PROTOCOL RS485 Modbus Da Jagorar Mai Amfani da Ƙofar Lan

Tsarin Tsari:
- Yanayin ASCII: 1 Fara, 7 Bit, Ko da, Tsaya 1 (7E1)
- Yanayin RTU: 1 Fara, 8 Bit, Babu, Tsaya 1 (8N1)
- Yanayin TCP: 1 Fara, 7 Bit, Ko da, Tsaya 2 (7E2)

FAQ

Menene manufar MODBUS Sadarwa Protocol?

Ka'idar MODBUS tana sauƙaƙe sadarwa tsakanin babban na'urar da na'urorin bayi da yawa, yana ba da damar musayar bayanai a cikin tsarin sarrafa kansa na masana'antu.
Bayi nawa ne za a iya haɗa su ta amfani da ka'idar MODBUS?

Ƙa'idar MODBUS tana tallafawa har zuwa bayi 247 waɗanda aka haɗa a cikin tsarin hanyar sadarwar bas ko tauraro.
Ta yaya zan iya canza adireshin bawa a cikin MODBUS ASCII/RTU yanayin?

Don canza adireshin bawa a cikin MODBUS ASCII/RTU yanayin, koma zuwa littafin mai amfani don umarni kan daidaita lambar ma'ana ta counter.

Iyakance Alhaki
Mai sana'anta yana da haƙƙin gyara ƙayyadaddun bayanai a cikin wannan jagorar ba tare da gargaɗin da ya gabata ba. Duk wani kwafin wannan jagorar, a bangare ko cikakke, ta hanyar kwafin hoto ko ta wata hanya, ko da na lantarki, ba tare da masana'anta ya ba da izini a rubuce ba, ya keta sharuɗɗan haƙƙin mallaka kuma yana da alhakin gurfanar da shi.
An haramta amfani da na'urar don amfani daban-daban banda waɗanda aka ƙirƙira don su, kamar yadda wannan jagorar ya bayyana. Lokacin amfani da fasalulluka a cikin wannan na'urar, yi biyayya da duk dokoki kuma mutunta keɓaɓɓu da haƙƙin wasu.
SAI DAI DOKAR DOKA TA HARAMTA, BABU WATA SHARI'AR MAI ƙera BA ZAI CUTAR DA CUTAR DA AKE CUTAR DA ILLAR DA SUKE CIN GINDI BA TARE DA SAMUN KAYAYYA DA MULKI BA KO WANDA AKE YIWA WANDA BAI KIMANIN BA. WANI WAJIBI KO WAJIBI SAI IRIN WANNAN GASKIYA ANA SHIGA ANAN.
Duk alamun kasuwanci a cikin wannan jagorar mallakin masu su ne.
Bayanin da ke ƙunshe a cikin wannan jagorar don dalilai ne na bayanai kawai, ana iya yin canje-canje ba tare da gargaɗin da ya gabata ba kuma ba za a iya ɗaukar nauyin ɗaure ga Mai ƙira ba. Mai sana'anta ba shi da alhakin kowane kurakurai ko rashin daidaituwa da ke ƙunshe a cikin wannan jagorar.

BAYANI

MODBUS ASCII/RTU ka'idar sadarwa ce ta babban-bawa, mai iya tallafawa bayi har 247 da aka haɗa a cikin motar bas ko hanyar sadarwar tauraro. Ƙa'idar tana amfani da haɗin kai mai sauƙi akan layi ɗaya. Ta wannan hanyar, saƙonnin sadarwa suna tafiya akan layi ɗaya ta hanyoyi biyu masu gaba da juna.
MODBUS TCP shine bambancin dangin MODBUS. Musamman, ya ƙunshi amfani da saƙon MODBUS a cikin "Intranet" ko "Internet" ta amfani da ka'idar TCP/IP akan tashar tashar jiragen ruwa ta 502.
Saƙonnin bawan na iya zama:

Karatu (Lambobin ayyuka $01, $03, $04): sadarwar tana tsakanin maigida da bawa guda. Yana ba da damar karanta bayanai game da ma'aunin da ake tambaya

Rubutun (Lambar aikin $10): sadarwa tsakanin maigida da bawa guda. Yana ba da damar canza saitunan counter
Watsawa (ba don MODBUS TCP): sadarwar tana tsakanin maigidan da duk bayin da aka haɗa. Koyaushe umarni ne na rubuta (Lambar aikin $10) kuma yana buƙatar lambar ma'ana $00

A cikin nau'in nau'in nau'in nau'i mai yawa (MODBUS ASCII/RTU), adireshin bawa (wanda ake kira kuma lambar ma'ana) yana ba da damar gano kowane ma'auni yayin sadarwa. An saita kowace ƙira tare da adireshi tsoho na bawa (01) kuma mai amfani zai iya canza shi.
Idan akwai MODBUS TCP, ana maye gurbin adireshin bawa da byte ɗaya, mai gano naúrar.

Tsarin firam ɗin sadarwa - Yanayin ASCII
Bit kowane byte: 1 Fara, 7 Bit, Ko da, 1 Tsaya (7E1)

Suna	Tsawon	Aiki
FARA FRAME	1 char	Alamar fara saƙo. Yana farawa da hanji ":" ($3A)
FILIN ADDRESS	2 cawa	Lambar ma'ana mai ƙima
CODE AIKI	2 cawa	Lambar aiki ($ 01 / $ 03 / $ 04 / $ 10)
FILIN DATA	n kyar	Za a cika tsayin bayanai + dangane da nau'in saƙon
BINCIKEN KUSKURE	2 cawa	Binciken Kuskure (LRC)
KARSHEN FRAME	2 cawa	Komawar jigilar kaya - ciyarwar layi (CRLF) biyu ($ 0D & $ 0A)

Tsarin firam ɗin sadarwa - Yanayin RTU
Bit kowane byte: 1 Fara, 8 Bit, Babu, Tsaya 1 (8N1)

Suna	Tsawon	Aiki
FARA FRAME	4 chars ba aiki	Akalla lokacin shiru 4 (yanayin MARK)
FILIN ADDRESS	8 bits	Lambar ma'ana mai ƙima
CODE AIKI	8 bits	Lambar aiki ($ 01 / $ 03 / $ 04 / $ 10)
FILIN DATA	nx8 zuw	Za a cika tsayin bayanai + dangane da nau'in saƙon
BINCIKEN KUSKURE	16 bits	Binciken Kuskure (CRC)
KARSHEN FRAME	4 chars ba aiki	Akalla lokacin shiru na haruffa 4 tsakanin firam

Tsarin firam ɗin sadarwa - Yanayin TCP
Bit kowane byte: 1 Fara, 7 Bit, Ko da, 2 Tsaya (7E2)

Suna	Tsawon	Aiki
ID na MA'amala	2 bytes	Don aiki tare tsakanin saƙon uwar garken & abokin ciniki
ID na PROTOCOL	2 bytes	Zero don MODBUS TCP
Ƙididdigar BYTE	2 bytes	Yawan ragowar bytes a cikin wannan firam
ID na UNIT	1 byte	Adireshin bayi (255 idan ba a yi amfani da su ba)
CODE AIKI	1 byte	Lambar aiki ($ 01 / $ 04 / $ 10)
DATA BYTES	n bytes	Bayanai a matsayin amsa ko umarni

Tsarin LRC

Filin Duban Redundancy Check (LRC) byte ɗaya ne, mai ɗauke da ƙimar binary 8-bit. Ana ƙididdige ƙimar LRC ta na'urar watsawa, wanda ke haɗa LRC ga saƙon. Na'urar karɓa tana sake ƙididdige LRC yayin karɓar saƙon kuma tana kwatanta ƙimar ƙididdigewa zuwa ainihin ƙimar da aka karɓa a cikin filin LRC. Idan dabi'u biyu ba daidai ba ne, kuskure yana haifar da. Ana ƙididdige LRC ta hanyar haɗa bytes 8-bit masu zuwa a cikin saƙon, watsar da duk wani ɗauka, sannan biyu suna cika sakamakon. LRC filin 8-bit ne, saboda haka kowane sabon ƙari na hali wanda zai haifar da ƙimar sama da 255 kawai ta 'juya sama' ƙimar filin ta sifili. Domin babu bit na tara, ana watsar da ɗaukar hoto ta atomatik.
Hanya don ƙirƙirar LRC shine:

Ƙara duk bytes a cikin saƙon, ban da farawa 'colon' da ƙare CR LF. Ƙara su a cikin filin 8-bit, don haka za a jefar da su.

Rage ƙimar filin ƙarshe daga $FF, don samar da waɗanda-madaidaita.
Ƙara 1 don samar da biyu-mamaki.

Sanya LRC a cikin Saƙon
Lokacin da aka watsa 8-bit LRC (haruffa 2 ASCII) a cikin saƙon, za a fara aika da babban tsari da farko, sai kuma ƙaramin tsari. Don misaliample, idan darajar LRC ta kasance $52 (0101 0010):

Colon

':'

Adireshi

Func

Bayanai

Kidaya

Bayanai

….

Bayanai

LRC

Sannu '5'

LRC

Lo'2'

C-aiki don ƙididdige LRC

CRC Generation
Filin Duban Sake Ciki (CRC) bytes biyu ne, mai ɗauke da ƙimar 16-bit. Ana ƙididdige ƙimar CRC ta na'urar watsawa, wanda ke haɗa CRC ga saƙon. Na'urar karɓa tana sake ƙididdige CRC yayin karɓar saƙon kuma tana kwatanta ƙimar ƙididdigewa zuwa ainihin ƙimar da aka karɓa a cikin filin CRC. Idan dabi'u biyu ba daidai ba ne, kuskure yana haifar da.
An fara CRC ta farkon fara loda rajistar 16-bit zuwa duk 1's. Daga nan sai wani tsari ya fara amfani da baiti na 8-bit na saƙon zuwa ga abin da ke cikin rajista na yanzu. Sai kawai guda takwas na bayanai a cikin kowane hali ana amfani da su don samar da CRC. Farawa da dakatar da ragowa, da kuma ɗan daidaitawa, ba su shafi CRC ba.
A lokacin tsara CRC, kowane hali 8-bit ya keɓanta da ORed tare da abun ciki na rajista. Sa'an nan kuma sakamakon yana matsawa zuwa ga mafi ƙarancin mahimmanci (LSB), tare da sifili da aka cika cikin matsayi mafi mahimmanci (MSB). Ana fitar da LSB kuma an bincika. Idan LSB ta kasance 1, rijistar sannan ta keɓanta da ORed tare da saiti, ƙayyadaddun ƙima. Idan LSB ya kasance 0, babu keɓantacce KO da ke faruwa.
Ana maimaita wannan tsari har sai an yi sau takwas. Bayan motsi na ƙarshe (na takwas) na gaba, sifa 8-bit na gaba yana keɓantacce ORed tare da ƙimar rijistar yanzu, kuma tsarin yana maimaita ƙarin motsi takwas kamar yadda aka bayyana a sama. Abun karshe na rijistar, bayan an yi amfani da duk haruffan saƙon, shine ƙimar CRC.
Hanyar da aka ƙididdige don ƙirƙirar CRC ita ce:

Loda rajistar 16-bit tare da $FFFF. Kira wannan rijistar CRC.
Keɓaɓɓe KO farkon 8-bit byte na saƙon tare da ƙaramin tsari byte na rijistar CRC 16-bit, sanya sakamakon a cikin rijistar CRC.
Matsa rajistar CRC kaɗan zuwa dama (zuwa LSB), sifili-cika MSB. Cire kuma bincika LSB.
(Idan LSB ya kasance 0): Maimaita Mataki na 3 (wani motsi). (Idan LSB ya kasance 1): Keɓaɓɓe KO rijistar CRC tare da ƙimar yawan adadin $A001 (1010 0000 0000 0001).
Maimaita matakai na 3 da 4 har sai an yi canje-canje 8. Lokacin da aka yi haka, za a iya sarrafa cikakken 8-bit byte.
Maimaita Matakai na 2 zuwa 5 don 8-bit byte na saƙo na gaba. Ci gaba da yin haka har sai an sarrafa duk bytes.
Abun ƙarshe na rijistar CRC shine ƙimar CRC.
Lokacin da aka sanya CRC cikin saƙon, dole ne a musanya bytes na sama da na ƙasa kamar yadda aka bayyana a ƙasa.

Sanya CRC a cikin Saƙon
Lokacin da 16-bit CRC (biyu 8-bit bytes) aka aika a cikin saƙon, za a fara aikawa da ƙaramin oda, sai kuma byte mai girma.
Don misaliample, idan darajar CRC ta kasance $35F7 (0011 0101 1111 0111):

Addr

Func

Bayanai

Kidaya

Bayanai

….

Bayanai

CRC

ku f7

CRC

Salam 35

Ayyukan ƙarni na CRC - Tare da Tebur

Dukkan ƙimar CRC mai yuwuwar an riga an ɗora su zuwa tsararraki biyu, waɗanda kawai aka lissafta su yayin da aikin ke ƙaruwa ta wurin ajiyar saƙo. Tsari ɗaya ya ƙunshi duka ƙimar ƙimar CRC 256 don babban byte na filin CRC 16-bit, ɗayan kuma yana ƙunshe da duk ƙimar ƙarancin byte. Fitar da CRC ta wannan hanyar yana ba da aiwatar da sauri fiye da yadda za a samu ta hanyar ƙididdige sabon ƙimar CRC tare da kowane sabon hali daga majinin saƙo.

Ayyukan samar da CRC - Ba tare da Tebur ba

TSARIN UMURNI NA KARANTA

A cikin yanayin modul ɗin da aka haɗa tare da counter: Babban na'urar sadarwa na iya aika umarni zuwa module don karanta matsayinsa da saitinsa ko karanta ƙimar ƙima, matsayi da saitin da suka dace da na'urar.
Game da na'urar da ke da haɗin gwiwar sadarwa: Babban na'urar sadarwa na iya aika umarni zuwa kan kwamfuta don karanta matsayinta, saitinta da ƙimarta.
Ana iya karanta ƙarin rajista, a lokaci guda, aika umarni guda ɗaya, kawai idan rijistar ta kasance a jere (duba Babi na 5). Bisa ga yanayin ƙa'idar MODBUS, an tsara umarnin karantawa kamar haka.

Modbus ASCII/RTU
Ƙimar da ke ƙunshe duka a cikin Tambayoyi ko Saƙonnin Amsa suna cikin tsarin hex.
Tambaya exampIdan akwai MODBUS RTU: 01030002000265CB

Example	Byte	Bayani	No. na bytes
01	–	Adireshin bayi	1
03	–	Lambar aiki	1
00	Babban	Fara rajista	2
02	Ƙananan
00	Babban	A'a. na kalmomin da za a karanta	2
02	Ƙananan
65	Babban	Binciken Kuskure (CRC)	2
CB	Ƙananan

Martani exampna MODBUS RTU: 01030400035571F547

Example	Byte	Bayani	No. na bytes
01	–	Adireshin bayi	1
03	–	Lambar aiki	1
04	–	Ƙididdigar Byte	1
00	Babban	Bayanan da aka nema	4
03	Ƙananan
55	Babban
71	Ƙananan
F5	Babban	Binciken Kuskure (CRC)	2
47	Ƙananan

ModCP TCP
Ƙimar da ke ƙunshe duka a cikin Tambayoyi ko Saƙonnin Amsa suna cikin tsarin hex.
Tambaya exampIdan akwai MODBUS TCP: 010000000006010400020002

Example	Byte	Bayani	No. na bytes
01	–	Mai gano ma'amala	1
00	Babban	Mai gano yarjejeniya	4
00	Ƙananan
00	Babban
00	Ƙananan
06	–	Ƙididdigar Byte	1
01	–	Mai gano naúrar	1
04	–	Lambar aiki	1
00	Babban	Fara rajista	2
02	Ƙananan
00	Babban	A'a. na kalmomin da za a karanta	2
02	Ƙananan

Martani exampIdan akwai MODBUS TCP: 01000000000701040400035571

Example	Byte	Bayani	No. na bytes
01	–	Mai gano ma'amala	1
00	Babban	Mai gano yarjejeniya	4
00	Ƙananan
00	Babban
00	Ƙananan
07	–	Ƙididdigar Byte	1
01	–	Mai gano naúrar	1
04	–	Lambar aiki	1
04	–	Adadin byte na bayanan da aka nema	2
00	Babban	Bayanan da aka nema	4
03	Ƙananan
55	Babban
71	Ƙananan

Wurin ruwa kamar yadda IEEE Standard yake

Tsarin asali yana ba da damar ma'auni na daidaitaccen lambar IEEE don wakilci a cikin tsari guda 32-bit, kamar yadda aka nuna a ƙasa:

inda S shine alamar alamar, e' shine kashi na farko na ma'anar kuma f shine juzu'in juzu'i wanda aka sanya kusa da 1. A ciki ma'anar juzu'in yana da tsayin bit 8 kuma juzu'in da aka adana yana da tsayi 23.
Ana amfani da hanyar zagaye-zuwa-kusa zuwa ƙididdige ƙimar wurin iyo.
Ana nuna sigar mai iyo kamar haka:

NOTE: Ana nuna juzu'i (masu ƙima) koyaushe yayin da ba a adana jagoran 1 (boyayyen bit) ba.

Example na jujjuya darajar da aka nuna tare da iyo
Ƙimar da aka karanta tare da batu mai iyo:
45AACC00(16)
An canza darajar a tsarin binary:

0	10001011	01010101100110000000000 (2)
alamar	mai magana	juzu'i

TSARIN UMARNI RUBUTU

A cikin yanayin modul ɗin da aka haɗe da counter: Babban na'urar sadarwa na iya aika umarni zuwa module don tsara kansa ko don tsara counter.
Game da na'ura mai haɗaɗɗiyar sadarwa: Babban na'urar sadarwa na iya aika umarni zuwa kan kwamfuta don tsara shi.

Ana iya aiwatar da ƙarin saituna, a lokaci guda, aika umarni ɗaya, kawai idan rajistar da ta dace ta kasance a jere (duba babi na 5). Dangane da nau'in ka'idar MODBUS da aka yi amfani da ita, an tsara umarnin rubutawa kamar haka.

Modbus ASCII/RTU
Ƙimar da ke ƙunshe duka biyun a cikin Saƙonnin Buƙatu ko Amsa suna cikin sigar hex.
Tambaya exampna MODBUS RTU: 011005150001020008F053

Example	Byte	Bayani	No. na bytes
01	–	Adireshin bayi	1
10	–	Lambar aiki	1
05	Babban	Fara rajista	2
15	Ƙananan
00	Babban	No. na kalmomin da za a rubuta	2
01	Ƙananan
02	–	Bayanan byte counter	1
00	Babban	Bayanai don shirye-shirye	2
08	Ƙananan
F0	Babban	Binciken Kuskure (CRC)	2
53	Ƙananan

Martani exampa yanayin MODBUS RTU: 01100515000110C1

Example	Byte	Bayani	No. na bytes
01	–	Adireshin bayi	1
10	–	Lambar aiki	1
05	Babban	Fara rajista	2
15	Ƙananan
00	Babban	No. na rubutattun kalmomi	2
01	Ƙananan
10	Babban	Binciken Kuskure (CRC)	2
C1	Ƙananan

ModCP TCP
Ƙimar da ke ƙunshe duka biyun a cikin Saƙonnin Buƙatu ko Amsa suna cikin sigar hex.
Tambaya exampIdan akwai MODBUS TCP: 010000000009011005150001020008

Example	Byte	Bayani	No. na bytes
01	–	Mai gano ma'amala	1
00	Babban	Mai gano yarjejeniya	4
00	Ƙananan
00	Babban
00	Ƙananan
09	–	Ƙididdigar Byte	1
01	–	Mai gano naúrar	1
10	–	Lambar aiki	1
05	Babban	Fara rajista	2
15	Ƙananan
00	Babban	No. na kalmomin da za a rubuta	2
01	Ƙananan
02	–	Bayanan byte counter	1
00	Babban	Bayanai don shirye-shirye	2
08	Ƙananan

Martani exampIdan akwai MODBUS TCP: 010000000006011005150001

Example	Byte	Bayani	No. na bytes
01	–	Mai gano ma'amala	1
00	Babban	Mai gano yarjejeniya	4
00	Ƙananan
00	Babban
00	Ƙananan
06	–	Ƙididdigar Byte	1
01	–	Mai gano naúrar	1
10	–	Lambar aiki	1
05	Babban	Fara rajista	2
15	Ƙananan
00	Babban	An yi nasarar aika umarni	2
01	Ƙananan

BAYANIN LAMBA

A yanayin tsarin haɗin gwiwa tare da ƙididdiga: Lokacin da ƙirar ta karɓi tambaya mara inganci, ana aika saƙon kuskure (lambar keɓe).

A cikin yanayin ma'auni tare da haɗin gwiwar sadarwa: Lokacin da mai ƙididdigewa ya karɓi tambaya mara inganci, ana aika saƙon kuskure (banda lambar)
Bisa ga yanayin ƙa'idar MODBUS, lambobi masu yuwuwar keɓantawa sune kamar haka.

Modbus ASCII/RTU
Ƙimar da ke ƙunshe a cikin saƙonnin amsa suna cikin tsarin hex.
Martani exampna MODBUS RTU: 01830131F0

Example	Byte	Bayani	No. na bytes
01	–	Adireshin bayi	1
83	–	Lambar aiki (80+03)	1
01	–	Keɓaɓɓen lambar	1
31	Babban	Binciken Kuskure (CRC)	2
F0	Ƙananan

Keɓantattun lambobin don MODBUS ASCII/RTU ana siffanta su:

$01 AIKIN BA bisa doka ba: lambar aikin da aka karɓa a cikin tambayar ba aikin da aka yarda ba ne.
$02 BAYANIN BAYANIN DATA: adireshin bayanan da aka karɓa a cikin tambayar baya halatta (watau haɗin rajista da tsawon lokacin canja wuri ba shi da inganci).

$03 DATA BAYANIN BAYANI: ƙimar da ke ƙunshe a cikin filin bayanan tambaya ba ƙima ce da aka yarda ba.
$04 DOMIN AMSA BA TARE BA: buƙatun zai haifar da amsa tare da girman girma fiye da wanda ake samu don ƙa'idar MODBUS.

ModCP TCP
Ƙimar da ke ƙunshe a cikin saƙonnin amsa suna cikin tsarin hex.
Martani exampIdan akwai MODBUS TCP: 010000000003018302

Example	Byte	Bayani	No. na bytes
01	–	Mai gano ma'amala	1
00	Babban	Mai gano yarjejeniya	4
00	Ƙananan
00	Babban
00	Ƙananan
03	–	A'a. na wani byte na bayanan gaba a cikin wannan kirtani	1
01	–	Mai gano naúrar	1
83	–	Lambar aiki (80+03)	1
02	–	Keɓaɓɓen lambar	1

Keɓantattun lambobin don MODBUS TCP ana siffanta su:

$01 AIKIN BA bisa doka ba: uwar garken ba ta san lambar aikin ba.
$02 BAYANIN DATA ADDRESS: adireshin bayanan da aka karɓa a cikin tambayar ba adireshin da aka yarda da shi ba ne (watau haɗin rajista da tsayin canja wuri ba shi da inganci).

$03 DATA BAYANIN DATA: ƙimar da ke ƙunshe a cikin filin bayanan tambaya ba ƙima ce da za a iya yarda da ita ba.
RASHIN SERVAR $04: uwar garken ta kasa yayin aiwatarwa.
KYAUTA $05: uwar garken ta karɓi kiran uwar garken amma sabis ɗin yana buƙatar ɗan gajeren lokaci don aiwatarwa. Saboda haka uwar garken yana dawo da amincewar karɓar kiran sabis kawai.

$06 SERVER BUSY: uwar garken ya kasa karɓar buƙatun MB na PDU. Aikace-aikacen abokin ciniki yana da alhakin yanke shawara idan da lokacin sake aika buƙatar.
BABU HANYAR ƙofa $0A: tsarin sadarwa (ko ma'auni, idan akwai mai ƙima tare da haɗin haɗin gwiwa) ba a daidaita shi ko kuma ba zai iya sadarwa ba.
$0B NA'URAR TARBIYYA TA KASA AMSA: Babu na'urar da ke cikin hanyar sadarwa.

BAYANI BAYANI AKAN RUBUTUN RIJISTA

NOTE: Mafi girman adadin rajista (ko bytes) waɗanda za a iya karantawa tare da umarni ɗaya:

63 yayi rijista a yanayin ASCII
127 yayi rajista a yanayin RTU

256 bytes a cikin yanayin TCP

NOTE: Mafi girman adadin rajista waɗanda za a iya tsara su tare da umarni ɗaya:

13 yayi rijista a yanayin ASCII

29 yayi rajista a yanayin RTU
1 rajista a yanayin TCP

NOTE: Darajar rijistar suna cikin tsarin hex ($).

Table HEADER	Ma'ana
PARAMETER	Alama da bayanin sigar da za a karanta/rubutu.
+/-	Alama mai kyau ko mara kyau akan ƙimar karantawa. Alamar alamar tana canzawa bisa ga tsarin sadarwa ko ƙirar ƙira: Sa hannu Yanayin Bit: Idan an duba wannan shafi, ƙimar rajistar karantawa na iya samun alama mai kyau ko mara kyau. Maida ƙimar rijistar da aka sanya hannu kamar yadda aka nuna a cikin umarni masu zuwa: Mafi Muhimman Bit (MSB) yana nuna alamar kamar haka: 0=tabbatacce (+), 1= korau (-). Ƙimar mara kyau misaliampda: MSB $8020 = 1000000000100000 = -32 \| hex \| bin \| dec \|
+/-	Yanayin Kammalawa na 2: Idan an duba wannan shafi, ƙimar rajistar karantawa na iya samun tabbatacce ko mara kyau alamar. Ana wakilta munanan dabi'u tare da madaidaitan 2.
INTEGER	INTEGER bayanan rajista. Yana nuna Unit na ma'auni, RegSet rubuta lambar kalma mai dacewa da Adireshin a tsarin hex. Akwai nau'ikan RegSet guda biyu: Rejista 0: ko da / m kalmar rajista. Rejista 1: ko da kalmar rajista. Babu don samfuran LAN GATEWAY. Akwai don: Ma'auni tare da hadedde MODBUS Counters tare da hadedde ETHERNET ▪ Samfuran RS485 tare da sakin firmware 2.00 ko sama Don gano RegSet da ake amfani da shi, da fatan za a koma zuwa rijistar $0523/$0538.
IEEE	IEEE Standard Register bayanai. Yana nuna Unit na ma'auni, lambar Kalma da Adireshin a tsarin hex.
SAMUN RAJIBI TA MASIRI	Samun rajista bisa ga samfurin. Idan an duba (●), ana samun rijistar don samfurin da ya dace: 3ph 6A/63A/80A SERIAL: 6A, 63A da 80A 3phase counters tare da serial sadarwa. 1 ph 80A Serial: 80A 1phase counters tare da serial sadarwa. 1 ph 40A Serial: 40A 1phase counters tare da serial sadarwa. 3ph hadedde ETHERNET TCP: 3phase counters tare da hadedde ETHERNET TCP sadarwar. 1ph hadedde ETHERNET TCP: 1phase counters tare da hadedde ETHERNET TCP sadarwar. LANG TCP (bisa ga samfurin): counters hade da LAN GATEWAY module.
MA'ANAR DATA	Bayanin bayanan da aka karɓa ta hanyar amsa umarnin karantawa.
DATA SHARRI	Bayanin bayanan da za a iya aikawa don umarnin rubutu.

MASU KARATUN RIJISTA (lambobin AIKI $03, $04)

U1N

Ph 1-N Voltage

0000

1000

●

U2N

Ph 2-N Voltage

0002

1002

●

U3N

Ph 3-N Voltage

0004

1004

●

U12

L 1-2 Voltage

0006

1006

●

U23

L 2-3 Voltage

0008

1008

●

U31

L 3-1 Voltage

000 A

100 A

●

U∑

Tsarin Voltage

000C

100C

●

Ph1 a halin yanzu

●

000E

100E

●

Ph2 a halin yanzu

●

0010

1010

●

Ph3 a halin yanzu

●

0012

1012

●

Tsakanin Yanzu

●

0014

1014

●

A∑

Tsarin Yanzu

●

0016

1016

●

Farashin PF1

Ph1 Factor Power

●

0018

0.001

1018

–

●

Farashin PF2

Ph2 Factor Power

●

0019

001 A

0.001

101 A

–

●

Farashin PF3

Ph3 Factor Power

●

001 A

001C

0.001

101C

–

●

PF∑

Sys Power Factor

●

001B

001E

0.001

101E

–

●

Ph1 Active Power

●

001C

0020

1020

●

Ph2 Active Power

●

001F

0024

1022

●

Ph3 Active Power

●

0022

0028

1024

●

P∑

Sys Active Power

●

0025

002C

1026

●

Ph1 Bayyanar Wuta

●

0028

0030

mVA

1028

●

Ph2 Bayyanar Wuta

●

002B

0034

mVA

102 A

●

Ph3 Bayyanar Wuta

●

002E

0038

mVA

102C

●

S∑

Sys Bayyanar Ƙarfin

●

0031

003C

mVA

102E

●

Ph1 Reactive Power

●

0034

0040

mvar

1030

var

●

Ph2 Reactive Power

●

0037

0044

mvar

1032

var

●

Ph3 Reactive Power

●

003 A

0048

mvar

1034

var

●

Q∑

Sys Reactive Power

●

003D

004C

mvar

1036

var

●

Yawanci

0040

0050

MHz

1038

●

PH SEQ

Jerin Mataki

0041

0052

–

103 A

–

●

Ma'anar bayanan karantawa:

INTEGER: $00=123-CCW, $01=321-CW, $02=ba a bayyana
IEEE don masu ƙira tare da Haɗin Sadarwa da Modulolin RS485: $3DFBE76D=123-CCW, $3E072B02=321-CW, $0=ba a bayyana
IEEE na LAN GATEWAY Modules: $0=123-CCW, $3F800000=321-CW, $40000000=ba a ayyana

+ kWh1

Ph1 Imp. Mai aiki En.

0100

0.1 da Wh

1100

●

+ kWh2

Ph2 Imp. Mai aiki En.

0103

0104

0.1 da Wh

1102

●

+ kWh3

Ph3 Imp. Mai aiki En.

0106

0108

0.1 da Wh

1104

●

+ kWh

Sys Imp. Mai aiki En.

0109

010C

0.1 da Wh

1106

●

–kWh1

Ph1 Exp. Mai aiki En.

010C

0110

0.1 da Wh

1108

●

–kWh2

Ph2 Exp. Mai aiki En.

010F

0114

0.1 da Wh

110 A

●

–kWh3

Ph3 Exp. Mai aiki En.

0112

0118

0.1 da Wh

110C

●

- kWh ∑

Sys Exp. Mai aiki En.

0115

011C

0.1 da Wh

110E

●

+ kVAh 1-L

Ph1 Imp. Lag. Bayyanar En.

0118

0120

0.1VAH

1110

WAH

●

+ kVAh 2-L

Ph2 Imp. Lag. Bayyanar En.

011B

0124

0.1VAH

1112

WAH

●

+ kVAh 3-L

Ph3 Imp. Lag. Bayyanar En.

011E

0128

0.1VAH

1114

WAH

●

+ kVAh∑-L

Sys Imp. Lag. Bayyanar En.

0121

012C

0.1VAH

1116

WAH

●

- kVAh1-L

Ph1 Exp. Lag. Bayyanar En.

0124

0130

0.1VAH

1118

WAH

●

- kVAh2-L

Ph2 Exp. Lag. Bayyanar En.

0127

0134

0.1VAH

111 A

WAH

●

- kVAh3-L

Ph3 Exp. Lag. Bayyanar En.

012 A

0138

0.1VAH

111C

WAH

●

-kVAh∑-L

Sys Exp. Lag. Bayyanar En.

012D

013C

0.1VAH

111E

WAH

●

+ kVAh 1-C

Ph1 Imp. Jagoranci Bayyanar En.

0130

0140

0.1VAH

1120

WAH

●

+ kVAh 2-C

Ph2 Imp. Jagoranci Bayyanar En.

0133

0144

0.1VAH

1122

WAH

●

+ kVAh 3-C

Ph3 Imp. Jagoranci Bayyanar En.

0136

0148

0.1VAH

1124

WAH

●

+ kVAh∑-C

Sys Imp. Jagoranci Bayyanar En.

0139

014C

0.1VAH

1126

WAH

●

-KVAH1-C

Ph1 Exp. Jagoranci Bayyanar En.

013C

0150

0.1VAH

1128

WAH

●

-KVAH2-C

Ph2 Exp. Jagoranci Bayyanar En.

013F

0154

0.1VAH

112 A

WAH

●

-KVAH3-C

Ph3 Exp. Jagoranci Bayyanar En.

0142

0158

0.1VAH

112C

WAH

●

-VA∑-C

Sys Exp. Jagoranci Bayyanar En.

0145

015C

0.1VAH

112E

WAH

●

+ kvarh 1-L

Ph1 Imp. Lag. Reactive En.

0148

0160

0.1 wata

1130

varh

●

+ kvarh 2-L

Ph2 Imp. Lag. Reactive En.

014B

0164

0.1 wata

1132

varh

●

+ kvarh 3-L

Ph3 Imp. Lag. Reactive En.

014E

0168

0.1 wata

1134

varh

●

+ kvarh∑-L

Sys Imp. Lag. Reactive En.

0151

016C

0.1 wata

1136

varh

●

- kwarfi 1-L

Ph1 Exp. Lag. Reactive En.

0154

0170

0.1 wata

1138

varh

●

- kwarfi 2-L

Ph2 Exp. Lag. Reactive En.

0157

0174

0.1 wata

113 A

varh

●

- kwarfi 3-L

Ph3 Exp. Lag. Reactive En.

015 A

0178

0.1 wata

113C

varh

●

- bambanta ∑-L

Sys Exp. Lag. Reactive En.

015D

017C

0.1 wata

113E

varh

●

+ kvarh 1-C

Ph1 Imp. Jagoranci Reactive En.

0160

0180

0.1 wata

1140

varh

●

+ kvarh 2-C

Ph2 Imp. Jagoranci Reactive En.

0163

0184

0.1 wata

1142

varh

●

+ kvarh 3-C

Ph3 Imp. Jagoranci Reactive En.

0166

0188

0.1 wata

1144

varh

●

+ kvarh∑-C

Sys Imp. Jagoranci Reactive En.

0169

018C

0.1 wata

1146

varh

●

-kafi1-C

Ph1 Exp. Jagoranci Reactive En.

016C

0190

0.1 wata

1148

varh

●

-kafi2-C

Ph2 Exp. Jagoranci Reactive En.

016F

0194

0.1 wata

114 A

varh

●

-kafi3-C

Ph3 Exp. Jagoranci Reactive En.

0172

0198

0.1 wata

114C

varh

●

-kvarh∑-C

Sys Exp. Jagoranci Reactive En.

0175

019C

0.1 wata

114E

varh

●

– Ajiye

0178

01A0

–

1150

–

KASHIN KUDI 1

+ kWh1-T1	Ph1 Imp. Mai aiki En.	3	0200	4	0200	0.1 da Wh	2	1200	Wh	●					●
+ kWh2-T1	Ph2 Imp. Mai aiki En.	3	0203	4	0204	0.1 da Wh	2	1202	Wh	●					●
+ kWh3-T1	Ph3 Imp. Mai aiki En.	3	0206	4	0208	0.1 da Wh	2	1204	Wh	●					●
+ kWh∑-T1	Sys Imp. Mai aiki En.	3	0209	4	020C	0.1 da Wh	2	1206	Wh	●	●				●
kWh1-T1	Ph1 Exp. Mai aiki En.	3	020C	4	0210	0.1 da Wh	2	1208	Wh	●					●
kWh2-T1	Ph2 Exp. Mai aiki En.	3	020F	4	0214	0.1 da Wh	2	120 A	Wh	●					●
kWh3-T1	Ph3 Exp. Mai aiki En.	3	0212	4	0218	0.1 da Wh	2	120C	Wh	●					●
kWh∑-T1	Sys Exp. Mai aiki En.	3	0215	4	021C	0.1 da Wh	2	120E	Wh	●	●				●
+ kVAh1-L-T1	Ph1 Imp. Lag. Bayyanar En.	3	0218	4	0220	0.1VAH	2	1210	WAH	●					●
+ kVAh2-L-T1	Ph2 Imp. Lag. Bayyanar En.	3	021B	4	0224	0.1VAH	2	1212	WAH	●					●
+ kVAh3-L-T1	Ph3 Imp. Lag. Bayyanar En.	3	021E	4	0228	0.1VAH	2	1214	WAH	●					●
+ kVAh∑-L-T1	Sys Imp. Lag. Bayyanar En.	3	0221	4	022C	0.1VAH	2	1216	WAH	●	●				●
-kVAh1-L-T1	Ph1 Exp. Lag. Bayyanar En.	3	0224	4	0230	0.1VAH	2	1218	WAH	●					●
-kVAh2-L-T1	Ph2 Exp. Lag. Bayyanar En.	3	0227	4	0234	0.1VAH	2	121 A	WAH	●					●
-kVAh3-L-T1	Ph3 Exp. Lag. Bayyanar En.	3	022 A	4	0238	0.1VAH	2	121C	WAH	●					●
-kVAh∑-L-T1	Sys Exp. Lag. Bayyanar En.	3	022D	4	023C	0.1VAH	2	121E	WAH	●	●				●
+ kVAh1-C-T1	Ph1 Imp. Jagoranci Bayyanar En.	3	0230	4	0240	0.1VAH	2	1220	WAH	●					●
+ kVAh2-C-T1	Ph2 Imp. Jagoranci Bayyanar En.	3	0233	4	0244	0.1VAH	2	1222	WAH	●					●
+ kVAh3-C-T1	Ph3 Imp. Jagoranci Bayyanar En.	3	0236	4	0248	0.1VAH	2	1224	WAH	●					●
+ kVAh∑-C-T1	Sys Imp. Jagoranci Bayyanar En.	3	0239	4	024C	0.1VAH	2	1226	WAH	●	●				●
-kVAh1-C-T1	Ph1 Exp. Jagoranci Bayyanar En.	3	023C	4	0250	0.1VAH	2	1228	WAH	●					●
-kVAh2-C-T1	Ph2 Exp. Jagoranci Bayyanar En.	3	023F	4	0254	0.1VAH	2	122 A	WAH	●					●
-kVAh3-C-T1	Ph3 Exp. Jagoranci Bayyanar En.	3	0242	4	0258	0.1VAH	2	122C	WAH	●					●
-kVAh∑-C-T1	Sys Exp. Jagoranci Bayyanar En.	3	0245	4	025C	0.1VAH	2	122E	WAH	●	●				●
+ kvarh1-L-T1	Ph1 Imp. Lag. Reactive En.	3	0248	4	0260	0.1 wata	2	1230	varh	●					●
+ kvarh2-L-T1	Ph2 Imp. Lag. Reactive En.	3	024B	4	0264	0.1 wata	2	1232	varh	●					●
+ kvarh3-L-T1	Ph3 Imp. Lag. Reactive En.	3	024E	4	0268	0.1 wata	2	1234	varh	●					●
+ kvarh∑-L-T1	Sys Imp. Lag. Reactive En.	3	0251	4	026C	0.1 wata	2	1236	varh	●	●				●
-kvarh1-L-T1	Ph1 Exp. Lag. Reactive En.	3	0254	4	0270	0.1 wata	2	1238	varh	●					●
-kvarh2-L-T1	Ph2 Exp. Lag. Reactive En.	3	0257	4	0274	0.1 wata	2	123 A	varh	●					●
-kvarh3-L-T1	Ph3 Exp. Lag. Reactive En.	3	025 A	4	0278	0.1 wata	2	123C	varh	●					●
bambanta ∑-L-T1	Sys Exp. Lag. Reactive En.	3	025D	4	027C	0.1 wata	2	123E	varh	●	●				●
+ kvarh1-C-T1	Ph1 Imp. Jagoranci Reactive En.	3	0260	4	0280	0.1 wata	2	1240	varh	●					●
+ kvarh2-C-T1	Ph2 Imp. Jagoranci Reactive En.	3	0263	4	0284	0.1 wata	2	1242	varh	●					●
+ kvarh3-C-T1	Ph3 Imp. Jagoranci Reactive En.	3	0266	4	0288	0.1 wata	2	1244	varh	●					●
+ kvarh∑-C-T1	Sys Imp. Jagoranci Reactive En.	3	0269	4	028C	0.1 wata	2	1246	varh	●	●				●
-kvarh1-C-T1	Ph1 Exp. Jagoranci Reactive En.	3	026C	4	0290	0.1 wata	2	1248	varh	●					●
-kvarh2-C-T1	Ph2 Exp. Jagoranci Reactive En.	3	026F	4	0294	0.1 wata	2	124 A	varh	●					●
-kvarh3-C-T1	Ph3 Exp. Jagoranci Reactive En.	3	0272	4	0298	0.1 wata	2	124C	varh	●					●
-kvarh∑-C-T1	Sys Exp. Jagoranci Reactive En.	3	0275	4	029C	0.1 wata	2	124E	varh	●	●				●
– Ajiye		3	0278	–	–	–	–	–	–	R	R	R	R	R	R

+ kWh1-T2	Ph1 Imp. Mai aiki En.	3	0300	4	0300	0.1 da Wh	2	1300	Wh	●					●
+ kWh2-T2	Ph2 Imp. Mai aiki En.	3	0303	4	0304	0.1 da Wh	2	1302	Wh	●					●
+ kWh3-T2	Ph3 Imp. Mai aiki En.	3	0306	4	0308	0.1 da Wh	2	1304	Wh	●					●
+ kWh∑-T2	Sys Imp. Mai aiki En.	3	0309	4	030C	0.1 da Wh	2	1306	Wh	●	●				●
kWh1-T2	Ph1 Exp. Mai aiki En.	3	030C	4	0310	0.1 da Wh	2	1308	Wh	●					●
kWh2-T2	Ph2 Exp. Mai aiki En.	3	030F	4	0314	0.1 da Wh	2	130 A	Wh	●					●
kWh3-T2	Ph3 Exp. Mai aiki En.	3	0312	4	0318	0.1 da Wh	2	130C	Wh	●					●
kWh∑-T2	Sys Exp. Mai aiki En.	3	0315	4	031C	0.1 da Wh	2	130E	Wh	●	●				●
+ kVAh1-L-T2	Ph1 Imp. Lag. Bayyanar En.	3	0318	4	0320	0.1VAH	2	1310	WAH	●					●
+ kVAh2-L-T2	Ph2 Imp. Lag. Bayyanar En.	3	031B	4	0324	0.1VAH	2	1312	WAH	●					●
+ kVAh3-L-T2	Ph3 Imp. Lag. Bayyanar En.	3	031E	4	0328	0.1VAH	2	1314	WAH	●					●
+ kVAh∑-L-T2	Sys Imp. Lag. Bayyanar En.	3	0321	4	032C	0.1VAH	2	1316	WAH	●	●				●
-kVAh1-L-T2	Ph1 Exp. Lag. Bayyanar En.	3	0324	4	0330	0.1VAH	2	1318	WAH	●					●
-kVAh2-L-T2	Ph2 Exp. Lag. Bayyanar En.	3	0327	4	0334	0.1VAH	2	131 A	WAH	●					●
-kVAh3-L-T2	Ph3 Exp. Lag. Bayyanar En.	3	032 A	4	0338	0.1VAH	2	131C	WAH	●					●
-kVAh∑-L-T2	Sys Exp. Lag. Bayyanar En.	3	032D	4	033C	0.1VAH	2	131E	WAH	●	●				●
+ kVAh1-C-T2	Ph1 Imp. Jagoranci Bayyanar En.	3	0330	4	0340	0.1VAH	2	1320	WAH	●					●
+ kVAh2-C-T2	Ph2 Imp. Jagoranci Bayyanar En.	3	0333	4	0344	0.1VAH	2	1322	WAH	●					●
+ kVAh3-C-T2	Ph3 Imp. Jagoranci Bayyanar En.	3	0336	4	0348	0.1VAH	2	1324	WAH	●					●
+ kVAh∑-C-T2	Sys Imp. Jagoranci Bayyanar En.	3	0339	4	034C	0.1VAH	2	1326	WAH	●	●				●
-kVAh1-C-T2	Ph1 Exp. Jagoranci Bayyanar En.	3	033C	4	0350	0.1VAH	2	1328	WAH	●					●
-kVAh2-C-T2	Ph2 Exp. Jagoranci Bayyanar En.	3	033F	4	0354	0.1VAH	2	132 A	WAH	●					●
-kVAh3-C-T2	Ph3 Exp. Jagoranci Bayyanar En.	3	0342	4	0358	0.1VAH	2	132C	WAH	●					●
-kVAh∑-C-T2	Sys Exp. Jagoranci Bayyanar En.	3	0345	4	035C	0.1VAH	2	132E	WAH	●	●				●
+ kvarh1-L-T2	Ph1 Imp. Lag. Reactive En.	3	0348	4	0360	0.1 wata	2	1330	varh	●					●
+ kvarh2-L-T2	Ph2 Imp. Lag. Reactive En.	3	034B	4	0364	0.1 wata	2	1332	varh	●					●
+ kvarh3-L-T2	Ph3 Imp. Lag. Reactive En.	3	034E	4	0368	0.1 wata	2	1334	varh	●					●
+ kvarh∑-L-T2	Sys Imp. Lag. Reactive En.	3	0351	4	036C	0.1 wata	2	1336	varh	●	●				●
-kvarh1-L-T2	Ph1 Exp. Lag. Reactive En.	3	0354	4	0370	0.1 wata	2	1338	varh	●					●
-kvarh2-L-T2	Ph2 Exp. Lag. Reactive En.	3	0357	4	0374	0.1 wata	2	133 A	varh	●					●
-kvarh3-L-T2	Ph3 Exp. Lag. Reactive En.	3	035 A	4	0378	0.1 wata	2	133C	varh	●					●
bambanta ∑-L-T2	Sys Exp. Lag. Reactive En.	3	035D	4	037C	0.1 wata	2	133E	varh	●	●				●
+ kvarh1-C-T2	Ph1 Imp. Jagoranci Reactive En.	3	0360	4	0380	0.1 wata	2	1340	varh	●					●
+ kvarh2-C-T2	Ph2 Imp. Jagoranci Reactive En.	3	0363	4	0384	0.1 wata	2	1342	varh	●					●
+ kvarh3-C-T2	Ph3 Imp. Jagoranci Reactive En.	3	0366	4	0388	0.1 wata	2	1344	varh	●					●
+ kvarh∑-C-T2	Sys Imp. Jagoranci Reactive En.	3	0369	4	038C	0.1 wata	2	1346	varh	●	●				●
-kvarh1-C-T2	Ph1 Exp. Jagoranci Reactive En.	3	036C	4	0390	0.1 wata	2	1348	varh	●					●
-kvarh2-C-T2	Ph2 Exp. Jagoranci Reactive En.	3	036F	4	0394	0.1 wata	2	134 A	varh	●					●
-kvarh3-C-T2	Ph3 Exp. Jagoranci Reactive En.	3	0372	4	0398	0.1 wata	2	134C	varh	●					●
-bambanci ∑-C-T2	Sys Exp. Jagoranci Reactive En.	3	0375	4	039C	0.1 wata	2	134E	varh	●	●				●
– Ajiye		3	0378	–	–	–	–	–	–	R	R	R	R	R	R

KASHIN BANZA

+ kWh∑-P

Sys Imp. Mai aiki En.

0400

0.1 da Wh

1400

●

- kWh ∑-P

Sys Exp. Mai aiki En.

0403

0404

0.1 da Wh

1402

●

+ kVAh∑-LP

Sys Imp. Lag. Bayyanar En.

0406

0408

0.1VAH

1404

WAH

●

-kVAh∑-LP

Sys Exp. Lag. Bayyanar En.

0409

040C

0.1VAH

1406

WAH

●

+ kVAh∑-CP

Sys Imp. Jagoranci Bayyanar En.

040C

0410

0.1VAH

1408

WAH

●

-kVAh∑-CP

Sys Exp. Jagoranci Bayyanar En.

040F

0414

0.1VAH

140 A

WAH

●

+ kvarh∑-LP

Sys Imp. Lag. Reactive En.

0412

0418

0.1 wata

140C

varh

●

- bambanta - LP

Sys Exp. Lag. Reactive En.

0415

041C

0.1 wata

140E

varh

●

+ kvarh∑-CP

Sys Imp. Jagoranci Reactive En.

0418

0420

0.1 wata

1410

varh

●

- bambanta--CP

Sys Exp. Jagoranci Reactive En.

041B

0424

0.1 wata

1412

varh

●

MA'AIKI COUNTERS

kWh∑-B

Sys Active En.

●

041E

0428

0.1 da Wh

1414

●

kVAh∑-LB

Sys Lag. Bayyanar En.

●

0421

042C

0.1VAH

1416

WAH

●

kVAh∑-CB

Sys Lead. Bayyanar En.

●

0424

0430

0.1VAH

1418

WAH

●

kvarh∑-LB

Sys Lag. Reactive En.

●

0427

0434

0.1 wata

141 A

varh

●

kvarh∑-CB

Sys Lead. Reactive En.

●

042 A

0438

0.1 wata

141C

varh

●

– Ajiye

042D

–

Farashin EC SN

Ma'aunin Serial Number

0500

10 ASCII chars. ($00…$FF)

●

Farashin EC

Samfurin Counter

0505

0506

$03=6A 3 marhaloli, 4 wayoyi

$08=80A 3 marhaloli, 4 wayoyi

$0C=80A lokaci 1, wayoyi 2

$10=40A lokaci 1, wayoyi 2

$12=63A 3 marhaloli, 4 wayoyi

●

EC TYPE

Nau'in Ma'auni

0506

0508

$00=BA MID, SAKE SAKE

$01= BABU TSAKIYA

$02=MID

$03= BA MID, Zaɓin Waya

$05=MID babu bambanci

$09=MID, Zaɓin Waya

$0A=MID babu bambanci, zaɓin waya

$0B=BABU MID, Sake saitin, Zaɓin Waya

●

Farashin EC FW REL1

Sakin Firmware Counter 1

0507

050 A

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

mis: $66=102 => sake. 1.02

●

Farashin EC HW

Counter Hardware Version

0508

050C

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $64=100 => ver. 1.00

●

–

Ajiye

0509

050E

–

Tariff a amfani

050B

0510

$01 = Tarifu 1

$02 = Tarifu 2

●

PRI/SEC

Ƙimar Farko/Na biyu Kawai 6A. Ajiye kuma

gyarawa zuwa 0 don wasu samfura.

050C

0512

$00=na farko

$01= na biyu

●

ERR

Lambar Kuskure

050D

0514

Lambar filin Bit:

– bit0 (LSb)=Tsarin mataki

– bit1=Memory

- bit2 = Agogo (RTC) - Samfurin ETH kawai

– sauran ragowa ba a yi amfani

Bit=1 yana nufin yanayin kuskure, Bit=0 yana nufin babu kuskure

●

CT Ratio darajar

Samfurin 6A kawai. Ajiye kuma

gyarawa zuwa 1 don wasu samfura.

050E

0516

$0001… $2710

●

–

Ajiye

050F

0518

–

FSA

Farashin FSA

0511

051 A

$00=1A

$01=5A

$02=80A

$03=40A

$06=63A

●

WIR

Yanayin Waya

0512

051C

$01=3 marhaloli, 4 wayoyi, 3 igiyoyi

$02=3 marhaloli, 3 wayoyi, 2 igiyoyi

$03=1 lokaci

$04=3 marhaloli, 3 wayoyi, 3 igiyoyi

●

ADDR

MODBUS Adireshin

0513

051E

$01…$F7

●

MDB MODE

Yanayin MODBUS

0514

0520

$00=7E2 (ASCII)

$01=8N1 (RTU)

●

BAUD

Saurin Sadarwa

0515

0522

$01 = 300 bps

$02 = 600 bps

$03 = 1200 bps

$04 = 2400 bps

$05 = 4800 bps

$06 = 9600 bps

$07 = 19200 bps

$08 = 38400 bps

$09 = 57600 bps

●

–

Ajiye

0516

0524

–

BAYANI AKAN MASU SAMUN ENERGY DA MUSULUN SADARWA

EC-P STAT

Matsayin Ƙarƙashin Ƙarya

0517

0526

Lambar filin Bit:

- bit0 (LSb) = +kWhΣ PAR

- bit1 = kWhΣ PAR

- bit2=+kVAhΣ-L PAR

- bit3 = -kVahΣ-L PAR

- bit4=+kVAhΣ-C PAR

- bit5 = -kVahΣ-C PAR

- bit6=+kvarhΣ-L PAR

- bit7 = -kvarhΣ-L PAR

- bit8=+kvarhΣ-C PAR

- bit9 = -kvarhΣ-C PAR

– sauran ragowa ba a yi amfani

Bit=1 yana nufin counter mai aiki, Bit=0 yana nufin ma'aunin tsayawa

●

PARAMETER

INTEGER

MA'ANAR DATA

SAMUN RAJIBI TA MASIRI

Alama

Bayani

RegSet 0

RegSet 1

Darajoji

3ph 6A/63A/80A SERIAL

1 ph 80A SERIAL

1 ph 40A SERIAL

3ph Integrated ETHERNET TCP

1ph Integrated ETHERNET TCP

Farashin TCP

(bisa ga samfurin)

MOD SN

Lambar Serial Module

0518

0528

10 ASCII chars. ($00…$FF)

●

SAMI

Wakilin Ƙimar Sa hannu

051D

052E

$ 00 = alamar alama

$01=2's madaidaici

●

– Ajiye

051E

0530

–

MOD FW REL

Sakin Module Firmware

051F

0532

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

mis: $66=102 => sake. 1.02

●

MOD HW VER

Module Hardware Version

0520

0534

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $64=100 => ver. 1.00

●

– Ajiye

0521

0536

–

REGSET

RegSet yana amfani

0523

0538

$00 = saitin rajista 0

$01 = saitin rajista 1

●

0538

$00 = saitin rajista 0

$01 = saitin rajista 1

●

Farashin REL2

Sakin Firmware Counter 2

0600

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

mis: $C8=200 => sake. 2.00

●

RTC-RANA

Ethernet dubawa RTC ranar

2000

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $1F=31 => kwana 31

●

RTC-WATA

Ethernet interface RTC watan

2001

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

mis: $0C=12 => Disamba

●

RTC-SHEKARA

Ethernet interface RTC shekara

2002

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $15=21 => shekara ta 2021

●

RTC-HOURS

Ethernet dubawa RTC hours

2003

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $0F=15 => awa 15

●

RTC-MIN

Ƙaddamarwar Ethernet Mintuna RTC

2004

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

misali $1E=30 => Minti 30

●

RTC-SEC

Ethernet interface RTC seconds

2005

Maida ƙimar Hex da aka karanta zuwa ƙimar Dec.

mis: $0A=10 => 10 seconds

●

NOTE: Rijistar RTC ($2000…$2005) suna samuwa ne kawai don mita makamashi tare da Ethernet Firmware rel. 1.15 ko mafi girma.

KARATUN COILS (lambar Aiki $01)

PARAMETER

INTEGER

MA'ANAR DATA

SAMUN RAJIBI TA MASIRI

Alamar Alamar

Bits

Adireshi

Darajoji

3ph 6A/63A/80A SERIAL

1 ph 80A SERIAL

1 ph 40A SERIAL

3ph Integrated ETHERNET TCP

1ph Integrated ETHERNET TCP

Farashin TCP

(bisa ga samfurin)

AL Ƙararrawa

40 0000

Bit jeri bit 39 (MSB) ... bit 0 (LSb):

|U3N-L|U2N-L|U1N-L|UΣ-L|U3N-H|U2N-H|U1N-H|UΣ-H|

|COM|RES|U31-L|U23-L|U12-L|U31-H|U23-H|U12-H|

| RES

|A2-L|A1-L|AΣ-L|AN-H|A3-H|A2-H|A1-H|AΣ-H|

RES

LABARI

L = a karkashin bakin kofa (low) h = a bakin ƙofar (high) o = fannoni

COM=Sadarwa akan tashar IR OK. Kar a yi la'akari idan akwai samfura tare da haɗakar sadarwar SERIAL

RES=Bit Ajiye zuwa 0

NOTE: Voltage, Halin Ƙofar Kofa na Yanzu da Mitar na iya canzawa bisa ga ƙirar ƙira. Da fatan za a koma ga

Ana nuna allunan a ƙasa.

●

VOLTAGE DA YAWAITA MATAKI GAME DA MISALI	MATSALOLIN MATAKI
VOLTAGE DA YAWAITA MATAKI GAME DA MISALI	MATSAYI-NEUTRAL VOLTAGE	MATSAYI-MATSAYI VOLTAGE	YANZU	YAWAITA

3×230/400V 50Hz	ULN-L=230V-20%=184V ULN-H=230V+20%=276V	ULL-L=230V x √3 -20%=318V ULL-H=230V x √3 +20%=478V	IL = Farawa Yanzu (Ist) IH= Cikakken Sikeli na Yanzu (IFS)	fL = 45 Hz = 65 Hz
3×230/400…3×240/415V 50/60Hz	ULN-L=230V-20%=184V ULN-H=240V+20%=288V	ULL-L=398V-20%=318V ULL-H=415V+20%=498V	IL = Farawa Yanzu (Ist) IH= Cikakken Sikeli na Yanzu (IFS)	fL = 45 Hz = 65 Hz

RUBUTUN RUBUTU (KODEN AIKI $10)

BAYANIN TSARI NA MANZON KARYA DA MUSULUNCI NA SADARWA

ADDRESS

MODBUS Adireshin

0513

051E

$01…$F7

●

MDB MODE

Yanayin MODBUS

0514

0520

$00=7E2 (ASCII)

$01=8N1 (RTU)

●

BAUD

Saurin Sadarwa

* 300, 600, 1200, 57600 dabi'u

Babu samuwa ga samfurin 40A.

0515

0522

$01=300 bps*

$02=600 bps*

$03=1200 bps*

$04 = 2400 bps

$05 = 4800 bps

$06 = 9600 bps

$07 = 19200 bps

$08 = 38400 bps

$09=57600 bps*

●

EC RES

Sake saita ma'aunin makamashi

Buga kawai tare da aikin RESET

0516

0524

$00=TOTAL Counters

$03=Dukkan Ma'auni

●

$01=TARIFF 1 Counters

$02=TARIFF 2 Counters

●

EC-P OPER

Aiki na Ƙarƙashin Ƙarya

0517

0526

Don RegSet1, saita kalmar MS koyaushe zuwa 0000. Dole ne a tsara kalmar LS kamar haka:

Byte 1 - Zaɓin ɓangarorin Counter

$00=+kWhΣ PAR

$01 = kWhΣ PAR

$02=+kVAhΣ-L PAR

$03 = -kVAhΣ-L PAR

$04=+kVAhΣ-C PAR

$05 = -kVAhΣ-C PAR

$06=+kvarhΣ-L PAR

$07=-kvarhΣ-L PAR

$08=+kvarhΣ-C PAR

$09=-kvarhΣ-C PAR

$0A=Dukkan Ma'auni

Byte 2 - Aiki na BANGASKIYA

$01=fara

$02= tsayawa

$03=sake saiti

misali Fara + kWhΣ PAR Counter

00=+kWhΣ PAR

01=fara

Ƙimar ƙarshe da za a saita:

–RegSet0=0001

–RegSet1=00000001

●

REGSET

RegSet sauyawa

100B

1010

$00 = canza zuwa RegSet 0

$01 = canza zuwa RegSet 1

●

0538

$00 = canza zuwa RegSet 0

$01 = canza zuwa RegSet 1

●

RTC-RANA

Ethernet dubawa RTC ranar

2000

$01…$1F (1…31)

●

RTC-WATA

Ethernet interface RTC watan

2001

$01…$0C (1…12)

●

RTC-SHEKARA

Ethernet interface RTC shekara

2002

$01…$25 (1…37=2001…2037)

misali don saita 2021, rubuta $15

●

RTC-HOURS

Ethernet dubawa RTC hours

2003

$00… $17 (0…23)

●

RTC-MIN

Ƙaddamarwar Ethernet Mintuna RTC

2004

$00…$3B (0…59)

●

RTC-SEC

Ethernet interface RTC seconds

2005

$00…$3B (0…59)

●

NOTE: Rijistar RTC ($2000…$2005) suna samuwa ne kawai don mita makamashi tare da Ethernet Firmware rel. 1.15 ko mafi girma.
NOTE: idan umarnin rubutun RTC ya ƙunshi ƙimar da ba ta dace ba (misali 30 ga Fabrairu), ƙimar ba za a karɓi ba kuma na'urar ta ba da amsa tare da keɓan lambar (Ƙimar Haramtacce).
NOTE: idan akwai asarar RTC saboda dogon lokacin kashe wuta, saita sake saita ƙimar RTC (rana, wata, shekara, awanni, min, daƙiƙa) don sake kunna rikodin.

Takardu / Albarkatu

PROTOCOL RS485 Modbus da Lan Gateway [pdf] Jagorar mai amfani
RS485 Modbus da Ƙofar Lan, RS485, Modbus da Ƙofar Lan, Ƙofar Lan, Ƙofar

Magana

Manual mai amfani

PROTOCOL RS485 Modbus da Lan Gateway

Ƙayyadaddun bayanai

FAQ

BAYANI

Tsarin LRC

TSARIN UMURNI NA KARANTA

Wurin ruwa kamar yadda IEEE Standard yake

TSARIN UMARNI RUBUTU

BAYANIN LAMBA

BAYANI BAYANI AKAN RUBUTUN RIJISTA

Takardu / Albarkatu

Magana

Bar sharhi

Soke amsa