TB4 S TB4 SE Surge Absorber Solenoid L Pilot Lamp DC DC solenoid valves have no polarity Earth TBSP Wiring Information JIS F880 1 TB5P type for solderless terminal connector Cable Gland JIS F8801 Dimensions A B oC Code Nominal dimension Symbol Code Terminals Rated voltage current TB5P 15a a 10 9 SSS en G1 2 _TB5P 15b No 15 b Screw G1 2 11 10 500V TB5P 15c c 1a 11 ap 20A TB5P 20a a 13 12 Voltage 500V G3 4 Current 20A _TBSP 20b No 20 b Screw G1 2 19 13 TB5P 20c c 17 15 AC4A Material of body AC4A 360g Mass Approx 360g TBSP M3 BOO Solenoid DC
95. 4P 15a a 10 9 G1 2 _TB4P 15b No 15 b Screw G1 2 1 10 500V TB4P 15c G 12 11 2p 20A TB4P 20a a 13 12 Voltage 500V G3 4 Current 20A TB4P 20b No 20 b Screw G3 4 15 13 TB4P 20c c 17 15 BC Material of body BC 900g Mass Approx 900g For ships Wiring Information TB1 TB2 M3 TB3P TB4P M4 Solenoid DC DC solenoid valves have no polarity 64 65 TBS JIS F8801 Cable Gland JIS F8801 Dimensions TB3 type for solderless terminal connector zB s verset ua Mota cM Tcu M xen scii tn duum o gets b Z s TB3 S 15a TB3 S Z I a TB3 S N 15a TB3 S ZN 15a a fao 9 TB3 S 15b TB3 S Z 15b TB3 S N 15b TB3 S ZN 15b No 15 b SUP 2 ur 16 TB3 S 15c TB3 S Z 15c TB3 S N 15c TB3 S ZN 15c c 12 11 IP TB3 S 20a TB3 S 2 20a TB3 S N 20a TB3 S ZN 20a a na 12 TB3 S 20b TB3 S 2 20b TB3 S N 20b TB3 S ZN 20b No 20 b 93 447 15 18 TB3 S 20c TB3 S 2 20c TB3 S N 20c TB3 S ZN 20c c 17 15 TB3
96. 5A MVPO1 10A 15A MVPE1 10A 15A MVPC1 20A 25A MVPO1 20A 25A MVPE1 20A 25A MVPC2 32A 40A MVPO2 32A 40A MVPE2 32A 40A MVPC1D 10A 15A MVPO1D 10A 15A MVPE1D 10A 15A MVPC1D 20A 25A MVPO1D 20A 25A MVPE1D 20A 25A MVPC2D 32A 40A MVPO2D 32A 40A MVPE2D 32A 40A C MO1D No Please direct a voltage code in the column of code No C MO1A B 1 Include packing C M01D E1 15 Include packing E K MVPC1 CD Parts Name Tid Z Em Remarks Details Cylinder packing 44 3028 10 Booy Packing 44 3028 11 WUSA U Ring M1268 OWSA U Ring M1267 QUZZ O Ring 44 3028 13 Bolt M8 x 25 Pilot body packing ll K MVPC 1 EF Parts Name 44 3028 16 Ded Ae Remarks Cylinder packing 44 3029 10 Booy Packing 44 3029 11 iJ uU U Ring M1269 LU Wey U Ring M1268 OWE O Ring 44 3029 13 Bolt MI2 x 28 Pilot body packing E K MVPC GH
97. A 25A MVD2D 20A 25A 9 3 F No C MO1D Please direct a voltage code in the column of code No C MO1A B 1 Include packing 6 C M01D E1 15 Include packing E S MVS2 CD Parts Name Remarks Details Quantity Spool 440 3652 4 0 O Ring M3582 QUZZ O Ring M3584 om 2E O Ring 440 3652 11 A Buffer Rubber A E S MVS EF Parts Name M1273 DA Z TE Remarks Spool 440 3654 4 OS O Ring M3584 QUZZ O Ring M3583 0 O Ring 02301 0440 E pee Piston Ring 440 3654 7 E574 SU Ya Piston Ring 440 3654 8 A Buffer Rubber A Parts Name M1275 VUA uQ Remarks Quantity Booy Packing M2035 Cover Packing M2034 B Buffer Rubber B M1274 Bolt M6 X 14 Pilot body packing E K MVS2 EF Parts Nam
98. CAT No 2110W KONAN CAD PDF URLzhHp www konan em com ERA For pneumatic control Powerful Solenoid Valves for Heavy Duty Applications Konan s Powerful Solenoid Valve for Heavy duty Applications has proven excellent performance as a key component for pneumatic automation systems in various factories and plants With sophisticated shape and function established through abundant experiences this valve is continuing to provide powerful and highly reliable performance under hat environment and conditions Powerful solenoid Conta
99. EXH 1 3 Rc1 4 3 8 ACEO Ports 141 o c 3 X IN ra IW 55 fan NN Af Jo EXH1 eR 2 Rc1 4 EXH1 EXH2 Rc1 4 Both EXH1 and EXH2 are Rc1 4 2 Position 5 Port SolenoidValves 29 0 Parts kit Form to apply NO Code Ass y Spool Form to apply No Code MVW2 8A 10A PK MVW2 BC MVW2D 8A 10A PK MVW2D BC No Please direct a voltage code in the column of code No Voltage code Rated voltage AC 100V 50 60Hz AC 1 10V 50 60Hz AC200V 50 60Hz AC220V 50 60Hz DC24V DC48V DC100V DC110V DC200V DC220V AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz Common to a
100. Hz C MO1A MVW71D 10A 15A AC200V 50 60Hz MVW71RD 10A 15A AC220V 50 60Hz DC24V DC48V C M01A DC100V B 1 Include packing DC110V C MOID DC200V E1 15 AC100V 50 60Hz AC110V 60Hz AC200V 50 60Hz AC220V 60Hz Include packing DC220V Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz B K MVW71 CD Parts Name C MO 1D Q3 F No Please direct a voltage code in the column of code No Details the Ayer Remarks VR Valve Seat 430 307 1 5 Packing 430 307 1 9 CE O Ring INAO ZEWA Spring 430 307 1 11 O UZA O Ring 02301 8290 1222 O Ring 02307 0110 2 Position 3 Port Solenoid Valves 2 3 0 Parts kit eiiitmutur Article of consumption Form to apply No Form to apply No Code MVW7 20A 25A Common to all K MVW7 EF MVW7R 20A 25A FM RE MVW7D 20A 25A PK MVW7D EE x MVW7RD
101. O tum the solenoid for direction it is NC type pilot 180 degrees ED is reorganized cable der n Remove the cap from the OUT port and plug in the port an direction it becomes an NO type Conduct piping using the ports specified in parentheses 20 2 Position 3 Port SolenoidValves Structure 21 MVW7 1 R 10A 15A P JIT FP e MVW71D MVW71RD Assy Part Name ME Material e 5 amp Wi Body AC4A T6 Pilot Body ADC18 Spindol S45C Piston C3604 INVADER Valve Seat PUR Valve Seat Rest A2017 SEIZE Cover C3604 SA YS Push Rod C3604 Packing None Asbestos 0 O ring NBR zu Spring SUS UE O ring NBR g O ring NBR Er Nut S8400 zz ee a a pg a
102. SE 15a TB3 SE Z 15a TB3 SE N 15a TB3 SE ZN 15a a fao 9 ai TB3 SE 15b TB3 SE Z 15b TB3 SE N 15b TB3 SE ZN 15b No 15 b eveT a Lao NIE EUDU TB3 SE 15c TB3 SE Z 15c TB3 SEN 15c TB3 SE ZN 15c c 12 11 1P 20A TB3 SE 20a TB3 SE Z 20a TB3 SE N 20a TB3 SE ZN 20a a ns 12 voltage 500V TB3 SE 20b TB3 SE Z 20b TB3 SEJN 20b TB3 SE ZN 20b No 20 b 93 447 i5 13 Current ce TB3 SE 20c TB3 SE Z 20c TB3 SE N 20c TB3 SE ZN 20c c 17 15 TB3 D4 15a TB3 D4 Z 15a TB3 D4 N 15a TB3 D4 ZN 15a a io 9 TB3 D4 15b TB3 D4 Z 15b TB3 D4 N 15b TB3 D4 ZN 15b No 15 b SVa tZ Dit 30 TB3D4 15c TB3 D4 Z 15c TB3 D4N 15c TB3 D4 ZN 15c c 12 11 2B TB3 D4 20a TB3 D4 Z 20a TB3 D4 N 20a TB3 D4 ZN 20a a as 12 TB3 D4 20b TB3 D4 Z 20b TB3 D4 N 80b TB3 D4 ZN 20b No 20 b 93 447 15 13 TB3 D4 20c TB3 D4 Z 20c TB3 D4 N 20c TB3 D4 ZN 20c c 17 15 ACAA Material of body AC4A 800g Mass Approx 800g JIS F8801 m1 Cable Gland JIS F8801 Dimensions TB4 type for solderless terminal connector
103. SOL P A m P B E B gt R2 A gt Ri Ri Ra SOL1 Energized SOL1 De energized SOL2 De energized SOL2 Energized PA RI A P B R2 PB R1 A P B R2 B R2 A Rt R gt Close R2 gt Close 2 Position 5 Port SolenoidValves Structure 47 MVD2 Part Name Material Mounting Base ADC18 Body ADC18 Body Packing None Asbestos Spool A2017 0 O Ring NBR 0 O Ring NBR 0 O Ring FKM A Buffer Rubber A NBR Ly
104. V 50 60Hz ACI10V 60Hz AC200V 50 60Hz AC220V 60Hz See p 66 for details Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz I Terminal box OPTION 63 See OPTION1 p 63 No code entry if terminal box is not needed lt MVW71 gt For MVW71 TB3 TB4 In with an option please select TB3 or TB4 2 Position 3 Port SolenoidValves 8 Structure Operation MVWT71 10A 15A IN gt BALE EN IN gt OUT Ma OUT EXH EXH De energized Energized IN Close OUT EXH IN OUT E EXH gt Close External Dimensions G1 2 1 PLT EXH Cable connection EXH IN 124 5 43 asa OLLI S48 s _ 2 g11 5
105. age fluctuation in power source and electrical surge 4 Leakage current at PLC sequencer power off Konan solenoid valves are not equipped with functions that meet the following conditions Do not use the valves in these conditions or employ a safe electric distribution 1 External magnetic field effect 2 Electric current from the relevant control circuit 3 Lightning induced voltage 1 4 Pilot valve A compact size pilot valve is widely used in general as it switches large main valve with a small output However a certain inlet pressure is essential for the valve operation For control of minimal pressure select a direct acting type valve With optional pilot supply separate pilot piping needed a pilot valve can be used even when the main valve pressure is zero 1 5 Back pressure from exhaust port In some poppet valves back pressure from the exhaust port may affect the valve operation There is no problem with the back pressure generated in the silencer set at the exhaust port but do not force to narrow the exhaust port diameter or connect a long pipe to the port Details of the effect of back pressure are described in a separate operation manual For anything unclear feel free to contact our sales personnel 1 6 Reverse flow Use a valve complying with the flow direction indicated with arrow mark in the JIS figure of the catalogue and operation manual Safe operation cannot be guaranteed if the valve is used with revers
106. al system 2 AVW12AVW12R ereere port Can do the seal of a long period in severe environment 3 AVW71 AVW71RLAVW7 AVW7R port AVW5A AVW5AR 4 5 avse port AVS120C AVS 3 3Position 4 5 AVPCT AVPOT AVPET port AVPC8 AVPO8 AVPE8 81 To determine flow rate Rated current data i fm Ji B 9702 beh IS JIS B 8370 A
107. arks Valve Seat 430 3072 5 A Packing 43 3072 101 C 9 O Ring 57 5 X 50 5 X 1 RIVA Spring 430 3072 101 11 0 O Ring 02301 0440 8 J 222 O Ring 02307 1110 Pilot body packing 430 3100 32 24 25 2 Position 5 Port Solenoid Valves ft F Specifications Model Rc 1 4 95 MVW2 JIS OUT2OUT1 EXH2 EXH1 IN MVW Port size Rc1 A Rc3 8 Working pressure 0 12 0 7MPa Fluid temperature 20 60C 5 Ambient temperature Remove moisture perfectly from the fluid to prevent freezing when used at 5C or lower 20 50C Effective sectional area 15mm AC 0 02s 0 02s Response time BDE 0 026s lt 0 026 s Max operating frequency 1 S 1 cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value Installation position Free Mass QE 1 2
108. case submit the PLC output specification to the PLC manufacturer or Konan sales personnel to discuss about a method to decrease leakage current 5 Power surge due to electromagnetic induction at solenoid power off may significantly shorten the operating life of junction on the electrical circuit For Konan solenoid valves without surge absorber consult our sales personnel for a method to connect surge absorber 6 For lead wire connection wiring should be conducted using appropriate connecting terminal while keeping the wire loose Caution MMR esr EES For valves with special specifications like below consult our sales personnel before ordering regarding the conditions for use 1 Use with carbon gas or nitrogen gas 2 Use under conditions with high low temperature or high radiant heat P Use at a place with ozone or salt 4 Use in explosive environment Warning Do not incinerate a valve for disposal It may explode or emit poisonous gas 2 Check the material of each component of a valve with catalogue or operation manual for segregation disposal Konan solenoid valves do not include materials indisposable as general industrial waste 10 11 B 3 P A R 3
109. city the arranging order AC200V 50 60Hz 03 4 M AC220V 60Hz Example AC100 S134D2 Can use the coil of AC100V 50 60Hz as AC110V 60Hz Can use the coil of AC200V 50 60Hz as AC220V 60Hz External Dimensions MVS2 AC MVD2 AC MVS2D DC MVD2D DC m LA Rc 1 1NPT i EXH 3 lt Ki de ro ht l L N P 8 RU e LH um Pusa E 28 4 14 2n Re3 4 1 60 o S Q OUT2 OUT1 OUT2 OUT1 OUT2 OUTI F BR2 4 614 Right EXH type CM oo S L1 L WAR L1 L2 Dimensions Size 20A 25A EE n 3 No of valves ae Li L2 Paa ge 2 310 366 id p ima 3 450 506 IN View from F 4 x 590 646 38 39 Rc1 1 4 172 MVS120C MVS150C acc L SES Is END vem 1T j pee SOL 2 Position D 4 Port Solenoid Valves T Qa tt B Specifications Model MVS120C MVS150C Port size Rol 4 Rc1 V2 Working pressure 0 2 O 7MPa Fluid temperature 20 60C 5 2 O 5 Oi C bod Paria perfectly from the fluid to prevent freezing when used a dins r lower Effective sectional area 250mm
110. e 430 3100 32 DAA o EEN Remarks Booy Packing M2079 Cover Packing M2078 B Buffer Rubber B M1276 Bolt M6 X 16 Pilot body packing 430 3100 32 2 Position 5 Port Solenoid Valves 2 50 4 Re1 4 1 Yo MVD120C MVD150C 2 Position m 4 Port Solenoid Valves B Specifications Model MVD120C MVD150C Port size Rol Va Rol Vs Working pressure 0 2 0 7MPa Fluid temperature 20 60C 5 RETE 2 O T 5 ei C dol niei perfectly from the fluid to prevent freezing when used Effective sectional area 250mm 300mm Response time O O2s 0 02s Max operating frequency S 1 cycle s Internal leakage JIS B8375 1993 JS B8375 1993 standard value Installation position oo ME a mE Mass QE 1 Notes 1 The above weight does not include weight of optional pa
111. e pressure or reverse flow There is no problem with the slow reverse flow exhaustion during maintenance or compressor power off If valve operation is stopped abnormally a failure may occur when restarting operation due to the stop position of the valve If reverse flow is detected at abnormal stop or any trouble at the restart of the valve is concerned feel free to ask our sales personnel 1 7 Manual operation 1 If there is a possibility that manual operation button of a valve may be pushed unexpectedly select a valve equipped with protection cover 2 If failure to unlock manual operation of a valve may cause serious danger select a valve without locking function 2 Solenoid valve installation Solenoid valves have precise operational functions and are used for applications with versatile conditions and environment It is therefore sometimes difficult to assume all concerned risks or risk factors when designing a valve In such cases the valve function and performance may be deteriorated in a period shorter than the maintenance period set by the manufacturer In order to avoid the risks install the valve as instructed below 2 1 Installation site Install a valve in a place where setting and maintenance is easy As a valve is often incorporated into an existing main system consideration for maintenance is sometimes insufficient Secure enough space for safety of the valve operation 2 2 Operating procedure When operating a valve to
112. e to mount the valve with the spool located horizontally Mass lt Model Code Port size o AVS TE 1 16kg 19kg Note 1 Use the valve with lubricator v Body size Body size Port size Rol V4 120 Rol Va 32A Ren 150 Rel Ve 40A Structure Operation AVS120C AVS150C Pilot pressure not supplied Pilot pressure supplied P A NN P gt B EN BH LEN AH ML UN x x E VE P A R B 79 External Dimensions 2 Position 4 Por Air operated Valves e 4 AVS120C AVS150C CC Ports Rc PP PLT port LL 3 rn cl L SS HR E
113. l A2017 T4 Piston C3604 Ring C3604 E O Ring NBR Ring A2017 14 Bolt SCM435 Bolt SCM435 OM Body Packing None Asbestos Set Screw SWCH Buffer Rubber NBR 0 O Ring NBR U U Ring NBR TU O Ring NBR Name Plate Assy Grand Ass y Ass y Pilot Ass y Assy Solenoid Ass y Assy Solenoid Cover Ass y 2 Position 4 Port Solenoid Valves 2 4 External Dimensions MVD120C MVD150C 4 Rc DD Ports 4 6 GG Mounting hole G1 2 Cable connection E With option zi J indicator ua Ts ET EXE m
114. ll S MVWe BC Article of consumption Form to apply No Code Assy Form to apply No Code Common to all K MVWe BC Pilot valve Common toall PV MO1S Assy Solenoid Form to apply NO MVW2 8A 10A C MO1A MVWeD 8A 10A C MO 1 D No Please direct a voltage code in the column of code No Q C M01A B 1 Include packing 6 C M01D E1 15 Include packing 2 Position 5 Port Solenoid Valves 2 Details E S MVWe BC om Parts Name Remarks Spool 440 3017 10 0 O Ring M575 O Ring M3582 911 5727 O Ring 02301 0215 Parts Name Remarks Packing M569 A BfeRbeA M1277 B BfeRbeB M1278 Bot M6 x 12 Rc38 6 34 1 MVS 2 Position 5 Port Solenoid Val
115. llowing cases 1 Temperature of compressed air around an air compressor may become high which may cause deterioration of packings or malfunction of the valve 2 Coil life depends on thermal degradation of insulation material Avoid high temperature environment or continuous energization as much as possible 3 In a place where temperature is close to 0 C remove moisture in the compressed air with an air dryer If the dehumidification is not performed significant amount of moisture may freeze inside the valve to cause malfunction IN Warning La Do not modify a solenoid valve Unexpected risk may arise PAN Caution IGICUR MENA Tane DER tama EI 1 A pneumatic cylinder can be stopped intermediately by controlling with a 3 position closed center type solenoid valve Due to compressible nature of air however precise stop position or retention rigidness of the stop position cannot be secured 2 If the piping area between the speed control valve and the closed center solenoid valve is large air shifts from inside the cylinder to the valve pipings even after the valve is closed thus the stop position shifts In order to avoid this install a speed control valve in front of the closed center valve to minimize piping length 3 As sealing portions inside a valve or cylinder system allow minimal leakage it is difficult to maintain the intermediate stop position for a long time If long term retention of the stop position is necessary
116. luid to prevent freezing when used 7m mbient temperature at 5 C or lower Effective sectional area u 60mm 140mm 180mm 250mm 350mm Max operating frequency 1 S 1cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value QRBA TO It is desirable to mount the valve with the spool located horizontally Mass QE m l Notes 1 Please consult us for other specifications available 2 2 Use the valve with lubricator Model Code Body size b v Operating mode Port size ER Operation E Z Body sze E Port size Closed center ACE ORD Re3 8 1 2 3 4 1 OLE Port size ar Jig O t a REDEN Ro V s 1 2 QE Exhaust center Port size 3 Position 4 Port Air operated Valves 3 4 Structure Operation AVPC1 PLT1 PLT2
117. mination resistant pilot valve Reliable control mechanism INDEX Solenoid General Handling Instructions INFORMATION EE AC DC E F Solenoid Valves The dry type was separated with the pilot part of fluid control Powerful power of absorption by T type plunger AC and I type plunger DC 3 YAWAR YW saa port MVW71 MVW71R MVW7 MVW7R 17 4 5 Pilot valve portes USO e ee SUI M VR 3 Large flow by long stroke is obtained by the fluid passage part Contamination resistant type 4 5 MVPC1 MVPO1 MVPE1 port MVPC2 MVPO2 MVPE2 boscocbaocasadadecasn Terminal box AV n options Manual push button 4 0 Main valve O AiroperatedVaves 2 2Position Spool type of a special O ring se
118. nting hole 4 Rc AA Ports With option Indicator 14 MVPC2 MVPO2 MVPE2 32A 40A G1 2 Cable connection 4 g14 Mounting hole 4 Re1 1 4 1 1 2 Ports With option 14 Indicator 3 Position 4 Port SolenoidValves 61 0 Form to apply Parts kit No Code Form to apply Article of consumption No MVPC1 10A 15A MVPO1 10A 15A MVPE1 10A 15A PK MVPC 1 CD MVPC1 20A 25A MVPO 1 20A 25A MVPE1 20A 25A PK MVPC 1 EF MVPC2 32A 40A MVPO2 32A 40A MVPE2 32A A0A PK MVPC2 GH MVPC1D 10A 15A MVPO1D 10A 15A MVPE1D 10A 15A PK MVPC1D CD MVPC1D 20A 25A MVPO1D 20A 25A MVPETD 20A 25A PK MVPC 1 D EF MVPC2D 32A 40A MVPO2D
119. on emergency measure or portable pressure source If highly dry air with dew point of no more than 40 C is to be used make sure to use the valve with lubrication taking into consideration the dryness measure For a general purpose solenoid valve for liquid and gas fluid for which air is not specified as one of applicable fluids do not employ compressed air as a flow media For anything unclear regarding applicable fluids feel free to ask our sales personnel in the planning stage Note1 Be careful to avoid suffocation of operators and others around the valve system For a system that uses portable air or nitrogen tank the High Pressure Gas Safety Law will be applied where fluid pressure exceeds 1 MPa 1 2 Safety of a valve A pneumatic system may be exposed to various hazardous environment including those derived from the system components as well as the condition for use and the system structure In Selecting a valve make sure to take into consideration the valve function as well as safety in installation adjustment actual operation system failure and disposal of the valve 1 3 Electrical safety A solenoid valve is activated by magnetic force solenoid Take into consideration the following matters when selecting a valve and electric options 1 Dust proof water proof specification Water proof indication should follow JIS C0920 2 Sudden shut down of power source power failure emergency shutdown etc 3 Volt
120. pneumatic pressure in an air tank A Warning FOSS MEMS Greely In a system circuit using a check valve non return valve a pilot check valve and or a closed center solenoid valve exhaust residual pressure separately or indicate warnings for residual pressure as air may be contained even the system is not in operation Indicate the manual type valve for residual pressure exhaustion in the system circuit drawing Reference KOKLA TIE ae Wg lure 9 1 Pressure drop In a pneumatic control system employing long pipes at the end or entrance of the system sufficient pressure may not be supplied due to pressure drop Piping thus should be designed properly or supplementary air tank should be installed to secure supply pressure if a valve is operated intermittently 9 2 Air filtration Air supplied to a valve should be filtrated by a filter with nominal filtration rating of no more than 40 mm to remove solid contaminants Exhaust liquid drain or oil through the filter or drain separator after sufficient cooling of the air N CD General Handling Precautions Exposure to contaminated high temperature compressed air may deteriorate packings or other components making the valve life shorter 9 3 Piping 1 Use galvanized pipe for steel tube piping and remove dusts after screwing 2 Before connection clean the pipes by air flushing or washing to remove internal dusts moisture and oil 3 If a seal tape is used fo
121. r screwing wrap the tape around twice or three times in a direction opposite to the screwing direction leaving 1 5 to 2 threads from the screw edge 4 When screwing pipes and joints into a valve use an appropriate size of wrench and fasten the pipes and joints to the extent not causing air leakage Forceful screwing may result in cracking of the valve connection port or leakage malfunction due to contamination with fragments of sealing materials 5 In case of 6A to 25A Rc1 8 to 1 size pipes or joints 4 to 5 threads should be screwed An exercise for seal tape wrapping and screwing before actual work is recommended 6 A valve especially large size valve should be fixed not only with the piping but also with supporting components For some mini size solenoid valves with steel tube piping supporting components may be used for the piping portion In this case sufficiently support around the valve with piping clamp and other components A Caution Electrical circuit and piping 1 Reconfirm that the voltage and current AC or DC of power Source and the valve to be used are identical 2 For DC solenoid check the polarity of the connection terminal to avoid improper connection 3 For a double solenoid valve with common terminal make sure not to perform improper common connection 4 If TRIAC is used for the AC output of the PLC sequencer leakage current at power shut down may affect action of solenoid or indicator lamp In such
122. rgized P A Ti mi P gt B EN B gt R 1 A R amal 40 2 Position 4 Port SolenoidValves Structure MVS120C MVS150C 23 41 ons zh MVS120CD MVS150CD Assy Part Name Material e 5 amp ll Body FC200 vizi s Sub Plate FC200 NE Cover FC200 AN Cover FC200 ES Spool A2017 14 Piston C3604 WS Ring C3604 0 O Ring NBR Ring A2017 14 Bolt SCM435 Bolt SCM435 DN 4 Body Packing None Asbestos Set Screw SWCH Buffer Rubber NBR 0 O Ring NBR U U Ring NBR 0 O Ring NBR Name Plate
123. rts 2 2 Use the valve with lubricator 51 Model Code Power supply Manual push button 2 Position 4 Port Solenoid Valves 4 Rated voltage MVD C o b b ww w Body size Port size Option Terminal box Body size Manual push button 6 Rated voltage Rc114 180 AC100V 50 60Hz Rc11 150 Not needed No entry AC110V 50 60Hz UX UX type Standard UX AC200V 50 60Hz AC220V 50 60Hz Power supply FECA No entry D WX WX type water and dust proof See p 66 for details DC 24V DC 48V DC100V DC110V DC200V DC220V ACIOOV 50 60Hz AC110V 60Hz Q AC200V 50 60Hz AC220V 60Hz
124. the jet flow If any personnel may come closer to the exhaust port install a silencer to avoid noise and adjust air flow 2 8 Training A sufficiently trained person should be responsible for installation and maintenance of a pneumatic system Konan provides training for operation and maintenance of pneumatic components Feel free to contact our sales personnel for details 3 Maintenance of solenoid valves Maintenance should be performed in accordance with the following steps Feel free to contact our sales personnel for separate maintenance manual 3 1 Daily inspection 1 Drains contained in compressed air may inhibit the valve lubrication Set an air filter in front of the valve and routinely exhaust drains aactuators 2 During the valve system operation check the valve visually and acoustically for external abnormalities or noise Check also the loosening of screws and air leakage from exhaust port and piping joint without exhausting air from the system and perform periodical inspection as necessary to recover any abnormalities 3 2 Periodical inspection Following periodical inspection should be conducted by annually or annually 1 Overhaul should be performed after pneumatic electric shut down and abnormalities recorded and repair conducted as necessary 2 In the 2nd periodical inspection perform an overhaul of the product repair or exchange solenoid assAfy coil packings and other components as necessary Ho
125. the maintenance operation keep all the personnel informed about the conditions including power off completion of residual pressure exhaustion power on and resumption of air supply Solenoid valve installation site Use of a valve at the following sites requires compliances with special functional specifications and regulations Consult our sales personnel in the planning process for anything unclear thing unclear 1 Operating conditions not within the specified range 2 Significant risk for users properties or environment is anticipated Eg Use in explosive environment use for nuclear power plants vehicles medical components components related to the Occupational Health and Safety Law and or the High Pressure Gas Safety Law etc Note3 Select Konan explosion proof solenoid valves for use in general gas explosive environment Solenoid Valves for Fluid Control and Valve Systems General Handling Instructions and Precautions Users Instructions Followings are comprehensive precautions for operation of a solenoid valve and a system incorporating a valve Make sure to keep in mind these matters for maintaining safety A Caution KOLES LIEG DEEE 1 1 Weight For safety of operators heavy weight valves and valve units should be transported with the aid of conveyer equipment Valve weight can be confirmed by referring to Konan Pneumatic Solenoid Valve Catalogue and product drawings Mini size valves sho
126. tion may occur during the valve operation and pressure may be below the lower limit of the operational pressure 2 If long piping is employed at the inlet of a valve or the pipe diameter is smaller than the port diameter pressure drop may occur resulting in the inlet pressure decrease Note One countermeasure is to install a supplementary air tank in front of the inlet port In order to confirm no decrease in inlet pressure install a manometer around the port 3 For a manifold type solenoid valve make sure to connect allowable number of valves only Simultaneous operation with excess number of valves more than 3 units in standard may cause centralized pressure drop at the manifold decreasing the valve inlet pressure Note For a manifold with two inlet ports the number of valves can be increased by supplying air from both ports 2 5 Indication If a valve nameplate cannot be seen due to installation environment place an alternative indication near the valve 2 6 Residual pressure Compressed air in a pneumatic valve system may not be completely exhausted after the valve power shut down Residual pressure may cause unintended cylinder operation in the system A valve should be installed taking into consideration the risks including sudden blowout of residual air 2 7 Air exhaustion At an exhaust port of a valve sonic jet flow may occur causing noise as well as damage to operator due to the fragments and dusts spread by
127. ual lubrication will be required A Reference ARZT THE ETE cu mee LE 7 1 Sequence control Follow the below steps for sequence control of an actuator incorporating a pneumatic valve 1 Detect the position 2 Interlock the circuit of the valve that controls other actuators in the system 7 2 Power failure and pneumatic pressure failure 1 In case of power failure or emergency stop during a sequence operation select normal stop position of the valve so that the cylinder at operation stops or shifts to a safe position Depending on the type of valve following action may be seen at emergency stop a Single acting return type Shifts to the start position b Double acting detent retention type Shifts to the final stop position C Closed center type Stops at the current position If operation is stopped in the middle of sequence and restarting operation from the stopped position may cause any trouble manually control each actuator to return to the start position Indicate procedure to recover operation If operation is stopped in the middle of sequence and air inside the system exhausted a cylinder piston may drop due to gravity or it may rapidly shift at the next air supply to damage operator or surrounding equipment Make sure to return the piston to the start position before exhausting air from the system 4 In order to complete a cycle operation even in case of pressure failure reserve sufficient amount of
128. uch storage period conduct a valve operation test If any abnormalities are found perform an overhaul or exchange deformed deteriorated components as appropriate N Warning ROR HT AT KL LET TO 3 1 Vibration shock 1 Install a valve using hose connection to avoid the place where the valve is exposed to excessive shock or vibration Care should be taken not to make outlet piping longer which may affect system response 2 If a valve is to be installed in a place where it is exposed to excessive shock or vibration set the valve with a vibration isolation table Ensure the valve is firmly fixed at the setting and connection portions fastened tightly After start of operation inspect the connections in a periodical manner to check any loose parts or deformation and re fasten Screws 3 2 Handling during installation For safety of operators Do not ride on a valve and pipes or hang wires on the operational equipment during installation 3 3 Surrounding environment Environment surrounding a valve should be considered carefully Avoid places where the valve is exposed to rain and wind direct sunlight salt corrosive gas chemical fluids organic solvents steam etc Corrosion resistance measure can be taken depending on the environment Feel free to contact our sales personnel for details 3 4 Working temperature Use a valve with specified range of ambient temperature and fluid temperature Care should be taken especially for the fo
129. uld be handled with care as they may collapse by excessive force Especially make sure not to hold the lead wire when transporting the valves 1 2 Dropping During lifting or horizontal transportation of a valve handle the valve carefully not to drop or damage 1 3 Dust prevention Plastic plug is attached to the valve connection ports to prevent dusts and rusts from entering the valve Do not remove the plug until immediately before piping If the plug is lost take a protection measure with alternative cover Caution 2 1 Storage during transport If a valve is to be installed where it is exposed to wind and rain or other adverse environment transport the valve to the specified site just before installation If the valve is to be stored at the installation site by necessity keep it packed and protect with a sheet cover 2 2 Storage A valve should be stored as follows to prevent contamination and material deterioration 1 Avoid high temperature and humidity as well as places with dusts 2 If a valve is to be stored for more than 1 year keep it packed or provide equivalent protection 3 Long term storage may result in sticking of packings or other components due to shortage of lubrication In such cases conduct pre conditioning operation of the valve before regular use 4 After a long period of storage permanent deformation change of size or deterioration of packings and other components would be a concern After s
130. ves ft B Specifications 31 Model JIS MVS Port size Rc3 8 Rc1 2 Rc3 4 Rel Working pressure 0 12 0 7MPa Fluid temperature 20 60C 5 Ambient temperature Remove moisture perfectly from the fluid to prevent freezing when used 20 50C at 5 C or lower Effective sectional area 60mm 70mm 150mm 165mm AC 0 03s 003s 0 05s 0 05s Response timearea DE 0 04s 004s 0 065s 0 065s Max operating frequency 1 S 1 cycle s Internal leakage JIS B8375 1993 JIS B8375 1993 standard value Installation position It is desirable to mount the valve with the spool located horizontally Mass QE L Notes 1 The above weight does not include weight of optional parts 2 2 Use the valve with lubricator 2 Position 5 Port Solenoid Valves
131. wever even before 2 years has passed the valve that reached the specified durable operation cycle should be over hauled and parts exchanged if necessary Note2 Laboratory durable operation cycle New Magstar 414 series and heavy duty series solenoid valves 5 million cycles Durable operation cycle for each valve is specified in the operation manual or drawing This cycle is determined based on the Konan standard test results Inspection interval should be determined referring to the actual installation environment or storage records 3 If a valve is not used for a long time the valve function may be deteriorated when restarting operation due to precipitation or effusion of lubricant film According to the JIS standard minimal operation frequency of a valve is specified as once in 30 days Before reaching that date perform periodical test operation or take other measures for preventing the valve deterioration 3 3 Residual energy Maintenance requiring actual operation of a system should be performed after pneumatic electric shut down and exhaustion of all residual electrical charge and compressed air from the system Make sure the movable components do not move during the maintenance and mechanically fix them if necessary for safety Care should also be taken for components that may drop out during the maintenance operation and components with sharp edges to ensure safety 3 4 Communication If multiple persons are involved in
132. z 0 3 4 Id AC220V 60Hz Can use the coil of AC100V 50 60Hz as AC110V 60Hz Manual push button No entry Not needed UX UX type Standard WX WX type water and dust proof 66 Power supply ER No entry UX D WX TH a TRO x d See Can use the coil of AC200V 50 60Hz as AC220V 60Hz See p 66 for details ET Port size aav EJ Terminal box OPTION 63 See OPTION1 p 63 No code entry if terminal box is not needed FRECA No entry TE Not needed wT IE NE Surge absorber Indication lamp Surge absorber amp indication lamp Z N

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