„ Alarm information monitor FC91 | Toshiba TOSVERT VF-AS1 instruction

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E6581315

Alarm information monitor (FC91)

	Bit	Specifications	0	1	Remarks
	Bit	Specifications	0	1	(Code displayed on the panel)
					(Code displayed on the panel)
	0	Over-current alarm	Normal	Alarming	 flickering
	1	Inverter overload alarm	Normal	Alarming	 flickering
	1	Inverter overload alarm	Normal	Alarming
	2	Motor overload alarm	Normal	Alarming	 flickering
	2	Motor overload alarm	Normal	Alarming
	3	Overheat alarm	Normal	Alarming	 flickering
	3	Overheat alarm	Normal	Alarming
	4	Overvoltage alarm	Normal	Alarming	 flickering
	4	Overvoltage alarm	Normal	Alarming
	5	Main circuit undervoltage alarm	Normal	Alarming	-
	6	(Reserved)	-	-	-
	7	Low current alarm	Normal	Alarming	-
	8	Over-torque alarm	Normal	Alarming	-
	9	Braking resistor overload alarm	Normal	Alarming	-
	9		Normal	Alarming	-
	10	Cumulative operation hours	Normal	Alarming	-
	10	alarm	Normal	Alarming	-
		alarm
	11	(Reserved)	-	-	-
	12	(Reserved)	-	-	-
	13	(Reserved)	-	-	-
	14	At the time of the instant black-	-	Decelerating,	Related:  setting
	14	out, Forced deceleration/stop	-	stopping
		out, Forced deceleration/stop		stopping
	15	An automatic stop during the	-	Decelerating,	Related:  setting
	15	lower limit frequency continu-	-	stopping
		lower limit frequency continu-		stopping
		ance

Cumulative operation time alarm monitor (FE79)

Bit	Specifications	0	1	Remarks
0	Fan life alarm	Normal	Alarm issued	-
1	Circuit board life alarm	Normal	Alarm issued	-
2	Main-circuit capacitor life alarm	Normal	Alarm issued	-
3	User set alarm	Normal	Alarm issued	-
4-15	(Reserved)	-	-	-

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Image 56

Toshiba TOSVERT VF-AS1 „ Alarm information monitor FC91, „ Cumulative operation time alarm monitor FE79

Contents

Tosvert VF-AS1 Series RS485 Communication Function E6581315② Read first Safety precautions E6581315 Contents Bit Word General outlines of the communication functionBIT15 BIT8BIT7 BIT0 Data transmission specifications BIT2 MOUBUS-RTU Communication protocolAbout the handling of received frames Binary mode 2FH Toshiba Inverter Protocol Data transmission format used in Ascii mode Data transmission formatINV-NO CMD Data 5bytes Blank 28H Bytes Checksum area INV-NO Data SUM Data transmission format used in binary mode Command received Returned for the 57H W and 50H P commandsByte Bytes Sum 1 bytes Checksum not omissible 00H to FFH Norn 2FH Byte 4EH6EH Bytes Transmission format of Block Communication Page Bytes Blank Start Code INV-NO Commands Dummy data is required for this commandReads the data with the specified communication number Block communication Computer Inverter RFE03CR RFE03077BCRPage Communication There is no communication number that matches Transmission errorsFormat error Data transmission format does not match Broadcast communication function VF-AS1 Examples of the use of communication commands Ascii mode Computer → Inverter Inverter → ComputerFrom the computer H = 24d  trip status RFC90CR Examples of Communication programs =LENS$ For I=1 to L NextInput #1,B$ Goto Print #1,B$ 160 T=TIMER COUNT=TIMER-TIf Count 0 then T=TIMER Page Text2.Text = Text1.Text = End Sub End IfMSComm1.Output = Text2.Text & Chr13 End Sub MODBUS-RTU protocol Inverter number  CRC Read commandMODBUS-RTU transmission format Write command Blank Command 1 byte5bytes Blank Command 1 byte Text size is 8 bytes fixed Inverter Error codes CRC GenerationBit counter = End Return CRC Inter-drive communication E6581315 QWiring 2-wire RS485 communication Never use pin-7 P11 QWiring 4-wire RS485 communication）Page Parameters relating to the slave side example Proportional control of speed =0.01% Slave 100.00Hz 00% 90.00Hz 45.00HzSlave 100.00Hz1 00% 80.00Hz 40.00Hz Transmission format for inter-drive communication INV-NO 1 byte Inverter number Communication parameters 0OFF MODBUS-RTU Baud rate,  , Parity  Inverter number „ Timer Time-out period Computer link PC → INVMaster INV To Slave INV INV → PC PC → INV Use this function for the following case Send waiting time , Free notes Commands and monitoring from the computer Communication commands commands from the computerPI OFF OFF Electric Power quantity Forcibly braked Preliminary excitationBrake release B Braking answer BA Wire RS485 communication FA32 „ Terminal board output data FA50 „ FM analog output FA51„ AM analog output FA52 Output terminal no Specified data output Unit 0.01% N·m Monitoring from the computerRFD00CR „ Input terminal board status FD06, FE06 RESInput terminal function selection 9 f119 BIT15 „ Output terminal board status FD07, FE07 „ Inverter operating status 1 FD01, FE01 ST=ON ST=OFF „ Inverter operating status 2 FD42, FE42 „ Inverter operating status 3 FD49, FE49 Preset speed operation „ Inverter operating command mode status FD45, FE45„ Inverter operating frequency mode status FD46, FE46 Bit Specifications Remarks „ Alarm information monitor FC91„ Cumulative operation time alarm monitor FE79 E6581315 „ Inverter model capacity code FB05 Model Data Utilizing panel LEDs and keys by communication LED setting by communicationParameter Name Range Setting „ Block Communication Function for LED Display Ascii LED display data code 00H-1FH are blank Blank FA10=1 Key utilization by communicationFA10=0 Parameter data EEP ROMPage Alarm code FE02 Frequency command value 01HzFE19 Torque command FE29 Input power FE84 Binary input value option Tion FE80 Cumulative power on timeE6581315 FD50 Light-load high-speed torque 01% Appendix 1 Table of data codes CanSUB ESC Appendix 2 Response time Response time „ Data transmission time Appendix 3 Compatibility with the communication function VF-A7 Appendix 4 Troubleshooting Appendix 5 Connecting for RS485 communication RXA RXBTXA TXB