Uchungechunge lwe-RDJR6 Isiqalisi Esithambile – 5.5~320Kw Isithombe Esifakiwe Esifanelekile

RDJR6 uchungechunge Soft Starter – 5.5~320Kw Motor efanelekayo

I-Soft Starter iyisisetshenziswa sokulawula isithuthuthu esihlanganisa isiqalo esithambile, isitobhi esithambile, ukonga amandla okukhanya okukhanyayo nemisebenzi eminingi yokuvikela.Awukwazi nje ukubona ukuqala okushelelayo kwe-motor ngaphandle komthelela kuyo yonke inqubo yokuqala, kodwa futhi ulungise imingcele enqubweni yokuqala ngokuya nezici zomthwalo wemoto, njengenani lomkhawulo wamanje, isikhathi sokuqala, njll.

Thumela i-imeyili kithi Landa njenge-PDF

Imininingwane Yomkhiqizo

Isicelo

Amapharamitha

Amasampula Nezakhiwo

Ubukhulu

Isingeniso Somkhiqizo

I-Soft starter iyithuluzi lokulawula imoto elihlanganisa isiqalo esithambile, isitobhi esithambile, ukonga amandla amancane nemisebenzi eminingi yokuvikela Iqukethe ikakhulukazi izigaba ezintathu ze-anti parallel thyristors ezixhunywe ochungechungeni phakathi kokuphakelwa kwamandla kanye nenjini elawulwayo kanye nesifunda sayo sokulawula i-elekthronikhi Ehlukile. izindlela zisetshenziselwa ukulawula i-conduction angle ye-thiristors yesigaba ezintathu anti parallel, ukuze i-voltage yokufaka yemoto elawulwayo ishintshe ngokuvumelana nezidingo ezahlukene.

Izici

1.Yamukela i-Microprocessor digital auto control, inokusebenza okuhle kakhulu kwe-electromagnetic.ukuqala okuthambile, ukuma okuthambile noma ukuma mahhala.

I-2.I-voltage yokuqala, yamanje, isiqalo esithambile kanye nesikhathi sokumisa kancane singamukelwa ngokuvumelana nemithwalo ehlukene yokunciphisa ukushaqeka kokuqala kwamanje.ukusebenza okuzinzile, ukusebenza okulula, ukubonisa okuqondile, ivolumu encane, isethi yedijithali, inokulawula ngocingo kanye nemisebenzi yokulawula yangaphandle.

3.Yiba nesivikelo ekulahlekelweni kwesigaba, ukugcwala ngokweqile, ukugcwala ngokweqile, ukudlula ngokweqile, ukushisa ngokweqile.

4.Iba nemisebenzi yokubonisa i-voltage yokufaka, isibonisi samanje esisebenzayo, ukwehluleka ukuzihlola, inkumbulo yephutha.inokukhipha inani le-0-20mA lokulingisa, ingabona ukuqapha kwamanje kwemoto.

I-AC induction-motor inezinzuzo zezindleko eziphansi, ukwethembeka okuphezulu kanye nokugcinwa okungavamile.

Ububi:

1.i-starting current iphakeme ngokuphindwe ka-5-7 kuneyamanje elinganiselwe.Futhi idinga ukuthi i-power prid ibe ne-margin enkulu, futhi izonciphisa impilo yokusebenza yedivayisi yokulawula kagesi, ithuthukise izindleko zokunakekelwa.

2.i-torque yokuqala iyisikhathi esiphindwe kabili se-torque evamile yokubangela ukushaqeka komthwalo kanye nokulimala kwezingxenye zokushayela.I-soft-starter ye-RDJR6 isebenzisa imojula ye-thyistor elawulekayo kanye nobuchwepheshe bokushintsha kwesigaba ukuze kuthuthukiswe i-voltage yemoto njalo. Futhi ingakwazi ukubona imfuneko ye-torque yemoto, yamanje kanye nomthwalo ngepharamitha yokulawula.I-RDJR6 i-soft-starter ewuchungechunge isebenzisa i-microprocessor ukuze ilawule futhi ibone imisebenzi yokumisa kancane kwe-AC motor asynchronous motor, inomsebenzi wokuvikela ophelele, futhi isetshenziswa kabanzi kumishini ye-Motor drive emikhakheni yensimbi, i-petroleum, imayini, imboni yamakhemikhali.

Ukucaciswa kokukhiqiza

Imodeli No.	Amandla alinganiselwe (kW)	Ikalwe okwamanje (A)	Amandla emoto asebenzayo (kW)	Usayizi womumo (mm)						Isisindo (kg)	Qaphela
Imodeli No.	Amandla alinganiselwe (kW)	Ikalwe okwamanje (A)	Amandla emoto asebenzayo (kW)	A	B	C	D	E	d	Isisindo (kg)	Qaphela
I-RDJR6-5.5	5.5	11	5.5	145	278	165	132	250	M6	3.7	Umfanekiso 2.1
I-RDJR6-7.5	7.5	15	7.5
I-RDJR6-11	11	22	11
I-RDJR6-15	15	30	15
I-RDJR6-18.5	18.5	37	18.5
I-RDJR6-22	22	44	22
I-RDJR6-30	30	60	30
I-RDJR6-37	37	74	37
RDJR6-45	45	90	45
RDJR6-55	55	110	55
RDJR6-75	75	150	75	260	530	205	196	380	M8	18	Umfanekiso 2.2
I-RDJR6-90	90	180	90
I-RDJR6-115	115	230	115
I-RDJR6-132	132	264	132
I-RDJR6-160	160	320	160
I-RDJR6-185	185	370	185
RDJR6-200	200	400	200
RDJR6-250	250	500	250	290	570	260	260	470	M8	25	Umfanekiso 2.3
RDJR6-280	280	560	280
I-RDJR6-320	320	640	320

Umdwebo

Ipharamitha esebenzayo

Ikhodi	Igama lomsebenzi	Ukusetha ububanzi	Okuzenzakalelayo	Isiyalezo
P0	I-voltage yokuqala	(30-70)	30	PB1=1, imodeli ye-Voltage slope iyasebenza;uma ukulungiselelwa kwe-PB kuyimodi yamanje, inani lokuqala elimisiwe le-voltage lingu-40%.
P1	isikhathi sokuqala esithambile	(2-60)s	16s	PB1=1, imodeli ye-Voltage slope iyasebenza
P2	isikhathi sokumisa kancane	(0-60)s	0s	Ukusetha=0, ukuma kwamahhala.
P3	isikhathi sohlelo	(0-999)s	0s	Ngemva kokuthola imiyalo, usebenzisa uhlobo lokubala uyehla ukuze ubambezele ukuqala ngemva kwevelu yokusetha ye-P3.
P4	qala ukubambezeleka	(0-999)s	0s	Ukubambezeleka kwesenzo sokudlulisela okuhlelekayo
P5	ukubambezeleka kohlelo	(0-999)s	0s	Ngemuva kokususwa kokushisa ngokweqile kanye nokubambezeleka kokusetha kwe-P5, ibisesimweni esilungile
P6	ukubambezeleka kwesikhawu	(50-500)%	400%	Hlangana nokulungiselelwa kwe-PB, lapho ukulungiselelwa kwe-PB kungu-0, okuzenzakalelayo kungu-280%, futhi ukuchibiyela akusebenzi.Uma ukulungiselelwa kwe-PB kungu-1, inani elikhawulayo lingu-400%.
P7	isiqalo esilinganiselwe samanje	(50-200)%	100%	Sebenzisa ukulungisa inani lokuvikela ukugcwala kwemoto, i-P6, uhlobo lokufaka lwe-P7 luncike ku-P8.
P8	Ukusebenza okuphezulu kwamandla	0-3	1	Sebenzisa ukusetha inani lamanje noma amaphesenti
P9	imodi yokubonisa yamanje	(40-90)%	80%	Ngaphansi kwevelu yokusetha, isibonisi sokwehluleka sithi “Err09″
PA	ukuvikelwa kwe-undervoltage	(100-140)%	120%	Iphakeme kunokusetha inani, isibonisi sokwehluleka sithi “Err10″
PB	indlela yokuqala	0-5	1	0 umkhawulo wamanje, 1 i-voltage, 2 kick+current-limited, 3 kick+current-limit, 4-current-slope, 5 uhlobo lwe-dual-loop
PC	ukuvikela okukhiphayo kuvumela	0-4	4	0 okuyinhloko, 1 iminithi umthwalo, 2 ejwayelekile, 3 umthwalo osindayo, 4 aphezulu
PD	imodi yokulawula yokusebenza	0-7	1	Sebenzisa ukuze ukhethe iphaneli, izilungiselelo zetheminali yokulawula kwangaphandle.0, kuphela ukusebenza kwamaphaneli, 1 kuwo womabili amaphaneli kanye netheminali yokulawula yangaphandle.
PE	inketho yokuqalisa kabusha ngokuzenzakalelayo	0-13	0	0: vimbela, 1-9 ngezikhathi zokusetha kabusha ngokuzenzakalela
PF	ipharamitha chibiyela vumela	0-2	1	0: i-fohibid, 1 yengxenye evumelekile yedatha echitshiyelwe, 2 ngokuvunyelwa yonke idatha echitshiyelwe
PH	ikheli lokuxhumana	0-63	0	Sebenzisa ekuxhumaneni komshini wokuphindaphinda oqala ngokuthambile nangaphezulu
PJ	okukhiphayo kohlelo	0-19	7	Sebenzisa kusilungiselelo sokuphumayo kokudlulisela okuhlelekayo(3-4).
PL	i-soft-stop current inomkhawulo	(20-100)%	80%	Sebenzisa ukuya ku-P2 isilungiselelo esikhawulelwe samanje sokumisa kancane
PP	motor rated yamanje	(11-1200)A	inani elilinganiselwe	Sebenzisa ukufaka injini elinganiselwe okwamanje
PU	ukuvikelwa kwe-motor undervoltage	(10-90)%	nqabela	Isetshenziselwa ukusetha imisebenzi yokuvikela i-motor undervoltage.

Isiyalezo sokwehluleka

Ikhodi	Isiyalezo	Inkinga nesixazululo
Err00	akukho ukwehluleka	Ukuhluleka kwe-undervoltage, i-overvoltage, ukushisa ngokweqile noma i-stop stop terminal evuliwe bekulungisiwe.Futhi inkomba yephaneli iyakhanyisa, cindezela inkinobho ethi "misa" ukuze usethe kabusha, bese uqala injini.
Iphutha01	itheminali yangaphandle yokumisa isikhashana ivuliwe	Hlola ukuthi itheminali yesikhashana yangaphandle7 kanye netheminali10 ejwayelekile noma ukuthintana kwe-NC kwamanye amadivaysi okuvikela kujwayelekile.
Iphutha02	i-soft-starter overheating	Izinga lokushisa le-radiator lingaphezu kuka-85C, ukuvikela ukushisa ngokweqile, isiqalisi esithambile siqala injini kaningi kakhulu noma amandla emoto awasebenzi kusiqalisi esithambile.
Iphutha03	ukuqala isikhathi esengeziwe	Ukuqalisa idatha yokusetha akusebenzi noma umthwalo usinda kakhulu, umthamo wamandla mancane kakhulu
Iphutha04	ukulahlekelwa kwesigaba sokufaka	Hlola ukuthi okokufaka noma iluphu enkulu inephutha, noma uma isixhumi esixhumene naye singaphuka futhi senze isifunda ngokujwayelekile, noma uma isilawuli se-silicon sivuliwe
Err05	ukulahlekelwa kwesigaba sokukhipha	Hlola ukuthi okokufaka noma iluphu enkulu inephutha, noma uma isixhumi sokudlula singanqamuka futhi senze isifunda ngokujwayelekile, noma isilawuli sesilicon sivuliwe, noma uma uxhumano lwemoto lunamaphutha athile.
Iphutha06	ukungalingani kwesigaba sesithathu	Hlola ukuthi amandla okufaka ezigaba ezi-3 kanye nenjini inamaphutha athile yini, noma uma i-current-transformer ikhipha amasignali.
Iphutha07	ukuqala i-overcurrent	Uma umthwalo unzima kakhulu noma amandla emoto esebenza ngesiqalisi esithambile, noma ukusetha inani le-PC(ukuvikelwa komphumela kuvunyelwe) ukusetha i-falut.
Iphutha08	isivikelo sokugcwala ngokweqile komsebenzi	Uma umthwalo unzima kakhulu noma i-P7, i-PP isetha i-falut.
Iphutha09	undervoltage	Bheka ukuthi ingabe i-voltage yamandla okufakwayo noma usuku lokusetha lwe-P9 kuyiphutha
Iphutha10	overvoltage	Hlola ukuthi ingabe i-voltage yamandla okufakwayo noma usuku lokusetha lwe-PA kuyiphutha
Iphutha11	iphutha lokusetha idatha	Shintsha izilungiselelo noma cindezela inkinobho ethi "enter" ukuze uqale ukusetha kabusha
Iphutha12	isiyingi esifushane sokulayisha	Hlola ukuthi i-silicon iyisiyingi esifushane, noma isinda kakhulu, noma ikhoyili yemoto iyisiyingi esifushane.
Iphutha13	qala kabusha iphutha lokuxhuma	Hlola ukuthi i-terminal yokuqalisa yangaphandle9 kanye ne-stop terminal8 ziyaxhuma yini ngokohlobo lwemigqa emibili.
Iphutha14	Iphutha loxhumano lwetheminali yesitobhi sangaphandle	Uma isilungiselelo se-PD singu-1, 2, 3, 4 (vumela ukulawula kwangaphandle), isitobhi sangaphandle setheminali8 kanye nesiphetho esivamile10 akuzona i-short-circuit.Kuphela babengama-short-circuit, motor ingaqalwa.
Err15	motor underload	Hlola iphutha lenjini nokulayisha.

Imodeli No.

Itheminali yokulawula yangaphandle

Incazelo yetheminali yokulawula yangaphandle

Shintsha inani	Ikhodi yetheminali	Umsebenzi wetheminali		Isiyalezo
Okukhiphayo kwe-relay	1	Okukhiphayo kwe-Bypass	lawula i-bypass contactor, lapho isiqalisi esithambile siqala ngempumelelo, AKUKHO ukuxhumana ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A
	2
	3	Okuphumayo kokudlulisa okuhlelekayo	uhlobo lokuphumayo nemisebenzi isethwe yi-P4 ne-PJ, AKUKHO othintana naye ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A
	4
	5	Okukhiphayo kokudluliselwa kokwehluleka	lapho isiqalisi esithambile sinokwehluleka, lokhu kudluliselwa kuvaliwe, AKUKHO othintana naye ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A
	6
Okokufaka	7	Isitobhi esidlulayo	i-soft-starter iqala ngokujwayelekile, lesi siphetho kufanele sifushaniswe ngokuthi i-terminal10.
	8	Misa/ setha kabusha	ixhuma ne-terminal 10 ukulawula umugqa we-2, ulayini we-3, ngokwendlela yokuxhumana.
	9	Qala
	10	Itheminali evamile
Okukhiphayo kwe-analog	11	iphuzu elivamile lokulingisa (-)	okukhiphayo wamanje izikhathi ezi-4 zikalwe okwamanje ngu-20mA, futhi kungatholwa imitha yangaphandle ye-DC, Ingakwazi ukukhipha ukumelana nomthwalo I-Max ingu-300.
	12	okukhiphayo kwamanje okulingisa (+)

Iphaneli yokubonisa

Inkomba		Isiyalezo
LUNGILE		uma amandla avuliwe futhi isimo sesilungile, le nkomba ilula
PASS		lapho i-bypass isebenza, le nkomba ilula
IPHUTHA		lapho ukwehluleka kwenzeka, le nkomba ilula
A		idatha yokusetha iyinani lamanje, le nkomba ilula
%		idatha yokusetha iyinkomba yamanje, le nkomba ilula
s		ukusetha idatha yisikhathi, le nkomba ilula

umyalo wenkomba yesimo
Imiyalelo yezinkinobho
I-RDJR6 uchungechunge lwe-soft-starter inezinhlobo ezi-5 zesimo sokusebenza: ngomumo, ukusebenza, ukwehluleka, ukuqala nokumisa, kulungile, ukusebenza, ukwehluleka.
inesiginali yenkomba ehlobene.Umyalelo bheka Ithebula elingenhla.

Ekuqhubekeni kokuqala nokumisa kancane, ayikwazi ukusetha idatha, kuphela uma ingaphansi kwesinye isimo.
Ngaphansi kwesimo sokusetha, isimo sokusetha sizoyeka isimo ngaphandle kokusebenza ngemva kwemizuzu emi-2.
Okokuqala cindezela inkinobho ethi "enter", bese ushajwa bese uqala isiqalisi.Ngemva kokulalela umsindo uqaphile, ke kungaba kabusha
inani lemboni yedatha emuva.

Ukubukeka nokukhuphuka kobukhulu

Umdwebo wohlelo lokusebenza

Umdwebo wokulawula ojwayelekile

Umyalelo:
1.Itheminali yangaphandle isebenzisa uhlobo lwe-tcontrol yemigqa emibili.uma i-KA1 ivaliwe ukuze kuqalwe, ivuleleke ukuthi ime.
2. Isiqalisi esithambile esingaphezu kuka-75kW esidinga ukulawula ikhoyili yokudlula isixhumi esixhumene naye ngokudlulisela phambili, ngenxa yomthamo olinganiselwe wedrayivu wokuthintana kwe-soft-strater edluliselwe ngaphakathi.

12.2 umdwebo owodwa ojwayelekile nowodwa obekwe eceleni

12.3 Umdwebo owodwa ojwayelekile nowodwa wokulinda

Umyalelo:
1. Emdwebeni, itheminali yangaphandle isebenzisa uhlobo lwemigqa emibili
(uma i-1KA1 noma i-2KA1 ivaliwe, iyaqala.uma iphuka, iyama.)
2. Isiqalisi esithambile esingaphezu kuka-75kW sidinga ukulawula ikhoyili yokudlula i-contactor nge-middel relay ngenxa yomthamo olinganiselwe wedrayivu we-soft-starter yangaphakathi edluliselwe edluliselwe phakathi.