Schneider Electric Altivar 212 guide

Parameter list

Trip code (current status: FC90, historic records: FE10 to FE13)

Code	Value	Value	Description
	(hexadecimal number)	(decimal number)

NErr	0	0	[No error]

OC1	1	1	[Over-current during acceleration]

OC2	2	2	[Over-current during deceleration]

OC3	3	3	[Over-current during constant speed operation]

OCL	4	4	[Over-current in load at startup]

OCA	5	5	[Short circuit in arm]

EPHI	8	8	[Input phase failure]

EPHO	9	9	[Output phase failure]

OP1	A	10	[Overvoltage during acceleration]

OP2	B	11	[Overvoltage during deceleration]

OP3	C	12	[Overvoltage during constant speed operation]

OL1	D	13	[Over-LOAD in inverter]

OL2	E	14	[Over-LOAD in motor]

OH	10	16	[Overheat trip]

E	11	17	[Emergency stop]

EEP1	12	18	[EEPROM fault 1] (writing operation)

EEP2	13	19	[EEPROM fault 2] (reading operation)

EEP3	14	20	[EEPROM fault 3] (other)

Err1	-	-	[Speed ref alarm]

Err2	15	21	[RAM fault]

Err3	16	22	[ROM fault]

Err4	17	23	[CPU fault]

Err5	18	24	[Communication error trip]

Err7	1A	26	[Current detector fault]

Err8	1B	27	[Optional circuit board type error]

Err9	1C	28	[Graphic keypad communication error]

UC	1D	29	[Small-current trip]

UP1	1E	30	[Trip due to undervoltage in main circuit]

Ot	20	32	[Over-torque trip]

EF2	22	34	[Ground fault trip] (hardware detection)

OC1P	25	37	[Overcurrent flowing in element during acceleration]

OC2P	26	38	[Overcurrent flowing in element during deceleration]

OC3P	27	39	[Overcurrent flowing in element during operation]

EtYP	29	41	[Inverter type error]

OH2	2E	46	[External thermal input]

SOUt	2F	47	[VIA cable break]

E-18	32	50	[Break in an analog signal cable]

E-19	33	51	[CPU fault]

E-20	34	52	[Excess torque boost]

E-21	35	53	[CPU fault]

Etn1	54	84	[Auto-tuning error]

Fd1	48	72	[Closed damper 1 fault]

Fd2	49	73	[Closed damper 2 fault]

CFI2	-	-	[Download transfer fault]

54	S1A53844 01/2011

Image 54

Schneider Electric Altivar 212 manual Code Value Description Hexadecimal number Decimal number

Contents

Altivar S1A53844 01/2011 Table of Contents Table of Contents Safety Information Important Information About the Book At a Glance Hazard of Electric SHOCK, Explosion or ARC Flash S1A53844 01/2011 Introduction Introduction Hardware setup Whats in this Chapter?Topic Cross section Pin out of the Open Style Modbus connectorRJ45 Tightening torque Pin Signal Connection via Open Style wiring systemPin out of the RJ45 Modbus connector Open Style Reference Connecting cables Connection via RJ45 wiring systemConnection accessories RJ45 Reference Protection Against Interference Description of terminals PTC resistor value F646 GND Hardware setup Configuration Parameters Modbus Adjustment range Default Valid Address Configuration of the communication parametersAccess to the parameters After Control by the Modbus network Configuration of the control sourceParameters Modbus Setting Communication Setting Default Valid Control by the terminals, monitoring by the Modbus networkParameters Parameters Modbus Setting Default Valid LI R selection F112 Parameters Modbus Setting Default Valid AddressCom channel choice F807 Communication Menu COM submenu LI R selection Frequency source Parameters LocationRemote spd ref 2 F207 VIA VIA Complete control diagram Commands CMOd Configuration of the indirect blocks Configuration Configuration of the communication interruption Communication detected fault 16#851 Configure the drive behaviourParameter Modbus Setting Default Valid Address 2129 Configuration Modbus services Slave Slave j Slave k RTU modePrinciple of the Modbus protocol Slave address Function code Data Modbus functions available Read one wordFunction 3, quantity = Read indirect block Function 3, quantity = 1Status info Read indirect block of 2 parameters Write Single Register Write multiple registers Function 16 = 16#10, quantity =1 Command word Frequency Setpoint Write indirect blockSpeed Setpoint Request 6C 7E Response Read Device Identification 43/14 Error response Exception code Modbus services Parameter list Referring to the Altivar 212 programming manual Auto ramp AUI Disabled ManualSetting of Max frequency FH General Setpoints from serial communication Commands from serial communicationList of control parameters Outputs control from serial communication Frequency and speed List of monitoring parametersStatus Current and torque Trip and alarm codes Power and energyMaintenance Values Commands Command word FA00Bit Specifications Remarks Examples Command word 2 FA20Energy reset bit Over-current stall level change bit Setpoints Frequency setpoint FA01Speed setpoint FA13 Status Status word FE0I Fd01 Status word 2 FE42 Fd42 Command mode status FE45Setpoint mode status FE46 Status word 3 FE49 Fd49 Trip and alarm codes Alarm code FC91Alarm of run time FE79 Code Value Description Hexadecimal number Decimal number Digital outputs status Fd07, FE07 Monitoring and control of I/O from communicationDigital inputs status Fd06, FE06 Bit Terminal name Function parameter title Damper opening command Digital outputs command FA50Analog outputs command FA51 Analog inputs values FE35, FE36 F580 = 3 Model Voltage Power Rating Code FB05 Class FB72bit8 IdentificationDrive model code F805 ATV212WU15N4C S1A53844 01/2011 Appendix Modbus 2-wire standard schematic Schematic diagramRS485 standard Migration Migration ATV21 ATV212 For exampleCommissioning ATV212Modbus manualENS1A5384401 S1A53844 01/2011