Modbus registers table - Vigilohm IFL12C, IFL12MC, and IFL12MCT

System status registers

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
100	64	101	65	R	–	Uint16	–	Product identifier 17033 - IFL12C 17034 - IFL12MC 17035 - IFL12LMC 17036 - IFL12MCT 17037 - IFL12LMCT
114..115	72...73	115...116	73...74	R	–	Uint32	–	Product state Bit1 - Reserved Bit2 - Auto test Bit3 - Commissioning Bit4 - Safe state Bit5 - Monitoring Bit6 - Channel error Bit7 - Product error Bit8 - System error Bit9 - Reserved Bit10 - Reserved
116	74	11722	75	R	–	Uint16	–	Product error codes 0XFFFF - No error 0x0000 - Unknown error 0x0DEF - Undefined model 0xAF00 - Auto-test failure 0xBE00 - Metering 0xC0F1 - Configuration error 0x5EFA - Sensor call problem 0xD1A1 - Glued IO 0xD1A2 - RAM 0xD1A3 - EEPROM 0xD1A4 - Relay 0xD1A5 - Status input 0xD1A6 - Flash 0xD1A7 - SIL 0xE000 - NMI interrupt 0xE001 - Hard fault exception 0xE002 - Memory fault exception 0xE003 - Bus fault exception 0xE004 - Usage fault exception 0xE005 - Unexpected interrupt 0xFAF5 - Unexpected interrupt
120...139	78...8B	121...140	79...8C	R	–	UTF8	–	Product family
140...159	8C...9F	141...160	8D...A0	R/W	–	UTF8	–	Product name (User application name)
160...179	A0...B3	161...180	A1...B4	R	–	UTF8	–	Product code IMDIFL12C IMDIFL12MC IMDIFL12LMC IMDIFL12MCT IMDIFL12LMCT
180...199	B4...C7	181...200	B5...C8	R	–	UF8	–	Manufacturer: Schneider Electric
208...219	D0...DB	209...220	D1...DC	R	–	UF8	–	ASCII serial number
220	DC	221	DD	R	–	Uint16	–	Manufacturing unit identifier
227...246	E3...F6	228...247	E4...F7	R	–	UTF8	–	Product capability
247...266	F7...10A	248...267	F8...10B	R	–	UTF8	–	Product model IFL12C IFL12MC IFL12LMC IFL12MCT IFL12LMCT
300...306	12C...132	301...307	12D...133	R	–	Uint16	–	Date and time in 7 register format The following parameters correspond to each register: 300 - Year 301 - Month 302 - Day 303 - Hour 304 - Minute 305 - Second 306 - Millisecond
307...310	133...136	308...311	134...137	R/W	–	Uint16	–	Date and time in TI081 format. See Date and time (TI081 format).
320...324	140...149	321...325	141...145	R	–	Uint16	–	Present firmware version X represents the primary revision number, which is encoded in register 321 Y represents the secondary revision number, which is encoded in register 322 Z represents the quality revision number, which is encoded in register 323
325...329	145...149	326...330	146...14A	R	–	Uint16	–	Previous firmware version X represents the primary revision number, which is encoded in register 326 Y represents the secondary revision number, which is encoded in register 327 Z represents the quality revision number, which is encoded in register 328
340...344	154...158	341...345	155...159	R	–	Uint16	–	Boot firmware version X represents the primary revision number, which is encoded in register 341 Y represents the secondary revision number, which is encoded in register 342 Z represents the quality revision number, which is encoded in register 343
500...505	1F4...1F9	501...506	1F5...1FA	R	–	UTF8	–	Hardware revision
550...555	226...22B	551...556	227...22C	R	–	UTF8	–	Existing OS version
556...561	22C...231	557...562	22D...232	R	–	UTF8	–	Previous OS version
562...567	232...237	563...572	233...23C	R	–	UTF8	–	Existing RS/Boot version
586...591	24A...24F	587...592	24B...250	R	–	UTF8	–	Existing SIL OS version

Modbus

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
750	2EE	751	2EF	R/W	–	Uint16	1...247	Device address Default value: 1
751	2EF	752	2F0	R/W	–	Uint16	0 = 4800 1 = 9600 2 = 19200 3 = 38400	Baud rate Default value: 2 (19200)
752	2F0	753	2F1	R/W	–	Uint16	0 = Even 1 = Odd 2 = None	Parity Default value: 0 (Even)

Insulation alarm

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
1102	44E	1103	44F	R	–	Uint16	–	Product alarm status Bit 1...12 - Channel status for channel 1 to 12 respectively This bit is set for the corresponding channel for any of the following states: Active alarm Alarm acknowledged Toroid disconnect First measurement Channel error Bit 13 - System error This bit is set for the following states: Voltage signal unavailable Toroid disconnect No toroid Bit 14 - Product error This bit is set for Product failure state.
1103	44F	1104	450	R	–	Uint16	–	Compliment for product alarm status
1104...1105	450...451	1105...1106	451...452	R	–	Uint32	0...0XFFFFFFFF	Status counter
1110...1111	456...457	1111...1112	457...458	R	–	Uint32	–	Product status 0 - No alarm Bit 1 - Active alarm Bit 2 - Reserved Bit 3 - Transient alarm Bit 4 - Alarm acknowledged Bit 5 - Reserved Bit 6 - Reserved Bit 7 - Reserved Bit 8 - Reserved Bit 9 - First measurement Bit 10 - Reserved Bit 11 - Reserved Bit 12 - Reserved Bit 13 - Auto test Bit 14 - Commissioning Bit 15 - Reserved Bit 16 - Uncommissioned Bit 17 - Locating signal unavailable Bit 18 - Over limit capacitance Bit 19 - Over voltage Bit 20 - Reserved Bit 21 - Reserved Bit 22 - Toroid disconnect Bit 23 - Reserved Bit 24 - Reserved Bit 25 - Product error Bit 26 - Channel error Bit 27 - Reserved Bit 28 - Reserved Bit 29 - Reserved Bit 30 - Reserved Bit 31 - Reserved Bit 32 - Power Down
1112...1134	458...46E	1113...1135	459...46F	R	–	Uint32	–	Channel (1 to 12) status. Each channel represents 2 registers. 0 - No alarm Bit 1 - Active alarm Bit 2 - Reserved Bit 3 - Transient alarm Bit 4 - Alarm acknowledged Bit 5 - Reserved Bit 6 - Reserved Bit 7 - Reserved Bit 8 - Reserved Bit 9 - First measurement Bit 10 - Reserved Bit 11 - Reserved Bit 12 - Reserved Bit 13 - Auto test Bit 14 - Commissioning Bit 15 - Reserved Bit 16 - Uncommissioned Bit 17 - Locating signal unavailable Bit 18 - Over limit capacitance Bit 19 - Over voltage Bit 20 - Reserved Bit 21 - Reserved Bit 22 - Toroid disconnect Bit 23 - Reserved Bit 24 - Reserved Bit 25 - Product error Bit 26 - Channel error Bit 27 - Reserved Bit 28 - Reserved Bit 29 - Reserved Bit 30 - Reserved Bit 31 - Reserved Bit 32 - Power Down

Diagnostics

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
2001...2004	7D1...7D4	2002...2005	7D2...7D5	R	–	Date/Time	–	Total uptime since first power up of product. Registers correspond to (result - 01/01/2000) = total uptime. TI081 date format (See Date and time (TI081 format))
2005...2006	7D5...7D6	2006...2007	7D6...7D7	R	–	Uint32	–	Total number of power cycles since first power-up of the product
2050	802	2051	803	W	–	Uint16	–	Write 0x1919 to reset factory settings (default factory settings)
2051	803	2052	804	W	–	Uint16	–	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Write 0xF0A1 to reset all logs
2052	804	2053	805	W	–	Uint16	–	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Write 0x25AB to reset all graphs

CRC

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
2500...2501	9C4...9C5	2501...2502	9C5...9C6	R	–	Uint32	–	Application CRC value.
2502...2503	9C6...9C7	2503...2504	9C7...9C8	R	–	Uint32	–	Boot CRC value

Settings

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
2997...2998	BB5...BB6	2998...2999	BB6...BB7	R	–	Uint16	–	Total number of settings changed since first power-up. Incremented by 1 for each change of one or several parameters.
3001	BB9	3002	BBA	R/W	–	Uint16	1= Standard 2 = Failsafe	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Insulation alarm relay logic command Default value: 2 (Failsafe)
3008	BC0	3009	BC1	R/W	–	Uint16	0 = 5s 1 = 40s 2 = 400s	Network filtering Default value: 1(40s)
3009	BC1	3010	BC2	R/W	Hz	Uint16	0 Hz 50 Hz 60 Hz 400 Hz	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Network frequency Default value: 50 Hz
3014	BC6	3015	BC7	R/W	–	Uint16	0000...9999	Password Default value: 0000
3015	BC7	3016	BC8	R/W	–	Uint16	0 = OFF 1 = ON	Password protection Default value: 0 (password protection deactivated)
3016	BC8	3017	BC9	R/W	–	Uint16	0 = English 1 = French 2 = Spanish 3 = Russian 4 = Chinese 5 = Italian 6 = German 7 = Portuguese	Interface language Default value: 0 (English)
3017	BC9	3018	BCA	R/W	%	Uint16	10...100%	Screen contrast Default value: 50%
3018	BCA	3019	BCB	R/W	%	Uint16	10...100%	Screen brightness. Default value: 100%
3019	BCB	3020	BCC	R/W	–	Uint16	0 = None 1 = VA1T	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. High voltage adapter Default value: 0 (no adapter)
3023	BCF	3024	BD0	R/W	–	Uint16	0 = Disabled 1 = Enabled	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Acknowledge alarm relay Default value: 1 (Enabled)
3025	BD1	3026	BD2	R/W	–	Uint16	0 = Power 1 = Control	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. User application Default value: 0 (Power)
3029	BD5	3030	BD6	R/W	–	Uint16	0 = OFF 1 = ON	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Auto-test: test with relays Default value: 1 (ON)
3033	BD9	3034	BDA	R/W	–	Uint16	0 = OFF 1 = ON	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Screen saver activation Default value: 0 (OFF)
3034	BDA	3035	BDB	R/W	s	Uint16	30....3600 s	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Screen saver delay Default value: 300 s (5 min)
3042	BE2	3043	BE3	W	–	Uint16	–	Commissioning mode Write 0xAABB to enter commisioning Write 0xBBAA to exit commisioning
3043	BE3	3044	BE4	R/W	–	Uint16	0 = Low current (high insulation) 1 = Mid current (mid insulation) 2= High current (low insulation)	NOTE: Applicable for IFL12C. Insulation alarm threshold Default value: 0 (Low)

Monitoring

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
10000...10023	2710...2727	10001...10024	2711...2728	R	Ohm	Float32	–	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Resistance for 12 channels. Each channel represents 2 registers.
10024...10047	2728...273F	10025...10048	2729...2740	R	F	Float32	–	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Capacitance for 12 channels. Each channel represents 2 registers.
10072...10083	2758...2763	10073...10084	2759...2764	R	–	Uint16	0 = Equal 1 = Under 2 = Over 3 = UnderStrict 4 = OverStrict	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. R equality for 12 channels. Each channel represents 1 register.
10084...10095	2764...276F	10085...10096	2765...2770	R	–	Uint16	0 = Equal 1 = Under 2 = Over 3 = UnderStrict 4 = OverStrict	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. C equality for 12 channels. Each channel represents 1 register.

Settings – For individual channels

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
11000...11008	2AF8...2B00	11001...11009	2AF9...2B01	R/W	–	UTF8	Allowed length : 18 characters	Name of the channel. The most significant byte of the fist register contains first character. The last significant byte of last register contains last character. Default value: CHANNEL - 1
11009...11010	2B01...2B02	11010...11011	2B02...2B03	R/W	Ohm	Uint32	0.2...200 kΩ	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Insulation alarm threshold Default value: 10 kΩ
11015	2B07	11016	2B08	R/W	s	Uint16	0...7200 s	NOTE: Applicable for IFL12MC, IFL12LMC, IFL12MCT, and IFL12LMCT. Insulation alarm time delay Default value: 0 s
11016	2B08	11017	2B09	R/W	turns	Uint16	0 = Uncommissioned 470, 1000 = Auto 300...3000 = Manual	Number of toroid turns Default value: 0

Trending – For individual channels

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
12030	2EFE	12031	2EFF	R	–	Uint16	Hour trending	Number of new records in trending buffer not yet read by the Modbus master.
12031	2EFF	12032	2F00	R	–	Uint16	Day trending	Number of new records in trending buffer not yet read by the Modbus master.
12032	2F00	12033	2F01	R	–	Uint16	Week trending	Number of new records in trending buffer not yet read by the Modbus master.
12033	2F01	12034	2F02	R	–	Uint16	Month trending	Number of new records in trending buffer not yet read by the Modbus master.
12034	2F02	12035	2F03	R	–	Uint16	Year trending	Number of new records in trending buffer not yet read by the Modbus master.
12040...12041	2F08...2F09	12041...12042	2F09	R	–	Float32	Hour value	Reading hour values Each reading decrements the counter at address 12030.
12042	2F0A	12043	2F0B	R	–	Uint16	Hour value status	Status: 0x0000 - Data not initialized 0x0001 - Data invalid 0x0002 - Data valid 0x0003 - Power supply loss after this value 0x0004 - Injection disable after this value 0x0005 - Power supply loss and injection disable after this value
12043...12044	2F0B...2F0C	12044...12045	2F0C...2F0D	R	–	Float32	Day value	Reading day values Each reading decrements the counter at address 12031.
12045	2F0D	12046	2F0E	R	–	Uint16	Day value status	Status: 0x0000 - Data not initialized 0x0001 - Data invalid 0x0002 - Data valid 0x0003 - Power supply loss after this value 0x0004 - Injection disable after this value 0x0005 - Power supply loss and injection disable after this value
12046...12047	2F0E...2F0F	12047...12048	2F0F...2F10	R	–	Float32	Week value	Reading week values Each reading decrements the counter at address 12032.
12048	2F10	12049	2F11	R	–	Uint16	Week value status	Status: 0x0000 - Data not initialized 0x0001 - Data invalid 0x0002 - Data valid 0x0003 - Power supply loss after this value 0x0004 - Injection disable after this value 0x0005 - Power supply loss and injection disable after this value
12049...12050	2F11...2F12	12050...12051	2F12...2F13	R	–	Float32	Month value	Reading month values Each reading decrements the counter at address 12033.
12051	2F13	12052	2F14	R	–	Uint16	Month value status	Status: 0x0000 - Data not initialized 0x0001 - Data invalid 0x0002 - Data valid 0x0003 - Power supply loss after this value 0x0004 - Injection disable after this value 0x0005 - Power supply loss and injection disable after this value
12052...12053	2F14...2F15	12053...12054	2F15...2F16	R	–	Float32	Year value	Reading year values Each reading decrements the counter at address 12034.
12054	2F16	12055	2F17	R	–	Uint16	Year value status	Status: 0x0000 - Data not initialized 0x0001 - Data invalid 0x0002 - Data valid 0x0003 - Power supply loss after this value 0x0004 - Injection disable after this value 0x0005 - Power supply loss and injection disable after this value

Logging

Address		Register		R/W	Unit	Type	Range	Description
dec	hex	dec	hex	R/W	Unit	Type	Range	Description
19996...19997	4E1C...4E1D	19997...19998	4E1D...4E1E	R	–	Uint32	–	Roll over counter
19998...19999	4E1E...4E1F	19999...20000	4E1F...4E20	R	–	Uint32	1...240	Number of event records
20001	4E21	20002	4E22	R	–	Uint16	–	Most recent record number
20002...20013	4E22...4E2D	20003...20014	4E23...4E2E	R	–	Record	–	Record 1
20014...20025	4E2E...4E39	20015...20026	4E2F...4E3A	R	–	Record	–	Record 2
...
20710...20721	50E6...50F1	20711...20722	50E7...50F2	R	–	Record	–	Record 60
22870...22881	5956...5961	22871...22882	5957...5962	R	–	Record	–	Record 240