Modbus registers for the Diris A-10, Modbus registers. (csv file).

Product identification

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50000 0xC350 Info 66 NONE READ READ
Dec address Hex address Words count Description Unit Data type
50000 0xC350 4 “SOCO” STRING_16
50004 0xC354 1 Product order ID (Countis:100, Protection:200, Atys:300, Diris:400) U16
50005 0xC355 1 Product ID (EX: 1000 ATS3) U16
50006 0xC356 1 JBUS Table Version (EX: 101 Version 1.01) U16
50007 0xC357 1 Product software version (EX: 100 Version 1.00) U16
50008 0xC358 1 Serial_AA_SS U16_HEX
50009 0xC359 1 Serial_SST_L U16_HEX
50010 0xC35A 1 Serial_order U16
50011 0xC35B 2 Serial_Reserve U32
50013 0xC35D 4 See “Code table” tab for more details U64_HEX
50017 0xC361 1 Customization data loaded (True/False) U8
50018 0xC362 1 Product version (Major) U16
50019 0xC363 1 Product version (Minor) U16
50020 0xC364 1 Product version (Revision) U16
50021 0xC365 1 Product version (Build) U16
50022 0xC366 3 Product build date DATETIME_3
50025 0xC369 1 Software technical base version (Major) U16
50026 0xC36A 1 Software technical base version (Minor) U16
50027 0xC36B 1 Software technical base version (Revision) U16
50028 0xC36C 1 Customization version (Major) U16
50029 0xC36D 1 Customization version (Minor) U16
50030 0xC36E 4 Product VLO (EX : “880100”) STRING_NORM
50034 0xC372 4 Customization VLO (EX : “880700”) STRING_NORM
50038 0xC376 4 Software technical base VLO (EX : “880600”) STRING_NORM
50042 0xC37A 8 Vendor name (EX : “SOCOMEC”) STRING_NORM
50050 0xC382 8 Product name (EX : “DIRIS A40R”) STRING_NORM
50058 0xC38A 8 Extended name STRING_NORM

Table Option

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36096 0x8D00 Info 1 NONE READ READ
Dec address Hex address Words count Description Unit Data type
36096 0x8D00 1 Product option code (bit field) :bit 1: Metering Optionbit 2: Communication optionbit 3: 3 inputs / 1 output option U8

Customization specific data

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
4096 0x1000 Info 138 NONE READ READ
Dec address Hex address Words count Description Unit Data type
4096 0x1000 1 Customisation specific data loaded0x0000 : FALSE0x0001 : TRUE U8
4097 0x1001 1 Retrofit activated0x0000 : FALSE0x0001 : TRUE U8
4098 0x1002 8 TC list :TC 1 / TC2 / TC3 / TC4 / TC5 / TC6 / TC7 / TC8 A U32[]
4106 0x100A 16 TC gain correction X1 2 words : 1 TC correction U32[]
4122 0x101A 16 TC gain correction X2 2 words : 1 TC correction U32[]
4138 0x102A 16 TC gain correction Y1 2 words : 1 TC correction U32[]
4154 0x103A 16 TC gain correction Y2 2 words : 1 TC correction U32[]
4170 0x104A 16 TC phasys correction X1 2 words : 1 TC correction U32[]
4186 0x105A 16 TC phasys correction X2 2 words : 1 TC correction U32[]
4202 0x106A 16 TC phasys correction Y1 2 words : 1 TC correction U32[]
4218 0x107A 16 TC phasys correction Y2 2 words : 1 TC correction U32[]

Common settings

Network Setting

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
57344 0xE000 Settings 12 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY
Dec address Hex address Words count Description Unit Data type
57344 0xE000 1 Network Type :
0 : 1BL
1 : 2BL
2 : 3BL
3 : 3NBL
4 : 4BL
5 : 4NBL
U8
57345 0xE001 1 Current Transformer secondary :
1 : 1 A
5 : 5 A
U8
57346 0xE002 1 Current Transformer primary A U16
57347 0xE003 1 Reserved
57348 0xE004 1 Reserved
57349 0xE005 1 Reserved
57350 0xE006 1 Reserved
57351 0xE007 1 Reserved
57352 0xE008 2 Reserved
57354 0xE00A 1 Reserved
57355 0xE00B 1 Reserved

Actions

Action system

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
57856 0xE200 Commands 1 NONE WRITE WRITE
Dec address Hex address Words count Description Unit Data type
57856 0xE200 1 Action :
0xA1 : Product Configuration storage
0xB2 : Produit reset
0xC3 : Load Factory Config
U8_HEX

Application

Table Setup

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36352 0x8E00 Settings 18 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY
Dec address Hex address Words count Description Unit Data type
36352 0x8E00 1 Network Type
0 : 1BL
1 : 2BL
2 : 3BL
3 : 3NBL
4 : 4BL
5 : 4NBL
U8
36353 0x8E01 1 Current Transformer secondary:
0 : 1A
5 : 5A
A U8
36354 0x8E02 1 Current Transformer primary A U8
36355 0x8E03 1 Reserved U8
36356 0x8E04 1 Synchronisation of I AVG/MAX:
2 : 2 seconds
5 : 5 minutes
8 : 8 minutes
10 : 10 minutes
15 : 15 minutes
30 : 30 minutes
60 : 60 minutes
U8
36357 0x8E05 1 Synchronisation of P/Q/S AVG/MAX:
2 : 2 secondes
5 : 5 minutes
8 : 8 minutes
10 : 10 minutes
15 : 15 minutes
30 : 30 minutes
60 : 60 minutes
U8
36358 0x8E06 1 OUT : pulse output allocation:
0 : kWh+
1 : kVar+
2 : kWh-
3 : kVarh-
4 : kVAh
5 : Alarm
6 : Command
U8
36359 0x8E07 1 OUT : pulse output value :
0 : 0,1 kWh/kvarh
1 : 1 kWh/kvarh
2 : 10 kWh/kvarh
3 : 100 kWh/kvarh
4 : 1000 kWh/kvarh
5 : 10000 kWh/kvarh
U8
36360 0x8E08 1 OUT : pulse output duration:
1 : 100ms
2 : 200ms
3 : 300ms
4 : 400ms
5 : 500ms
6 : 600ms
7 : 700ms
8 : 800ms
9 : 900ms
U8
36361 0x8E09 1 Hour meter allocation:
1 : Auxiliary power supply
2 : Currents
3 : phase to phase voltage
4 : Input 1
5 : Input2
6 : Input3
U8
36362 0x8E0A 1 Hour meter trigger threshold U16
36363 0x8E0B 1 Alarm Type:
1 : I
2 : In
3 : U
4 : V
5 : ?P+
6 : ?Q+
7 : ?S+
8 : ?PFC
9 : ?PFL
10 : THDU
11 : THDV
12 : THDI
13 : HOUR
14 : F
15 : Temperature
U8
36364 0x8E0C 1 Alarm Specified time (1-999) s U8
36365 0x8E0D 1 Alarm upper Threshold U16
36366 0x8E0E 1 Alarm Lower Threshold U16
36367 0x8E0F 1 Alarm Hysteresis(0-99) U8
36368 0x8E10 1 Relay State:
0 : Normaly Open
1 : Normaly Closed
U8
36369 0x8E11 1 Reactive Power Calculation:
0 : With Harmonic (IEC61557-12)
1 : Without Harmonic
U8

Measurement

Common

Metrology Affected by current and voltage transformers

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50512 0xC550 Info 74 NONE READ READ
Dec address Hex address Words count Description Unit Data type
50512 0xC550 2 Hour Meter h 10⁻² U32
50514 0xC552 2 Phase to Phase Voltage: U12 V 10⁻² U32
50516 0xC554 2 Phase to Phase Voltage: U23 V 10⁻² U32
50518 0xC556 2 Phase to Phase Voltage: U31 V 10⁻² U32
50520 0xC558 2 Simple voltage : V1 V 10⁻² U32
50522 0xC55A 2 Simple voltage : V2 V 10⁻² U32
50524 0xC55C 2 Simple voltage : V3 V 10⁻² U32
50526 0xC55E 2 Frequency : F Hz 10⁻² U32
50528 0xC560 2 Current : I1 mA U32
50530 0xC562 2 Current : I2 mA U32
50532 0xC564 2 Current : I3 mA U32
50534 0xC566 2 Neutral Current : In mA U32
50536 0xC568 2 ? Active Power +/- : P W 10 S32
50538 0xC56A 2 ? Reactive Power +/- : Q var 10 S32
50540 0xC56C 2 ? Apparent Power : S VA 10 U32
50542 0xC56E 2 ? Power Factor : -: leading et + : lagging : PF – / 1000 S32
50544 0xC570 2 Active Power phase 1 +/- : P1 W 10 S32
50546 0xC572 2 Active Power phase 2 +/- : P2 W 10 S32
50548 0xC574 2 Active Power phase 3 +/- : P3 W 10 S32
50550 0xC576 2 Reactive Power phase 1 +/- : Q1 var 10 S32
50552 0xC578 2 Reactive Power phase 2 +/- : Q2 var 10 S32
50554 0xC57A 2 Reactive Power phase 3 +/- : Q3 var 10 S32
50556 0xC57C 2 Apparent Power phase 1 : S1 VA 10 U32
50558 0xC57E 2 Apparent Power phase 2 : S2 VA 10 U32
50560 0xC580 2 Apparent Power phase 3 : S3 VA 10 U32
50562 0xC582 2 Power Factor phase 1 -: leading and + : lagging : PF1 – / 1000 S32
50564 0xC584 2 Power Factor phase 2 -: leading and + : lagging : PF2 – / 1000 S32
50566 0xC586 2 Power Factor phase 3 -: leading and + : lagging : PF3 – / 1000 S32
50568 0xC588 2 Reserved
50570 0xC58A 2 Reserved
50572 0xC58C 2 Reserved
50574 0xC58E 2 Total power factor – / 1000 S32
50576 0xC590 2 Power factor : PF1 – / 1000 S32
50578 0xC592 2 Power factor : PF2 – / 1000 S32
50580 0xC594 2 Power factor : PF3 – / 1000 S32
50582 0xC596 1 Total Power Factor Type
0 : undefined
1 : leading
2 : lagging
U8
50583 0xC597 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
U8
50584 0xC598 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
U8
50585 0xC599 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
U8

Energies

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50768 0xC650 Info 65 NONE READ READ
Dec address Hex address Words count Description Unit Data type
50768 0xC650 2 Hour meter h 10⁻² U32
50770 0xC652 2 Reserved
50772 0xC654 2 Reserved
50774 0xC656 2 Reserved
50776 0xC658 2 Reserved
50778 0xC65A 2 Reserved
50780 0xC65C 2 Partial Positive Active Energy: Ea+ kWh U32
50782 0xC65E 2 Partial Positive Reactive Energy: Er + varh 10³ U32
50784 0xC660 2 Partial Apparent Energy : Es kVAh U32
50786 0xC662 2 Partial Negative Active Energy : Ea- kWh U32
50788 0xC664 2 Partial Negative Reactive Energy : Er – varh 10³ U32
50790 0xC666 2 Reserved
50792 0xC668 2 Reserved
50794 0xC66A 2 Reserved
50796 0xC66C 2 Reserved
50798 0xC66E 2 Reserved
50800 0xC670 2 Reserved
50802 0xC672 2 Reserved
50804 0xC674 2 Reserved
50806 0xC676 2 Reserved
50808 0xC678 2 Reserved
50810 0xC67A 2 Reserved
50812 0xC67C 2 Reserved
50814 0xC67E 2 Reserved
50816 0xC680 2 Reserved
50818 0xC682 2 Reserved
50820 0xC684 2 Reserved
50822 0xC686 2 Reserved
50824 0xC688 2 Reserved
50826 0xC68A 2 Reserved
50828 0xC68C 1 Reserved
50829 0xC68D 1 Reserved
50830 0xC68E 1 Reserved
50831 0xC68F 1 Reserved
50832 0xC690 1 Reserved

Statistique Affected by current and voltage transformers

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
51024 0xC750 Info 70 NONE READ READ
Dec address Hex address Words count Description Unit Data type
51024 0xC750 2 Reserved
51026 0xC752 2 Reserved
51028 0xC754 2 Reserved
51030 0xC756 2 Reserved
51032 0xC758 2 Reserved
51034 0xC75A 2 Reserved
51036 0xC75C 2 Reserved
51038 0xC75E 2 Reserved
51040 0xC760 2 Reserved
51042 0xC762 2 Reserved
51044 0xC764 2 Reserved
51046 0xC766 2 Reserved
51048 0xC768 2 Reserved
51050 0xC76A 2 Reserved
51052 0xC76C 2 Reserved
51054 0xC76E 2 Reserved
51056 0xC770 2 Reserved
51058 0xC772 2 Reserved
51060 0xC774 2 Reserved
51062 0xC776 2 Reserved
51064 0xC778 2 Reserved
51066 0xC77A 2 Reserved
51068 0xC77C 2 Reserved
51070 0xC77E 2 Max/avg I1 mA U32
51072 0xC780 2 Max/avg I2 mA U32
51074 0xC782 2 Max/avg I3 mA U32
51076 0xC784 2 Max/avg In mA U32
51078 0xC786 2 Max/avg P+ W 10 U32
51080 0xC788 2 Reserved
51082 0xC78A 2 Max/avg Q+ var 10 U32
51084 0xC78C 2 Reserved
51086 0xC78E 2 Max/avg S VA 10 U32
51088 0xC790 1 Reserved
51089 0xC791 1 Reserved
51090 0xC792 1 Reserved
51091 0xC793 1 Reserved
51092 0xC794 1 Reserved
51093 0xC795 1 Reserved

Metrology No Affected by current and voltage transformers

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
51280 0xC850 Info 43 NONE READ READ
Dec address Hex address Words count Description Unit Data type
51280 0xC850 1 Hour Meter h U16
51281 0xC851 1 Phase to Phase Voltage: U12 V 10⁻² U16
51282 0xC852 1 Phase to Phase Voltage: U23 V 10⁻² U16
51283 0xC853 1 Phase to Phase Voltage: U31 V 10⁻² U16
51284 0xC854 1 Simple voltage : V1 V 10⁻² U16
51285 0xC855 1 Simple voltage : V2 V 10⁻² U16
51286 0xC856 1 Simple voltage : V3 V 10⁻² U16
51287 0xC857 1 Frequency : F Hz 10⁻² U16
51288 0xC858 1 Current : I1 mA U16
51289 0xC859 1 Current : I2 mA U16
51290 0xC85A 1 Current : I3 mA U16
51291 0xC85B 1 Neutral Current : In mA U16
51292 0xC85C 1 ? active Power +/- : P W 10 S16
51293 0xC85D 1 ? reactive Power +/- : Q var 10 S16
51294 0xC85E 1 ? apparent power : S VA 10 U16
51295 0xC85F 1 ? power factor : -: leading and + : lagging : PF – / 1000 S16
51296 0xC860 1 Active Power phase 1 +/- : P1 W 10 S16
51297 0xC861 1 Active Power phase 2 +/- : P2 W 10 S16
51298 0xC862 1 Active Power phase 3 +/- : P3 W 10 S16
51299 0xC863 1 Reactive Power phase 1 +/- : Q1 var 10 S16
51300 0xC864 1 Reactive Power phase 2 +/- : Q2 var 10 S16
51301 0xC865 1 Reactive Power phase 3 +/- : Q3 var 10 S16
51302 0xC866 1 Apparent power phase 1 : S1 VA 10 U16
51303 0xC867 1 Apparent power phase 2 : S2 VA 10 U16
51304 0xC868 1 Apparent power phase 3 : S3 VA 10 U16
51305 0xC869 1 Power Factor phase 1 -: leading and + : lagging : PF1 – / 1000 S16
51306 0xC86A 1 Power Factor phase 2 -: leading and + : lagging : PF2 – / 1000 S16
51307 0xC86B 1 Power Factor phase 3 -: leading and + : lagging : PF3 – / 1000 S16
51308 0xC86C 1 Reserved
51309 0xC86D 1 Reserved
51310 0xC86E 1 Reserved
51311 0xC86F 1 Total Positive Active Energy (no resetable) : Ea+ Wh / 1E-06 U16
51312 0xC870 1 Total Negative Active Energy (no resetable) : Ea – Wh / 1E-06 U16
51313 0xC871 1 Total Positive Reactive Energy (no resetable) : Er + varh / 1E-06 U16
51314 0xC872 1 Total Negative Reactive Energy (no resetable) : Er – varh / 1E-06 U16
51315 0xC873 1 Total power factor – / 1000 S16
51316 0xC874 1 Power factor : PF1 – / 1000 S16
51317 0xC875 1 Power factor : PF2 – / 1000 S16
51318 0xC876 1 Power factor : PF3 – / 1000 S16
51319 0xC877 1 Total Power Factor Type
0 : undefined
1 : leading
2 : lagging
U16
51320 0xC878 1 Power factor type : sPF1
0 : undefined
1 : leading
2 : lagging
U16
51321 0xC879 1 Power factor type : sPF2
0 : undefined
1 : leading
2 : lagging
U16
51322 0xC87A 1 Power factor type : sPF3
0 : undefined
1 : leading
2 : lagging
U16

THD

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
51536 0xC950 Info 10 NONE READ READ
Dec address Hex address Words count Description Unit Data type
51536 0xC950 1 thd U12 % / 10 U16
51537 0xC951 1 thd U23 % / 10 U16
51538 0xC952 1 thd U31 % / 10 U16
51539 0xC953 1 thd V1 % / 10 U16
51540 0xC954 1 thd V2 % / 10 U16
51541 0xC955 1 thd V3 % / 10 U16
51542 0xC956 1 thd I1 % / 10 U16
51543 0xC957 1 thd I2 % / 10 U16
51544 0xC958 1 thd I3 % / 10 U16
51545 0xC959 1 Reserved

Specific

Measurement CT/VT affected

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
768 0x0300 Info 150 NONE READ READ
Dec address Hex address Words count Description Unit Data type
768 0x0300 2 Phase 1 Current mA U32
770 0x0302 2 Phase 2 Current mA U32
772 0x0304 2 Phase 3 Current mA U32
774 0x0306 2 Neutral Current mA U32
776 0x0308 2 Phase to Phase Voltage: U12 V 10⁻² U32
778 0x030A 2 Phase to Phase Voltage: U23 V 10⁻² U32
780 0x030C 2 Phase to Phase Voltage: U31 V 10⁻² U32
782 0x030E 2 Phase to Neutral voltage phase 1 V 10⁻² U32
784 0x0310 2 Phase to Neutral voltage phase 2 V 10⁻² U32
786 0x0312 2 Phase to Neutral voltage phase 3 V 10⁻² U32
788 0x0314 2 Frequency Hz 10⁻² U32
790 0x0316 2 ? active power +/- : P W 10 S32
792 0x0318 2 ? reactive power +/- : Q var 10 S32
794 0x031A 2 ? apparent power : S VA 10 U32
796 0x031C 2 ? power factor : -: leadiing et + : lagging : PF – / 1000 S32
798 0x031E 2 Active Power phase1 +/- W 10 S32
800 0x0320 2 Active Power phase2 +/- W 10 S32
802 0x0322 2 Active Power phase3 +/- W 10 S32
804 0x0324 2 Reactive Power phase1 +/- var 10 S32
806 0x0326 2 Reactive Power phase2 +/- var 10 S32
808 0x0328 2 Reactive Power phase3 +/- var 10 S32
810 0x032A 2 Apparent Power phase1 VA 10 U32
812 0x032C 2 Apparent Power phase2 VA 10 U32
814 0x032E 2 Apparent Power phase3 VA 10 U32
816 0x0330 2 Power factor phase 1 -:leading and +: lagging – / 1000 S32
818 0x0332 2 Power factor phase 2 -:leading and +: lagging – / 1000 S32
820 0x0334 2 Power factor phase 3 -:leading and +: lagging – / 1000 S32
822 0x0336 16 R?serv? constructeur U32[]
838 0x0346 2 max/avg I1 mA U32
840 0x0348 2 max/avg I2 mA U32
842 0x034A 2 max/avg I3 mA U32
844 0x034C 2 max/avg ?active power + W 10 U32
846 0x034E 2 reserved U32
848 0x0350 2 max/avg ?reactive power + var 10 U32
850 0x0352 2 Reserved U32
852 0x0354 2 max/avg ? apparent power VA 10 U32
854 0x0356 2 Hour Meter h 10⁻² U32
856 0x0358 2 Active Energy + kWh U32
858 0x035A 2 Reactive Energy + varh 10³ U32
860 0x035C 56 Reserved U32[]
916 0x0394 2 max/avg In mA U32

Measurement NO CT/VT affected

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1792 0x0700 Info 100 NONE READ READ
Dec address Hex address Words count Description Unit Data type
1792 0x0700 1 Phase 1 Current mA U16
1793 0x0701 1 Phase 2 Current mA U16
1794 0x0702 1 Phase 3 Current mA U16
1795 0x0703 1 Neutral Current mA U16
1796 0x0704 1 Phase to Phase Voltage: U12 V 10⁻² U16
1797 0x0705 1 Phase to Phase Voltage: U23 V 10⁻² U16
1798 0x0706 1 Phase to Phase Voltage: U31 V 10⁻² U16
1799 0x0707 1 Phase to Neutral voltage phase 1 V 10⁻² U16
1800 0x0708 1 Phase to Neutral voltage phase 2 V 10⁻² U16
1801 0x0709 1 Phase to Neutral voltage phase 3 V 10⁻² U16
1802 0x070A 1 Frequency Hz 10⁻² U16
1803 0x070B 1 ? active power +/- : P W 10 S16
1804 0x070C 1 ? reactive power +/- : Q var 10 S16
1805 0x070D 1 ? apparent power : S VA 10 U16
1806 0x070E 1 ? power factor : -: leadiing et + : lagging : PF – / 1000 S16
1807 0x070F 1 Active Power phase1 +/- W 10 S16
1808 0x0710 1 Active Power phase2 +/- W 10 S16
1809 0x0711 1 Active Power phase3 +/- W 10 S16
1810 0x0712 1 Reactive Power phase1 +/- var 10 S16
1811 0x0713 1 Reactive Power phase2 +/- var 10 S16
1812 0x0714 1 Reactive Power phase3 +/- var 10 S16
1813 0x0715 1 Apparent Power phase1 VA 10 U16
1814 0x0716 1 Apparent Power phase2 VA 10 U16
1815 0x0717 1 Apparent Power phase3 VA 10 U16
1816 0x0718 1 Power factor phase 1 -:leading and +: lagging – / 1000 S16
1817 0x0719 1 Power factor phase 2 -:leading and +: lagging – / 1000 S16
1818 0x071A 1 Power factor phase 3 -:leading and +: lagging – / 1000 S16
1819 0x071B 8 R?serv? constructeur U16[]
1827 0x0723 1 max/avg I1 mA U16
1828 0x0724 1 max/avg I2 mA U16
1829 0x0725 1 max/avg I3 mA U16
1830 0x0726 1 max/avg ?active power + W 10 U16
1831 0x0727 1 reserved U16
1832 0x0728 1 max/avg ?reactive power + var 10 U16
1833 0x0729 1 Reserved U16
1834 0x072A 1 max/avg ? apparent power VA 10 U16
1835 0x072B 1 Active Energy +<10 000 kWh U16
1836 0x072C 1 Active Energy +>10 000 kWh U16
1837 0x072D 1 Reactive Energy+< 10 000 varh 10³ U16
1838 0x072E 1 Reactive Energy +>10 000 varh 10³ U16
1839 0x072F 52 R?serv? constructeur U16[]
1891 0x0763 1 Max / AVG In mA U16

Tariff Energy

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
50848 0xC6A0 Info 50 NONE READ READ
Dec address Hex address Words count Description Unit Data type
50848 0xC6A0 1 Total Tariff Count U8
50849 0xC6A1 1 Current Tariff No U8
50850 0xC6A2 2 Active Energy Tariff 1 kWh U32
50852 0xC6A4 2 Active Energy Tariff 2 kWh U32
50854 0xC6A6 12 Reserved
50866 0xC6B2 2 Reactive Energy Tariff 1 varh 10³ U32
50868 0xC6B4 2 Reactive Energy Tariff 2 varh 10³ U32
50870 0xC6B6 12 Reserved
50882 0xC6C2 16 Reserved

THD

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2304 0x0900 Info 11 NONE READ READ
Dec address Hex address Words count Description Unit Data type
2304 0x0900 1 I1 % / 10 U16
2305 0x0901 1 I2 % / 10 U16
2306 0x0902 1 I3 % / 10 U16
2307 0x0903 1 Reserved
2308 0x0904 1 U12 % / 10 U16
2309 0x0905 1 U23 % / 10 U16
2310 0x0906 1 U31 % / 10 U16
2311 0x0907 1 V1 % / 10 U16
2312 0x0908 1 V2 % / 10 U16
2313 0x0909 1 V3 % / 10 U16
2314 0x090A 1 Reserved

Actions

Reset ( These values could be combine all )

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1024 0x0400 Commands 1 NONE WRITE WRITE
Dec address Hex address Words count Description Unit Data type
1024 0x0400 1 Reset
0x0001 : Max3I
0x0002 : Max P+,Q+,S
0x0040 : Hour meter
0x0080 : kWh+
0x0100 : kvarh+
0x0200 : kVAh
0x0400 : kWh-
0x0800 : kvarh-
0x1000 : All energies
U16_HEX

Monitoring

Alarms

Alarme

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36176 0x8D50 Info 7 NONE READ READ
Dec address Hex address Words count Description Unit Data type
36176 0x8D50 1 Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 31 : ?PFC / 32 : ?Temperature – / 1000 U8
36177 0x8D51 2 Current alarm on lower threshold : min value U32
36179 0x8D53 1 Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 31 : ?PFC/ 32 : ?Temperature – / 1000 U8
36180 0x8D54 2 Current alarm on upper threshold : max value U32
36182 0x8D56 1 Current alarm duration s U8

Extensions

Temperatures

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
51456 0xC900 Info 8 NONE READ READ
Dec address Hex address Words count Description Unit Data type
51456 0xC900 1 Internal module Temperature present U8
51457 0xC901 1 Module Temperature S16
51458 0xC902 1 Number of external Temperature sensors U8
51459 0xC903 1 Reserved
51460 0xC904 1 Reserved
51461 0xC905 1 Reserved
51462 0xC906 1 Reserved
51463 0xC907 1 Reserved

Input/Output state

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
51968 0xCB00 Info 4 NONE READ READ
Dec address Hex address Words count Description Unit Data type
51968 0xCB00 1 Input count U8
51969 0xCB01 1 Input State: Bit 0 : Input 1 Open or ClosedBit x : Input x Open or Closed U8
51970 0xCB02 1 Output count U8
51971 0xCB03 1 Output State: Bit 0 : Output 1 Open or ClosedBit x : Output x Open or Closed U8

Industrialization

Table Indus

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36816 0x8FD0 Settings 45 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY
Dec address Hex address Words count Description Unit Data type
36816 0x8FD0 2 Courant Inject? en Calib U32
36818 0x8FD2 2 Tension simple Inject? en Calib U32
36820 0x8FD4 1 Action Calib A U8
36821 0x8FD5 1 Set Relais Impul A U8
36822 0x8FD6 1 Clr Relais Impulsion A U8
36823 0x8FD7 2 Code Constructeur S32
36825 0x8FD9 4 Coef G?n?rale Courant A U16[]
36829 0x8FDD 4 Coef G?n?rale Tension A U16[]
36833 0x8FE1 4 D?phasage Phase 1 A U16[]
36837 0x8FE5 4 D?phasage Phase 2 A U16[]
36841 0x8FE9 4 D?phasage Phase 3 A U16[]
36845 0x8FED 1 Offset IN U8
36846 0x8FEE 1 Gain IN U8
36847 0x8FEF 1 Offset I1 U8
36848 0x8FF0 1 Gain I1 U8
36849 0x8FF1 1 Offset I2 U8
36850 0x8FF2 1 Gain I2 U8
36851 0x8FF3 1 Offset I3 U8
36852 0x8FF4 1 Gain I3 U8
36853 0x8FF5 1 Offset VN U8
36854 0x8FF6 1 Gain VN U8
36855 0x8FF7 1 Offset V1 U8
36856 0x8FF8 1 Gain V1 U8
36857 0x8FF9 1 Offset V2 U8
36858 0x8FFA 1 Gain V2 U8
36859 0x8FFB 1 Offset V3 U8
36860 0x8FFC 1 Gain V3 U8

Table Indus Temperature ( only available for the Diris A10 )

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
36384 0x8E20 Info 3 NONE READ READ
Dec address Hex address Words count Description Unit Data type
36384 0x8E20 1 Offset calibration ( 0 – 1024 ) U8
36385 0x8E21 1 Offset Int/Ext ( default : 0 ) ? / 10 U8
36386 0x8E22 1 Valeur Convert ( N : 0-1024) U8

Legacy

Measurement

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
2816 0x0B00 Info 40 NONE READ READ
Dec address Hex address Words count Description Unit Data type
2816 0x0B00 1 Current : I1 mA U16
2817 0x0B01 1 Current : I2 mA U16
2818 0x0B02 1 Current : I3 mA U16
2819 0x0B03 1 Neutral Current : In mA U16
2820 0x0B04 1 Phase to Phase Voltage: U12 V 10⁻² U16
2821 0x0B05 1 Phase to Phase Voltage: U23 V 10⁻² U16
2822 0x0B06 1 Phase to Phase Voltage: U31 V 10⁻² U16
2823 0x0B07 1 Simple voltage : V1 V 10⁻² U16
2824 0x0B08 1 Simple voltage : V2 V 10⁻² U16
2825 0x0B09 1 Simple voltage : V3 V 10⁻² U16
2826 0x0B0A 1 Frequency : Fr Hz 10⁻² U16
2827 0x0B0B 1 Total Active Power +/- : P W 10 S16
2828 0x0B0C 1 Total Reactive Power +/- : Q var 10 S16
2829 0x0B0D 1 Total apparent power : S VA 10 U16
2830 0x0B0E 1 ? Power factor : -: capacitif et + : inductif : PF – / 1000 S16
2831 0x0B0F 1 I 1 AVG MAX mA U16
2832 0x0B10 1 I 2 AVG MAX mA U16
2833 0x0B11 1 I 3 AVG MAX mA U16
2834 0x0B12 1 In AVG MAX mA U16
2835 0x0B13 1 P+ AVG MAX W 10 U16
2836 0x0B14 1 Active Energy +<10 000 kWh U16
2837 0x0B15 1 Active Energy +>10 000 kWh U16
2838 0x0B16 1 Reactive Energy+< 10 000 varh 10³ U16
2839 0x0B17 1 Reactive Energy +>10 000 varh 10³ U16
2840 0x0B18 1 Hour Meter +<10000 h 10⁻² U16
2841 0x0B19 1 Hour Meter +>10000 h 10⁻² U16
2842 0x0B1A 1 Active Power phase1 +/- W 10 S16
2843 0x0B1B 1 Active Power phase2 +/- W 10 S16
2844 0x0B1C 1 Active Power phase3 +/- W 10 S16
2845 0x0B1D 1 Reactive Power phase1 +/- var 10 S16
2846 0x0B1E 1 Reactive Power phase2 +/- var 10 S16
2847 0x0B1F 1 Reactive Power phase3 +/- var 10 S16
2848 0x0B20 1 Apparent Power phase1 VA 10 U16
2849 0x0B21 1 Apparent Power phase2 VA 10 U16
2850 0x0B22 1 Apparent Power phase3 VA 10 U16
2851 0x0B23 1 Power factor phase 1-: leading and +: lagging – / 1000 S16
2852 0x0B24 1 Power factor phase 2-: leading and +: lagging – / 1000 S16
2853 0x0B25 1 Power factor phase 3-: leading and +: lagging – / 1000 S16
2854 0x0B26 1 Q+ AVG MAX var 10 U16
2855 0x0B27 1 S AVG MAX VA 10 U16

Alarme

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
1280 0x0500 Info 7 NONE READ READ
Dec address Hex address Words count Description Unit Data type
1280 0x0500 1 Current alarm on lower threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 31 : ?PFC/ 32 : ?Temperature – / 1000 U8
1281 0x0501 2 Current alarm on lower threshold : min value S32
1283 0x0503 1 Current alarm on upper threshold cause:0 : No Alarm / 1 : I1 / 2 : I2 / 3 : I3 / 4 : IN / 5 : U12 / 6 : U23 / 7 : U31 / 8 : ?P+ / 9 : ?Q+ / 10 : ?S / 11 : F / 12 : ?PFL / 15: thdI1 / 16: thdI2 / 17 : thdI3 / 18 : thdU12 / 19 : thdU23 / 20 : thdU31 / 21 : Hour / 22: V1 / 23 : V2 / 24 : V3 / 26: thdV1 / 27 : thdV2 / 28 : thd V3 / 31 : ?PFC/ 32 : ?Temperature – / 1000 U8
1284 0x0504 2 Current alarm on upper threshold : max value S32
1286 0x0506 1 Current alarm duration s U8

Option

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
256 0x0100 Info 4 NONE READ READ
Dec address Hex address Words count Description Unit Data type
256 0x0100 1 Reserved
257 0x0101 1 Reserved
258 0x0102 1 Reserved
259 0x0103 1 Reserved

Setup

Dec start address Hex start address Type Size Lock level Locked fcts Unlocked fcts
512 0x0200 Settings 108 NONE READ | WRITE | WRITE_MANY READ | WRITE | WRITE_MANY
Dec address Hex address Words count Description Unit Data type
512 0x0200 1 Network Type :0 : 1BL 1 : 2BL 2 : 3BL 3 : 3NBL 4 : 4BL 5 : 4NBL U8
513 0x0201 1 Current Transformer secondary : 1: 1 A 5: 5 A A U8
514 0x0202 1 Current Transformer primary A U8
515 0x0203 4 Reserved U16[]
519 0x0207 1 Synchronisation of I AVG/MAX: Synchronisation of I AVG/MAX:2 : 2 seconds 5 : 5 minutes 8 : 8 minutes 10 : 10 Minutes 15 : 15 minutes 20 : 20 minutes 30 : 30 minutes 60 : 60 minutes U8
520 0x0208 1 Synchronisation of P/Q/S AVG/MAXSynchronisation of I AVG/MAX:2 : 2 seconds 5 : 5 minutes 8 : 8 minutes 10 : 10 Minutes 15 : 15 minutes 20 : 20 minutes 30 : 30 minutes 60 : 60 minutes U8
521 0x0209 1 OUT : pulse output allocation :0 : kWh+1 : kvarh +2 :Alarm3 : Command U8
522 0x020A 1 OUT : pulse output value :0 : 0,1 kWh/kvarh1 : 1 kWh/kvarh2 : 10 kWh/kvarh3 : 100 kWh/kvarh4 : 1000 kWh/kvarh5 : 10000 kWh/kvarh U8
523 0x020B 1 OUT : pulse output duration :1 : 100ms2 : 200ms3 : 300ms4 : 400ms5 : 500ms6 : 600ms7 : 700ms8 : 800ms9 : 900ms U8
524 0x020C 27 R?serve Constructeur U16[]
551 0x0227 1 Alarm Type :1 : I2 : In3 : U4 : V5 : ?P+6 : ?Q+7 : ?S+8 : ?PFC9 : ?PFL10 : THDU11 : THDV12 : THDI13 : HOUR14 : F 15 : Temperature U8
552 0x0228 1 Alarm upper Threshold U16
553 0x0229 1 Reserved U8
554 0x022A 1 Alarm Lower Threshold U16
555 0x022B 1 Reserved U8
556 0x022C 1 Alarm Hysteresis(0-99) U8
557 0x022D 1 Alarm Specified time (1-999) U16
558 0x022E 1 Relay State :0 : Normaly Open1 : Normaly Closed U8
559 0x022F 58 Reserved U16[]
617 0x0269 1 Hour meter allocation1 : Auxiliary power supply2 : Currents3 : phase to phase voltage4 : Input 1 U8
618 0x026A 1 Hour meter trigger threshold U16
619 0x026B 1 Reserved U8

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