Intelligent High Quality Multi-function 3 Phase 380V AC Electric Motor 22-630KW Online Soft Starter For Motor

Incazelo emfushane:

Sethula I-Intelligent High Quality Multi-function 3 Phase 380V AC Electric Motor 22-630KW Online Soft Starter For Motor, isixazululo esisezingeni eliphezulu esiklanyelwe ukuphakamisa ukusebenza nokusebenza kahle kwamamotho kagesi enhlobonhlobo yezinhlelo zokusebenza zezimboni.Lesi siqalisi esithambile esisha sifakwe izici ezikhaliphile eziqinisekisa ukusebenza kwemoto okungenamthungo nokwethembekile, kuyilapho futhi sinikeza ukusebenza okuhlukahlukene ukuhlangabezana nezimfuneko zokusebenza ezihlukahlukene. Ngokuphakamisa ububanzi bamandla obungu-22-630KW, lesi siqalisi esithambile sakhelwe ukuphatha ngempumelelo inqubo yokuqalisa ezintathu. -isigaba samamotho kagesi, ahlinzeka ngokulawula okunembile nokuvikela ekuguquguqukeni kwamandla kagesi kanye nezimo zokugcwala ngokweqile.Amakhono ayo athuthukile ku-inthanethi anika amandla ukuqapha kwesikhathi sangempela nokulawula imingcele yezimoto, okuvumela ukusebenza okuthuthukisiwe nokuphepha okuthuthukisiwe kokusebenza.Okunye okuvelele okuyinhloko kwalo mkhiqizo ukusebenza kwawo okuningi, okuhlanganisa ukuqala okuthambile, ukuma okuthambile, nezici zokuvikela imoto. .Ngokuhlanganisa ngaphandle komthungo le misebenzi, isiqalisi esithambile sinciphisa ukucindezelwa kwemishini emoteni ngesikhathi sokuqalisa nokuvala, okuholela ekwalulweni kwempilo yemishini kanye nokunciphisa izindleko zokuyilungisa.Ukwengeza, ama-algorithms ayo okulawula okuhlakaniphile athuthukisa ukusetshenziswa kwamandla futhi abambe iqhaza ekusebenzeni kahle kwamandla, okwenza kube ukukhetha okuvumela imvelo ekusebenzeni kwezimoto zezimboni.Ukwakhiwa kwekhwalithi ephezulu kanye nomklamo oqinile kuqinisekisa ukusebenza okuthembekile nokuqina, ngisho nasezindaweni ezifunwa kakhulu zezimboni.Njengoba kunezinhlelo ezibanzi zokuvikela ezikhona, okuhlanganisa ukulahleka kwesigaba, ukugcwala kwamandla, nokuvikela ugesi ongaphansi kwamandla kagesi, lesi siqalisi esithambile sinikeza ukuphepha okungenakuqhathaniswa nokusebenza okuthembekile. Ekugcineni, I-Intelligent High Quality Multi-function 3 Isigaba 380V AC Electric Motor 22-630KW Online Soft Starter For I-Motor imele isiqongo sobuchwepheshe bokulawula izimoto, iletha ukusebenza okukhethekile, ukuguquguquka, nokuthembeka.Noma ngabe ngeyezinhlelo zokumpompa, ama-compressor, noma amabhande okuthutha, lesi siqalisi esithambile siyisinqumo esifanelekile sokuthuthukisa ukusebenza kwezimoto nokukhulisa umkhiqizo kuzilungiselelo zezimboni.

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Imininingwane Yomkhiqizo

FAQ

Omaka bomkhiqizo

Isahluko 1 Izinyathelo Zokuqapha Ngaphambi Kokusetshenziswa
1.Ukuhlola Ukufikan
Hlola i-nameplate ukuze uqinisekise ukuthi umshini yiwona o-odiwe, uma imodeli yomkhiqizo kanye nokucaciswa kwamandla kunjalo
kulungile, futhi uma ukupakishwa konakalisiwe.Uma kukhona ukungezwani, sicela uxhumane nomkhiqizi noma wendawo.
umsabalalisi ogunyaziwe.
2.Indawo yokusebenza

into	Imininingwane
Okujwayelekile	I-GB14048.6/IEC60947-2-2:2002
Izigaba ezintathu ukunikezwa kwamandla kagesi	I-Voltage(AC)380V±15%(220V kanye no-660V ngokuzithandela)
Imvamisa	50/60Hz
Injini esebenzayo	I-squirrel-cage ye-asynchronous motor enezigaba ezintathu
Imvamisa yokuqala	Lapho injini ilayishwe ngokugcwele ekuqaleni, ungadluli izikhathi ezi-4 ngehora. Kunconywa ukuthi ungadluli izikhathi eziyi-10 ngehora ngaphandle komthwalo noma umthwalo omncane.
Ileveli yokuvikela	IP20
Ukumelana nokushaqeka	Ihambisana ne-IEC68-2-27:15g,11ms
Umthamo wokuzamazama komhlaba	Ukuphakama ngaphansi kwamamitha angu-3000, ukuqina kokudlidliza ngaphansi kuka-0.5G
Isebenza izinga lokushisa	Izinga lokushisa elisebenzayo:0 kuye ku-40C ngaphandle kokuncishiswa (phakathi kuka+40C no-60℃, kukho konke ukunyuka okungu-1℃, okwamanje kuncipha ngo-2%) nangaphansi kuka-60℃
Izinga lokushisa lesitoreji	-25℃~70℃
Umswakama wemvelo	93% ngaphandle kokujiya noma ukuconsa, kuhambisana ne-IEC68-2-3
Ukusebenza okuphezulu ukuphakama	Ukwehla akudingekile phakathi kwamamitha ayi-1000 ngaphezu kwezinga lolwandle (ngaphezu kwamamitha ayi-1000, okwamanje kuncipha ngo-5% kuwo wonke amamitha ayi-100 engeziwe)
Indlela yokupholisa	Ukupholisa kwemvelo ai
Isihlobo kanye vertica	Ukufakwa okuqondile, ibanga le-engeli enyakazayo ngaphakathi ±10℃

Isahluko 2 Izinyathelo zokuqapha ngaphambi kokusetshenziswa
3.Izimfuneko Zokufaka
3.1 Isiqalisi esithambile kufanele sifakwe sibheke phansi.Ungasifaki sibheke phansi, nge-engeli, noma sivundlile.Kufanele sibe
3.2 ukushisa kwe-etfrgru.Ukuqinisekisa ukuhamba komoya, kufanele yakhelwe ngendlela ethile
inani lesikhala njengoba kukhonjisiwe kumdwebo.Njengoba ukushisa kukhishwa phezulu, akufanele kufakwe ngaphansi
imishini ezwela ukushisa.

Isahluko sesi-3 Izici Eziyingqayizivele Zesiqalisi Esithambile
◆Idizayini yesikrini esibanzi ukuze uthole ulwazi oluningi nolujabulisa ngobuhle;

◆ Ukujwayela okubanzi kububanzi be-voltage yamandla, ifanele i-AC250V-500V yegridi yamandla kagesi;

◆ Ukuboniswa kwesikhathi sangempela kwamandla kagesi kanye nobuso bokulinganisa bamanje (amandla anganembile angaholela kalula ochungechungeni lwezinkinga, njengesikhathi esiningi sokuqalisa, ukuvikela ukulayisha ngokweqile ukushisa injini ngokungalungile, njll.);

◆I-voltage ephezulu noma ephansi yegridi ayithinti kakhulu ukusebenza kokuqala, igwema ukuqala okunzima
lapho i-voltage iphansi;

◆Ukusetshenziswa kwe-pulse transformer ukushayela i-thyristor, ngezinga eliphansi lokuhluleka kanye ne-torque ephezulu ye-trigger, ekwazi ukuphatha imithwalo esindayo njengezigayo zamabhola;

◆ Izindlela zokuqalisa eziningi zokuhlangabezana nezidingo zemishini ehlukahlukene;

◆Ukwenziwa kwasendaweni okunephutha, isibonelo, iphutha lokulahlekelwa kwesigaba lingakhomba ukulahleka kwesigaba esithile, kube lula ukugcinwa kwendawo;

◆ Imisebenzi yokuvikela ebanzi, ehlanganisa ukulahlekelwa kwesigaba sangaphambi kokuqala/sokukhiphayo kanye nokuxilongwa kwe-thyristor short-circuit, nokukhetha ukukhubaza ngokukhetha konke ukuvikela;

◆ Ukusekela ukuvumelanisa imvamisa ofanele ukunikezwa kwamandla kajeneretha;

◆ Ukusekelwa kwamaphaneli akabili, anezixhumanisi ze-Ethernet eziklanywe emhlabeni wonke;

◆ Imizila emithathu ehlelekayo ukuze ivumelane nezimo kuzinhlelo zokusebenza ezihlukahlukene ezisendaweni;

◆ Uhlobo lwamanje lokulawula (olwenzelwe ngokukhethekile ukuxhumana kwe-crusher kanye ne-feeder);

◆I-Thyristor isivikelo se-short-circuit interlocking (idinga ukukhululwa okufanayo kwe-excitation kanye neswishi yokunqamula ukuze kuqinisekiswe ukuthi ukuphuka kwe-thyristor akushisi injini);

◆ Ifaka umsebenzi wokuqalisa kabusha amandla, kuxwayiswe ukuqapha ngenxa yokucatshangelwa kokuphepha ekwakhiweni kwayo;

◆ Ifakwe umkhawulo wesikhathi wokusetshenziswa kanye nemisebenzi yokukhulula, igcina kahle izithakazelo zomthengisi;

◆ Irekhoda imininingwane enephutha ukuze ixazululwe futhi ilungiswe yizisebenzi zesevisi yangemuva kokuthengisa;

◆Irekhoda isikhathi sokusebenza sokulungiswa kwesevisi yangemuva kokuthengisa;Ukuthuthukiswa kokulawulwa kwamafu kuyaqhubeka ngobuchwepheshe besikhathi esizayo;

Isahluko 4:Imidwebo Yezimiso Zokufaka Izintambo Eziyisisekelo Nesesibili kanye Nesimiso Somjikelezo Esiyinhloko se-Bypass soft starter

Isahluko 5:Umumo Wangaphandle Nobukhulu Bokufakwa Kwesiqalisi esithambile se-Bypass

Imodeli&nemininingwane	Ubukhulu bohlaka(mm)			Ubukhulu bokufaka(mm			Isisindo(kg)
Imodeli&nemininingwane	W1	H1	D	W2	H2	d	Isisindo(kg)
22-75kW	145	280	160	120	240	M6	<3.5
90-220kW	260	490	215	230	390	M8	<20
250-350kW	300	530	215	265	425	M8	<25
400-450kW	340	570	215	305	470	M8	<30
500-630kW	410	670	250	345	550	M8	<40

Isahluko 6:Imidwebo Yezimiso Zokufaka Izintambo Eziyinhloko Nesesibili kanye Nesimiso Somjikelezo Esiyinhloko Sesiqalisi esithambile esiku-inthanethi

Isahluko7:Umumo Wangaphandle Nobukhulu Bokufakwa Kwesiqalisi esithambile esiku-inthanethi

Imodeli&nemininingwane	Ubukhulu bohlaka(mm)			Ubukhulu bokufaka(mm)			Isisindo(kg)
Imodeli&nemininingwane	W1	H1	D	W2	H2	d	Isisindo(kg)
22-75kW	155	310	200	85	280	M6	<5
90-115kW	230	370	250	150	330	M8	<15
132-160kW	360	425	250	260	390	M8	<20
185-220kW	360	425	250	320	430	M8	<25
250-400kW	415	500	275	370	510	M8	<30
450-630kW	700	650	330	560	660	M8	<50

Isahluko 8:Umumo Wangaphandle Nobukhulu Bokufaka bohlobo lwe-V lwesiqalisi esithambile

Imodeli nokucaciswa	Ubukhulu bohlaka(mm)			ubukhulu bokumiswa(mm)			Isisindo(kg)
Imodeli nokucaciswa	Wl	H1	D	W2	H2	d	Isisindo(kg)
22-75kW	144	283	190	128	261	M6	<5
90-115kW	215	380	240	162	355	M8	<15
160-250kW	255	410	240	162	385	M8	<20
320-400kW	415	535	265	323	500	M8	<30

Isahluko 9:Isibonisi Semenyu YaseShayina kanye Nemiyalo Yokusebenza Kwepharamitha

Isahluko 10: Ukusetha Ukuqalisa

Ikhodi yomsebenzi	Igama lesistimu	Ibanga lepharamitha	Inani elizenzakalelayo le-Factory	Ikheli lokuxhumana	Incazelo yepharamitha
B00	Isilinganiso semoto samanje	5-2000A	Imodi ukuzimisela	0	Ukuze usebenzise okokuqala, kubalulekile ukulungisa lepharamitha enanini langempela lamanje ku-nameplate yemoto, njengoba ukuvikelwa kwemoto kusekelwe kuleli nani; kungenjalo, kungaholela ukwehluleka kokuvikela kanye nokushiswa kwezimoto
B01	Imodi yokuqalisa	0.Irempu kagesi 1.Irempu yamanje	0	1
B02	I-Initialvoltage/yamanje	Imodi ye-Voltage (25～80%)Imodi yamanje ye-Ue (25～80%)le	40%	2
B03	Izinga lerempu	0 -120	10	3
B04	Isiphindaphindi somkhawulo samanje	100 - 500%le	350%	4
B05	Izinga lokumisa elithambile	0; 60	0	5
B06	I-voltage ye-Jump	50～100%Ue	80%	6
B07	Isikhathi sokugxuma	0～5S	0S	7
B08	Libazisa isikhathi sokuqala	0～600S	0S	8
B09	Ukuvama kwegridi	0:50HZ 1:60HZ	0	9

Isahluko 11:Isilungiselelo Sokuvikela

Ikhodi yomsebenzi	Igama lesistimu	Ibanga lepharamitha	Ifekthri inani elizenzakalelayo	Ikheli lokuxhumana	Incazelo yepharamitha
C00	Ukuvikelwa kwamanje	80-500%	150%	14	Misa kokungu-80 ukuze uvale ukuvikelwa kwe-overcurrent
C01	Okwedlulele isikhathi sohambo lokuvikela	0～30S	2S	15
C02	Ukungalingani kwamanje umbundu	10～100%	50%	16	Misa ku-100 ukuze uvale ukuvikelwa kwamanje kokungalingani
C03	Ukungalingani kwamanje isikhathi sohambo lwe-threshold	0～30S	3S	17
C04	Ukuvikelwa kokulayisha	30～100%	100%	18	Misa kokungu-100 ukuze uvale ukuvikelwa kokulayisha ngaphansi
C05	Landa isikhathi sohambo lokuvikela	0～30S	5S	19
C06	Izinga lokugcwala kwezimoto	10A,10,20,30,OFF	30	20
C07	Isiphindaphindi se-Motor stall	5~10 ibe	6	21	Misa koku-5 ukuze uvale ukuvikela okumisiwe
C08	Ukulandelana kwesigaba ukutholwa	0.vala 1.vula	0	22
C09	Isikhathi sokuqalisa siphelile	5 -120S	60S	23
C10	Ukuvikelwa kwe-overvoltage	100～150%	130%	24	Misa kokungu-100 ukuze uvale ukuvikelwa kwe-overvoltage
C11	Ukuvikelwa kwe-undervoltage	40～100%	50%	25	Misa ku-100 ukuze uvale ukuvikelwa kwe-undervoltage
C12	Over/undervoltage isikhathi sohambo lokuvikela	0～30S	S	26
C13	Inzuzo yesifunda esifushane se-SCR	5 - 20	5	27	Isibonelo, ngesilinganiso se-Current transformer engu-500/5, lapho noma yikuphi ukudluliselwa okuhlelekayo kukhethwa ukuphuma kwe-SCR short-circuit futhi kusebenze isivikelo, uma kungekho i-trigger eyenzekayo, futhi noma yisiphi isigaba sidlula 500*2%+5=15A, ukuvikelwa kuzoqiniswa futhi iphutha lizobikwa
C14	Ukubambezeleka kokulahlekelwa kwesigaba	0～5S	3S	28
C15	Ukusethwa kabusha kwepharamitha yokuvikela		0	29	Okokufaka 10 kuvumelekile

Isahluko Seshumi Nambili Isilungiselelo Somsebenzi

Ikhodi yomsebenzi

Igama lesistimu

Ibanga lepharamitha

Ifekthri

inani elizenzakalelayo

Ikheli lokuxhumana

Incazelo yepharamitha

D00

Imodi yokulawula

0.Ikhibhodi

1.Itheminali 01

2.Itheminali yekhibhodi 01 3.Itheminali 11

4.Itheminali yekhibhodi 11

Imiyalelo Yokufaka Izintambo (Itheminali 01, Eyodwa Ivamise Ukuvula futhi Eyodwa Ivamise Ukuvalwa)

Isistimu Yezintambo Ezintathu:X1-COM, inkinobho ebomvu yokushintsha

kuvame ukuvaleka (stop), X2-COM, inkinobho eluhlaza okotshani kuvame ukuvuleka (qala)

Isistimu Yezintambo Ezimbili: I-X1 ne-X2 ifushane

ndawonye-COM, ivaliwe ukuze kuqale, kuvulwe ukuze kumiswe

uma ivuliwe, iphuzu liyavalwa futhi

injini izoqala ngokuzenzakalelayo.Ifanele ukulawulwa kokuphakelwa kwamanzi okuntantayo, sebenzisa ukuqapha nge

amadrayivu emishini!

Imiyalo Yezintambo (Itheminali 11, Embili Ngokujwayelekile Evuliwe):

Isistimu Yezintambo Ezintathu:X1-COM,inkinobho ebomvu

shintsha ngokuvamile vula(stop), X2-COM, inkinobho eluhlaza okwesibhakabhaka ngokuvamile ivula (qala)

Lo msebenzi ulungele ukusetshenziswa ezimeni

ngokudlidliza okubalulekile, inkinobho yalapho

amaswishi asebenzisa abathintwayo abavame ukuvuleka ngeke ame ngokuzenzakalelayo ngenxa yokungathintani kahle.Lokhu

umsebenzi ulungele ukulawulwa kokuphakelwa kwamanzi kusetshenziswa amageji okucindezela kagesi, ngaphandle kwesidingo sezintambo eziphakathi nendawo, ezilula futhi

okuthembekile, ukunciphisa amazinga okuhluleka

Qaphela: Amatheminali okulawula angaphandle ayi-DC24V

amasignali asebenzayo futhi angase angamukeli eminye imithombo yamandla.Kungcono kakhulu ukugcina umthofu ophezulu

ubude phakathi kwamamitha ayi-10

D01

Imodi yokuphuma kwe-DC

0,4-20mA

1.0-20mA

Isahluko Seshumi Nantathu Isilungiselelo Somsebenzi

Ikhodi yomsebenzi

Igama lesistimu

Ibanga lepharamitha

Ifekthri

inani elizenzakalelayo

Ikheli lokuxhumana

Incazelo yepharamitha

D02

Ukubhalelana

0.0～le 2.0～3le 4.0～5le 6.0～2Ue

1.0 - 2 ibe

3.0 - 4 ibe

5.0～Ue

D03

Itheminali ye-DI

Umsebenzi

0.Ukusetha kabusha iphutha

1.Ukuma Kwesikhashana

Ukuvikelwa

Ukusetha kabusha iphutha: I-Dl-COM ivamise ukuvuleka ukusebenza kwesikhashana kusetha kabusha iphutha

Umsebenzi wokuma wesikhashana: I-Dl-COM ivamise ukuvala, ngokuvamile isetshenziselwa ukuxhuma ngeswishi yokuvikela yangaphandle ngokuvamile evalekile.Ukuvulwa okuzoholela ekuthini

ukuma okungenamibandela futhi "ukuma okwesikhashana" kuzogqanyiswa esikrinini se-LCD

D04

Umsebenzi we-K1

Ukuhlela

0-Qala Kuvaliwe

1-Ukugijima Kuvaliwe

I-2-Soft Stop ivaliwe

3-Kuvaliwe Ngokugcwele

4-Iphutha Livaliwe

5-Silicon Short Circuit

Kuvaliwe

6-Qala Vula

7-Run Open

8-Soft Stop Open

g-Vula Ngokugcwele

10-Fault Open

I-11-icon Circuit emfushane

Vula

12-Okuphakelayo Umsebenzi

13-Ukubambezeleka Kuvaliwe

Umsebenzi we-Feeder, ipharamitha yokusetha inani lesenzo C19-C22

Isahluko Seshumi Nane Isilungiselelo Somsebenzi

Ikhodi yomsebenzi	Igama lesistimu	Ibanga lepharamitha	Ifekthri inani elizenzakalelayo	Ikheli lokuxhumana	Incazelo yepharamitha
D05	I-K1 Programming Ukubambezeleka	0～60S	0S	38
D06	K2 Function Programming	Ngokufanayo nangenhla	5	39
D07	I-K2 Programming Ukubambezeleka	0～60S	0S	40
D08	K3 Function Programming	Ngokufanayo nangenhla	4	41
D09	I-K3 Programming Ukubambezeleka	0～60S	0S	42
D10	Ikheli Lokuxhumana	1-32	1	43
D11	Isilinganiso se-Baud	0-(4800),1-(9600),2-(19200)	1	44
D12	Ukulawula Ukuxhumana	0-Vala 1-Vula	1	45
D13	Iphasiwedi yomsebenzisi	0-9999	0	46	Iphasiwedi yomhlaba wonke engu-123,0 yokuvala
D14	Isigaba ACurrent Coefficient	100 - 500	一	47
D15	Isigaba B I-Coefficient Yamanje	100 - 500	一	48
D16	Isigaba C I-Coefficient Yamanje	100 - 500	一	49
D17	I-DC Coefficient	100 - 500	一	50
D18	I-Voltage Coefficient	100 - 500	一	51
D19	Inani Lamanje Lokuvala	0～80%	30	52
D20	Ukubambezeleka Kwamanje Kokuvala	0～10S	1S	53
D21	Inani Lamanje Lokuvula	50～100%	80	54
D22	Ukulibaziseka Kwamanje Okuvula	0～10S	1S	55

Isahluko Seshumi Nanhlanu:Iziqondiso Zokusebenza Zephaneli kanye Nomdwebo Wosayizi Wokuvula
1.Iziqondiso Zokusebenza Zephaneli Yekhibhodi kanye Nomdwebo Wosayizi Wokuvula
Iphaneli yekhibhodi inemisebenzi yokusebenza enothile, efana nokuqalisa nokumisa imisebenzi, ukuqinisekiswa kwedatha nokuguqulwa, nokuqinisekiswa kwezimo okuhlukahlukene.

Isahluko seshumi nesithupha:D-Type Online Soft Starter
2.Imisebenzi yezinkinobho zekhibhodi

Igama Lenkinobho	Umsebenzi Oyinhloko
Ukusetha ukhiye-1	Cindezela le nkinobho ukuze ufake imenyu enkulu;ehambisana nephedi yezinombolo
Up Key-2	Cindezela le nkinobho ukuze ukhethe imingcele efanele;ehambisana nephedi yenombolo 2
Qinisekisa ukhiye-3	Ngemva kokukhetha imingcele edingekayo, cindezela le nkinobho ukuze ugcine; ehambisana nephedi yenombolo 3
Qala ukhiye-4	n imodi yokulinda, cindezela le nkinobho ukuze uqalise injini;ihambisana nephedi yezinombolo 4
Ukhiye Waphansi-5	Cindezela le nkinobho ukuze ukhethe imingcele efanele;ehambisana nephedi yezinombolo 5
Misa ukhiye-6	Cindezela le nkinobho ukuze ume lapho usesimweni sokusebenza;cindezela le nkinobho ukuze usethe kabusha uma kwenzeka kuba nephutha;okuhambisana nephedi yenombolo 6.

1.Uma iphasiwedi idingeka, sicela usebenzise iphedi yenombolo ehambisanayo.2.Cindezela inkinobho yokumisa ukuze usethe kabusha uma kwenzeka iphutha

3.Cindezela inkinobho yokusetha ukuze ufake, bese usebenzisa izinkinobho zaphezulu naphansi ukuze ukhethe imingcele edingekayo, bese ucindezela inkinobho yokuqinisekisa ukuze ulondoloze.

Isahluko Seshumi Nesikhombisa D-Uhlobo/V-Uhlobo 90-400KW
1.Iziqondiso zokuhlanganisa izintambo

imbongolo FIcalion	I-TerminalMarking	I-TerminalName	Incazelo Yomsebenzi
Okukhiphayo Xhumana naye	01,02	Qala uye phezulu ngaphandle kokulibaziseka okukhiphayo (kuvaliwe)	01,02 ingeyokuvala isixhumi esixhumene naye noma isibani senkomba yokusebenza ngemva kokuqedwa kokuqala okuthambile FU -L1 凸 -
	03,04	Lapho uqala umyalo kuvaliwe (kuvaliwe)	03,04 eyezinhlelomblecircuibe breaker ookuphumayo, isikhathi sokulibalasethange code F4.Oui-tput ubumnandiisenzo esisethwe ngekhodi FE, kuvame ukuthintana ovulekile, siyavala uma sisebenza.(Isilinganiso sokuxhumana AC250V/3A)
	05,06	Lapho iphutha kwenzeka(kuvaliwe)	I-05 kanye ne-06 yimiphumela ehlelekayo ye-fault relay. Ziyavalwa lapho isiqalisi esithambile sihluleka noma amandla e-oses, futhi avuleke lapho amandla axhunyiwe.(Umthamo wokuxhumana: AC250V/3A)
Xhumana ne-nput	07	Okokufaka kokuma kwesikhashana	I-Motor ima ngokushesha lapho u-07 no-10 evuliwe (noma ixhunywe ochungechungeni kokunye ukuthintwa komvikeli ovamise ukuvaleka)
	08	I-Soft stop inpu	I-Motor yenza i-deceleration soft stop lapho i-08 ne-10 ivuliwe (noma izima ngokwayo)
	09	Qala i-inpu	Izimoto ziqala ukusebenza lapho i-09 ne-10 ivaliwe
	10	Commonterminal	Itheminali evamile yamasignali okufakwayo othintana naye
I-Analog Output	11,12	Okukhiphayo kwe-analog	I-11,12 ingakala isignali yamanje ehlukahluka ngomthwalo, okuphumayo okungu-4-20mA, kukalwe ku-400% yefomula yokubala:D=400/16(Ix-4).Lapho i-Ix iyinani langempela elilinganisiwe lamanje (mA) D iyinjini layisha okwamanje (%
RS-485	Imbobo yenethiwekhi yangaphandle ye-GNDAB (thintana nomkhiqizi ngekheli lokuxhumana)

Isahluko Seshumi Nesishiyagalombili Imiyalo Yokusebenza Kwephaneli kanye Nomdwebo Wosayizi Wokuvula
1.Iziqondiso Zokusebenza Zephaneli Yekhibhodi kanye Nosayizi Wokuvulae Umdwebo
Iphaneli yekhibhodi inemisebenzi yokusebenza enothile, efana nokuqalisa nokumisa imisebenzi, ukuqinisekiswa kwedatha nokuguqulwa, nokuqinisekiswa kwezimo okuhlukahlukene.

Isahluko Seshumi Nesishiyagalolunye I-V-Type Online Soft Starter
2.Imisebenzi yezinkinobho zekhibhodi

Igama Lenkinobho	Umsebenzi Oyinhloko
Ukhiye Wemenyu-1	Cindezela le nkinobho ukuze ufake imenyu, ehambisana nephedi yenombolo 1
I-Back Key-2	Cindezela le nkinobho ukuze ubuyisele, ehambisana nephedi yenombolo 2
Ukusetha ukhiye-3	Cindezela le nkinobho ukuze ufake izinketho, ezihambisana nenombolo 3
Up Key-4	Cindezela le nkinobho ukuze ukhethe ukuya phansi, okuhambisana nenombolo 4
Qinisekisa ukhiye-5	Cindezela le nkinobho ukuze uqinisekise futhi ulondoloze, ehambisana nenombolo 5
Qala ukhiye-6	Cindezela le nkinobho ukuze uqale, ehambelana nenombolo 6
Ukhiye Waphansi-7	Cindezela le nkinobho ukuze ukhethe ukuya phansi, okuhambisana nenombolo 7
Misa ukhiye-8	Cindezela le nkinobho ukuze umise, ehambelana nenombolo 8

1.Uma iphasiwedi idingeka, sicela usebenzise iphedi yenombolo ehambisanayo.2.Cindezela inkinobho yokumisa ukuze usethe kabusha uma kwenzeka iphutha

3.Cindezela inkinobho yokusetha ukuze ungene, bese usebenzisa izinkinobho zaphezulu naphansi ukuze ukhethe amapharamitha adingekayo, bese ucindezela inkinobho yokuqinisekisa ukuze ulondoloze.

Isahluko Samashumi Amabili Ukulawula Itheminali yebhodi Incazelo

1.TI-erminal Wiring Instukuhlehlas

V-Uhlobo 22-75KW

Ukwahlukanisa	I-Terminal Symbo	Igama letheminali	Incazelo Yomsebenzi
Oxhumana naye Okokufaka	1	Okokufaka kokuma kwesikhashana	I-Motor ima ngokushesha lapho u-1 no-4 evuliwe (noma ixhunywe ochungechungeni komunye othintana naye ovamise ukuvalwa)
	2	Misa okokufaka	I-Motor yenza i-deceleration soft stop lapho u-2 no-4 evuliwe (noma izima ngokwayo
	3	Qala okokufaka	I-Motor iqala ukusebenza lapho u-3 no-4 evaliwe
	4	Okuvamile Isikhumulo	Itheminali evamile yamasignali okufakwayo othintana naye
I-Analog Okukhiphayo	4,5	I-Analog Outpu	I-4,5 ingakala isiginali yamanje ehluka ngomthwalo, okuphumayo okungu-4-20mA, kukalwe ku-400%
RS-485	6,7		AB Imbobo yenethiwekhi yangaphandle (thintana nomkhiqizi ngekheli lokuxhumana
Oxhumana naye Okukhiphayo	8,9	I-K2A\K2C	Okuphumayo kokudlulisa okuhlelekayo

Isahluko Amashumi amabili nanye Iphutha Desumbhalo
Iphutha Ikhodi	Igama Lephutha	Isizathu Sephutha	Isixazululo
01	Ukulahlekelwa kwesigaba sokufaka	Ukulahlekelwa kwesigaba ngesikhathi ukuqala noma ukusebenza	Hlola ukuthi ugesi wezigaba ezintathu uthembekile yini, lungisa ukubambezeleka kokulahleka kwesigaba (C14)
02	Ukulahlekelwa kwesigaba sokuphumayo	Ukulahlekelwa kwesigaba sokulayisha noma ukwephulwa kwe-thyristor	Hlola izintambo zokulayisha, ubone ukuthi i-thyristor iphukile
03	Okwedlulele ngesikhathi sokusebenza	Ukukhuphuka komthwalo kungazelelwe ukushintshashintsha komthwalo ngokweqile	Qaphela isimo somthwalo, lungisa ukuvikelwa kwe-overcurrent (C00), futhi ulungise isikhathi eseqile (C01) njengoba kufanele
04	Ukungalingani kwamanje	Ungalingani ngezigaba ezintathu imisinga yemishini	Qaphela uma ukuqalisa kwemoto noma ukusebenza kubushelelezi, lungisa ukungalingani kwamanje (C02), futhi ulungise isikhathi samanje sokungalingani (C03) njengoba kufanele
05	Ukunikezwa kwamandla kagesi hlehla	Ukuhlehla kokulandelana kwesigaba	Lungisa ukulandelana kwesigaba noma uhlale ukuze ungaboni ukulandelana kwesigaba
06	Ukulahlekelwa kwepharamitha	Okudidayo kwebhodi lesifunda noma ikhwalithi yokuhlinzeka ephansi	f ukulahleka kwepharamitha kwenzeka naphezu kokuthi inikwe amandla futhi, sicela uxhumane nomkhiqizi
07	Imvamisa ukungavamile	Ukuqalisa okuthambile kwezigaba ezintathu imvamisa idlula ububanzi obudingekayo	Hlola imvamisa yomthombo wokufakwa kwamandla wezigaba ezintathu kutheminali yokokufaka
08	Isikhathi sokuqalisa siphelile	Isikhathi sokuqalisa sidlula setha isikhathi	Qaphela uma ukuqaliswa kwemoto kubushelelezi, lungisa ipharamitha yokuqala, ikakhulukazi isici somkhawulo samanje (C09)
09	Layisha ngaphansi	Ukusebenza kwamanje kuphansi kunevelu ebekiwe yokulayisha ngaphansi	Qaphela isimo somthwalo
10	I-elekthronikhi ukugcwala okushisayo	Ubude besikhathi samanje budlula setha inani lejika	Hlola ukuthi izinga lokugcwala kwemoto (C06) linengqondo yini, qaphela ukuqala komthwalo noma isimo sokusebenza
11	Overvoltage	Amandla kagesi aphezulu kunawo setha inani	Hlola ukunikezwa kwamandla kagesi, bheka ukuthi i-overvoltage (C10) inengqondo yini, lungisa isikhathi esingaphezu/se-undervoltage (C12) njengoba kufanele
12	I-Undervoltage	Amandla kagesi angaphansi setha inani	Hlola ukunikezwa kwamandla, bheka ukuthi i-undervoltage (C11) inengqondo yini, lungisa i-over/undervoltage ime(C12) njengoba kufanele
13	Isitolo	Isiqalo samanje idlula okwamanje	Hlola umthwalo, bheka ukuthi i-motor stall factor (C07) inengqondo yini
14	I-Thyristor ukushisa ngokweqile	Ukushisa kukasinki wokushisa ngokweqile	Qaphela uma isikhathi sokuqalisa siside kakhulu, ohlotsheni lwe-bypass, bheka ukuthi othintana naye uyavala yini ngokuthembekile ngemva kokusebenza.Ngohlobo lwe-inthanethi, bheka ukuthi ifeni yokupholisa isebenza kahle yini.
15	I-silicon emfushane isifunda	I-anomaly yesekethe eyinhloko	Vala i-breaker circuit engenayo, futhi uhlole ukuthi i-thyristor iphukile yini
16	Okudidayo kwesistimu	Imishini yokuqala ethambile okudidayo	Xhumana nomkhiqizi ngokushesha
07	Okudidayo kwetheminali ye-contro yangaphandle	Iphutha lezintambo elivalekile noma elivamise ukuvuleka	Sicela ubheke idayagramu yezintambo zohlelo lokusebenza lwetheminali ukuze ulungise