Flo Sitch Diaphragm Typ Flo Sitch IFW5 Sris [Option] Th flo sitch, IFW sris is usd for dtction and confirmation of th flo as a rlaying dvic for th gnral atr applications in som various uipmnt such as cooling atr fixtur in th industrial machinry. Lo flo stting possibl ( L/min) Simpl flo stting Without rmoving th covr, you can st ith a scrdrivr from th outsid. IFW5 0 N 0 Diaphragm typ flo sitch Thrad typ Nil Rc N NPT F G siz Modl siz St flo rat 0 0 L/min typ to 0 L/min 0 0 L/min typ 0 to 0 L/min 50 50 L/min typ 0 to 50 L/min Oprating prssur: 0. MPa or lss Port siz 0 /8 04 / 06 /4 Ho to Ordr CE-compliant Nil Non Q CE-compliant Light 0 Non With non light (0 VAC, ) With non light (0 VAC, Grn) With non light (0 VAC, ) 4 With non light (0 VAC, Grn) 5 With LED light (4 VDC, ) 6 With LED light (4 VDC, Grn) LED light is availabl for 5, 6, 7, 8 (ith trminal box for 4 VDC). Trminal box 0 Without trminal box (: ab) With trminal box (: a) With trminal box (: b) 5 With trminal box (4 VDC, + COM, : b) 6 With trminal box (4 VDC, + COM, : a) 7 With trminal box (4 VDC, COM, : b) 8 With trminal box (4 VDC, COM, : a) Trminal box for 4 VDC is availabl for 5, 6 (LED light). Spcifications Fluid Oprating prssur Watr rsistanc Oprating tmpratur rang Opration Insulation rsistanc Withstand voltag Port siz matrial in contact ith fluid matrial About th us of, plas confirm SMC. Watr/Non-corrosiv liuid 0. to 0.6 MPa. MPa 5 to 60 C (No frzing) Diaphragm typ 00 MΩ or mor (500 VDC masurd via mgohmmtr) 500 VAC for on min. Without trminal box: ab With trminal box: a or b /8, /, /4 CAC408 C604B Diaphragm NBR 96
Flo Sitch Diaphragm Typ Flo Sitch IFW5 Sris Micro Sitch Ratings Modl Voltag 5 VAC 50 VAC 8 VDC 4 VDC 0 VDC 5 VDC 50 VDC Non inductiv load (A) Inductiv load (A) Load rsistanc Light load Inductiv load Motor load N.C. N.O. N.C. N.O. N.C. N.O. N.C. N.O. 5 5.5 0.7 4 4.5. 5 5 0.5 4 4.5 0.8 7 5 5 4 5 5 4 4 5 5 4 4 0.4 0.4 0. 0. 0.4 0.4 0. 0. 0. 0. 0.05 0.05 0. 0. 0.05 0.05 Modl IFW50 IFW50 IFW550 Flo rang to 0 Max. flo 0 to 0 5 0 to 50 60 Hystrsis 0 or lss.5 or lss or lss Hystrsis is th flo rat that is ncssary for moving th micrositch from th opration position (ON signal) to th rturn position (OFF signal). Construction/Working Principl Flo Rat Charactristics IFW50 Adjusting gar Gar Flo stting indication lvr Micro sitch Oprating lvr Protction diaphragm Prssur drop (MPa) 0.4 0. 0.0 0.0 P=0.6MPa P=0.5MPa P=0.4MPa P=0.MPa P=0.MPa P=0.MPa 0 5 0 5 0 5 Flo rat IFW50 PFM Prssur drop (MPa) 0. 0.0 0.0 P=0.6MPa P=0.5MPa P=0.4MPa P=0.MPa P=0.MPa P=0.MPa PFMB PFMC PFMV PFA PFW Working Principl Liuid flo crats a prssur diffrntial narby th orific of th port of th body. On st of diaphragms monitors th prssur diffrntial and oprats th micro sitch through th rod and oprating lvr r. Th rod movs donard ith incrasd flo, and upard ith dcrasd flo. Moving th gar t upard or donard by th adjusting gar manually offrs an lctric signal at various flo rats. IFW550 0.0 5 0 5 0 5 Flo rat P=0.6MPa P=0.5MPa P=0.4MPa P=0.MPa LFE PFD IF Componnt Parts No. Dscription Gar Matrial CAC408 C604B POM No. 4 5 Dscription Oprating lvr Adjusting gar Matrial SPCC POM Prssur drop (MPa) 0.0 P=0.MPa P=0.MPa 0 0 0 40 50 60 70 Flo rat 97
IFW5 Sris Dimnsions IFW5 0- -00 to 04 (Without trminal box) With non light Lad ir lngth 500 IFW5 0- -0 to 4 (With trminal box) With non light 98
Flo Sitch Diaphragm Typ Flo Sitch IFW5 Sris Dimnsions IFW5 0- -55 to 86 (With light, Trminal box for 4 VDC) PFM PFMB PFMC PFMV PFA PFW LFE PFD IF 99
IFW5 Sris Intrnal Wiring Diagram IFW5 0- -00/0/0 C (COM) C (COM) 4 VDC 4 VDC 4 VDC 4 VDC A () B () A () C A B () B C A B Common Normally Opn Normally Closd IFW5 0- -0 to 04/ to 4/ to 4 IFW5 0- -55/56 IFW5 0- -65/66 IFW5 0- -75/76 IFW5 0- -85/86 Common Normally Opn Normally Closd Blu Blu Gray Gray Prcautions B sur to rad this bfor handling th products. Rfr to back pag 50 for Safty Instructions and pags 0 and 0 for Flo Sitch Prcautions. Caution Caution Mounting & Wiring. Mount a sitch, so that th liuid flo is in th sam dirction as that of th arro on th body.. B sur to fill th passag ith th fluid.. Th flo sitch can b installd ithr horizontally or vrtically. 4. Provid a straight pip portion that corrsponds to approximatly 5 tims th bor of th pip bfor and aftr th ara of th pip on hich th product is installd, thus kping th product as far aay as possibl from th lmnts that disturb th flo, such as lbos or valvs. 5. For iring, rfr to th intrnal iring diagram. 6. If a trminal box is not availabl, ir by slcting th contact at a or b. At that tim, insulat th s that ill not b usd. 7. Bcaus this is an opn typ, it cannot b usd hr atr or oil splashs. 8. It cannot b usd if a atr hammr or pulsation prssur is applid to th fluid. 9. In ordr to prvnt a malfunction or diaphragm damag causd by dbris or cutting chips in th fluid, install a filtr ith approximatly 00 msh on th inlt sid of a flo sitch. Adjusting. To adjust flo, rmov grommt of th uppr covr and rotat flo adjusting gar using a flat had scrdrivr. Turning clockis can incras th st flo and turning countrclock can dcras th st flo.. Th flo rat stting point is st at th ON flo rat. Thrfor, in th cas of th a contact, th ON signal is output if fluid ith a highr flo rat than th st flo rat has occurrd. In th cas of th b contact, th ON signal is output hn th flo rat has dcrasd from th st flo rat for th amount that corrsponds to th hystrsis.. To prvnt th chattring that is associatd ith th fluctuation of th oprating flo rat, st th diffrnc btn th st flo rat and th oprating flo rat so that it is as larg as possibl. 4. Us at or blo th maximum oprating prssur and maximum flo rat. 5. Th indicator on th indo nam plat (Fig. ) is only a guidlin. For prcis stting, mount a flo mtr on th donstram sid of th flo sitch, and st th lvl. Also, hn stting lvls ith a lo flo rat at prssurs of 0. MPa or mor, thr may b intrfrnc btn th indicator ndl and th scal plat. In such cass, dtach th indicator ndl and scal plat bfor stting. Aftr stting, th indicator ndl and scal plat can b rattachd in positions of your choic. Graduations for adjusting on flo rat Graduations for IN prssur 0. MPa Graduations for IN prssur 0. MPa 400 Fig. Windo nam plat