Umatshini wokushicilela we-hydraulic oza kutyhilwa eTshayina kunye neFektri

Isakhelo se-H metal esinzulu somzobo we-hydraulic press

Ifreyimu yesinyithi enzulu yomzobo we-hydraulic press Umfanekiso obonisiweyo

Inkcazo emfutshane:

Umatshini wokushicilela wefreyimu enzulu ye-H ulungele kakhulu iinkqubo zenxalenye yesinyithi ezifana nokolula, ukugoba, ukukrwela, ukwenza, ukugquma, ukubhoboza, ukulungisa, njl.njl., kwaye usetyenziselwa ukolula ngokukhawuleza nokwenza isinyithi sesinyithi.
Umatshini wokushicilela wenzelwe ukuba ube yi-H-frame edityanisiweyo enobungqingqwa obuhle kakhulu benkqubo, ukuchaneka okuphezulu, ubomi obude kunye nokuthembeka okuphezulu, kwaye usetyenziselwa ukucinezela iindawo zesinyithi kwaye unokwanelisa imfuno yemveliso ngeshifti ezi-3 ngosuku.

Isixhobo Sokuzoba Esinzulu Sensimbi:Umzobo onzulu wesinyithi esipheleleyo

Thumela i-imeyile kuthi Khuphela njengePDF

Iinkcukacha zeMveliso

Iithegi zeMveliso

Umatshini wokushicilela wenzelwe ukuba ube yi-H-frame edityanisiweyo enobungqingqwa obuhle kakhulu benkqubo, ukuchaneka okuphezulu, ubomi obude kunye nokuthembeka okuphezulu, kwaye usetyenziselwa ukucinezela iindawo zesinyithi kwaye unokwanelisa imfuno yemveliso ngeshifti ezi-3 ngosuku.

Ulwakhiwo kunye noKwakheka

Iiparameter zoomatshini

Igama		Iyunithi	Ixabiso	Ixabiso	Ixabiso	Ixabiso
Imodeli			Yz27-1250T	Yz27-1000T	Yz27-800T	Yz27-200T
Uxinzelelo oluphambili lwesilinda		KN	12500	1000	8000	2000
Amandla okutya		KN	4000	3000	2500	500
Uxinzelelo oluphezulu lolwelo		I-MPa	25	25	25	25
Ukukhanya kwemini		mm	2200	2100	2100	1250
Isilinda esiphambili Stroke		mm	1200	1200	1200	800
I-Die Cushion Stroke		mm	350	350	350	250
Ubungakanani betafile yokusebenza	LR	mm	3500	3500	3500	2300
Ubungakanani betafile yokusebenza	FB	mm	2250	2250	2250	1300
Ubungakanani bomqamelo wedayi	LR	mm	2620	2620	2620	1720
Ubungakanani bomqamelo wedayi	FB	mm	1720	1720	1720	1070
Isantya sesilayida	Phantsi	mm/s	500	500	500	200
	Ukubuya	mm/s	300	300	300	150
	Ukusebenza	mm/s	10-35	10-35	10-35	10-20
Isantya sokukhupha	Ukukhupha	mm/s	55	55	55	50
Isantya sokukhupha	Ukubuya	mm/s	80	80	80	60
Umgama wokuhamba wetafile yokusebenza		mm	2250	2250	2250	1300
Umthwalo webhentshi yomsebenzi		T	40	40	40	20
Injini yeServo		Kw	140	110	80+18	22
Ubunzima bomatshini		T	130	110	90	20

Iinkcukacha zeDie Cushion

Intsika

umatshini wokushicilela we-hydraulic odityanisiweyo (46)

umatshini wokushicilela we-hydraulic odityanisiweyo (47)

Iikholamu zesikhokelo (iinsika) ziya kwenziwaIntsimbi yokubumba eshushu ye-C45kwaye ibe nobukhulu be-chrome coating obuyi-0.08mm. Kwaye yenza unyango lokuqinisa nokulungisa. I-guide sleeve isebenzisa i-copper guide sleeve, ekwaziyo ukumelana nokuguguleka kwaye iphucula uzinzo lomatshini.

I-Platen

Ipleyiti yalo matshini idityaniswe ngeQ345Bipleyiti yentsimbi enobukhulu obungu120mm. Lo matshini wonke unyangwa ngobushushu ukunciphisa uxinzelelo lokuwelda nokuphucula uzinzo lomatshini. Umphezulu weplaten ucutshungulwa ngegrinder enkulu, kwaye ubume bayo bunokufikelela0.003mm.

Iprojekthi efanayo

Isicelo

Umzimba Oyintloko

Uyilo lomatshini wonke lusebenzisa uyilo lokuphucula ikhompyutha kwaye luhlalutya ngezinto ezilinganiselweyo. Amandla nokuqina kwezixhobo kulungile, kwaye inkangeleko ilungile.

Isilinda

Iinxalenye	Fukutya
Ibhareli yesilinda	Yenziwe ngentsimbi eyenziwe ngomatshini engama-45#, isicima kwaye ifutha Ukugaywa kakuhle emva kokuqengqeleka
Intonga yePiston	Yenziwe ngentsimbi eyenziwe ngomatshini engama-45#, isicima kwaye ifutha Umphezulu uyaqengqeleka uze ufakwe i-chrome ukuqinisekisa ubulukhuni bomphezulu obungaphezulu kwe-HRC48~55 Uburhabaxa≤ 0.8
Izitywino	Sebenzisa iringi yokutywina yomgangatho we-NOK yaseJapan
Ipiston	Ikhokelwa yi-copper plating, ukumelana nokuguguleka okuhle, ukuqinisekisa ukusebenza kwexesha elide kwesilinda

Inkqubo yeServo

1. Ulwakhiwo lweNkqubo yeServo

2. Ukwakhiwa kweNkqubo yeServo

Igama	Mi-odel	Pumfanekiso	Aithuba
I-HMI	I-Siemens		Ubomi beqhosha buvavanywa ngokungqongqo, kwaye alonakaliswa ngokucinezela izihlandlo ezi-1 yezigidi. Isikrini kunye neempazamo zomatshini ziyanceda, zichaze imisebenzi yesikrini, zichaze ii-alamu zomatshini, kwaye zincede abasebenzisi baqonde ngokukhawuleza indlela esetyenziswa ngayo umatshini
Igama	Mi-odel	Pumfanekiso	Aithuba
I-PLC	I-Siemens		Umgca wokufumana irula ye-elektroniki ucutshungulwa ngokuzimeleyo, unamandla okulwa nokuphazamiseka Ulawulo lwedijithali lwe-servo drive kunye nokuhlanganiswa kwayo ne-drive
Umqhubi weServo	YASKAWA		I-capacitor ye-busbar iyonke iphuculwe ngokupheleleyo, kwaye kusetyenziswa i-capacitor enokuguquguquka kobushushu obubanzi kunye nobomi benkonzo ende, kwaye ubomi bethiyori buyanda ngokuphindwe ka-4; Impendulo kwi-50Mpa yi-50ms, ukugqithisa koxinzelelo yi-1.5kgf, ixesha lokunciphisa uxinzelelo yi-60ms, kwaye ukuguquguquka koxinzelelo yi-0.5kgf.
Imoto yeServo	Uthotho lweSigaba		Uyilo lokulinganisa lwenziwa yi-Ansoft software, kwaye ukusebenza kwe-electromagnetic kuphezulu; Ukusebenzisa i-NdFeB excitation esebenza kakhulu, ukulahleka kwesinyithi kuncinci, ukusebenza kakuhle kuphezulu, kwaye ubushushu buncinci;

3. Iingenelo zeNkqubo yeServo

Ukonga amandla

Xa kuthelekiswa nenkqubo yempompo eguquguqukayo yendabuko, inkqubo yempompo yeoyile ye-servo idibanisa iimpawu zokulawula isantya esikhawulezayo semoto ye-servo kunye neempawu zoxinzelelo yeoyile ezilawulayo zempompo yeoyile ye-hydraulic, ezisa amandla amakhulu okonga amandla, kunye namandla.izinga lokonga lingafikelela kwi-30%-80%.

Isebenza kakuhle

Isantya sokuphendula siyakhawuleza kwaye ixesha lokuphendula lifutshane njenge-20ms, nto leyo ephucula isantya sokuphendula kwenkqubo ye-hydraulic.

Uchaneko

Isantya sokuphendula ngokukhawuleza siqinisekisa ukuchaneka kokuvula nokuvala, ukuchaneka kwendawo kunokufikelela kwi-0.1mm, kwaye ukuchaneka kwendawo ekhethekileyo yomsebenzi kunokufikelela± 0.01mm.

Imodyuli ye-algorithm ye-PID echanekileyo kakhulu nephendula kakhulu iqinisekisa uxinzelelo oluzinzileyo lwenkqubo kunye nokuguquguquka koxinzelelo okungaphantsi kwe±0.5 ibha, ukuphucula umgangatho wemveliso.

Ukhuseleko lokusingqongileyo

Ingxolo: Ingxolo ephakathi yenkqubo ye-hydraulic servo ingaphantsi nge-15-20 dB kuneyo yepompo yokutshintsha yokuqala.

Ubushushu: Emva kokuba inkqubo ye-servo isetyenzisiwe, ubushushu beoyile ye-hydraulic buyancitshiswa iyonke, nto leyo ephucula ubomi be-hydraulic seal okanye inciphise amandla e-cooler.

Isixhobo soKhuseleko

Umlindi woKhuseleko loMbane oFotwayo ngaphambili nangasemva

Ukutshixa iislayidi kwi-TDC

Isitendi sokuSebenza ngezandla ezibini

Isekethe ye-inshurensi yeNkxaso yeHydraulic

Ukhuseleko Lomthwalo Ogqithisileyo: Ivalvu Yokhuseleko

I-Alarm yeNqanaba loLwelo: Inqanaba leoyile

Isilumkiso sobushushu beoyile

Inxalenye nganye yombane inokhuseleko lokugqithisa

Iibhloko zokhuseleko

Ii-lock nuts zibonelelwa kwiindawo ezishukumayo

Zonke izenzo zokucinezela zinomsebenzi wokhuseleko wokutshixa, umz. itafile yokusebenza eshukumayo ayizukusebenza ngaphandle kokuba umqamelo ubuyela kwindawo yokuqala. Islayidi ayinakucinezelwa xa itafile yokusebenza eshukumayo icinezelwa. Xa kusenzeka umsebenzi wokungqubana, i-alamu iyabonakala kwiscreen sokuchukumisa kwaye ibonise ukuba yintoni ingxabano.

Inkqubo yeHydraulic

Uphawu

1. Itanki yeoyile isetiwe inkqubo yokucoca ukupholisa enyanzelekileyo (isixhobo sokupholisa amanzi sohlobo lwepleyiti yemizi-mveliso, ukupholisa ngamanzi ajikelezayo, ubushushu beoyile ≤55℃, qiniseka ukuba umatshini unokucinezela ngokuthe chu kwiiyure ezingama-24.)

2. Inkqubo ye-hydraulic isebenzisa inkqubo yolawulo lwevalvu yekhatriji edibeneyo enesantya sokuphendula esikhawulezayo kunye nokusebenza kakuhle kothumelo.

3. Itanki yeoyile ixhotyiswe ngesihluzo somoya ukuze inxibelelane nomphandle ukuqinisekisa ukuba ioyile ye-hydraulic ayingcoliswanga.

4. Unxibelelwano phakathi kwevalvu yokuzalisa kunye netanki yepetroli lusebenzisa ijoyinti eguquguqukayo ukuthintela ukungcangcazela ekudluliselweni kwitanki yepetroli kwaye kusombululwe ngokupheleleyo ingxaki yokuvuza kweoyile.