I-Vector Frequency Inverter YCB600 Series

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Imininingwane Yomkhiqizo
Ukulanda idatha
Imikhiqizo ehlobene

Xhumana nathi

Uchungechunge lwe-vector frequency Inverter YCB600

Isithombe

Ividiyo

I-Vector Frequency Inverter YCB600 Series efakiwe

Uchungechunge lwe-vector frequency Inverter YCB600

I-Inverter iyithuluzi le-elekthronikhi elalisetshenziselwa ukulawula ijubane lemoto. Ifinyelela ngokulawulwa okuqondile kwesivinini semoto ngokushintsha i-voltage kanye nemvamisa lapho imoto ithola khona.

Ukushayela okujwayelekile okuguquguqukayo kusetshenziswa kabanzi kuzicelo zezimboni zokulawulwa okuqondile kwesivinini sezimoto, njengabalandeli, amaphampu, ama-compressors, njll.

Xhumana nathi

Imininingwane Yomkhiqizo

Jwayelekile

Ukushayela okujwayelekile okuguquguqukayo kusetshenziswa kabanzi kuzicelo zezimboni zokulawulwa okuqondile kwesivinini sezimoto, njengabalandeli, amaphampu, ama-compressors, njll.

Izimo zokusebenza

1. Ukushisa okukhona: -10 ° C ~ + 45 ° C

2. Umswakama ohlobene: ≤20% ku-40 ° C; ≤90% ngo-20 ° C

3. Ukuphakama: ≤2000m

I-4. Izimo zezemvelo

Thayipha Ukuqokwa

I-Vector Frequency Inverte Type Constration

Idatha yezobuchwepheshe

Imodeli ye-Inverter (A: Uhlobo lomnotho)	Faka amandla kagesi (v)	I-advecturre ekhiqizwe (a)	Izithuthuthu Eziguqukayo (KW)
YCB600-2S0004G	220-20	2.4	0.4
YCB600-2S0007G	220-20	4.5	0.75
Ycb600-2s0015g	220-20	7.0	1.5
YCB600-2S0022G	220-20	10.0	2.2
YCB600-2S0030G	220-20	11.0	I-3.0
YCB600-4T0007G	I-360-440	2.1	0.75
Ycb600-4t0015g	I-360-440	I-3.7	1.5
YCB600-4T0022G	I-360-440	I-5	2.2
YCB600-4T0030G	I-360-440	7.0	I-3.0
YCB600-4T0040G	I-360-440	9.0	I-4
Ycb600-4t0055g	I-360-440	13.0	5.5
YCB600-4T0075G	I-360-440	17.0	7.5
YCB600-4T0110G	I-360-440	25.0	11.0

Izinkomba zezobuchwepheshe

ltem		Incazelo ye-LTEM
Faka	I-voltage nemvamisa	I-Single-Phase / 3 Isigaba 200-240VAC, 3 Isigaba 360-440VAC, 50/30hz
Faka	Ibanga elisebenzayo le-Voltage elivumelekile	I-Voltage Fracture Disear: ± 10% I-VELTAGE Rate engalingani: <3%, imvamisa Ukushintshashintsha kwendlela: ≤5%
Ouput	Imvamisa ye-voltage imvamisa	3 Isigaba 0 ~ Ukufaka i-Voltage Vac
	Imvamisa ye-voltage imvamisa	0.0 ~ 600hz
	Ukulayisha ngokweqile	I-110% Isikhathi Eside, 150% 1 Iminithi, 180% 5Seconds
Lawula ukusebenza kwakho	Imodi yokulawula	V / F ukulawulwa, ukulawulwa okulula, i-torque yokulawula i-vector ethuthukisiwe
	Ukulungiswa kwemvamisa	Ukuhlelwa kwedijithali: 0.1Hz Ukuhlelwa kwe-analog: imvamisa ephezulu × 0,1%
	Ukunemba imvamisa	Ukuhlelwa kwedijithali: 0.1Hz Isilungiselelo se-Analog: Ngaphakathi kwe-0.2% yemvamisa ephezulu yokuphuma
	V / fvoltage imvamisa isimilo	Izindlela ezintathu: owokuqala uyi-torque ye-torque eqondile, eyesibili yi Isilinganiselo se-skwele i-torque, kanti okwesithathu yi-v / F ebekwe ngumsebenzisi.
	Umkhawulo othomathikhi wamanje nomkhawulo amandla kagesi	Akunandaba nenqubo yokusheshisa, ukuwohloka noma ukusebenza okuzinzile, it izobona ngokuzenzakalelayo i-stator yemoto yamanje kanye namandla kagesi, futhi acindezele Kuphakathi kwebanga elivumelekile ngokuya nge-algorithm eyingqayizivele, ukunciphisa I-PolicleOf System Fault Tripping.
	Vector votage-frequency izici	Lungisa ngokuzenzakalelayo isilinganiso se-Voltage Voltage-frequency amapharamitha kanye ne-indiecaealgorithm.
	Izici zeTorque	Ukuqala i-torque: I-100% ekalwe i-torque ku-5.0hz (VF control) I-150% ekalwe i-torque ku-1.0hz (VectorControl)
	Okwamanje nokucindezelwa	Ukulawulwa okugcwele kwamanje okuvaliwe, ukugwema ngokuphelele umthelela wamanje, ngokuphelela Umsebenzi wokucindezela we-Spression we-Overcurent and Overvoltage

Izinkomba zezobuchwepheshe (ziyaqhubeka)

ltem		Incazelo ye-LTEM
Lawula okwakho ukwenza	Ngaphansi kokucindezelwa kwamandla kagesi ngesikhathi sokuhlinzwa	Ikakhulu abasebenzisi abane-voltage ephansi yegridi kanye nokushintshashintsha kwe-grid voltage njalo, noma Uma ivolula liphansi kunebanga elivumelekile, uhlelo lungagcina isikhathi eside kunazo zonke Isikhathi sokugijima esinokwenzeka ngokusho kwe-algorithm eyingqayizivele nesabelo esabiwe samandla isu
	Shintsha isinxephezelo	Ukusetha uhla: 0 ~ 100%, kungashintsha ngokuzenzakalelayo imvamisa yokuphuma ye-inverter Ngokusho komthwalo wemoto, futhi wehlise ukuguqulwa kwejubane lokujikeleza kwemoto okubangelwa Ngokushintsha komthwalo
	Imvamisa yenethiwekhi	2.0 ~ 20.0khz
	-Zishintshayo Ukusebenza kweVoltagereGation	I-Dynamic Voltage Stingilization, I-Static Voltage Stingilization, futhi akukho moto kagesi ingakhethwa ngokuya ngesidingo sokuthola umphumela wokusebenza ozinzile kakhulu.
	I-PID eyakhelwe ngaphakathi	Kungaba lula uhlelo lokulawula okuvaliwe, olufanele ukulawulwa kwenqubo okunjalo Njengokulawulwa kwengcindezi nokulawulwa kokugeleza
-Gijima	Ukushesha kanye nokukhohlisa isikhathi	0.1 ~ 999.9s Ukuqhubeka kungasetwa
	Umyalo wokugijima	Ukulawulwa kwephaneli ye-Operation, Ukulawulwa Kwangaphandle Kwangaphandle, Ukulawulwa Kwezokuxhumana Kwe-Serial
	Ukubeka imvamisa	Ukuhlelwa kwephaneli Potentiometer, ukulungiselelwa kokhiye wephaneli, ukwanda kwangaphandle kokulawula / Yehlisa ukusetha, i-analog voltage noma ukulungiselelwa kwamanje kwesiginali, ukuhlelwa kwenhlanganisela ye-terminal, Ukuhlelwa kwe-serial kokuxhumana, njll.
	Isiginali yokuphuma	Ukukhishwa okuphelele kokuhleleka okuhlelekile, i-analovout eyodwa
Bopha	I-Energy Braking	Amandla okuqala aqala ukugcwala, ukubuyisa isilinganiso se-andenergy andenergy braling ngokuqhubekayo kuyashintshwa
Bopha	Dc braking	Ukuqala nokuma kungakhethwa ngokwahlukana, imvamisa yesenzo 0.0 ~ Imvamisa ephezulu yomkhawulo, Ileveli yamanje yesenzo 0 ~ 50%, isenzo sesenzo 0 ~ 30s, ukuqhubeka kungasetwa
Eminye imisebenzi		Imvamisa ephezulu nomkhawulo ophansi, umkhawulo wokubuyisa emuva, umsebenzi we-jog, ikhawuntara, yeqa Ukusebenza kwemvamisa, ukwehluleka kwamandla okusheshayo kabusha, iphutha lokusetha kabusha okuzenzakalelayo, njll.
Umsebenzi Wokuvikelwa		I-Overcurent, ilayishe ngokweqile, i-Overvoltage, i-UnderVoltage, Ukushisa ngokweqile, umjikelezo omfushane, njll.
Ukuboniswa kwe-LED		Ingabonisa isikhathi sangempela sesimo sokusebenza kwe-inverter, amapharamitha wokuqapha, umsebenzi Amapharamitha, amakhodi wephutha nolunye ulwazi
Izingxenye ongazikhetha		Izakhi ze-brake, iphaneli yokusebenza kude nentambo yokuxhuma
Ukwakheka	Indlela yokupholisa	Ukuphoqelelwa komoya komoya
Ukwakheka	Indlela yokufaka	Okufakwe odongeni, kufakwe ujantshi

Umdwebo we-Wiring

Umdwebo oyisisekelo we-wiring we-inverter

Umdwebo oyisisekelo we-wiring

I-Dynamic Voltage Stingilization, ukuqina kwe-voltage volulization, futhi akukho moto kagesi kungakhethwa ngokuya ngesidingo sokuthola umphumela wokusebenza ozinzile kakhulu.

I-Vector Frequency Inverte YCB600 Wiring Umdwebo

Ukuphela okuyinhloko

I-Vector Frequency Inverte YCB600 Main Circuit Terminal DiastAm 1

I-Vector Frequency Inverte YCB600 Main Circuit Terminal DiastAm 2

Lawula ama-terminals

Ukulawula ama-terminals wesekethe akhonjiswa kuyo

I-Vector Frequency Inverte YCB600 SONTRAL SERTIONALS

Lawula ama-terminals wesekethe

Lawula ukugcina isekethe

Uhlobo	Ilebula esibulalayo	Incazelo yomsebenzi	Ukucaciswa kukagesi
I-Analog Power terminal	I-10V	I-analog yangaphandle enikezwe amandla kagesi, kanye ne-GND, ama-alternals axhumeke axhumeke kuwo Ama-Potentiometers, ukusetha imvamisa kungaba yenziwe	Okukhipha, i-10V / 10MA DC VolTage
Ukuphela komphakathi	I-gd	Isiginali esivamile esijwayelekile
I-analog yokufaka ukuphela	Al	I-Analog Voltage SignaliinPuty, ireferensi umhlaba we-ISGND	Faka, 0 ~ 10v dcvoltage
I-Analog Output terminal	AO	Ukukhishwa kwe-analog voltage ehlelekile, umsebenzi usethwe yipharamitha F2.10, I-Reference Ground yi-GND	Okukhipha, 0 ~ 10v DC voltage noma 0 ~ 20mA DC yamanje
I-Communi coation terminal	485+	Isiphetho esihle sesiginali yokuxhumana
I-Communi coation terminal	485-	Isiginali yezokuxhumana

Ukulawula umjikelezo

Uhlobo	Ilebula esibulalayo	Incazelo yomsebenzi	Ukucaciswa kukagesi
Multi-funct Ion okokufaka	X1	Isebenza lapho i-XN (N = 1,2.3.4) -GNDIS amafushane, ama-and Imisebenzi ngokulandelana Setha amapharamitha F2.13 ~ F2.16	Faka, 0 ~ 5v amazinga, Esebenzayo, 5mA
	X2
	X3
	X4
Kuhlelwe Outputterterminals	TA	Phinda udlulise Ukuphuma kokuxhumana, okujwayelekile: ta-tc kunqanyuliwe; lapho esenzweni: I-TA-TC iyi kuvaliwe; umsebenzi usethiwe byparameterf2.20	Isilinganiso sokuxhumana: Cha: 240VAC-3A
	TC
J1
Izithombe	Kukhombisa ukuthi ibhodi yokulawula eyinhloko lisekele
Cishile	Kukhombisa ukuthi umhlabathi webhodi le-maincontrol diadisconned
J2

Iso	Ibonisa isinali ye-Voltage Voltage ye-Analog AO OUTO, 0-10V
Isivunguso	Ibonisa i-Analog AO Output Sgnal yamanje, 0-20ma I-J4
Uhlobo Isifuba khadi	Kukhombisa ukuthi ikhibhodi eyakhelwe ngaphakathi kukhethwe Kubonisa ukukhethwa kwekhibhodi yangaphandle potentiometer I-J5
Iqhawe	Ibonisa isiginali ye-analog al ukufaka i-voltage voltage, 0-10V
Achi	Ibonisa isinali yamanje ye-analog al yamanje, 0-20ma

Ubukhulu obuphakeme futhi obukhuphukayo (mm)

I-Vector Frequency Inverte ycb600 jikelele

Imodeli ye-Inverter	Amandla (kg)	Ubukhulu (mm)
		H	H1	W	W1	D	d
YCB600-2S0004G	0.4	148	136.5	72	63	105	Φ 4.5
YCB600-2S0007G	0.75
Ycb600-2s0015g	1.5
YCB600-2S0022G	2.2
YCB600-4T0007G	0.75
Ycb600-4t0015g	1.5
YCB600-4T0022G	2.2
YCB600-4T0030G	I-3.0
YCB600-2S0030G	I-3.0	182	172.5	87	78	I-127	Φ 4.5
YCB600-4T0040G	I-4
Ycb600-4t0055g	5.5
YCB600-4T0040G	I-4	I-240	I-229	118	I-106	155	Φ 25.5
Ycb600-4t0055g	5.5
YCB600-4T0075G	7.5
YCB600-4T0110G	Uhlamvu lweshumi eliphansi