Best SCK500 series frequency inverter catalogue Manufacturer and Supplier |Chuanken

Applicationem

Elevatio, machina instrumenta, plasticmachina, ceramics, vitrum, lignarium, machinamenta, cibi processus, apparatum textile, saccos imprimendi, machinis industriae lotis et aliis agris

General Modus lInstruction

Overview

Voltage level:380V
Power class: 1.5-710kW
Secundum Unionis Europaeae CE vexillum: EN61800-5-1 design
● Omnino independens novam generationem algorithmus motricium, quaedam summus finis applicationes breakthrough per Europae, Americanam et Iaponicam notas monopolii.
●Altus torques humilis frequentia, aperta ansa 0.05Hz stabilis princeps torque output, adiuva machinamenta mechanica campi perficiendi upgrade
-Ieiunium responsio dynamica, acceleratio et retardatio festinanter, ut multiplices rationes oneris melius incipiant et desinant
Precise fluxus sequentis et technologiae optimae, ut plus efficiat operationem motricium efficientem
Fast current limitandi technology ut diu cursus coegi
"Conceptio modularis, densitas potestatis altae, praeter spatium institutionis"
●Aperi ansa vector imperium comparandum est cum vector ansa clausa, alta subtilitas, alta responsio
Omnia genera motoris AC asynchroni & permanentis magnetis motoris & speciali motore asynchrono & stabili
●160-710kW vexillum constructum-in DC reactor

Product qualis overview

Chuanken quadrigis technicis respicit productum qualitatem ut vitam incepti, nos fovere et defendere productum qualitatem sicut nos fovere et defendere vitam.
Praebere clientes cum qualitatibus productis ut missionem magni ponderis, sequentibus principiis et directionibus adhaerere;

Exempla et specificationes

Project		Specification
SCK500-4TXXXG(B)		1.5	2.2	3.7	5.5	3.5	11	15	18.5	22	30	37	45	55	75	90	110
Acta motoris virtutis (kW)		1.5	2.2	3.7	5.5	7.5	l1	15	18.5	22	30	37	45	55	75	90	110
lntput	Rsted initus current(A)	4.5	6.3	11.4	16.7	21.9	32.2	1.3	19.5	59	57	f9	89	10G	139	151	196
Output	Rated outputcurrent (A)	3.8	5.1	9	13	17	24	32	.37	45	60	75	90	112	150	180	210
	Output voltago	3 Phaso 0V~ ratcd input voltagc
	laximum output frequency	300.00Hz (modifiable per parametriam
	Portitorem frequency	1.0kHz~16.0kHz
	onerare facultatem	CL% rated current 60s, CLXXX% rated current 10s; CC% rated current 0.5s
Princeps frequentia lacus cursus courtermeasures	DCreactcr	Externi partes ad libitum										Inaedificata ad libitum
Braking munus	Unitas fregit	Vexillum constructum-in										Inaedificata ad libitum
Potentia copia	Rated voltage	AC:tria periodus 36oV~460V
	Ratad fraquency	50Hz/6OHz
	Licet range of * voltrige flicfuistiori	-15% ad X%.Tho re alowabla range isAC323V ad 52HV
	Licet range of * froquchcy fiuctustion	±5%
	Facultas copia facultatem (kVA)	5.0	6.7	12	17.5	22.8	33.4	42.8	45	54	52	63	81	97	127	150	179

Project		Specification
SCK500-4TXXXG(B)		132	160	185	200	220	250	280	315	355	400	450	500	560	630	710
Acta motoris virtutis (kW)		132	160	185	200	220	250	280	315	355	400	450	500	560	630	710
Intput	Ratad input vena (A)	240	287	326	365	410	441	495	555	617	687	782	835	920	1050	1180
Output	Rated output current (A)	260	305	350	377	426	465	520	585	650	725	810	900	1020	1100	1300
	Output voltage	3 Phase ov-rated input voltage
	Maxime output frequency	300.00Hz (modifiable parametri)
	carrier frequency	1.0kHz~16.0kHz				1.0kHz-8.0kHz
	ONERO facultatem	CL% rated current 60s; CLXXX% rated current 10s; CC% rated current 0.5s
Princeps frequentia lacus currcnt countermeasureg	DGreactor	inaedificata oplianal	Vexillum constructum-in
Braking munus	Erake unit	aedificatum ad libitum	Partes externae ad libitum
Potestas copia	Rated voltage	AC:tria periodus 360v~460v
	Rated frequency	50Hz/60Hz
	Licet range of * voltage fluctuatior	-15% ad 10%. In re permissa range: AC 323V ad 528V
	Licet range of * frequency fuci	±5%
	Facultas copia facultatem (kVA)	220	263	304	334	375	404	453	517	565	629	716	769	861	969	1092

Technical parametri

Project		Specification
Basic officium	lnput frequency resolutio	Digital soting : 0.01Hz simulation occasum: ifaximum celeritatem x0.025%
	Mode controll	Provectus imperium scalare PGfree wector control (svc) Vos havePG vectorcontroil
	incipiens torque	SVC:0.25Hz 150% VC:0.00Hz 180%
	Celeritas range	SVC:1:200	VC: 1100o
	Sped fides accurate	SVC:±0.5%	VC:±0.2%
	Torque imperium accuracy	SVC:5Hz supra ± V%	VC 5Hz supra ± 3%
	Accurate Torquereentry	≤0.5% rated torques motoris
	Torque responsio tempus	SVC: ≤ 10ms (aestimavit Aureus motoris)	VC = 5ms(aestimavit Aureus motoris)
	Torque ift	Aureus automatic munus sublatione, incremento by0.1% -300% Aureus Manual
	V/F curva	Recta linea, multiplex potentia curva, multiplex linea, V/Fseparation
	retardatio curva	Recta linea, polyline, curva
	DC braking	DC braking incipiens frequentia: 0.00-300.00Hz;Dc current braking: constant torque 0.0-120.0%; Variablo torque 0.0-90.0% DC braking timo: 0.0-300s; Fast braking sine DC braking satus exspectans Timo
	Punctum imperium	Click frequency range:0.00Hz-50.00Hz lnching retardationem temporis range: o.0s- 3600.0s
	processus cllosed- loopPD	Clausa controlsystem loop commode intelligi potest
	PLC, simplicius instructiones	Usque ad 16segmenta celeritatis perfici potest ex structuris simplicibus PLC vel x terminalibus facile
	utomatic voltage ordinatione	Cum voltage eget fluctuat, output intentione stabilis automatice custodiri potest
	Iterum atque iterum pressura armenti imperium	Limitatio automatica currentis et intentionis in operatione prohibendi crebra per intentionem et in voltage tros to
	Lorem ieiunium vena limitandi	Defectum overcurrent obscuratis et operationem normalis praesidio coegi
	Torque lmitation et imperium	Tho "CAVATOR" pluma automatice terminat Aureus in operatione ne frequentes overcurrent itinera; Wnen vector control.torque imperium potest intelligi
Privatum officium	lnstantstop	Theload feedback industria adhibetur ut compenset intentione reductionis in caducis eu ac servare driverrunning in brevi tempore
	Fast currentlimiting	Saepe vitare coegi per defectum overcurrent
	Leo munus	Thealization de coegi leo imperium
	Motor gxerheat	Motor tomperaturium detectum facile ab externis sensoriis obtineri potest
	arameter exemplum	Canrealize parametri onerationis, download, cognoscite modularis fastsetting
	Duplex itaque Modbus	Dual notwork portus support Modbus pro simplici networking
	Potestas in brevi circuitu deprehendatur	Electricity statim in brevi ambitu deprehensio
	Flux braking	cum fluxu fregit, citiusdeceleration consequi potest stop

Project		Specification
Curre	Curre disciplinam	Compendia imperium, terminale mandatum, communicatio mandatum, multi-sogment mandatum;Canbe variis modis switched
	Magister spood disciplinam	12. Praecipua festinatio instructio modo data et per varias vias commutari potest
	Auxilium speedinstruction	9 Species auxiliorum celeritatis instructio viae, potest mollius consequi celeritatem auxiiarium denique hitur; celeritas synthesis
	Initus terminalis	7xterminals, quarum una celeritas pulsus initus sustinet 3All terminals, 1support0~ 10V voltage signals, 2 support0~ 10V intentione annuit vel 0~ 20mA current signa 15v encoder differentialis interface
	Output terminatio	Nullam 2 outputs 2 transistor output, quarum una celeritas pulsus output sustinet 2 AO outputs, sive 0~10v signo intentionis suppeditante sive 0~ 20mA signo currente
Human- computatrum commercium	DUXERIT ostensionem	DUXERIT tincidunt
	LCD propono	LCD tincidunt operating
	Munus key cincinno	Intellegas omnem vel partem tincidunt key lockfunction ne tincidunt misoperation
	Subitis tincidunt tincidunt	Clavis claviaturae utere ut desinas ullum imperium principium ac pericula perficiendi minuere
Praesidium officium	Brevis circuitus praesidium	Output phaseshort circuit protoction, output brevis-circuitus protoction ad terram
	Overcurrent praesidium	Subsisto praesidium plus of2.2 timesrated coegi current
	Overvoltage praesidium	Desine cum DC bus intentione principalis ansa maior est quam 80ov
	Undervoltage praesidium	Desine cum DC bus intentione principalis ansa minor 360v
	ONERO praesidium	prohibere CL% ratod current, 60s subsisto currunt
	Overheat praesidium	Coegi lGBT Overheat praesidium
	Damnum tempus praesidium	Three-phase input phase protection, three-phase output phase protection
Environment	Locus usus	lndoor, a sole recto, pulvis, gas mordax, vapor flammabilis, vapor olei, vapor aquae; stillæ et sal
Environment	altitudo	Nullus derating infra 1000m necessarius est, Derando 1% pro singulis 100m super 1000m oritur. Altitude non plus quam 30oom

Forma et ascendens dimensiones

Genus exactoris	Profile escendens mole (mm)
	W	H	D	W1	W2	H1	Adscendens foramen	Reactor
SCK500-4T1.5GB	81	237	173	67.5	57	57224.5	4.5
SCK500-4T2.2GB
SCK500-4T3.7GB
SCK500-4T5.5GB
SCK500-4T7.5GB	95	297	222	73.5	73.5	287.5	6
SCK500-4T11GB
SCK500-4T15GB
SCK500-4T18.5GB	185	440	249	140	140	427.5	7	Matching
SCK500-4T22GB
SCK500-4T30GB
SCK500-4T37G	239	604.5	269.5	180	148.5	580	9.5
SCK500-4T45G
SCK500-4T55G	265	690	323	200	200	674	9.5
SCK500-4T75G
SCK500-4T90G	295	833.5	338.5	200	200	810	12
SCK500-4T110G
SCK500-4T132G
SCK500-4T160G	350	1070	407	265	265	1046.5	14
SCK500-4T185G
SCK500-4T200G
SCK500-4T220G	339	1104.5	498	265	175	1081,5	14
SCK500-4T250G
SCK500-4T280G
SCK500-4T315G	660	1339.5 Nota: 1339.5 in cludes base 350	392	600	550	1312 Nota:1312 includesBase35o	14	Standard constructum-in
SCK500-4T355G
SCK500-4T400G
SCK500-4T450G
SCK500-4T500G	'850	1600	600	-	-	-	16
SCK500-4T560G
SCK500-4T630G
SCK500-4T710G

Coniuncta: 315kW-450kW libri magnitudine

Drivertype "	Profile escendens mole (mm)
	W	H	D .	W1	W2	H1	Adscendens foramen	Reactor
SCK500-4T315G	339	1300	546.5	265	175	1267.5	16	Standard constructum-in
SCK500-4T355G
SCK50O-4T400G
SCK50O-4T450G

SCK500 series peripheralium fabrica lectio, cochleae terminalis et specifications wiring

Genus exactoris	Circuitus ruptor (A)	Contactor (A)	Powerterminal			Terram terminalem
Genus exactoris	Circuitus ruptor (A)	Contactor (A)	Screw	tensis momentum (Nm)	Cable specificatio (mm²)	Screw	tensis momentum (Nm)	Cable specificatio (mm²)
SCK500-4T1.5GB	10	9	M4	1.2～1.5	2.5	M3	0.5～0.6	2.5
SCK500-4T2.2GB	16	12	M4	1.2～1.5	2.5	M3	0.5～0.6	2.5
SCK500-4T3.7GB	20	18	M4	1.2～1.5	4	M3	0.5～0.6	4
SCK500-4T5.5G8	32	32	M5	2.5～3.0	4	M5	2.5～3.0	4
SCK500-4T7.5GB	32	32	M5	2.5～3.0	6	M5	2.5～3.0	6
SCK500-4T11GB	50	50	M5	2.5～3.0	6	M5	2.5～3.0	6
SCK500-4T15GB	63	50	M5	2.5～3.0	6	M5	2.5～3.0	6
SCK500-4T18.5GB	80	65	M6	4.0～5.0	10	M6	4.0～5.0	10
SCK500-4T22GB	100	8o	M6	4.0～5.0	16	M6	4.0～5.0	16
SCK500-4T30GB	125	95	M6	4.0～5.0	25	M6	4.0一5.0	16
SCK500-4T37G	160	125	M8	9.0～10.0	25	M8	9.0～10.0	16
SCK500-4T45G	200	150	M8	9.0～10.0	35	M8	9.0～10.0	16
SCK500-4T55G	225	185	M8	9.0～10.0	50	M8	9.0～10.0	25
SCK500-4T75G	250	225	M10	17.6～22.5	60	M8	9.0～10.0	35
SCK500-4T90G	315	265	M10	17.6～22.5	70	M8	9.0～10.0	35
SCK500-4T110G	350	330	M10	17.6～22.5	100	M8	9.0～10.0	50
SCK500-4T132G	400	400	10	17.6～22.5	120	M8	9.0～10.0	70
SCK500-4T160G	500	400	M12	31.4～39.2	150	M12	31.4～39.2	95
SCK500-4T185G	500	500	M12	31.4～39,2	150	M12	31.4～39.2	95
SCK500-4T200G	630	500	M12	31.4～39.2	185	M12	31.4～39.2	95
SCK500-4T220G	630	630	M12	31.4～39.2	185	M12	31.4～39,2	120
SCK500-4T250G	800	630	M12	31.4～39.2	120×2	M12	31.4～39.2	120
SCK500-4T280G	800	80o	M12	31.4～39,2	150×2	M12	31.4～39.2	150
SCK500-4T315G	800	80o	M12	31.4～39,2	185×2	M12	31.4～39,2	95×2
SCK500-4T355G	1000	800	M12	31.4～39.2	240×2	M12	31.4～39.2	120×2
SCK500-4T400G	1250	1000	M12	31.4～39,2	240×2	M12	31.4～39.2	120×2
SCK500-4T450G	1250	1000	M12	31.4～39,2	300×2	M12	31.4～39.2	150×2
SCK500-4T500G	1600	1250	M12	31.4～39,2	300×2	M12	31.4～39.2	150×2
SCK500-4T560G	1600	1250	M12	31.4～39.2	400×2	M12	31.4～39.2	185×2
SCK500-4T630G	2000	1600	M12	31.4～39,2	400×2	M12	31.4～39.2	185×2
SCK500-4T710G	2000	1600	M12	31.4～39,2	400×2	M12	31.4～39.2	185×2

Vexillum wiring tabula

Imperium terminum loci et muneris

Analog input	+10v	Analog initus reference voltage	X V±1% desolatus aCoMinternally
			Maximumoutput current 20mA
	GND	simulata ly*	lnternal absque COM
	Al1/Al2	Analog input channel 1/2	010V: lnput impedimentum 22kQ
			0 ad 20mA: lnput impedimentum 5002
			Thejumperterminalcanswitch betweeno~ 10V ando~ 20mA analoginput, et fabrica voltage input
Analog output "	AI3	Simulat initus channel3	0~ 10V: Input impedimentum 22 kΩ
	AO1/AO2	Analogoutput 1/2	0~ 10V: lmpedance ≥10 KΩ
			0~ 20mA:Impedimentum rangesfrom200n~500Ω
			Throughthej umperterminalto achieveo~ 10V et 0~ 20mA analogoutput commutatione, officinas default voltage output
	GND	simul	lnternal absque COM
	+24v	+24V	24V±20%, interne remotus fromGND
			Maximum onus 200mA
	COM	Plus 24V terra	lnternal solitudo fromGND
Digital input	X1～X7	Multifunctionalinput terminales 1to7	lnput specifications: 24V DC,5mA Frequentiam range:0 ad 200Hz voltage range :24V±20%
	X7/HDI	Multifunctional initus / pulsus initus	Multifunctionalinput: idem asx1 toX7
			VENA initus: 0.1Hz ~ 50kHz; intentione range: 24V± XX%
Digita output "	Y1/HDO	Opencollect oroutput	Opencollector output : 1, range voltage : 0~ 24V;2, range :0~50mA
		/ pulsus output	Puke output: 0~50kHz
	Y2	Apertum collector de put	Opencollectoroutput:1, range voltage : 0~ 24V;2, range :0~50mA
	COM	Opencollector de communi fine posuit	lnternal isolationfromGND
Nullam 1 output "	R1A/R1B/R1C	Nullam output 1	R1b-r1c: Northmanni in
			Rla-r1c: Northmanni clausi
			Contactus capacitas: 250VAC/3A,30V DC/3A
Nullam 2 output "	R2A/R2B/R2C	Nullam output2	R2Bto R2C: Northmanni enabled
			R2A-R2C: Northmanni clausi
			Contactus capacitas: 250VAC/3A,30V DC/3A
Terminal ST0/485	STO	Salutem Aureus off	Cum STO excitatur, motor ina stationarius status est, qui motorem stabilem impedire potest ab accidenti incipiendo. quando STO agitatur, motor revolvitur et per inertiam donec gyratur comesto rest.lf motorhas crinem fregit, crinem fregit statim claudit.
	COM	Tutus torque turrs off thecommonend	lnternal isolationfromGND
	485+	485 Differentialsignal positive	Rate:4800/96o0/19200/38400/57600/115200 BpS
	485	485 Differentialsignal negatve	longissimum intervallum of500 metra, withstandard oftwisted-pairshielded cable)
Expansion card interface	CN701	Expansioncard inte rface