I-Hoist entsha yoMbane yaseJapan kunye neTrolley

I-ER entsha yaseJapan yokuxhoma koMbane: uyilo olubambeneyo lukhulisa ukusetyenziswa kwendawo yokusebenza.Ukulinganisa kwe-IP55 kunye noyilo olubanzi lokhuseleko luqinisekisa ukusebenza okukhuselekileyo kwiindawo ezahlukeneyo.Injini yobhedu esulungekileyo inikezela ukusebenza okugqwesileyo kunye nobomi obude.Isixokelelwano sokupholisa esisebenzayo sigcina ukusebenza kakuhle nangexesha lokusetyenziswa okwandisiweyo.Iqokobhe le-alloy yesiko longeza ukhuseleko kunye nokuqina kuzo zonke iisetingi ezahlukeneyo.Ikhonkco lentsimbi ye-manganese yamandla aphezulu iqinisekisa umthamo ophakamileyo womthwalo wokuphakamisa umsebenzi onzima.Zuza kwiinkonzo ezilungiselelwe wena, ukwenza ihoist ekhethekileyo eyenzelwe iimfuno zakho ezithile.Phakamisa amava akho okuphakamisa ngombane wethu othembekileyo noguquguqukayo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

ER Japanese Electric Hoist Iimpawu eziphambili

1.I-Compact kunye noYilo oluphathekayo:

Isiphatho solawulo olukude lweshishini asikho nje i-ergonomic kodwa sikwayilelwe ukuphatheka.Ubungakanani bayo obubambene buqinisekisa ukuphathwa ngokulula kunye nokuthutha, ukubonelela ngokulula kwiindawo ezahlukeneyo zokusebenza.

2.Indlela yokuPhendula ngokuKhawuleza ngoKhuseleko:

Ngokubandakanywa kweqhosha lokumisa ngokukhawuleza kwi-remote control handle, i-hoist ibeka phambili ukhuseleko.Kwiimeko ezingalindelekanga, abaqhubi banokucofa ngokukhawuleza iqhosha lokumisa likaxakeka, banqumle ngokukhawuleza isekethe yemoto kunye nokunciphisa imingcipheko enokwenzeka.

3.Ukwandiswa kweMfezeko yoLwakhiwo:

I-aluminium alloy casing, ngoku ijiyile kwaye iphuculwe, yomeleza ubume besakhiwo se-hoist.Esi songezelelo asincedisi nje kuphela ekomeleleni kwe-hoist kodwa sikwaqinisekisa ubomi obude, sibonelela ngesisombululo esithembekileyo sokuphakamisa ixesha elide.

4.Optimized Corrosion Resistance:

Umzimba we-aluminiyam we-alloy awunciphisi ubunzima kuphela kodwa uphucula kakhulu ukuxhathisa ukubola kwe-hoist.Oku kunenzuzo ngakumbi kwiindawo apho ukuvezwa kokufuma, iikhemikhali, okanye iimeko zemozulu ezinzima ziyinkxalabo, ukwandisa ixesha elide le-hoist.

UbuChwephesha bokuBusa ubushushu obusebenzayo

I-1.I-aluminiyam ephuculweyo ye-alloy casing idlala indima emibini ekwandiseni ukuchithwa kobushushu.Ngokutshabalalisa ngokufanelekileyo ubushushu, i-hoist ihlala ngaphakathi kwinqanaba eliphezulu lokushisa ngexesha lokusetyenziswa ixesha elide, igalelo ekusebenzeni kwayo jikelele kunye nokuthintela ukushisa.

2.Ukuxhathisa uthuli kunye naManzi okuPhambili:

I-motor ye-copper-core ehlala ixesha elide, ngaphezu kokunyusa ukutshatyalaliswa kobushushu, inika ukhuseleko olusebenzayo kuthuli namanzi.Olu phawu luqinisekisa ukuba i-hoist ihlala isebenza kwiimeko ezahlukeneyo, iyenza ilungele uluhlu olubanzi lwezicelo zoshishino.

3.Ukuthembeka kwexesha elide:

Indibaniselwano yesiphatho solawulo olukude lwe-ergonomic, uyilo oluphuculweyo lolwakhiwo, kunye neteknoloji yemoto ephucukileyo ngokudibeneyo iqinisekisa ukuthembeka kwexesha elide le-hoist.Oku kuyenza ibe yi-asethi exabisekileyo kwizicwangciso zemizi-mveliso apho ukusebenza okungaguquguqukiyo nokuthembekileyo kubalulekile.

Usetyenziso

Ukuvelisa izityalo

Iindawo zokugcina iimpahla

Iindawo Zokwakha

Ushishino lweemoto

Naphi na ukuphakamisa ngokuchanekileyo kubalulekile

Iinkcukacha

1. UmPhathi woLawulo olukude kwiBanga loShishino:

Iyilwe nge-ergonomics engqondweni, eneqhosha lokumisa likaxakeka ukunqumla ngoko nangoko i-motor circuit xa icinezelwe.

2. Isingxobo seAluminiyam eqiniweyo nephuculweyo:

Umzimba we-aluminiyam we-alloy wenza ukuba i-hoist ibe lula, iphucule ukuxhathisa ukubola, kunye nokuphucula ukuchithwa kobushushu.

3. IMoto yeCopper-Core eZinzileyo:

Ukusebenza kwexesha elide kunye ne-coil-core coil eyandisa ngokufanelekileyo indawo yokutshatyalaliswa kobushushu, ukubonelela ngothuli kunye nokuxhatshazwa kwamanzi.

Umzekelo	Umthwalo obekiweyo (Iitoni)	Isantya sokunyusa m/min		Amandla eMoto/kw		Isantya esijikelezayo (r/ min)		Isantya sokuSebenza(m/min)		Amandla eMoto(KW)		I-Voltage yokusebenza (V)	Ukulawula i-Voltage (V)	Esebenzayo I-beam Ububanzi
Umzekelo	Umthwalo obekiweyo (Iitoni)	Isantya esinye	Isantya esiphindwe kabini	Isantya esinye	Isantya esiphindwe kabini	Isantya esinye	Isantya esiphindwe kabini	Isantya esinye	Isantya esiphindwe kabini	Isantya esinye	Isantya esiphindwe kabini	I-Voltage yokusebenza (V)	Ukulawula i-Voltage (V)	Esebenzayo I-beam Ububanzi
YAVI-ER01-01	1	6.7	2.2/67	1.5	0.6/1.5	1440	470/1440	11	3.6/11	05	0.2/0.5	380	36	52-153
YAVI-ER02-01	2	6.7	2.2/67	3.0	11/3.0	1440	410/1440	11	36/11	0.5	0.2/0.5	380	36	82-178
YAVI-ER 02-02	2	3.3	1.0/3.3	1.5	0.6/1.5	1440	470/1440	11	3.5/11	0.5	0.2/0.5	380	36	87-178
YAVI-ER 03-01	3	5.5	1.8/5.5	3.0	11/3.0	1440	470/1440	11	36/11	0.5	0.2/0.5	380	36	100-178
YAVI-ER03-02	3	3.3	1.0/3.3	3.0	1.1/3.0	1440	470/1440	11	3.5/11	0.5	0.2/0.5	380	36	100-178
YAVI-ER 03-03	3	2.2	0.7/22	1.5	0.6/1.5	1440	470/1440	11	3.6/11	0.75	0.3/0.75	380	36	100-178
YAVI-ER 05-02	5	2.7	0.8/27	3.0	11/3.0	1440	470/1440	11	3.5/11	0.75	0.3/0.75	30	36	100-178
YAVI-ER7.5-03	75	1.8	0.5/18	3.0	11/3.0	1440	470/1440	11	3.6/11	0.75	03/0.75	380	36	100-178
YAVI-ER 15-06	15	1.8	0.5/18	3+3	1131.+3	1440	470/1440	11	3.6/11	0.75+ 0.75	0.3/0.75+ 03/0.75	380	36	150-220