2/3 Port Solenoid Valve for Chemicals
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- Lizbeth O’Connor’
- 6 years ago
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1 Cmpac Dc Opad / P Slnd Valv f Chmcals Wd pa maal: Bd/Pla Daphagm Chc f EPDM, FKM, Kalz N) 0 Svc lf: mlln ccls m (Basd n SMC s cndns) M vaans! Daphagm Pla Nw Ofc dam. mm Ofc dam. mm Nw Ofc dam.6 mm Nw Ofc dam mm LVM09/090 LVM0/00 LVM/0 LVM0/00 N) Kalz s a gsd admak f DPn Pfmanc Elasms. Ss LVM CAT.ES0-0B
2 Mng h ms advancd nds f pcss cnl Cmpac Dc Opad / P Valv chamb vlm Ss Valv chamb vlm LVM09/090 LVM0 (F LVM) Chang n vlm dpndng n pn/clsd sas f valv (pmpng vlm) 0.0 μl lss (Rck p) Un: μl LVM0/00 LVM/0 LVM0/ Pmpng vlm fs h vlm f wa ha s xplld fm h valv chamb, n whch s sald, b h pnng and clsng acn f h valv (nc wh n appld pss). Wh a nmal daphagm valv, bcas h valv chamb vlm vas dpndng n ON OFF sas, a dffnc n vlm s dschagd n h l sd f h valv whn h valv s swchd fm ON OFF. Hwv, wh a ck p valv, h s alms n chang n vlm, and hs n fld s dschagd n h l sd f h valv. Daphagm valv ON sas (Valv pn) Dffnc n vlm Vsbl chang n vlm OFF sas (Valv clsd) Rck p Tp wh pw-savng cc can b slcd. Hldng pw cnsmpn can b dcd sbsanall. Un: W Ss LVM09/090 LVM0/00 LVM/0 LVM0/00 Pw cnsmpn Insh Hldng ON sas. 0.9 N chang n vlm.. OFF sas 0.6 Spac-savng Ss Valv wdh Manfld pch LVM LVM0/00 LVM0 6 Un: mm LVM00 0 Rf 0 n Dsgn and Slcn n h back f pag, f h valv s b ngzd cnnsl f xndd pds f m, sd wh a manfld. Valv sd C A B LVM Manfld pch Applcans: Vas analcal and nspcn pmn Analcal nsmns f bld, n, mmn ssm, c. Fas
3 Slnd Valv f Chmcals Ss LVM Ppng/Mnng Vaans Bd pd M had Tbng p Manal (Opnal) x M x 0.8 Back (Opnal) Back (Opnal) Tbng LVM LVM0/00 Bas mnd Wh sb-pla O-ng LVM09/090 LVM0/00 LVM/0 LVM0/00 C Wh sb-pla A B PAT.PEND LVM (Rck p) A B C Valv chamb vlm Bd/Pla maal: Daphagm maal: LVM0/00 EPDM, FKM Kalz Fas
4 Ss Vaans Mdl Valv cnscn Valv p Nmb f ps Opang pss ang Ofc dam (mm) Valv wdh LVM09R LVM09R Daphagm p dc pad ppp (Rck p) N.O. kpa 0. MPa. 9. LVM09R Unvsal LVM Daphagm p dc pad ppp 0 0. MPa. LVM0R LVM0R N.O. kpa 0. MPa. LVM0R Unvsal LVM0R LVM0R LVM0R6 N.O. kpa 0. MPa. LVM0R LVMR Daphagm p dc pad ppp (Rck p) Unvsal LVMR N.O. kpa 0. MPa (0 0.6 MPa).6 () 6 LVMR Unvsal LVM0R LVM0R N.O. kpa 0. MPa 0 LVM0R Unvsal Fas
5 Ss LVM Flw chaacscs Wa Av Cv C A b Fld mpa ( C) Vlm f valv chamb Wgh (g) Pw cnsmpn (W) Pag 0. x P x a nsh a hldng P x (wh n cndnsan) P x x (0.6 x 0 6 ) (0.0) (0.0) (0.) 0. a nsh a hldng P. Th fgs n ( ) ndca h hgh-pss p..6 x P. 6 Th vals f Av and Cv a basd n JIS B 00:99, C and b a basd n JIB B 890:000. Fas
6 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM09/090 Hw Od Bas Mnd Smbl 09R Nmb f ps LVM 09R Valv p (Smbl ) Smbl (Smbl ) A Lad w lngh Nl 6 0 mm 00 mm 600 mm Nl cann b slcd n h cas f fncn Y. CE cmplan Nl Nn Q CE cmplan 09R N.O. 09R Unvsal (Smbl ) (Smbl ) Cl vlag Smbl Vlag VDC 6 VDC Fncn Nl Sandad Y Wh pw-savng cc Wd pa maal Smbl Pla Daphagm A B C EPDM FKM Kalz Spcfcans Flw Chaacscs Mdl Valv cnscn Valv p Nmb f ps Fld N ) Opang pss ang Ofc dam Rspns m Lakag Pf pss N ) Ambn mpa Fld mpa Vlm f valv chamb N ) Mnng nan N ) Encls Wgh Rad vlag Allwabl vlag flcan N ) Tp f cl nslan Pw cnsmpn (Whn ad vlag s a V) Sandad Wh pwsavng cc Insh Hldng Bas mnd LVM09R LVM09R LVM09R Daphagm p dc pad ppp (Rck p) N.O. Unvsal A, Wa, P wa, Dln, Clanng slvn kpa 0. MPa. mm 0 ms lss (a pnmac pss) Z lakag, h xnal nnal (a wa pss) 0. MPa 0 0 C 0 0 C (wh n cndnsan) 8 μl F IP0 valn 0 g, VDC ±0% f ad vlag Class B W (0.08 A). W (0. A) 0.9 W Wa Av Cv 0. x Th vals f Av and Cv a basd n JIS B 00:99, C and b a basd n JIB B 890:000. Cl swchng ns N 6) 0 db N ) Slc an apppa maal f h wd pa whn fld sch as a clanng slvn s sd. Als, b s cnfm h fld cmpabl n advanc. N ) Indcas h pss whch ds n gna bakag, cacks xnal lakag af a n-mn agh s. N ) Indcas h vlm f claanc nsd h valv chamb af h vlm f h daphagm s sbacd. N ) Snc h bd (fc shap) s dsgnd lmna sdal ld, mnng n a vcal dcn wh h cl a h p s cmmndd. Whn sdal ld s n cnsdd, an mnng nan s avalabl. N ) Whn h spns spd s gadd as mpan, pvn ngav flcan f h vlag b ada glan. N 6) Th val s basd n SMC s masmn cndns. Th ns lvl wll va wh cndns. N ) Rf 0 n Dsgn and Slcn n h back f pag, f h valv s b ngzd cnnsl f xndd pds f m. C 0.06 A b 0.
7 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM09/090 Cnscn: Bas Mnd LVM09R LVM09R w!0 w!0 LVM09R Cmpnn Pas: LVM09R, 09R, 09R N. Dscpn Maal Pla Daphagm assmbl Bd Sld bshng assmbl Ama assmbl Cl assmbl Lad w Mld O-ng Infac gask EPDM/FKM/Kalz PPS/Sanlss sl PET NBR EPDM/FKM/Kalz w!0
8 Ss LVM09/090 Dmnsns: Bas Mnd LVM09R LVM09R LVM09R.6 9 x ø. Mnng hl.6 Th bkn lns ndca wh pw-savng cc. Wh pw-savng cc (Y nl) 9. UL06 AWG6 0 0 (F Y) 0 (Lad w lngh) 00 (Lad w lngh f Y) ø. dph.8 x ø.6 LVM09R. ø. dph.8 ø. dph.8 LVM09R LVM09R Whn sng a psnng pn f mnng, plas s ø and hgh. lss. 9 ± ± x ø.6 x ø.6. Rcmmndd nfac dmnsns x M x 0. Effcv had lngh. m 9 ± ± 0. Sfac ghnss = Rz. lss. Sfac ghnss = Rz. lss x ø. C0. lss (N.C), (COM), (N.O) N d f LVM09R LVM09R, LVM09R Whn sng a psnng pn f mnng, plas s ø and hgh. lss. x M x 0. Effcv had lngh. m LVM09R x ø. C0. lss
9 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Hw Od Smbl Nmb f ps Valv p Smbl Cnncn 0R 0R N.O. (Smbl ) (Smbl ) (Smbl ) (Smbl ) M had Tbng p Wd pa maal Smbl Pla Daphagm A B C EPDM FKM Kalz Opn Nl Nn Back Manal vd Back, Manal vd Onl Opn can b slcd f h LVM 0R Unvsal Bd Pd Bas Mnd LVM A LVM 0R A Smbl 0R Nmb f ps Valv p (Smbl ) Smbl (Smbl ) Nl Y Fncn Sandad Wh pw-savng cc F h LVM, h p wh pw-savng cc s sandad. CE cmplan Nl Nn Q CE cmplan Lad w lngh Nl 00 mm mm mm 0R N.O. 0R6 0R Unvsal (Smbl ) (Smbl ) (Smbl ) (Smbl ) Cl vlag Smbl Vlag VDC 6 VDC Wd pa maal Smbl Pla Daphagm A B C E F G PFA PFA PFA EPDM FKM Kalz EPDM FKM Kalz Opn Nl Nn Back Manal vd Back, Manal vd Wh a sb-pla, a back cann b aachd. Sb-pla maal/p sz Nl Wh sb-pla U U PVDF PVDF PFA PFA M6 /-8UNF M6 /-8UNF Cmbnans wh wd pa maals E, F, G. a n avalabl.
10 Ss LVM0/00 Spcfcans Bd pd Bd pd (Tbng p) Bas mnd (Wh sb-pla) Bd pd Bd pd (Tbng p) Bas mnd Mdl LVM LVM0R LVM0R LVM0R LVM0R LVM0R LVM0R6 LVM0R Daphagm p Valv cnscn dc pad Daphagm p dc pad ppp (Rck p) ppp Valv p N.O. Unvsal N.O. Unvsal Nmb f ps Fld N ) Opang pss ang Ofc dam Rspns m Lakag Pf pss N ) Ambn mpa Fld mpa Vlm f valv chamb Mnng nan Encls Wgh Rad vlag Allwabl N ) vlag flcan 0 0. MPa. mm μl 0 g A, Wa, P wa, Dln, Clanng slvn kpa 0. MPa. mm 0 ms lss (a pnmac pss) Z lakag, h xnal nnal (a wa pss) 0.8 MPa 0 0 C 0 0 C (wh n cndnsan) 0 μl F IP0 valn g (wh sb-pla), g (wh sb-pla), VDC ±0% f ad vlag Tp f cl nslan Class B Pw cnsmpn (Whn ad vlag s a V) Sandad Wh pwsavng cc Insh Hldng N ) Cl swchng ns. W (0. A) N ) Slc an apppa maal f h wd pa whn fld sch as a clanng slvn s sd. Als, b s cnfm h fld cmpabl n advanc. N ) Indcas h pss whch ds n gna bakag, cacks xnal lakag af a n-mn agh s. N ) Indcas h vlm f claanc nsd h valv chamb af h vlm f h daphagm s sbacd. N ) Snc h bd (fc shap) s dsgnd lmna sdal ld, mnng n a vcal dcn wh h cl a h p s cmmndd. Whn sdal ld s n cnsdd, an mnng nan s avalabl. N ) Whn h spns spd s gadd as mpan, pvn ngav flcan f h vlag b ada glan. N 6) Th val s basd n SMC s masmn cndns. Th ns lvl wll va wh cndns. N ) Rf 0 n Dsgn and Slcn n h back f pag, f h valv s b ngzd cnnsl f xndd pds f m. W 0 db. W (0.06 A) Flw Chaacscs Valv cnscn Av Wa Cv C A b Dc pad ppp 0.96 x Rck p 0. x Th vals f Av and Cv a basd n JIS B 00:99, C and b a basd n JIB B 890:000. Bas mnd (Wh sb-pla)
11 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Cnscn: Bd Pd LVM!0 w! Cmpnn Pas: LVM N. Dscpn Bd Daphagm assmbl Spac Ama assmbl Cl assmbl 6 Slv Rn spng 8 Bad assmbl 9 Casng 0 Plg O-ng Maal EPDM/FKM/Kalz Sanlss sl/pom SUY Sanlss sl NBR NBR LVM0R LVM0R!!0!!0!!!! w w LVM0R!!0! Cmpnn Pas: LVM0R, 0R, 0R w! N Dscpn Pla Daphagm assmbl Bd Sld bshng assmbl Ama assmbl Cl assmbl Slv Spac Rn spng Bad assmbl Casng Plg O-ng Maal EPDM/FKM/Kalz POM/Sanlss sl Sanlss sl/ SUY Sanlss sl NBR NBR 6
12 Ss LVM0/00 Cnscn: Bas Mnd LVM0R LVM0R LVM0R6!!0!!0!!0!!! w!! w!! w!! LVM0R!!0! w!! Cmpnn Pas: LVM0R, 0R, 0R6, 0R N. Dscpn Maal Pla Daphagm assmbl Bd Sld bshng assmbl Ama assmbl Cl assmbl Slv Spac Rn spng Bad assmbl Casng Plg O-ng O-ng /PFA EPDM/FKM/Kalz POM/Sanlss sl Sanlss sl/ SUY Sanlss sl NBR NBR EPDM/FKM/Kalz
13 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Dmnsns: Bd Pd LVM- - () ( x R.) 9 9. UL00 AWG M x 0.8 p x ø. Mnng hl. 00 (Lad w lngh) M x 0.8 p LVM0R- - () LVM0R- - (N.O.) LVM0R- - (Unvsal) UL00 AWG (8.) (Lad w lngh) x ø.8 N.O.. 6. LVM0R Psh p Manal vd x ø. Mnng hl 9. x ø.8 N.O x ø.8 N.O.. 6. Th bkn lns ndca wh back. LVM0R 8
14 Ss LVM0/00 Dmnsns: Bas Mnd LVM0R- - () LVM0R- - (N.O.) LVM0R6- - () LVM0R- - (Unvsal) <.> UL00 AWG 6 00 (Lad w lngh) x ø. Mnng hl <8.> (6.) Psh p Manal vd. 9. N.O. LVM0R Th fgs n backs < > ndca h vals f PFA pla maal (wd pa maal E, F, G ). In h cas f PFA pla maal (wd pa maal E, F, G ), h s n ø.6 psnng hl <8.> x ø. x ø. Mnng hl <8.> ø.6 dph. (6.) x ø. Mnng hl ø.6 dph. (6.) x ø. Mnng hl <8.> ø.6 dph (6.) x ø. x ø. x ø. LVM0R LVM0R LVM0R6 Rcmmndd nfac dmnsns x M x 0. Effcv had lngh. m 0. ± 0. Sfac ghnss = Rz. lss 0. ± 0. (N.O), N d f LVM0R Whn sng a psnng pn f mnng, plas s ø. and hgh lss. x M x 0. Effcv had lngh. m Sfac ghnss = Rz. lss 8. ± ± ± 0. x ø. C0. lss (N.C), 8. ± 0. (COM), N d f LVM0R6 Whn sng a psnng pn f mnng, plas s ø. and hgh lss. x ø. C0. lss LVM0R, LVM0R6, LVM0R LVM0R 9
15 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Dmnsns: Bas Mnd LVM0R- - () LVM0R- - (N.O.) LVM0R6- - () LVM0R- - (Unvsal) x ø. Mnng hl 9 N.O. (6) 6 UL00 AWG 6 00 (Lad w lngh) Plg LVM0R N.O. p (6) Psh p Manal vd. p 0 p LVM0R6 N.O.. (6) N.O. x M6 x, /-8UNF p (LVM0R, 0R) (COM) p (LVM0R) Plg (LVM0R6) () 6 6 p Plg (6) (N.C) p 0 (N.O) p x M Thad lngh F dc mnng LVM0R Th bkn lns ndca wh back. 0
16 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM/0 Hw Od Bas Mnd Smbl R R Nmb f ps N.O. R Unvsal Spcfcans LVM R Valv p (Smbl ) (Smbl ) Smbl (Smbl ) (Smbl ) Y A Cl vlag Smbl Vlag VDC 6 VDC CE cmplan Nl Q Nn CE cmplan Lad w lngh Nl 00 mm mm mm Wd pa maal Smbl Pla Daphagm A B C EPDM FKM Kalz Fncn Smbl Spcfcans Y Sandad (Wh pw-savng cc) HY Hgh-pss p (Wh pw-savng cc) Flw Chaacscs Mdl Valv cnscn Valv p Nmb f ps Fld N ) Opang pss ang Ofc dam Rspns m Lakag Pf pss N ) Ambn mpa Fld mpa Vlm f valv chamb N ) Mnng nan N ) Encls Wgh Rad vlag Allwabl vlag flcan N ) Bas mnd LVMR LVMR LVMR Daphagm p dc pad ppp (Rck p) N.O. Unvsal A, Wa, P wa, Dln, Clanng slvn kpa 0. MPa [0 0.6 MPa].6 mm [ mm] ms lss (a pnmac pss) Z lakag, h xnal nnal (a wa pss) 0.8 MPa [0.9 MPa] 0 0 C 0 0 C (wh n cndnsan) 0 μl F IP0 valn g, VDC ±0% f ad vlag Fncn Sandad Wa Av 0.96 x 0 6 [0.6 x 0 6 ] Cv 0.0 [0.0] Th vals f Av and Cv a basd n JIS B 00:99, C and b a basd n JIB B 890:000. Tp f cl nslan Class B Pw cnsmpn. W Insh (Whn ad vlag s a (0. A) V) Hldng W Cl swchng ns N 6) 60 db [ ] ndcas hgh-pss p. N ) Slc an apppa maal f h wd pa whn fld sch as a clanng slvn s sd. Als, b s cnfm h fld cmpabl n advanc. N ) Indcas h pss whch ds n gna bakag, cacks xnal lakag af a n-mn agh s. N ) Indcas h vlm f claanc nsd h valv chamb af h vlm f h daphagm s sbacd. N ) Snc h bd (fc shap) s dsgnd lmna sdal ld, mnng n a vcal dcn wh h cl a h p s cmmndd. Whn sdal ld s n cnsdd, an mnng nan s avalabl. N ) Whn h spns spd s gadd as mpan, pvn ngav flcan f h vlag b ada glan. N 6) Th val s basd n SMC s masmn cndns. Th ns lvl wll va wh cndns. N ) Rf 0 n Dsgn and Slcn n h back f pag, f h valv s b ngzd cnnsl f xndd pds f m. C 0. [0.0] A b 0. [0.]
17 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM/0 Cnscn: Bas Mnd LVMR LVMR w!0 w!0 LVMR Cmpnn Pas: LVMR, R, R N. Dscpn Maal Pla Daphagm assmbl Bd Sld bshng assmbl Ama assmbl Cl assmbl Slv Bad assmbl Casng Infac gask EPDM/FKM/Kalz PPS/Sanlss sl SUY EPDM/FKM/Kalz w!0
18 Ss LVM/0 Dmnsns: Bas Mnd LVMR LVMR LVMR. 0. x ø. Mnng hl 6 UL00 AWG (Lad w lngh) Max.. Mn. 0 ø. dph. x R. Max. 9 Mn.. x R.. LVMR N.O. ø. dph. x R. Max.. Mn. 0 ø. dph. x R.. Max.. Mn. 0. x R. x R. x R. Max. 9 Mn.. Rcmmndd nfac dmnsns. ± 0. Max. 9 Mn.. LVMR Sfac ghnss = Rz. lss Max. 9 Mn.. LVMR Sfac ghnss = Rz. lss. ± ± ± 0. x M. x 0. Effcv had lngh m. Max. 9 Mn.. Max. 9 Mn.. Max.. Mn ± 0. x M. x 0. Effcv had lngh m 0. ± 0. Max. 9 Mn.. Max.. Mn. 0.. x ø. C0. lss (N.C), Whn sng a psnng pn f (COM), mnng, plas s ø. and hgh lss. LVMR, LVMR (N.O) N d f LVMR x ø. C0. lss Whn sng a psnng pn f mnng, plas s ø. and hgh lss. LVMR
19 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Hw Od Bas Mnd LVM 0R A Smbl Nmb f ps Valv p Smbl CE cmplan Nl Nn Q CE cmplan 0R (Smbl ) (Smbl ) Lad w lngh Nl 00 mm mm mm 0R N.O. (Smbl ) (Smbl ) Cl vlag Smbl Vlag VDC 6 VDC Wd pa maal Smbl Pla Daphagm A B C EPDM FKM Kalz 0R Unvsal Fncn Nl Y Sandad Wh pw-savng cc Spcfcans Flw Chaacscs Valv cnscn Valv p Nmb f ps Fld N ) Opang pss ang Ofc dam Rspns m Lakag Pf pss N ) Ambn mpa Fld mpa Vlm f valv chamb N ) Mnng nan N ) Encls Wgh Rad vlag Allwabl vlag flcan N ) Tp f cl nslan Pw cnsmpn (Whn ad vlag s a V) Mdl Sandad Wh pwsavng cc Bas mnd LVM0R LVM0R LVM0R Daphagm p dc pad ppp (Rck p) N.O. Unvsal A, Wa, P wa, Dln, Clanng slvn kpa 0. MPa mm 0 ms lss (a pnmac pss) Z lakag, h xnal nnal (a wa pss) 0. MPa 0 0 C 0 0 C (wh n cndnsan) 8 μl F IP0 valn 80 g, VDC ±0% f ad vlag Class B. W (0. A) W Insh (0. A) Hldng 0.6 W Wa Av Cv.6 x Th vals f Av and Cv a basd n JIS B 00:99, C and b a basd n JIB B 890:000. Cl swchng ns N 6) 60 db N ) Slc an apppa maal f h wd pa whn fld sch as a clanng slvn s sd. Als, b s cnfm h fld cmpabl n advanc. N ) Indcas h pss whch ds n gna bakag, cacks xnal lakag af a n-mn agh s. N ) Indcas h vlm f claanc nsd h valv chamb af h vlm f h daphagm s sbacd. N ) Snc h bd (fc shap) s dsgnd lmna sdal ld, mnng n a vcal dcn wh h cl a h p s cmmndd. Whn sdal ld s n cnsdd, an mnng nan s avalabl. N ) Whn h spns spd s gadd as mpan, pvn ngav flcan f h vlag b ada glan. N 6) Th val s basd n SMC s masmn cndns. Th ns lvl wll va wh cndns. N ) Rf 0 n Dsgn and Slcn n h back f pag, f h valv s b ngzd cnnsl f xndd pds f m. C 0. A b 0.
20 Ss LVM0/00 Cnscn: Bas Mnd LVM0R LVM0R!0!0!! w! w! LVM0R!0! Cmpnn Pas: LVM0R, 0R, 0R N. Dscpn Maal Pla Daphagm assmbl Bd Sld bshng assmbl Ama assmbl Cl assmbl Slv Bad assmbl Casng Plg O-ng O-ng EPDM/FKM/Kalz PPS/Sanlss sl SUY NBR NBR EPDM/FKM/Kalz w!
21 Cmpac Dc Opad / P Slnd Valv f Chmcals Ss LVM0/00 Dmnsns: Bas Mnd LVM0R LVM0R LVM0R. x ø. Mnng hl 0 UL00 AWG 00 (Lad w lngh) x ø. 8 N.O. 9 LVM0R ø dph 6.8 ø dph ø dph x ø. x ø LVM0R LVM0R Rcmmndd nfac dmnsns x M x 0. Effcv had lngh m x ø. C0. lss (N.C), (COM), ± 0. Sfac ghnss = Rz. lss 6.8 ± ± 0.. ± 0. LVM0R, LVM0R 6. ± 0. ± 0. Whn sng a psnng pn f mnng, plas s ø.8 and hgh.8 lss. (N.C) N d f LVM0R x M x 0. Effcv had lngh m Whn sng a psnng pn f mnng, plas s ø.8 and hgh.8 lss. Sfac ghnss = Rz. lss x ø. C0. lss ± 0.. ± ± 0. LVM0R 6. ± 0. ± 0. 6
22 Ss LVM Saf Inscns Th fllwng saf nscns a nndd pvn a hazads san and/ pmn damag. Ths nscns ndca h lvl f pnal hazad b all saf paccs, ncldng labls f "Can", "Wanng" "Dang". T ns saf, plas bsv ISO N ), JIS B 80 N ). Can Wanng : Opa cld sl n nj pmn damag. : Opa cld sl n ss nj lss f lf. Dang : In xm cndns, h s a pssbl sl f ss nj lss f lf. N ) ISO : Pnmac fld pw Gnal ls lang ssms N ) JIS B 80: Gnal Rls f Pnmac Epmn Wanng. Th cmpabl f pmn s h spnsbl f h psn wh dsgns h ssm dcds s spcfcans. Snc h pdcs spcfd h a sd n vas pang cndns, h cmpabl wh a spcfc ssm ms b basd n spcfcans, ps analss and/ ss m a spcfc mn. Th xpcd pfmanc and saf assanc wll b h spnsbl f h psn wh has dmnd h cmpabl f h ssm. Ths psn shld cnnsl vw h sabl f all ms spcfd, fng h las caalg nfman and akng n cnsdan h pssbl f pmn fal whn cnfgng a ssm. B paclal cafl n dmnng h cmpabl wh h fld b sd.. Onl and psnnl shld pa machn and pmn. Th fld can b dangs f handld nccl. Assmbl, handlng mannanc f h ssm shld b pfmd b and and xpncd pas.. D n svc machn/pmn amp mv cmpnns nl h saf s cnfmd.. Inspcn and mannanc f machn/pmn shld nl b pfmd nc mass pvn fallng nawa f h dvn bjc hav bn cnfmd. Mass pvn dang fm a fld shld als b cnfmd.. Whn pmn s b mvd, cnfm h saf pcsss mnnd abv, las h fld pss and b can h s n dang fm fld lakag fld manng n h ssm.. Cafll sa h machn, cnfmng ha saf mass a bng mplmnd.. If h pmn wll b sd n h fllwng cndns nvnmn, plas cnac SMC fs and b s ak all ncssa saf pcans.. Cndns and nvnmns bnd h gvn spcfcans, f pdc s sd ds.. Wh flds whs applcan cass cncn d h p f fld addvs, c.. An applcan whch has h pssbl f havng a ngav ffc n ppl, pp, and hf s spcal saf analss. Back pag
23 Ss LVM Spcfc Pdc Pcans B s ad hs bf handlng. Cnac SMC whn s sd n cndns h han h spcfcans. Wanng. D n s hs pdc n applcans whch ma advsl affc hman lf (.g. mdcal pmn cnncd h hman bd f dp nfsn).. Cnfm h spcfcans. Gv cafl cnsdan h pang cndns sch as h applcan, fld and nvnmn, and s whn h pang angs spcfd n hs caalg.. Fld B s cnfm h cmpabl bwn h cmpnn maal and h fld.. Mannanc spac Th nsallan shld allw sffcn spac f mannanc acvs.. Fld pss ang Fld pss shld b whn h allwabl pss ang. 6. Ambn nvnmn Us whn h allwabl ambn mpa ang. B s ha h fld sd ds n ch h xnal sfac f h pdc.. Cnmass agans sac lcc Tak mass pvn sac lcc snc sm flds can cas sac lcc. 8. Pss (ncldng vacm) hldng I s n sabl f an applcan sch as hldng h pss (ncldng vacm) nsd f a pss vssl bcas a lakag s nald n a valv. 9. Cann b sd as an mgnc shff valv, c. Th valvs psnd n hs caalg a n dsgnd f saf applcans sch as an mgnc shff valv. If h valvs a sd n hs p f ssm, h labl saf assanc mass shld als b adpd. 0. Exndd pds f cnns ngzan If slnd valvs a b cnnsl ngzd f xndd pds f m, s valvs wh pw-savng ccs mnmz h amn f ha lasd b h cl. Pw-savng cc wavfm (xampl) Cn cnsmpn (A nsh. W) (A hldng 0.9 W) Dsgn and Slcn Th abl blw shws fnc vals f cnnsl ngzd valvs (sngl n) whn sfac mpa s 0 C lss. Ss LVM09/090 LVM0/00 LVM0/00 Pd f cnns ngzan mn. lss 0 mn. lss 0 mn. lss D a 0% lss Ambn mpa C lss Pw-savng cc Nn D a: ON m/(on m + OFF m) F h LVM/0, h p wh pw-savng cc s sandad. Plas s a fan ak h mass dsps ha and kp mpas whn h spcfd ang whn mnng h slnd valvs nsd cnl panls, c. B spcall cafl whn sng h m adjacn valvs wh manflds and kpng hm cnnsl ngzd f xndd pd, as hs ma sl n damac ncass n mpa.. Plas s valv pchs al abv hs shwn n h abl blw whn sng mlpl valvs gh. Ss Valv pch LVM09/090 LVM0/00 LVM/0 LVM0/00 0. Mnng Wanng. If a lakag ncass pmn ds n pa ppl, sp pan. Af mnng s cmpld, cnfm ha has bn dn ccl b pfmng a sabl fncn s.. Snc h bd (fc shap) s dsgnd lmna sdal ld, mnng n a vcal dcn wh h cl a h p s cmmndd. Whn sdal ld s n cnsdd, an mnng psn s pssbl. 0 V Appx. 00 msc Engzan pd f slnd valv Pw cnsmpn f h wavfm shwn abv s ha f h LVM09/090. F h LVM/0, h p wh pw-savng cc s sandad. F h LVM0/00, h nsh s 0 msc. Whn a slnd valv wh a pw-savng cc s cnnsl ngzd f lng pds f m, mpa ncas fm cl ha las can sl n wsnng pfmanc and shnd svc lf f h slnd valv, as wll as advs ffcs n pphal pmn n h vcn. F hs asn, whn valvs a b cnnsl ngzd f xndd pds, s a fan ak h mass dsps ha and kp valv sfac mpas a 0 C lss. Back pag
24 Ss LVM Spcfc Pdc Pcans B s ad hs bf handlng. Cnac SMC whn s sd n cndns h han h spcfcans. Can Ppng Can. Ppaan bf ppng Bf ppng s cnncd, shld b hghl blwn wh a (flshng) washd mv chps, cng l and h dbs fm nsd h pp.. Whn bng s dcl cnncd h slnd valv, ns h bng sagh n h nppl f a cmpl f. Th fnc nn dam f h bng s ø. lss. Excs ca n slcng h bng s ha h dam f h bng af bng cnncd ds n xcd ø. Th hldng fc vas b h bng maal. B s cnfm h hldng fc f ach maal bf pan. Af cnncng h bng, ca shld b akn n p xcssv fc (nsl fc, cmpssn, bndng, c.) n h bng. Applng an xnal fc f ga han 0 N h nppl ma cas lakag. Mdls: LVM0R, 0R, 0R. Alwas ghn hads wh h pp ghnng. Scw h fng n h slnd valv and ghn b fng h ghnng blw. Mdls: LVM, 0R, 0R, 0R6, 0R Tghnng T f Ppng Mdl Bas mnd LVM09R, 09R, 09R Bd pd LVM Thad sz M M Pp ghnng N m Bas mnd Wh sb-pla M N) LVM0R,0R, M6 0R6,0R Wh sb-pla /-8UNF. Bas mnd LVMR, R, R Bas mnd LVM0R, 0R, 0R M. M N) A bas mnd Rfnc M, M6, /-8UNF had p fng: Af ghnng b hand, ghn appxmal /6 n wh a ghnng l. Wng. Us lccal ccs whch d n gna chang n h cnacs.. Us vlag whch s whn ±0% f h ad vlag. Hwv, whn h spns m s mpan, cnl h vlag avd vaan n h mns sd.. Appl h cc vlag. Applng ncc vlag ma cas a malfncn a bnd cl.. Cnnc h ws s ha an xnal fc f ga han 0 N s n appld h lad w. Ohws h cl wll bn.. Uns wh pw-savng Black Rd ccs s plazd lccal cnncns. Rd (+), Black ( ) Wanng Wanng Fld Pps Ld (chmcals) Cmpnn csallzs cls dpndng n s na. Lakag wll cc whn a csallzd cld cmpnn s cagh bwn h salng pas. Tak mass clan sch cmpnn f ncssa. Wa Insall a fl san f ab 00 msh n h nl sd f h ppng. A Cmpssd a fld wh a fl wh flan ang f μm lss, whch s mnd n h nl sd f h ppng, shld b sd. Opang Envnmn. D n s n xplsv amsphs.. D n s n lcans sbjc xcssv vban mpac. Impac ssanc f hs slnd valv s 0 m/s. Vban ssanc f hs slnd valv s 0 m/s.. D n s n lcans wh adad ha wll b cvd fm nab ha scs. Mannanc Wanng. Rmvng h pdc Sh ff h fld sppl and las h fld pss n h ssm. Sh ff h pw sppl. Rmv h pdc.. Bf pang, mv sdal chmcals and cmpll plac wh dnzd wa, a, c.. D n dsassmbl h pdc. Pdcs whch hav bn dsassmbld cann b gaand. If dsassmbl s ncssa, cnac SMC. Back pag Lad w cl
25 Rcd f changs B dn Addn f h LVM09/090, LVM/0, LVM0/00 ss. Chang f mdl nmbs f h LVM0/00 ss. Nmb f pags fm 8. LU Akhabaa UDX F, --, Skanda, Chda-k, Tk 0-00, JAPAN Phn: FAX: URL hp:// 00 SMC Cpan All Rghs Rsvd Spcfcans a sbjc chang wh p nc and an blgan n h pa f h manfac. D-DN s pnng JU pnng LU 00DN Pnd n Japan. Ths caalg s pnd n ccld pap wh cncn f h glbal nvnmn.
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