Idrayivu ye-AC ye-SHBFG Series Universal Vector

I-SHBFGseries iwuchungechunge olusezingeni eliphezulu, futhi ifanelekela ubunjiniyela bezimboni kanye nobunjiniyela bezentengiselwano, ngokulawulwa kwevektha yamanje ehlukile futhi imoto inezici zokulawula ezinhle kakhulu, ezifanele zonke izinhlobo zomthwalo wemishini. Ukulondoloza isikhala esincane kufaneleka kakhulu ukufakwa okuvalekile ngezingcezu eziningana ezingafakwa kalula nangokushesha, zixhunywe futhi zilungiswe, ngoxhumano lwesiNgisi, uchungechunge lwe-SHBFG seludlulile isitifiketi se-CE EMC.

Xhumana nathi Landa

Imininingwane Yomkhiqizo

Izici Zobuchwepheshe

Sekela ukulawula kwe-V/F, ukulawula kwevektha yeluphu evulekile, ukulawula kwevektha yeluphu evaliwe yokulawula kwemoto okungenazingqayizivele nokuvumelanisa.
I-algorithm yokulawula i-vector yamanje ye-VTC ingafinyelela ku-torque yokuqala ephezulu kanye ne-torque eqinile yesivinini esiphansi.
I-HPFD ihlanganise imisebenzi ecebile yesicelo sezimboni, ukuze ikwazi ukufeza zonke izinhlobo zezidingo zokulawula insimu.
Ukuze iklame, ihlole futhi ikhiqize ama-converter ngokuhambisana nezindinganiso zomhlaba wonke, yenzelwe kangcono ekuthwaleni amandla okushisa kanye nokuhambisana kwe-electromagnetic.
Ihlinzeka ngezikhathi eziningi zokufaka kwedijithali eziyi-8, okokufaka kwe-analog emigwaqweni emibili, okokukhipha kwe-relay emigwaqweni emibili kanye nokokukhipha kwe-2road open collector.
Konke lokhu kulungiselelwa kuyi-interface yokuxhumana ye-RS485 serial. Imikhiqizo isebenzisa iphrothokholi yokuxhumana ye-standardModbus, futhi iyisihlungi sokufaka esakhelwe ngaphakathi esingu-18.5-560KW.
Uchungechunge lwe-SHBFG luyimikhiqizo emisha yesifundazwe, imisebenzi yalo yokonga amandla kanye nomsebenzi wokukhawulela i-automatic current ingaqinisekisa ukusebenza okuvamile.
Kulula ukuyisebenzisa nge-interface ye-LED ne-LCD, okwamanje, kulula ukulungisa iphutha ngomsebenzi wokukopisha wephaneli.
Njengoba inemodi yokuxhumanisa i-main loop evikelwe kakhulu futhi ithembekile, yonke imikhiqizo yochungechunge iqinisekisa ukuphepha kwayo.

Imininingwane Yobuchwepheshe

Umhlahlandlela Wokukhetha I-Inverter (40P-12).jpg

Inombolo yemodeli	Amandla (KW)	Umphumela Okwamanje(A)	I-Inverter Uhlaka	Ububanzi (mm)	Ububanzi (mm)	D(mm)	I-W1(mm)	I-H1(mm)	d(mm)
I-SHBFG60D75G21B	0.75	3.8	A	105	160	137	94	150	4.5
I-SHBFG601D5G21B	1.5	7.0		105	216	157	94	206	4.5
I-SHBFG602D2G21A	2.2	9.0
I-SHBFG60D75G23B	0.75	3.8	A	105	160	137	94	150	4.5
I-SHBFG601D5G23B	1.5	7.0		105	216	157	94	206	4.5
I-SHBFG602D2G23A	2.2	9.0
SHBFG604D0G23A	4.0	13		126	260	183	110	246	6
I-SHBFG605D5G23A	5.5	25
I-SHBFG607D5G23A	7.5	33		153	341	204	137	327	7
I-SHBFG60011G23A	11	45
I-SHBFG60015G23A	15	60		180	423	204	120	420	9
I-SHBFG618D5G23A	18.5	75
I-SHBFG60022G23A	22	91		191	471	242	120	450	9
I-SHBFG60D75G01D5P43B	0.75/1.5	3.4/4.8	A	105	160	137	93.5	150	4.5
I-SHBFG601D5G02D2P43B\|	1.5/2.2	4.8/6.2
I-SHBFG602D2G04D0P43A	2.2/4.0	6.2/11		105	216	157	93.5	206	4.5
I-SHBFG604D0G05D5P43A	4.0/5.5	11/14
I-SHBFG605D5G07D5P43A	5.5/7.5	14/18		126	260	183	110	246	6
I-SHBFG607D5G0011P43A	7.5/11	18/27
I-SHBFG60011G0015P43A	11/15	27/34		153	341	204	137	327	7
I-SHBFG60015G18D5P43A	15/18.5	34/41
I-SHBFG618D5G0022P43A	18.5/22	41/52		180	423	204	120	420	9
I-SHBFG60022G0030P43A	22/30	52/65
I-SHBFG60030G0037P43A	30/37	65/80		191	471	242	120	450	9
I-SHBFG60037G0045P43A	37/45	80/96
I-SHBFG60045G0055P43A	45/55	96/128	B	300	541	314	220	516	11
I-SHBFG60055G0075P43A	55/75	128/165
I-SHBFG60075G0090P43A	75/90	165/185		350	730	354	270	705	11
I-SHBFG60090G0110P43A	90/110	185/224
I-SHBFG60110G0132P43A	110/132	224/260
I-SHBFG60132G0160P43A	132/160	260/302	C	500	780	354	180	755	11
I-SHBFG60160G0200P43A	160/185	302/340		650	1060	414	210	1024	16
I-SHBFG60200G0220P43A	200/220	380/450
I-SHBFG60220G0250P43A	220/250	450/480		750	1170	414	230	1128	18
I-SHBFG60250G0280P43A	250/280	480/520
I-SHBFG60280G0315P43A	280/315	520/605
I-SHBFG60315G0350P43A	315/350	605/670		850	1280	464	275	1236	20
I-SHBFG60350G0400P43A	350/400	670/750
I-SHBFG60400G0450P43A	400/450	750/810
I-SHBFG60450G0500P43A	450/500	810/860		1043	1426	464	250	1382	20
I-SHBFG60500G0560P43A	500/560	860/990
I-SHBFG60560G0600P43A	560/630	990/1100

	I-Iterm	Imininingwane
Okujwayelekile imisebenzi	Imvamisa ephezulu	· Ukulawula i-Vector: 0-300 Hz ·Ukulawula kwe-V/F: 0-320 Hz
	Imvamisa yenkampani yenethiwekhi	1-16 kHz Imvamisa yenkampani ilungiswa ngokuzenzakalelayo ngokusekelwe kumthwalo
	Imvamisa yokufaka isinqumo	Izilungiselelo zedijithali: 0.01 Hz Ukusethwa kwe-analog: imvamisa ephezulu ×0.025%
	Imodi yokulawula	· Ukulawulwa kwevektha yokushintshashintsha okungenanzwa (SFVC) · Ukulawulwa kwevektha okuvaliwe (i-CLVC) · Ukulawula i-Voltage/ Frequency(V/F)
	I-torque yokuqala	·Uhlobo lwe-G:0.5 Hz/150%(SFVC);0hZ/180%(CLVC) ·Uhlobo lwe-P:0.5 Hz/100%
	Ibanga lesivinini	1:100(SVC)	1:1000(FVC)
	Ukuqina kwesivinini ukunemba	±0.5%(SVC)	±0.02%(FVC)
	Ukulawula i-torque ukunemba	±5% (FVC)
	Umthamo wokulayisha ngokweqile	·Uhlobo lwe-G: 60s ku-150% wamanje olinganisiwe, 3s ku-180% wamanje olinganisiwe ·Uhlobo lwe-P: 60s ku-120% wamanje olinganisiwe, 3s ku-150% wamanje olinganisiwe
	Ukuthuthukiswa kwe-torque	Ukuthuthukiswa okwenziwe ngokwezifiso0.1%-30.0%
	Ijika le-V/F	· Ijika le-V/F eliqondile · Ijika le-V/F elinamaphoyinti amaningi ·Ijika le-V/F elinamandla angu-N (amandla angu-1.2, amandla angu-1.4, amandla angu-1.6, amandla angu-1.8, isikwele)
	V/ Ukuhlukaniswa	Izinhlobo ezimbili: ukuhlukaniswa okuphelele; ukuhlukaniswa okuyingxenye
	Imodi yerempu	· Irempu eqondile ·Irempu egobile elingu-S Amaqembu amane esikhathi sokusheshisa/sokunciphisa ijubane anobubanzi obungu-0.0-6500.0s
	Ukubopha kwe-DC	Imvamisa yokubhuleka ye-DC: 0.00 Hz kuya ku-frequency ephezulu; Isikhathi sokubhuleka: 0.0-600.0s; Inani lamanje lesenzo sokubhuleka: 0.0% -150.0%
	Ukulawula i-JOG	Ibanga lemvamisa ye-JOG: 0.00-50.00 Hz; Ukusheshisa kwe-JOG/isikhathi sokunciphisa ijubane: 0.0- Amasekhondi angu-6500.0
	Okuningi ngaphakathi isivinini esisethwe ngaphambilini	Isebenzisa isivinini esifinyelela ku-16 nge umsebenzi olula we-PLC noma inhlanganisela ye-DI izimo zokugcina.
	I-PID Engaphakathi	Ikwazi ukulawula uhlelo lokulawula iluphu evaliwe olulawulwa yinqubo kalula.
	I-voltage ezenzakalelayo umthethonqubo (i-AVR)	Ingagcina i-voltage ephumayo ingaguquki ngokuzenzakalelayo lapho i-voltage enkulu ishintsha.

*Imininingwane eyengeziwe sicela ubheke incwadi ebhalwe ngesandla

I-Iterm		Imininingwane
	Ugesi Oweqile / Umsinga ongaphezu kwamandla ukulawula isitolo	Amandla kagesi kanye ne-voltage kunqunyelwe ngokuzenzakalelayo ngesikhathi senqubo yokusebenza ukuze ukugwema ukukhubeka njalo ngenxa yokusetshenziswa kwamandla kagesi ngokweqile/ugesi ngokweqile.
	Isivinini esiphezulu samanje umsebenzi wokukhawulela	Nciphisa iphutha elingaphezu kwamandla kagesi futhi uvikele ukusebenza okuvamile kwedrayivu ye-AC.
	Umkhawulo we-torque kanye ukulawula	Kunganciphisa i-torque ngokuzenzakalelayo futhi kuvimbele ukukhubeka njalo ngesikhathi inqubo yokusebenza. Ukulawulwa kwe-torque kungasetshenziswa kwimodi ye-CLVC.
Okwabantu ngabanye ed imisebenzi	Ukusebenza okuphezulu	Ukulawulwa kwemoto engahambisani nemoto ehambisanayo kwenziwa ngokusebenzisa ubuchwepheshe bokulawula i-vector yamanje obusebenza kahle kakhulu.
	Ukugibela nge-power dip ngokusebenzisa	Amandla okuphendula umthwalo akhokhela ukwehla kwamandla kagesi ukuze idrayivu ye-AC ikwazi ukusebenza kahle. ingaqhubeka nokusebenza isikhathi eside.
	Umkhawulo wamanje osheshayo	Kuyasiza ukugwema amaphutha amaningi e-AC drive.
	Ukulawula isikhathi	Isikhathi: imizuzu engu-0.0-6500.0
	Okuningi ukuxhumana i-protocois	Isekela ukuxhumana nge-Modbus-RTU, PROFIBUSDP, CANlink kanye ne-CANoper
	Ukushisa ngokweqile kwenjini isivikelo	Ikhadi lesandiso le-I/O elingakhethwa li-AI4 ukuthola izinga lokushisa lenjini okokufaka kwenzwa (PT100, PT1000) ukuze kuqinisekiswe ukuvikelwa kokushisa ngokweqile kwemoto.
	I-encoder eminingi izinhlobo	Isekela ama-encoder ahlukahlukene njenge-differential encoder, i-open-collector encoder, i-resolver, i-UVW encoder, kanye ne-SIN/COS encoder.
	Okuthuthukisiwe ingemuva	Isekela ukusebenza kwamapharamitha e-AC drive kanye nomsebenzi we-oscillograph ebonakalayo, lapho isimo esingaphakathi kwedrayivu ye-AC siqashwa khona.
Gijima	Umyalo wokugijima umthombo	· Iphaneli yokusebenza · Amatheminali okulawula · Imbobo yokuxhumana ye-serial Ungenza ukushintshana phakathi kwale mithombo ngezindlela ezahlukene.
	Umthombo wemvamisa	Kunemithombo yemvamisa eyi-10 iyonke, njengokusetha kwedijithali, i-analog voltage isethingi, isethingi yamanje ye-alog, isethingi ye-pulse kanye nesethingi ye-port yokuxhumana elandelanayo. Ungenza ukushintshana phakathi kwale mithombo ngezindlela ezahlukene.
	Imvamisa yokusiza umthombo	Kunemithombo eyishumi yemvamisa yokusiza. Ingasebenzisa ukulungiswa okuhle kwemvamisa yokusiza ukwenziwa kwemvamisa kanye nemvamisa.
	Itheminali yokufaka	Okujwayelekile: Amatheminali angu-8 okufaka kwedijithali (i-DI), elinye lawo lisekela ukushaya kwenhliziyo okufika ku-50kHz ama-terminal angu-3 okufaka i-analog input(AI), amabili awo asekela kuphela ukufaka kwe-voltage engu-0-10V kanti enye isekela okokufaka kwe-voltage engu-0-10 V noma okokufaka kwamanje okungu-0-20 mA
	Itheminali yokukhipha	Okujwayelekile: Itheminali eyodwa yokukhipha i-pulse yesivinini esikhulu (eqoqwayo elivulekile) esekela isikwele esingu-0-50 kHZ okukhipha isignali yamagagasi, i-terminal yokukhipha yedijithali engu-2 (DO), i-terminal yokukhipha yokudlulisela engu-2, i-analog engu-2 i-terminal yokukhipha (AO) esekela ukuphuma kwamanje kwe-0-20 mA noma ukuphuma kwe-voltage ye-0-10 V

*Imininingwane eyengeziwe sicela ubheke incwadi ebhalwe ngesandla

I-Iterm		Imininingwane
Bonisa futhi ukusebenza i ukusebenza iphaneli	Isibonisi se-LED	Ibonisa amapharamitha
	Isibonisi se-LCD	Okuqukethwe kokusebenza okusheshayo okungakhethwa, kwesiShayina/kwesiNgisi
	Ikhophi yamapharamitha	Ukukopisha okusheshayo kwamapharamitha kungatholakala ngenketho yephaneli yokusebenza ye-LCD.
	Ukukhiya izihluthulelo kanye ukukhetha umsebenzi	Ingakhiya okhiye kancane uma ivuliwe, isivikelo sokulahlekelwa yisigaba sokufaka/sokukhipha, ukuvikelwa kokusebenzisa amandla amaningi, ukuvikelwa kokusebenzisa amandla amaningi, ukuvikelwa kokusebenzisa amandla amaningi, ukushisa ngokweqile ukuvikelwa kanye nokuvikelwa ngokweqile
Isivikelo imodi	Imodi yokuvikela	Ukutholwa kwe-motor short-circuit lapho kuvulwa, kufakwa/kukhishwa ukuvikelwa kokulahlekelwa yisigaba, ukuvikelwa kokusebenzisa amandla amaningi, ukuvikelwa kokusebenzisa amandla amaningi ukuvikelwa, ukuvikelwa kwe-undervoltage, ukushisa ngokweqile ukuvikelwa kanye nokuvikelwa ngokweqile
Ongakukhetha izingxenye	Izingxenye ozikhethela zona	Iphaneli yokusebenza ye-LCD, ukubhuleka kuze kufike, ikhadi lesandiso le-I/O 1, Ikhadi lesandiso le-I/O 2, ikhadi elihlelekayo lomsebenzisi, Ikhadi lokuxhumana le-RS485, ikhadi lokuxhumana le-PROFIBUS-DP, Ikhadi lokuxhumana le-CANink, ikhadi lokuxhumana le-CANopen, ikhadi le-PG lokufaka umehluko, ikhadi le-PG lokufaka umehluko le-UVW, ikhadi le-PG lokuxazulula kanye ne-OC ikhadi le-PG lokufaka
Indawo	Indawo yokufaka	Ngaphakathi, akukho ukukhanya kwelanga okuqondile, uthuli, igesi ebolile, igesi evuthayo, intuthu kawoyela, umhwamuko, i-drip noma usawoti.
	Ukuphakama	Ngaphansi kuka-1000m
	I-Ambient	Okuncane kusuka ku-10℃ kuya ku-+40℃ (kuncishisiwe uma izinga lokushisa elizungezile liphakathi kuka-40℃ no-50°)
	Umswakama	Ngaphansi kuka-95% RH, ngaphandle kokujiya
	Ukudlidliza	Ngaphansi kuka-5.9m/s(0.6g)
	Isitoreji	Okuncane okungu-20℃~+60℃
	Izinga le-IP	I-IP20
	Izinga lokungcola	I-PD2

*Imininingwane eyengeziwe sicela ubheke incwadi ebhalwe ngesandla