SOLENOID OPERATED DIRECTIONAL VALVES -DSG / /8, Sub-plate Mounting

Transcription

1 SOLNOID ORD DIRCIONL VLVS DSG0 /90 /8, Suplte Mounting Up to. M (470 SI), L /min ( U.S.GM) Mounting Surfce : ISO 404, CO, NFD0 u. C0 DIRCIONL CONROLS erminl ox ype lugin Connector ype Fetures hese re Solenoid Operted Directionl Vlves of high pressure, high flow nd low pressure drop, the fetures of which cn e mterilized y employing powerful wet type solenoid nd the rtionl flow chnnel design. Stndrd type... Usele t high pressure:. M (470 SI) nd high flow: L/min. ( U.S.GM) Shockless type... noise t spool chngeover nd virtion in piping cn e reduced to minimum. Stle opertion With strong mgnet nd spring force, the vlves re tough ginst contmintion nd thus ensure stle opertion. Solenoids Solenoid Connectors (DIN connector) he solenoid connectors re conform to the interntionl stndrd ISO 40 (Fluid power systems nd components hreepin electricl plug connectorschrcteristics nd requirements). C Solenoids 0 to Hz common service solenoids do not require rewiring when the pplied frequency is chnged. DC Solenoids (Reputle Kseries) hese DC solenoids hve surge sorers for Kseries functions. he three dvntges of them re s mentioned elow:. Since surge voltge cn e controlled to very low figure, electric control devices, such s computer, cn e used without ny interference like noise.. here eing no sprk etween contcts, the life of the rely ecomes longer.. ime lg for spool return fter deenergistion of the solenoid is very short. R ype Solenoids hese re rectifier nd surge sorer incorported direct current solenoids which cn e used y connecting directly to the C power source. hey hve, like other DC solenoids, such dvntges tht the sound in onoff opertion is quite low nd the coils re hrdly urnt out even if the spool is stuck t the hlf wy of its chngeover for contminnt prticles etc. Moreover, they cn e used lmost permnently without eing ffected y surge voltge from the outside. hus, they re the solenoids of high reliility nd durility. Insultion Clss of Solenoid Clss H he products pproved y CS (Cndin Stndrds ssocition) nd the products conforming to the Low Voltge Directive 7//C (mended y 9/8/C) re lso ville. For the detils, plese consult us or your Yuken distriutors. No.

2 Solenoid Operted Directionl Vlves DSG0/SDSG0 Specifictions/ Solenoid Rtings / Others DIRCIONL CONROLS Specifictios Vlve ype Stndrd ype Shockless ype Solenoid Rtings Vlve ype Model Numers DSG0C /90 DSG0D /90 DSG0 /90 SDSG0C /90 SDSG0 /90 Mx. Flow L/min (U.S.GM) () (.) Mx. Operting ressure M (SI). (470) Spool ype Only () () Mx. Line ck res. M (SI) () (). C solenoid is not ville in shockless type. R type models with uiltin current rectifier is recommended for shockless opertion with C power.. Inrush current in the ove tle show rms vlues t mximum stroke.. here re more coil types other thn the ove. For detils, plese mke inquiries. Mx. Chngeover pprox. Mss kg(s.) Frequency ype of Solenoid min (Cycles/Min) C DC, R 0 R ype Sol. Only (4.). (4.9).4 (.). (.). (4.9). (.) he mximum flow mens the limited flow without inducing ny normlity to the opertion (chngeover) of the vlve. he mximum flow differs ccording to the spool type nd operting conditions. For detils, plese refer to the "List of Stndrd Models nd Mximum Flow" on pges to 9. Stndrd ype Shockless ype lectric source C DC (K Series) C DC Rectified (R) Coil ype D D4 D R0 R00 Frequency (Hz) / Source Rting Voltge (V) Current & ower t Rted Voltge Servicele Rnge Inrush () Holding () ower (W) Suplte iping Size /8 /4 /8 Jpnese Stndrd "JIS" Suplte Model Numers DSGM0 DSGM0X DSGM0Y hred Size Rc /8 Rc /4 Rc /8 uropen Design Stndrd Suplte Model Numers Mounting olts For socket hed cp screws in the tle elow re included. hred Size N.mericn Design Stndrd Suplte Model Numers hred Size pprox. Mss kg (ls.) DSGM080 /8 S.F DSGM090 /8 N 0.8 (.8) /4 S.F DSGM0X90 /4 N DSGM0Y90 /8 N Descriptions Soc. Hd. Cp Screw (4 pcs.) ightening orque Jpnese Stndrd "JIS" uropen Design Stndrd N. mericn Design Stndrd he coil type numers in the shded column re hndled s opotinl extrs. In cse these coils re required to e chosen, plese confirm the time of delivery with us efore ordering. DSGM0X80 Supltes re ville. Specify the suplte model numer from the tle ove. When supltes re not used, the mounting surfce should hve good mchined finish. M 4 Lg. No. 4 UNC /4 Lg. 0.8 (.8) 0.8 (.8) 7 Nm (4 in. s.) pplicle to working pressure more thn M ( SI): 7 Nm ( in. s.) No.

3 Solenoid Operted Directionl Vlves DSG0 / SDSG0 Model Numer Designtion DIRCIONL CONROLS Model Numer Designtion F S DSG 0 D4 C L Models with Reverse Mtg. of Solenoid Omit if not required Specil wo osition Vlve Design Stndrd Design Numer lectricl Conduit Connection Mnul Override Coil ype Spool ype Spool Spring rrngement Numer of Vlve ositions Vlve Size Series Numer Shockless ype Specil Sels Omit if not required None: Jpnese Std. "JIS" C: 9, 4, C: Spring Centred : hree ositions 90: N.mericn Design Std. None: erminl ox ype None: Mnul Override in ,, DC: D D4 D D: NoSpring Detented None: Stndrd ype C : ush utton nd Lock Nut (Option) : wo ositions 0 N: lugin Connector ype DSG: Solenoid Operted Directionl Vlve F: For hosphte ster ype Fluids (Omit if not required L None: Jpnese Std. "JIS" nd uropen Design Std. R: (C DC) R0 R00, 8 : Spring Offset 90: N. mericn Design Std. N: lugin Connector ype with Indictor Light (Option) DC: D D4 D C: Spring Centred : hree ositions R: (C DC) S: Shockless ype L R0 R00 : Spring Offset : wo ositions In the tle ove, the symols or numers highlighted with shde represent the optionl extrs. he vlves with model numer hving such optionl extrs re hndles s options, therefore, plese confirm the time of delivery with us efore ordering. In cse of the specil two position vlve, plese refer to pge for detils. N is not ville for R type solenoids... No.

4 Options Solenoid Operted Directionl Vlves DSG0/SDSG0 Options / Hydrulic Fluids / Instructions ush utton with Lock Nut Cn e used for mnul chngeover of spool. he push utton cn e locked in the pressed condition. SOL DIRCIONL CONROLS Lock Nut ush utton lugin Connector with Solenoid Indictor Light hese re the indictor light incorported plugin connector type solenoids. nergistion or deenergistion of the solenoid cn e esily identified with the incorported indictor light. SOL lugin Connector with Indictor Light Hydrulic Fluids Fluid ypes ny type of hydrulic fluid, listed in the tle elow cn e used. etroleum se oil Synthetic fluids Wter contining fluids Use fluids equivlent to ISO VG or VG4. Use phosphte ester or polyol ester fluid.when phosphte ester fluid is used, prefix "F" to the model numer ecuse the specil sels (fluororuer) re required to e used. Use wterglycol fluids or W/O emulsion fluids. Note: For use with hydrulic fluids other thn those listed ove, plese consult your Yuken representtives in dvnce. Recommended Viscosity nd Oil empertures lwys e sure to use hydrulic fluids within the stipulted conditions shown elow: Viscosity: to 0 mm /s (77 to 800 SSU), emperture: to +70 C ( to F) Control of Contmintion Due cution must e pid to mintining control over contmintion of the hydrulic fluids which my otherwise led to rekdowns nd shorten the life of the vlve. lese mintin the degree of contmintion within NS 8Grde. Use μm or finer line filter. Instructions Mounting osture In cse Nospring detented type vlves re used in the solenoid deenergised stte, instll the vlve in such wy tht the xis LL' ecomes horizontl to get the detent effect firmly. For the vlve types other thn the ove, there re no restrictions on the mounting posture. Shockless ype In order to enefit from shockless opertion, it is necessry to fill the tnk line with operting oil. Only fter the tnk line hs een filled with operting oil, strt the opertion of the vlve on regulr sis. L SOL SOL L' Operting Force for Mnul Override ush in lese note tht s the ck pressure of the tnk line rises, the mnul override push pin turns hrd to operte (see the grph elow). Solenoid nergistion For doule solenoid vlves do not energise oth t the sme time s it will result in coils urning out. Vlve nk ort void connecting the vlve tnk port to line with possile surge pressure. iping end of tnk line should e sumerged in oil. Operting Force f. 0 0 N M nk Line ck ressure SI No.4

5 Solenoid Operted Directionl Vlves DSG0 List of Stndrd Models List of Stndrd Models nd he Mximum Flow Models with C Solenoids: DSG0 DIRCIONL CONROLS Mx. Flow L /min No. of Vlve ositions hree ositions SpoolSpring rrngement Spring Centred Model Numers DSG0C DSG0C DSG0C4 DSG0C DSG0C DSG0C9 DSG0C DSG0C DSG0C Grphic Symols M 4 M 4 M [ort "" locked] [ort "" locked] M. M () (4) M () () () 0() () () () () 0() () 4() (8) 0() () () 4() (8) 0() () () () 8(0) () 4() 4 8 M () (8) () (8) 4 0 M (0) () () 0() M () 0(8) 0() (). M () () () () M () 8(0) () 4() 4 8 M () (8) () (8) 4 0 M (0) () () 0() M () 0(8) 0() (). M () () () () (8) () () () () (8) () () () () () 4() (0) 0() (8) () 4() (0) 0() (8) (0) (0) (0) (0) 0 (8) (4) (4) (4) (4) () (8) () (8) () () (8) () (8) () () () (8) 8() () () () (8) 8() () wo ositions NoSpring Detented Spring Offset DSG0D DSG0 DSG0 DSG08 () () () () () 4() () (0) () (8) () 4() 4() () (0) () (0) (0) (4) (0) (4) (4) () () () () () () (0) () 0() (0) () (8) () Notes:. he reltion etween the mximum flow in the tle ove nd the frequency/voltge (within the servicele voltge) is s shown elow. (xmple) he mximum flow rte is constnt regrdless of 0 Hz or Hz nd of ny voltge vrints within the servicele voltge 0Hz, t rted voltge Hz, t rted voltge () (4). For the mximum flow rte in of the vlves with mrk, plese see pge 9. 0Hz, t minimum servicele voltge (80% of rted voltge) Hz, t minimum servicele voltge (90% of rted voltge) he vlve models with mrk re hndled s Options. If you choose such vlves, check the time of delivery eforehnd. No.

6 Solenoid Operted Directionl Vlves DSG0 List of Stndrd Models List of Stndrd Models nd he Mximum Flow Models with C Solenoids: DSG0 DIRCIONL CONROLS Mx. Flow U.S.GM No. of Vlve ositions hree ositions SpoolSpring rrngement Spring Centred Model Numers DSG0C DSG0C DSG0C4 DSG0C DSG0C DSG0C9 DSG0C DSG0C DSG0C Grphic Symols 7 SI.9 SI.4 SI. [ort "" locked] [ort "" locked] SI. 470 SI 7 SI.9 SI.4. SI. SI. 470 SI.. 7 SI SI SI SI 470 SI (7.9) (.) (). (.). (.) (7.9) (.) (). (.). (.).9 (.) 8.7 (4.8). (.).4 (.).4 (.).9 (.) 8.7 (4.8). (.).4 (.).4 (.) (.7) (.) (.) (.) (.4) 4. (.) (.) (.) (.) (.4) 4. (.) (.4). (.).7 (4.8) 9. (). (.).4 (.). (.).7 (4.8) 9. (). (.).4 (.) (7.9) (.) (). (.). (.) (7.9) (.) (). (.). (.).9 (.) 8.7 (4.8). (.).4 (.).4 (.).9 (.) 8.7 (4.8). (.).4 (.).4 (.) () (7.9) (.) () (.4) () (7.9) (.) () (.4) (8.7).9 (.) 7.9 (.). (.) (.) (8.7).9 (.) 7.9 (.). (.) (.) (.) (.) (.) (.) (.) (.9) (.9) (.9) (.9) (7.9) () (.) (4.8) () (7.9) () (.) (4.8) () (.) 9. (.). (4.8) 4.8 (.4) (.) (.) 9. (.). (4.8) 4.8 (.4) (.) wo ositions NoSpring Detented Spring Offset (xmple) DSG0D DSG0 DSG0 DSG08 he mximum flow rte is constnt regrdless of 0 Hz or Hz nd of ny voltge vrints within the servicele voltge (.9) (.9) (.9) (.9) 0Hz, t rted voltge.9.9 (9.).9 (.) (9.).(7.9).... (7.9) 7.9 (.) (9.).9 (.). (7.9) 7.9 (.) (4.) (.) (.) (.9) (.) (.9) (.9) (.) (4.) (4.) (4.) (4.) (4.) () (.) (.) (.4). (.) (.) 9. (.). () (.). (.) Notes:. he reltion etween the mximum flow in the tle ove nd the frequency/voltge (within the servicele voltge) is s shown elow. Hz, t rted voltge. For the mximum flow rte in of the vlves with mrk, plese see pge 9. 0Hz, t minimum servicele voltge (80% of rted voltge) Hz, t minimum servicele voltge (90% of rted voltge) he vlve models with mrk re hndled s Options. If you choose such vlves, check the time of delivery eforehnd. No.

7 Solenoid Operted Directionl Vlves DSG0 D /R List of Stndrd Models List of Stndrd Models nd he Mximum Flow Models with DC or R ype Solenoids: DSG0 D /R DIRCIONL CONROLS Mx. Flow L /min No. of Vlve ositions hree ositions SpoolSpring rrngement Spring Centred Model Numers DSG0C DSG0C DSG0C4 DSG0C DSG0C DSG0C9 DSG0C DSG0C DSG0C Grphic Symols M 4 M 4 M [ort "" locked] [ort "" locked] M 8. M 4 8 M 4 M M M. M M 4 M M M. M wo ositions NoSpring Detented Spring Offset DSG0D DSG0 DSG0 DSG Notes:. he reltion etween the mximum flow in the tle ove nd the voltge (within the servicele voltge) is s shown elow. (xmple) he mximum flow rte is constnt regrdless of ny voltge vrints within the servicele voltge t rted voltge [fter temperture rise nd sturted] t minimum servicele voltge (90% of rted voltge) [fter temperture rises nd sturted]. For the mximum flow rte in of the vlves with mrk, plese see pge 9. he vlve models with mrk re hndled s Options. If you choose such vlves, check the time of delivery eforehnd. No.7

8 Solenoid Operted Directionl Vlves DSG0 D /R List of Stndrd Models List of Stndrd Models nd he Mximum Flow Models with DC or R ype Solenoids: DSG0 D /R DIRCIONL CONROLS Mx. Flow U.S.GM No. of Vlve ositions hree ositions SpoolSpring rrngement Spring Centred Model Numers DSG0C DSG0C DSG0C4 DSG0C DSG0C DSG0C9 DSG0C DSG0C DSG0C Grphic Symols 7 SI.9 SI.4 SI. [ort "" locked] [ort "" locked] SI. 470 SI SI SI SI.. SI SI SI SI SI SI SI wo ositions NoSpring Detented Spring Offset DSG0D DSG0 DSG0 DSG Notes:. he reltion etween the mximum flow in the tle ove nd the voltge (within the servicele voltge) is s shown elow (xmple) he mximum flow rte is constnt regrdless of ny voltge vrints within the servicele voltge 4.. t rted voltge [fter temperture rise nd sturted] t minimum servicele voltge (90% of rted voltge) [fter temperture rises nd sturted]. For the mximum flow rte in of the vlves with mrk, plese see pge 9. he vlve models with mrk re hndled s Options. If you choose such vlves, check the time of delivery eforehnd. No.8

9 Solenoid Operted Directionl Vlves DSG0 / SDSG0 Mx. Flow of Centre yss / List of Shockless Models DIRCIONL CONROLS Mximum Flow of Centre yss In vlve type C, in cse where the ctutor is put on in etween the cylinder ports nd s illustrted elow nd where the ctutor moves nd suspended t its stroke end nd where the vlve is then shifted to the neutrl position in the suspended stte of the ctutor, the mximum flow rtes ville re those s shown s the tle elow regrdless of ny voltge in the rnge of servicele vltge. Mode Numers Grphic Symol M (7 SI) Mx. Flow L /min (U.S.GM) M ( SI) M ( SI) M ( SI) DSG0C /D /R 4 (.9) 4 (.4) (.) (7.9) List of Shockless Models nd he Mximum Flow Models with DC or R ype Solenoids: SDSG0 D /R Mx. Flow L /min (U.S.GM) No. of Vlve ositions hree ositions wo ositions Spool Spring rrngement Spring Centred Spring Offset Model Numers SDSG0C SDSG0C4 SDSG0 Grphic Symols M (7 SI) (.) (.) (.) (.) (.) (.) (9.) Note: he reltion etween the mximum flow in the tle ove nd the voltge (within the servicele voltge) is s shown elow. M M ( SI) ( SI) (.) (.) (.) (9.) M (7 SI) (.) (.) (7.9) [ort "" locked] M M ( SI) ( SI) (.) 0 (.) (.) 0 (.) (7.9) () (7.9) () (7.9) (7.9) M (7 SI) (.) (.) (.) [ort "" locked] M M ( SI) ( SI) (.) 0 (.) (.) 0 (.) (.) 0 (.) (7.9) () (7.9) () (7.9) () (xmple) he mximum flow rte is constnt regrdless of ny voltge vrints within the servicele voltge L /min (.) U.S.GM (.) 0 (.) t rted voltge [fter temperture rise nd sturted] t minimum servicele voltge (90% of rted voltge) [fter temperture rises nd sturted] No.9

10 Solenoid Operted Directionl Vlves DSG0 / SDSG0 Reverse Mtg. of Slenoid / Specil ositionvlve DIRCIONL CONROLS Reverse Mounting of Solenoid. In spring offset type, it is stndrd configurtion tht the solenoid is mounted onto the vlve in the SOL position (side). However, in this prticulr spoolspring rrngement, the mounting of the solenoid onto the vlve in the reverse position SOL side is lso ville. he grphic symol for this reverse mounting is s shown elow. s for the vlve type nd, plese refer to the explntion under the heding of "Vlves Using Neutrl osition nd Side osition" given elow. SOL SOL Stndrd Mtg. of Solenoid Reverse Mtg. of Solenoid Vlves Using Neutrl osition nd Side osition. (Specil wo position Vlve) esides the use of the stndrd position vlves forementioned in the "List of Stndrd Models nd Mximum Flow", the position vlves lso cn e used s the position vlves using the two of their three positions. In this cse, there re two kinds of the vlve ville. One is the vlve using the neutrl position nd SOL position ( ) nd nother is the vlve using the neutrl position nd SOL position ( ). (xmple) In cse of Spool ype "" SOL. nergised osition Neutrl osition SOL. nergised osition "": Use of Neutrl nd SOL. nergised osition () "": Use of Neutrl nd SOL. nergised osition () Grphic Symols Grphic Symols Model Numers Stndrd Mtg. ype Reverse Mtg. ype Model Numers Stndrd Mtg. ype Reverse Mtg. ype DSG0 DSG0 DSG0 DSG0 DSG0 DSG04 DSG0 DSG0 In the ove tle, the grphic symols in mounting type highlighted with shde re optionl extr, therefore, plese confirm the time of delivery with us efore ordering. No.

11 Solenoid Operted Directionl Vlves DSG0/SDSG0 ypicl Chngeover ime DIRCIONL CONROLS ypicl Chngeover ime Chngeover time vries ccording to oil viscosity, spool type nd hydrulic circuit. Stndrd ype (Without Shockless Function) Shockless ype [est Circuit nd Conditions] [est Conditions] ressure: M ( SI) Flow Rte: Viscosity: Voltge: Solenoid. L/min (8. U.S.GM) mm /s (4 SSU) 0 %V (fter coil temprture rises nd sturted) OFF ON OFF s ccelmeter Lod Speed Spool Shift 0 0 Mx. Setting ressure (s): 7 M (0 SI) Lod (W): 00 kg (0 s.) Speed: 8 m/min (7 ft./min) Viscosity: mm /s (4 SSU) [Reults of Mesurement] ON OFF [Result of Mesurment] ime ms ype Model Numers Stndrd ype DSG0C DSG0CD DSG0CR SOL ccelertion(g) ressure (s) G G ime ype Shockless ype Stndrd ype Model Nmers SDSG0CD DSG0CD ime ms 70 ccelertion m/s (G) G G (.) 8 (.8) 7 (0.7) (.) No.

12 Solenoid Operted Directionl Vlves DSG0/SDSG0 ressure Drop ressure Drop ressure drop curves sed on viscosity of mm /s (4 SSU) nd specific grvity of DIRCIONL CONROLS ressure Drop Stndrd ype: DSG0 SI M Flow Rte 4 L/min U.S.GM Model Numers DSG0C DSG0C DSG0C4 DSG0C DSG0C DSG0C9 DSG0C DSG0C DSG0C DSG0D DSG0 DSG0 DSG08 ressure Drop Curve Numer 4 4 Shockless ype: SDSG0 ressure Drop SI 70 0 M Model Numers SDSG0C SDSG0C4 SDSG0 ressure Drop Curve No L/min Flow Rte U.S.GM For ny other viscosity, multiply the fctors in the tle elow. mm /s Viscosity SSU Fctor For ny other specific grvity (G'), the pressure drop ( ') my e otined from the formul elow. ' = (G'/0.80) No.

13 Solenoid Operted Directionl Vlves DSG0 Instlltion Drwing DIRCIONL CONROLS RMINL OX Y Mounting surfce: ISO 404 Models with C Solenoids Doule Solenoid: Spring Centred & NoSpring Detented DSG0 C /90 D Solenoid Indictor Light (For Sol ) ressure ort "".(.) Di. hrough 9.(.7) C' ore 4 lces. (.9) 74. (.9) Cylinder ort "" 0.7 (.0) (.). (.8) Cylinder ort "" nk ort "" 0. (.0) 9.4 () 90 (.4). (.9) Solenoid Indictor Light (For Sol ) Spce Needed to Remove Solenoidch nd 4. (.79) 0.7 (.00) Model Numers "C" hd. DSG0 G / DSG0 90 / N lectricl Conduit Connection "C" hd. (oth nds) (.89) L SOL SOL L' (.98) 7 (.8) 90. (.) Mounting Surfce (ORings Furnished) (.4) (.) 8 (.0) Lock Nut ightening orque:.. Nm (90 IN.ls.) (.87) Mnul ctutoroth nds (.4) Di. Single Solenoid: Spring Offset DSG0 /90 DIMNSIONS IN MILLIMRS (INCHS) 0. (.0).7 (.4) SOL 4.7 (.) For other dimensions, refer to "Spring Centred nd NoSpring Detented" models. Solenoid eing mounted in the reverse position SOL side is lso ville. No.

14 Solenoid Operted Directionl Vlves DSG0/SDSG0 Instlltion Drwing DIRCIONL CONROLS RMINL OX Y Models with DC Solenoids : (S)DSG0 D /90 Models with R ype Solenoids : (S)DSG0 R /90 Spring Centred NoSpring Detented Spring Offset 0. (.0) (8.7) 90 (.4). (.9) (.) Spce Needed to Remove Solenoidch nd (.7) (.89) Mounting surfce: ISO 404 Model Numers DSG0 DSG0 90 lectricl Conduit Connection "C" hd. (oth nds) "C" hd. G / / N SOL SOL 8 (.0) (.98) 7 (.8) 90. (.) Doule Solenoid Models Only (.98) (.87) Mnul ctutoroth nds (.4) Di. For other dimensions, refer to models with C solenoids (ge ). Suplte : DSGM0/0X/0Y/80/90 DIMNSIONS IN MILLIMRS (INCHS) 7 (.8) Di. 4 lces. 4. (.9) (.). (.9). (.8).7(.0) 0.7 (.0). (.). (.0) "D" hd. "" Deep 4 lces 8. (.).8 (.0) (.).7 (.) 7. (.) (.89) (.) (.) (.) (.9) 7 (.4) 4 (.94) "C" hd. 4 lces 7 (.80) 8 (.) 7 (.8) 7 (.8) Di. hrough (.4) Di. Spotfce lces (.4). (.49). (.) 8. (.) Suplte Model Numers DSGM0 DSGM080 DSGM090 DSGM0X DSGM0X80 DSGM0X90 DSGM0Y DSGM0Y90 iping Size "C" hd. Rc /8 /8 S.F /8 N Rc /4 /4 S.F /4 N Rc /8 /8 N "D" hd. M No.4 UNC M No.4 UNC M No. 4 UNC "" mm(in.) (.9) (.47) (.9) (.47) (.9) (.47) No.4

15 Solenoid Operted Directionl Vlves DSG0 / SDSG0 Instlltion Drwing DIRCIONL CONROLS LUGIN CONNCOR Y (N) LUGIN CONNCOR WIH INDICOR LIGH (N) Models with C Solenoids: DSG0 N /90 N 9.4 () 70 (.7) 7 (.0) 74. (.9) 9 (.4) Cle Deprture Cle pplicle: Outside Di. 8mm(..9 in.) Conductor re Not xceeding.mm (.00 Sq. in.) DIMNSIONS IN MILLIMRS (INCHS) he position of the lugin connector cn e chnged s illustrted elow y loosening the lock nut. fter completion of the chnge, e sure to tighten the lock nut with the torque s specified elow. (.89) 7. (.08) L SOL SOL L' (.09) (.98) 90 (.4) Doule Solenoid Models Only (.98) Lock Nut ightening orque:.. Nm (90 IN.ls.) Models with DC Solenoids: (S)DSG0 D N /90 N Models with R Solenoids: (S)DSG0 R N/90 (8.7) 70 (.7) 8. (.9) 7 F (.0) he position of the lugin connector cn e chnged s illustrted elow y loosening the lock nut. fter completion of the chnge, e sure to tighten the lock nut with the torque s specified elow. (.89) D C L SOL SOL L' (.98) Doule Solenoid Models Only (.98) Lock Nut ightening orque:.. Nm (90 IN.ls.) Model Numers (S)DSG0 D N/N/90 (S)DSG0 R N/90 Dimensions mm (Inches) C D F (.98) 4 (9) 4 (.) 7. (.) 7. (.08) 4 (.4) For other dimensions, refer to "erminl ox type" (ge to 4). 9 (.4) (.09) Models with ush utton & Lock Nut (S)DSG0 C C : 9. (.09) DC/R : 8. (.4) Lock Nut ress the "ush utton" then turn "Lock Nut" clockwise. he positionof the "ush utton" is held. e sure to loosen "Lock Nut" fully efore solenoid is energised SOL ush utton No.

16 Solenoid Operted Directionl Vlves DSG0/SDSG0 Led Wire Connection DIRCIONL CONROLS Detils of Receptcle ype of lectricl Conduit Connection Doule Solenoid ype Single Solenoid ype ower Supply (For SOL.) ower Supply ower Supply (For SOL.) erminl ox ype Indictor Light SOL. SOL. SOL. Common lte Indictor Light Indictor Light Common lugin Connector ype ower Supply ower Supply. here re two grounding terminls. You cn use either one.. If you do not need the common plte, remove it.. With DC solenoids, polrity is no question. DNGR Do not perform wiring while the power is on. Doing so my result in electric shock, urns or deth. Mke the wiring properly. Improper wiring will cuse n irregulr movement of the mchine, resulting in grve ccident. lectricl Circuit ype of lectricl Conduit Connection lectric Source C DC C DC Rectified erminl ox ype ower Supply Indictor Light ower Supply Indictor Light ower Supply Indictor Light VoltgeSurge Suppressor SOL. SOL. SOL. Common Common VoltgeSurge Suppressor Common Rectifier Circuit lugin Connector ype ower Supply ower Supply Indictor Light (Integrted in "N" model only) SOL. ower Supply ower Supply Indictor Light (Integrted in "N" model only) SOL. VoltgeSurge Suppressor (Circuit composed in coil) ower Supply ower Supply VoltgeSurge Suppressor Rectifier Circuit SOL. No.

17 Solenoid Operted Directionl Vlves DSG0/SDSG0 Spre rts List DIRCIONL CONROLS DSG0 /90 4 X View rrow X SOL SOL Spring Offset type DSG0 N/N/ SOL SOL List of Sels Item Nme of rts rt Numers Qty. C D Remrks ORing ORing ORing ORing ORing ORing cking SON9 SON8 S 790SVK99 SON8 SON4 790SVK Included in Solenoid ss'y (Item ) When ordering the ORings, plese specify the sel kit numer from the tle elow. Vlve Model Numers DSG0 /90 DSG0 N/90 Sel Kit No. KSDSG0 KSDSG0N ORing Detils for Sel Kit 8 (4 cs.), 9 & 4 ( cs., see ove), (4 cs.) 8 (4 cs.), 9 & 4 ( cs., see ove) Solenoid ss'y, Coil, Receptcle nd Connector Refer to ge 8 for the detils of these prts. WRNING CUION When mking replcement of sels, plese do it crefully fter reding through the relevnt instructions in the Opertor's Mnul. efore mintennce or removl, do the following, Filure to do these my cuse components to move, cusing oil lekge or serious ccidents. Shut off the equipment's power supply, nd e sure tht ll electric motors nd engines hve stopped. Return pressure in ll hydrulic systems to zero. No.7

18 Solenoid Operted Directionl Vlves DSG0/SDSG0 Spre rts List DIRCIONL CONROLS Solenoid ss'y, Coil, Receptcle nd Connector ss'y No. Vlve Model Numers DSG0 0 DSG0 0 DSG0 00 DSG0 DSG0 D DSG0 D4 DSG0 D DSG0 R0 DSG0 R00 SDSG0 D SDSG0 D4 SDSG0 D SDSG0 R0 SDSG0 R00 DSG0 0N DSG0 0N DSG0 00N DSG0 N DSG0 DN DSG0 D4N DSG0 DN DSG0 R0N DSG0 R00N SDSG0 DN SDSG0 D4N SDSG0 DN SDSG0 R0N SDSG0 R00N DSG0 0N DSG0 0N DSG0 00N DSG0 N DSG0 DN DSG0 D4N DSG0 DN SDSG0 DN SDSG0 D4N SDSG0 DN Solenoid ss'y No. S0 S0 S00 S SD SD4 SD SR0 SR00 SDS SD4S SDS SR0S SR00S S0N S0N S00N SN SDN SD4N SDN SR0N SR00N SDSN SD4SN SDSN SR0SN SR00SN S0N S0N S00N SN SDN SD4N SDN SDSN SD4SN SDSN Coil No. CS0 CS0 CS00 CS CSD CSD4 CSD CSR0 CSR00 CSD CSD4 CSD CSR0 CSR00 CS0N CS0N CS00N CSN CSDN CSD4N CSDN CSR0N CSR00N CSDN CSD4N CSDN CSR0N CSR00N CS0N CS0N CS00N CSN CSDN CSD4N CSDN CSDN CSD4N CSDN 4 Receptcle rt No. R KR KR RR KR KR RR Connector ss'ly rt No. GDM GDMR GDM GDMR GDML GDML GDML GDML GDML GDML GDML 4 Connector ss'ly rt No. GDM GDMR GDM GDMR GDML GDML GDML GDML GDML GDML GDML Remrks erminl ox ype lugin Connector ype lugin Connector with Indictor Light Note: he connector ssemly is not included in the solenoid ssemly. No.8

19 Solenoid Operted Directionl Vlves DSG0 / SDSG0 Interchngeility etween current nd New Design DIRCIONL CONROLS o improve product qulities nd fcilitte the supply of product, the solenoid operted directionl vlves, DSG0 series hve een modelchnged from 0 to design. he new nd current models cn e compred s follows: Specifictions nd Chrcteristics here re no chnges in the specifictions nd chrcteristics of the vlves themselves. Solenoid Rtings here re chnges in the inrush current, holding current nd power s shown elow. No other chnges. Vlve ype lectric Source Coil ype Stndrd ype Shockless ype C DC C DC Rectified D D4 D R0 R00 Frequency (Hz) / Source Rting Voltge (V) Servicele Rnge Current & ower t Rted Voltge Inrush () Holding () ower (W) New Current New Current New Current Shockless type C solenoids re not ville.. Inrush current in the ove tle shown rms vlues t mximum stroke. Interchngeility in Instlltion C solenoids here is n interchngeility in instlltion, except for differences in the dimensions with n str mrk. Current : Design 0 New : Design (8.7) (.) 9.4 () 0.7 (.00) SOL SOL SOL SOL (.98) 4.7 (.) DC/R ype solenoids here is n interchngeility in instlltion, except for solenoid shpe chnges from hexgonl to circulr. here re no other chnges in ppernce, dimensions etc. No.9