Toshiba VF-S11 manual Motor thermal protection, AIC, Fuse and Wire sizes, AIC a, Awg

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E6581160

QAIC, Fuse and Wire sizes

Voltage	Capacity of		AIC (A)	Fuse class and current	Wire sizes of
Voltage	applicable motor	Inverter model	AIC (A)	Fuse class and current	Wire sizes of
class	applicable motor	Inverter model	(Interrupting capacity)	(A)	power circuit
class	(kW)		(Interrupting capacity)	(A)	power circuit
	(kW)
	0.2	VFS11S-2002PL	AIC 1000A	CC/J 6A max.	AWG 14
Single-phase	0.4	VFS11S-2004PL	AIC 1000A	CC/J 10A max.	AWG 14
Single-phase	0.75	VFS11S-2007PL	AIC 1000A	CC/J 15A max.	AWG 14
240V class	0.75	VFS11S-2007PL	AIC 1000A	CC/J 15A max.	AWG 14
240V class	1.5	VFS11S-2015PL	AIC 1000A	CC/J 20A max.	AWG 12
	1.5	VFS11S-2015PL	AIC 1000A	CC/J 20A max.	AWG 12
	2.2	VFS11S-2022PL	AIC 1000A	CC/J 30A max.	AWG 10
	0.4	VFS11-2004PM	AIC 5000A	CC/J 6A max.	AWG 14
	0.55	VFS11-2005PM	AIC 5000A	CC/J 10A max.	AWG 14
	0.75	VFS11-2007PM	AIC 5000A	CC/J 10A max.	AWG 14
	1.5	VFS11-2015PM	AIC 5000A	CC/J 15A max.	AWG 14
Three-phase	2.2	VFS11-2022PM	AIC 5000A	CC/J 20A max.	AWG 12
240V class	4.0	VFS11-2037PM	AIC 5000A	J 35A max.	AWG 10

	5.5	VFS11-2055PM	AIC 22000A	J 50A max.	AWG 8		6
	7.5	VFS11-2075PM	AIC 22000A	J 60A max.	AWG 6		6
	11	VFS11-2110PM	AIC 22000A	J 80A max.	AWG 4
	15	VFS11-2150PM	AIC 22000A	J 110A max.	AWG 6x2
	0.4	VFS11-4004PL	AIC 5000A	CC/J 3A max.	AWG 14
	0.75	VFS11-4007PL	AIC 5000A	CC/J 6A max.	AWG 14
	1.5	VFS11-4015PL	AIC 5000A	CC/J 10A max.	AWG 14
Three-phase	2.2	VFS11-4022PL	AIC 5000A	CC/J 15A max.	AWG 14
Three-phase	4.0	VFS11-4037PL	AIC 5000A	CC/J 20A max.	AWG 12
500V class	4.0	VFS11-4037PL	AIC 5000A	CC/J 20A max.	AWG 12
500V class	5.5	VFS11-4055PL	AIC 22000A	CC/J 30A max.	AWG 10
	5.5	VFS11-4055PL	AIC 22000A	CC/J 30A max.	AWG 10
	7.5	VFS11-4075PL	AIC 22000A	J 35A max.	AWG 8
	11	VFS11-4110PL	AIC 22000A	J 50A max.	AWG 8
	15	VFS11-4150PL	AIC 22000A	J 70A max.	AWG 6
	0.75	VFS11-6007P	AIC 5000A	CC/J 6A max.	AWG 14
	1.5	VFS11-6015P	AIC 5000A	CC/J 6A max.	AWG 14
	2.2	VFS11-6022P	AIC 5000A	CC/J 10A max.	AWG 14
Three-phase	4.0	VFS11-6037P	AIC 5000A	CC/J 15A max.	AWG 14
600V class	5.5	VFS11-6055P	AIC 22000A	CC/J 20A max.	AWG 10
	7.5	VFS11-6075P	AIC 22000A	CC/J 25A max.	AWG 10
	11	VFS11-6110P	AIC 22000A	J 30A max.	AWG 8
	15	VFS11-6150P	AIC 22000A	J 45A max.	AWG 8

6.2.4Motor thermal protection

Selects the electronic thermal protection characteristics that fit with the ratings and characteristics of the motor. In case of multi motor operation with one inverter, thermal relay should be connected to each motor.

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Contents For 3-phase induction motors Industrial InverterSafety precautions Safety precautionsMeanings of symbols Explanation of markingsGeneral Operation Transportation & installation WiringOperations When retry function is selected inverter Maintenance and inspection Contents  Read first Check product purchaseCD-ROM E6581167 Contents of the product InstallationStandard connections Standard connection diagramConnection VF-S11FLA FLCFLB PLC OUTPower circuit Power circuit terminalsSelection of wiring materials Description of terminalsControl circuit terminals 24VDC PLC Control circuit terminalsSW1 VIAPTC FLB FLARY RC Slide switch SW1PLC Source Positive logic SW1 Source PLC Sink Eoqf OperationsSimplified Operation of the VF-S11 HoqfCoast stop How to start and stopStart and stop using the operation panel keys EOQF= Example of operating a run from the panel How to set the frequencyHOQF= Setting the frequency using the operation panel HOQF= or Frequency settingHow to operate the VF-S11 Running and stopping using the operation panelEx.2 Running and stopping using external signals Ex.3VIA Basic VF-S11 operations Status monitor mode Mode for monitoring all inverter statusPanel jog mode Past trip record detained monitor mode Flow of status monitor modeStandard monitor mode When you adjust the inverter repeatedly using How to set parametersParameters for detailed and special setting. See Same parameter. Parameter name CWJ. See⇔HJ How to set the basic parameters ～H How to set extended parameters How to search and reprogram parameters Search and resetting of changed parameters I4WExample of parameter setting ⇔ CEE ⇔CEE How to use the history functionParameters that cannot be changed while running Kpkv Returning all parameters to standard default settingHow to save/load the user setting parameters Status monitor under normal conditions Status monitor modeMonitoring the operation status Iiii Pgtt ⇔ Display of detailed information on a past trip Display of trip information at the occurrence of a trip Display of trip informationTrip code display Example of call-up of trip informationOFF VIA VIB RES QR ⇔Cumulative E6581160 About the EMC directive How to cope with the CE directiveMeasures to satisfy the standards Measures to satisfy the EMC directive Three-phase 500V class Example of wiring About the low-voltage directiveMeasures to satisfy the low-voltage directive Compliance with InstallationCompliance with UL Standard and CSA Standard Compliance with ConnectionAIC a AIC, Fuse and Wire sizesMotor thermal protection AWGBasic parameters Table of parameters and dataUser parameters Four navigation functionsCEE QNO Extended parameters Input/output parametersFrequency parameters Operation mode parameters Torque boost parameters Acceleration/deceleration time parameters Protection parameters Output parameters Operation panel parametersCommunication parameters PM motor parameters Default settings by inverter rating XD／H Table of input terminal functions AD2+SS3+AD2 , H, H, HTable of output terminal functions AD3QN-,QNT ,QJ,WR,GH,WE,On QE-,QR-,QJ, Fcvibn Standard specifications SpecificationsModels and their standard specifications Common specification CharacteristicsSpecification Outside dimensions and mass Outside dimensions and massOutline drawing VF-S11Fig.D Before making a service call Trip information and remedies Trip causes/warnings and remediesQNT Industrial and Power Systems & Services Company