Siemens 440 Fault messages and Alarm messages, Fault Significance, Alarm Significance

Page 77

Issue 10/06

7 Displays and messages

7.2Fault messages and Alarm messages

	Fault	Significance
	F0001	Overcurrent
	F0002	Overvoltage
	F0003	Undervoltage
	F0004	Inverter Overtemperature
	F0005	Inverter I2t
	F0011	Motor Overtemperature I2t
	F0012	Inverter temp. signal lost
	F0015	Motor temperature signal lost
	F0020	Mains Phase Missing
	F0021	Earth fault
	F0022	HW monitoring active
	F0023	Output fault
	F0024	Rectifier Over Temperature
	F0030	Fan has failed
	F0035	Auto restart after n
	F0040	Automatic Calibration Failure
	F0041	Motor Data Identification Failure
	F0042	Speed Control Optimization Failure
	F0051	Parameter EEPROM Fault
	F0052	Power stack Fault
	F0053	IO EEPROM Fault
	F0054	Wrong IO Board
	F0060	Asic Timeout
	F0070	CB setpoint fault
	F0071	USS (BOP link) setpoint fault
	F0072	USS (COM link) setpoint fault
	F0080	ADC lost input signal
	F0085	External Fault
	F0090	Encoder feedback loss
	F0101	Stack Overflow
	F0221	PID Feedback below min. value
	F0222	PID Feedback above max. value
	F0450	BIST Tests Failure
	F0450	(Service mode only)
		(Service mode only)
	F0452	Belt Failure Detected

Alarm	Significance
A0501	Current Limit
A0502	Overvoltage limit
A0503	Undervoltage Limit
A0504	Inverter Overtemperature
A0505	Inverter I2t
A0506	Inverter Duty Cycle
A0511	Motor Overtemperature I2t
A0520	Rectifier Overtemperature
A0521	Ambient Overtemperature
A0522	I2C read out timeout
A0523	Output fault
A0535	Braking Resistor Hot
A0541	Motor Data Identification Active
A0542	Speed Control Optimization Active
A0590	Encoder feedback loss warning
A0600	RTOS Overrun Warning
A0700 -	CB warning 1
...	...

A0709	CB warning 9
A0710	CB communication error
A0711	CB configuration error
A0910	Vdc-max controller de-activated
A0911	Vdc-max controller active
A0912	Vdc-min controller active
A0920	ADC parameters not set properly
A0921	DAC parameters not set properly
A0922	No load applied to inverter
A0923	Both JOG Left and Right are requested
A0952	Belt Failure Detected
A0936	PID Autotuning Active

MICROMASTER 440	77
Operating Instructions (Compact)

Image 77

Contents User Documentation Operating Instructions Compact Issue 10/06Issue 10/06 Contents Contents Issue 10/06 Frame Drilling Dimensions Tightening Torque Size Mounting dimensionsClearance distances for mounting BoltsInput voltage range Technical SpecificationsTightening torques for Power terminals Lbf.in Weight Lbs 12,5Order No 6SE6440 26,5Output Power KVA Weight LbsWeight 1BA1 5BA12AD23 2AD24 Power terminals Lbf.in2AD27 2AD31Input Cable, max Mm2 For UL specified Input Cable, min Mm2Output Cable, min Mm2 Output Cable, max Mm24/0 or 300 or 400 or 500 or 1/0 2/0 95 or 150 or 185 or 240 or350 or 4/0 Recommended Fuse5CA1 Order No 6SE6440 2UE17 2UE21 2UE22 2UE24 2UE25 2UE27 2UE31Frame Size a Power TerminalsRemoving front covers Frame Sizes B and C Frame Sizes B and CRemoving front covers Frame Sizes D and E Frame Sizes D and ERemoving front covers Frame Size F Frame Size FRemoving front covers Frame Sizes FX and GX Frame Sizes FX and GXConnection terminals for Frame Sizes a F Connection overview for Frame Size FX Connection overview for Frame Size GX Control terminals of Micromaster Control terminalsTerminal Designation Function Frame sizes Block diagramTo F FX and GXPre-assignment of the inputs 50/60 Hz DIP switchInput/Output Parameter FunctionAOP at the BOP link AOP at the COM link PC frequency inverter connecting setEstablishing communications AOP as control unit Bus interface CBParameter / Terminal AOP on BOP link AOP on COM link DeviceNet CANopenButtons and their Functions Step Result on the display Quick commissioning Selection of command source Rated motor powerRated motor voltage Rated motor currentMin. frequency Selection of frequency setpointMax. frequency Ramp-up timeEnd of the quick commissioning/drive setting Control modeSelection of torque setpoint Select motor data identificationMotor data identification Factory setting Ambient motor temperature entered in CMagnetizing current Select motor data identification with P1910 =Determining the magnetizing current Quick commissioning routineMotor data identification routine Serial Interface USS Selection of command sourceCommissioning the application Digital input DIN Function digital input Possible SettingsFunction digital input Debounce time for digital inputsDigital outputs Dout Common Settings ClosedBI Function of digital output CO/BO State of digital outputsCommon settings BI Disable additional setpointSelection of frequency setpoint Example P1000 =Analog input ADC Analog output DAC Setpoint memory of the MOP Motor potentiometer MOPInhibit negative MOP setpoints Setpoint of the MOPFixed frequency FF JOG frequency right 10 JOGJOG frequency left JOG ramp-up timeRamp function generator RFG Reference/limit frequencies Delay, fan shutdown Inverter temperature warningInverter protection Motor protectionAlarm threshold, motor overtemperature Motor temperature sensorInverter temperature reaction Motor overload factor %Encoder Acceleration boost entered in % 16 V/f controlContinuous boost entered in % Programmable V/f freq Coord Starting boost entered in %Programmable. V/f volt .0 Hz Programmable V/f freq .0 HzLimitations Field-orientated controlSensorless vector control Slvc 17.1P1750 = Operation directly after an on commandControl word of motor model Zero crossingVector control with encoder VC 17.2Filter time for act. speed Gain speed controllerSupplementary torque setpoint Frequent settingsP1511= CI Supplementary torque setpointAutomatic restart Converter-specific FunctionsFlying start Motor size Brake type Opening time ms Closing time ms Holding brake enableHolding brake BI Fct digital output Holding brake release delay entered in sInverting digital Outputs Holding time after ramp-down entered in sP1230 = P1232 = P1233 = DC brakeBI Enabling the DC brake DC braking current entered in %Compound braking current entered in % Compound brakingDC braking start frequency entered in Hz Vdc controller Dynamic braking18.7 Load torque monitoring P2182 PID controller P2264 CI PID feedback Controller structuresParameter Parameter text Example PID cancer control Parameter Parameter text Setting MeaningPositioning down ramp Free function blocks FFB Enable FFBsP2800 = P2801 = P2802 = Activate FFBsInput parameters Output parameters Setting parameters Data sets Command data set CDSP0820 = P0821 = Drive data set DDSDrive data set DDS bit BI DDS bitDIN Diagnostic parameters CO Actual frequency CO/BO Control wordCO Act. output current limit CO Act. output voltageCO Selected frequency setpoint R1079R1114 R1170 CO Freq. setpoint after dir. ctrlSeries commissioning Parameter reset of factory settingFactory reset LED status display Displays and messagesAlarm Significance Fault messages and Alarm messagesFault Significance Regional Contacts Online Service & SupportCentral Technical Support Internet Address

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