Itsensor N1040 Mai Kula da Sensor Sensor

GARGADI LAFIYA

Ana amfani da alamun da ke ƙasa akan kayan aiki da duk wannan takaddar don jawo hankalin mai amfani zuwa mahimman bayanan aiki da aminci.

HANKALI:Karanta littafin sosai kafin shigarwa da sarrafa kayan aikin.

HANKALI KO HADARI: Hadarin girgiza wutar lantarki

Duk umarnin da ke da alaƙa da aminci waɗanda ke bayyana a cikin littafin dole ne a kiyaye su don tabbatar da amincin mutum kuma don hana lalacewa ko dai kayan aiki ko tsarin. Idan an yi amfani da kayan aiki ta hanyar da masana'anta ba ta bayyana ba, kariya ta kayan aiki na iya lalacewa.

SHIGA / HANNU

Dole ne a ɗaure mai sarrafawa a kan panel, bin jerin matakan da aka bayyana a ƙasa:

• Shirya yanke yankewa bisa ƙayyadaddun ƙayyadaddun bayanai;
• Cire hawan clamps daga mai sarrafawa;
• Saka mai sarrafawa a cikin yanke panel;
• Zamar da hawan clamp daga baya zuwa riko mai karfi a panel.

HANYAR LANTARKI
Hoto 01 A ƙasa yana nuna tashoshin lantarki na mai sarrafawa:

SHAWARWARI GA SHIGA 

• Ana yin duk haɗin wutar lantarki zuwa tashoshi na dunƙule a bayan mai sarrafawa.
• Don rage ɗaukar ƙarar wutar lantarki, ƙaramin voltage Haɗin haɗin DC da na'urar shigar da firikwensin firikwensin yakamata a kawar da su daga manyan madugu na wutar lantarki na yanzu.
• Idan wannan bai dace ba, yi amfani da igiyoyi masu kariya. Gabaɗaya, kiyaye tsayin kebul zuwa ƙarami. Dole ne a yi amfani da duk kayan aikin lantarki ta hanyar samar da hanyar sadarwa mai tsafta, wanda ya dace da kayan aiki.
• Ana ba da shawarar sosai don amfani da RC'S FILTERS (mai hana surutu) zuwa coils coils, solenoids, da sauransu. A cikin kowane aikace-aikacen, yana da mahimmanci a yi la'akari da abin da zai iya faruwa lokacin da kowane ɓangaren tsarin ya gaza. Siffofin masu sarrafawa da kansu ba za su iya tabbatar da cikakken kariya ba.

SIFFOFI

ZABIN NAU'IN SHIGA

Tebur 01 yana nuna nau'ikan firikwensin da aka karɓa da lambobinsu da jeri. Samun dama ga siga TYPE a cikin zagayowar INPUT don zaɓar firikwensin da ya dace.

FITARWA
Mai sarrafawa yana ba da tashoshin fitarwa biyu, uku ko huɗu, dangane da abubuwan zaɓin da aka ɗora. Tashoshin fitarwa ana iya daidaita masu amfani azaman Fitarwa na Sarrafa, Ƙararrawa 1 Fitarwa, Ƙararrawa 2 Fitarwa, Ƙararrawa 1 KO Ƙararrawa 2 da LBD (Maɗaukakin Gano Gano) Fitowa.

OUT1 – Fitowar nau'in bugun jini na lantarki voltage. 5Vdc/50mA max.
Akwai akan tashoshi 4 da 5

OUT2 – Relay SPST-NA. Akwai a tashoshi 6 da 7.

OUT3 – Relay SPST-NA. Akwai a tashoshi 13 da 14.

OUT4 - Relay SPDT, akwai a tashoshi 10, 11 da 12.

SAMUN SAUKI
Dabarar sarrafawa na iya zama ON / KASHE (lokacin da PB = 0.0) ko PID. Za a iya ƙayyade sigogin PID ta atomatik don kunna aikin daidaitawa ta atomatik (ATvN).

FITAR DA ARArrawa
Mai sarrafawa ya ƙunshi ƙararrawa 2 waɗanda za'a iya jagorantar su (wanda aka sanya su) zuwa kowane tashar fitarwa. An bayyana ayyukan ƙararrawa a cikin Table 02.

Lura: Ayyukan ƙararrawa akan Tebur 02 kuma suna aiki don Ƙararrawa 2 (SPA2).

Muhimmin bayanin kula: Ƙararrawa da aka saita tare da ayyukan ki, dif da difk suma suna haifar da fitarwa mai alaƙa lokacin da aka gano kuskuren firikwensin kuma mai sarrafa ya ba da sigina. Fitowar relay, ga misaliample, wanda aka saita don yin aiki azaman Ƙararrawa Mai Girma (ki), zai yi aiki lokacin da ƙimar SPAL ta wuce da kuma lokacin da firikwensin da aka haɗa da shigarwar mai sarrafawa ya karye.

FARKON KASHE KARARAWAR

Zaɓin toshewa na farko yana hana ƙararrawar gane idan yanayin ƙararrawa yana nan lokacin da aka fara ƙarfafa mai sarrafawa. Za a kunna ƙararrawa ne kawai bayan faruwar yanayin rashin ƙararrawa. Toshewar farko yana da amfani, ga misaliampko, lokacin da aka saita ɗaya daga cikin ƙararrawa azaman ƙaramar ƙararrawa mai ƙima, yana haifar da kunna ƙararrawar nan ba da jimawa ba a kan farawa, abin da zai iya zama wanda ba a so. An kashe toshewar farko don aikin ƙararrawar firikwensin ierr (Buɗe firikwensin).

KYAUTAR FITAR DA LAFIYA TARE DA RASHIN SANARWA
Ayyukan da ke sanya fitarwar sarrafawa a cikin yanayin aminci don tsari lokacin da aka gano kuskure a cikin shigar da firikwensin. Tare da kuskuren da aka gano a cikin firikwensin, mai sarrafawa yana ƙayyade kashitage darajar da aka ayyana a cikin siga 1E.ov don fitarwar sarrafawa. Mai sarrafawa zai kasance a cikin wannan yanayin har sai gazawar firikwensin ya ɓace. Ƙimar 1E.ov 0 ne kawai da 100 % lokacin da ke cikin yanayin sarrafawa ON/KASHE. Don yanayin sarrafa PID, kowace ƙima a cikin kewayon daga 0 zuwa 100 % ana karɓa.

AIKI LBD - GANO KARSHEN MAƊAUKAKI
Ma'aunin LBD.t yana bayyana tazarar lokaci, a cikin mintuna, a cikin abin da ake sa ran PV zai amsa siginar fitarwa mai sarrafawa. Idan PV bai amsa da kyau ba a cikin tazarar lokacin da aka saita, mai sarrafa sigina a cikin nuninsa abin da ya faru na LBD, wanda ke nuna matsaloli a cikin madauki na sarrafawa.
Hakanan ana iya aika taron LBD zuwa ɗayan tashoshin fitarwa na mai sarrafawa. Don yin wannan, kawai saita tashar fitarwa da ake so tare da aikin LDB wanda, a cikin taron wannan taron, an jawo shi. An kashe wannan aikin tare da ƙimar 0 (sifili). Wannan aikin yana bawa mai amfani damar gano matsaloli a cikin shigarwa, kamar na'urorin kunnawa mara kyau, gazawar samar da wutar lantarki, da sauransu.

OFFSET
Siffar da ke ba mai amfani damar yin ƙananan gyare-gyare a cikin alamar PV. Yana ba da damar gyara kurakuran awo da suka bayyana, ga misaliample, lokacin maye gurbin firikwensin zafin jiki.

USB INTERFACE 

Ana amfani da kebul na kebul don TSATTA, LABATA ko KYAUTA FIRMWARE mai sarrafawa. Ya kamata mai amfani ya yi amfani da software na QuickTune, wanda ke ba da fasali don ƙirƙirar, view, ajiye da buɗe saituna daga na'urar ko files a kan kwamfutar. Kayan aiki don adanawa da buɗe saituna a ciki files yana bawa mai amfani damar canja wurin saituna tsakanin na'urori da yin kwafin madadin. Don takamaiman samfura, QuickTune yana ba da damar haɓaka firmware (software na ciki) na mai sarrafawa ta hanyar kebul na USB. Don dalilai na saka idanu, mai amfani na iya amfani da kowace software na kulawa (SCADA) ko software na dakin gwaje-gwaje da ke goyan bayan sadarwar MODBUS RTU akan tashar sadarwa ta serial. Lokacin da aka haɗa shi da kebul na kwamfuta, ana gane mai sarrafa a matsayin tashar jiragen ruwa ta al'ada (COM x). Dole ne mai amfani ya yi amfani da software na QuickTune ko tuntuɓi SAUKI MANAGER a kan Windows Control Panel don gane tashar COM da aka sanya wa mai sarrafawa. Ya kamata mai amfani ya tuntubi taswirar ƙwaƙwalwar MODBUS a cikin littafin sadarwa na mai sarrafawa da takaddun software na kulawa don fara aiwatar da SAUKI. Bi hanyar da ke ƙasa don amfani da sadarwar USB na na'urar:

1. Sauke QuickTime software daga mu website kuma shigar da shi a kan kwamfutar. Za a shigar da direbobin USB masu mahimmanci don aiki da sadarwa tare da software.
2. Haɗa kebul na USB tsakanin na'urar da kwamfutar. Ba sai an haɗa mai sarrafawa zuwa wutar lantarki ba. Kebul ɗin zai samar da isasshen ƙarfi don sarrafa sadarwa (sauran ayyukan na'urar bazai aiki ba).
3. Gudu da QuickTune software, saita sadarwar kuma fara gane na'urar.

Kebul na USB BA YA RABATA da shigar da siginar (PV) ko abubuwan da aka shigar da dijital na mai sarrafawa. An yi niyya don amfani na wucin gadi yayin lokutan CONFIGURATION da sa'a. Don amincin mutane da kayan aiki, dole ne a yi amfani da shi kawai lokacin da yanki ya yanke gaba ɗaya daga siginar shigarwa/fitarwa. Yin amfani da kebul na kowane nau'in haɗin yana yiwuwa amma yana buƙatar bincike mai zurfi ta wanda ke da alhakin shigar da shi. Lokacin KYAUTA na dogon lokaci tare da abubuwan da aka haɗa da abubuwan sarrafawa, muna ba da shawarar yin amfani da ƙirar RS485.

AIKI

Ana iya ganin gaban gaban mai sarrafawa, tare da sassansa, a cikin siffa 02:

Hoto 02 - Gano sassan da ke nufin gaban panel

Nunawa: Yana nuna ma'auni da aka auna, alamomin sigogin daidaitawa da dabi'u/sharadinsu.

Alamar COM: Fitila don nuna ayyukan sadarwa a cikin RS485 dubawa.

Alamar TUNE: Zauna ON yayin da mai sarrafawa ke cikin aikin kunnawa. Alamar FITA: Don gudun ba da sanda ko sarrafa bugun jini; yana nuna ainihin yanayin fitarwa.

Alamomi A1 da A2: Yi alama da faruwar yanayin ƙararrawa.

P Maɓalli: An yi amfani da shi don tafiya ta cikin sigogin menu.

Maɓallin ƙarawa da Maɓallin ragewa: Bada damar canza ƙimar sigogi.

Back key: An yi amfani da shi don sake dawo da sigogi.

FARA
Lokacin da mai sarrafawa ya yi ƙarfi, yana nuna nau'in firmware ɗinsa na daƙiƙa 3, bayan haka mai sarrafawa yana fara aiki na yau da kullun. Ana nuna ƙimar PV da SP kuma ana kunna abubuwan da aka fitar. Domin mai sarrafawa ya yi aiki da kyau a cikin tsari, ana buƙatar daidaita sigoginsa da farko, kamar yadda zai iya yin daidai da bukatun tsarin. Dole ne mai amfani ya san mahimmancin kowane siga kuma ga kowane ɗayan ya ƙayyade ingantaccen yanayin. An haɗa sigogi cikin matakan gwargwadon aikinsu da sauƙin aiki. Matakan sigogi 5 sune: 1 - Aiki / 2 - Tuning / 3 - Ƙararrawa / 4 - Shigarwa / 5 - Daidaitawa Ana amfani da maɓallin "P" don samun dama ga sigogi a cikin matakin. Tsayawa maɓallin "P", a kowane sakan 2, mai sarrafawa yana tsalle zuwa matakin sigogi na gaba, yana nuna ma'aunin farko na kowane matakin: PV >> atvn >> fva1 >> irin >> wucewa >> PV… Don shigar da wani matakin, kawai a saki maɓallin "P" lokacin da aka nuna siga na farko a wannan matakin. Don tafiya cikin sigogi a cikin matakin, danna maɓallin "P" tare da gajerun bugun jini. Don komawa ma'aunin da ya gabata a cikin zagayowar, latsa : Ana nuna kowace siga tare da faɗakarwar sa a babban nuni da ƙima/sharadi a ƙaramin nuni. Dangane da matakin kariyar siga da aka ɗauka, siga PASS yana gaba da siga na farko a matakin da kariyar ke aiki. Duba sashin Kariyar Kanfigareshan.

BAYANIN MA'AURATA

ZAGIN AIKI 

ZAGIN TUNING 

ZAGIN ARARANCI 

ZAGIN SHIGA 

ZAGIN CALIBRATION
Duk nau'ikan shigarwa an daidaita su a cikin masana'anta. Idan ana buƙatar sake gyarawa; kwararre na musamman ne zai yi shi. Idan aka sami isa ga wannan zagayowar bisa kuskure, kar a yi canji a cikin sigoginsa.

TSARE TSIRA

Mai sarrafawa yana ba da hanyoyi don kare saitunan sigogi, baya barin gyare-gyare ga ƙimar sigogi, da guje wa tampmagudi ko magudi mara kyau. Kariyar siga (PROt), a cikin matakin Calibration, yana ƙayyade dabarun kariya, yana iyakance damar zuwa takamaiman matakai, kamar yadda aka nuna ta Table 04.

SAMUN MAGANAR KYAUTA
Matakan da aka karewa, lokacin da aka isa, suna buƙatar mai amfani don samar da Kalmar wucewa don ba da izini don canza saitin sigogi akan waɗannan matakan. Sautin PASS yana gaba da sigogi akan matakan kariya. Idan ba a shigar da kalmar sirri ba, sigogin matakan kariya za a iya gani kawai. Ma’anar kalmar sirri ta mai amfani a cikin sigar kalmar sirri Canjin (PAS.(), tana nan a matakin Calibration. Tsoffin masana'anta don lambar kalmar sirri shine 1111.

KYAUTATA SAMUN MAGANAR KYAUTA
Tsarin kariyar da aka gina a cikin mai sarrafawa yana toshe damar yin amfani da sigogi masu kariya na tsawon mintuna 10 bayan yunƙurin takaici 5 a jere na hasashen kalmar sirri daidai.

MAGANAR KYAUTA
Babban kalmar sirri an yi niyya ne don baiwa mai amfani damar ayyana sabon kalmar sirri a yayin da aka manta da shi. Babbar kalmar sirri ba ta ba da damar yin amfani da duk sigogi ba, sai dai ga ma'aunin Canjin kalmar sirri (PAS()) Bayan da aka ayyana sabon kalmar sirri, ana iya samun damar shiga (kuma an gyara su) ta amfani da wannan sabon kalmar sirri. ta lambobi uku na ƙarshe na lambar serial na mai sarrafawa da aka ƙara zuwa lamba 9000. A matsayin tsohonample, don kayan aiki masu lamba 07154321, babban kalmar sirri shine 9 3 2 1.

Ƙaddamar da PID PARAMETERS

A yayin aiwatar da ƙayyadaddun sigogin PID ta atomatik, ana sarrafa tsarin a ON / KASHE a cikin Saiti na shirye-shiryen. Tsarin daidaitawa ta atomatik na iya ɗaukar mintuna kaɗan kafin a kammala, ya danganta da tsarin. Matakan aiwatar da kunnawa ta atomatik na PID sune:

• Zaɓi Saiti na tsari.
• Kunna kunna kunnawa ta atomatik a ma'aunin "Atvn", zaɓin FAST ko CIKAWA.

Zaɓin FAST yana aiwatar da kunnawa a cikin ƙaramin lokaci mai yuwuwa, yayin da zaɓin FULL yana ba da fifiko ga daidaito akan saurin gudu. Alamar TUNE ta kasance tana haskakawa yayin duk lokacin kunnawa. Dole ne mai amfani ya jira don kammala kunnawa kafin amfani da mai sarrafawa. Yayin lokacin daidaitawa ta atomatik mai sarrafawa zai sanya juzu'i ga tsarin. PV za ta zagaya wurin saitin da aka tsara kuma fitarwar mai sarrafawa zai kunna da kashe sau da yawa. Idan kunnawa bai haifar da iko mai gamsarwa ba, koma zuwa Tebur 05 don jagororin yadda ake gyara halayen tsarin.

Tebur 05 - Jagora don daidaitawa da hannu na sigogin PID

KIYAWA

MATSALOLIN MAI SARKI
Kurakurai na haɗin kai da rashin isassun shirye-shirye sune kurakuran da aka fi samu yayin aikin mai sarrafawa. Bita na ƙarshe na iya guje wa asarar lokaci da lalacewa. Mai sarrafawa yana nuna wasu saƙonni don taimakawa mai amfani gano matsaloli.

Wasu saƙonnin kuskure na iya nuna matsalolin hardware na buƙatar sabis na kulawa.

CALIBRATION OF THE INPUT
Duk abubuwan da aka shigar an daidaita masana'anta kuma ƙwararrun ma'aikata ne kawai su yi gyara. Idan baku saba da waɗannan hanyoyin ba kada kuyi ƙoƙarin daidaita wannan kayan aikin. Matakan daidaitawa sune:

• Sanya nau'in shigarwar da za a daidaita shi a cikin nau'in siga.
• Tsaya ƙananan iyaka da babba na nuni don iyakar iyaka na nau'in shigarwar da aka zaɓa.
• Je zuwa matakin Calibration.
• Shigar da kalmar shiga.
• Kunna daidaitawa ta hanyar saita YES a cikin (parameter alib.
• Yin amfani da na'urar kwaikwayo ta siginar lantarki, yi amfani da sigina kaɗan sama da ƙananan ƙayyadaddun bayanai don shigarwar da aka zaɓa.
• Samun dama ga sigar “inLC”. Tare da maɓallan kuma daidaita karatun nuni kamar don dacewa da siginar da aka yi amfani da shi. Sannan danna maɓallin P.
• Aiwatar da sigina wanda yayi daidai da ƙima kaɗan ƙasa da iyakar nuni.
  Samun dama ga sigar “inLC”. Tare da maɓallan kuma daidaita karatun nuni kamar don dacewa da siginar da aka yi amfani da shi.
• Komawa Matsayin Aiki.
• Bincika daidaiton sakamakon. Idan bai isa ba, maimaita hanya.

Lura: Lokacin duba gyare-gyaren mai sarrafawa tare da na'urar kwaikwayo na Pt100, kula da mafi ƙarancin abin da ake buƙata na halin yanzu na na'urar, wanda ƙila ba zai dace da 0.170mA tashin hankali na halin yanzu da mai sarrafawa ya bayar ba.

SERIAL COMMUNICATION

Ana iya ba da mai sarrafawa tare da hanyar sadarwa ta dijital ta RS-485 asynchronous don haɗin kai-bawa zuwa kwamfuta mai masaukin baki (Maigida). Mai sarrafawa yana aiki a matsayin bawa kawai kuma duk umarni ana farawa ta kwamfuta wanda ke aika buƙatu zuwa adireshin bawa. Ƙungiyar da aka yi magana tana mayar da amsar da aka nema. Umarnin watsa shirye-shirye (wanda aka yi magana da shi zuwa duk raka'a masu nuni a cibiyar sadarwar multidrop) ana karɓa amma ba a mayar da martani a wannan yanayin.

HALAYE 

• Sigina masu dacewa da ma'aunin RS-485. MODBUS (RTU) Protocol. Haɗin waya guda biyu tsakanin maigidan 1 da har zuwa 31 (yana magana har zuwa 247 mai yuwuwa) kayan aikin bas topology.
• Ana keɓance siginonin sadarwa ta hanyar lantarki daga tashoshin INPUT da POWER. Ba a keɓance shi daga da'irar sake watsawa da ƙarar voltage source idan akwai.
• Matsakaicin nisa na haɗi: 1000 mita.
• Lokacin cire haɗin: Matsakaicin 2 ms bayan byte na ƙarshe.
• Ƙimar baud mai shirye-shirye: 1200 zuwa 115200 bps.
• Data Bits: 8.
• Bambance-bambance: Ko da, m ko Babu.
• Tsaidawa: 1
  • Lokaci a farkon watsa martani: matsakaicin 100 ms bayan karɓar umarni. Alamomin RS-485 sune:

GABATARWA NA MA'AIKI DOMIN SAMUN SADARWA
Dole ne a saita sigogi biyu don amfani da nau'in serial: bavd: saurin sadarwa.

Prty: Daidaituwar sadarwa.

addr: Adireshin sadarwa don mai sarrafawa.
RUWAN RUWAN RIJISTA DON SADAUKARWA SERIAL

Ka'idar Sadarwa
Ana aiwatar da bawan MOSBUS RTU. Ana iya isa ga duk sigogi masu daidaitawa don karantawa ko rubutu ta hanyar tashar sadarwa. Hakanan ana tallafawa umarnin watsa shirye-shirye (adireshi 0).
Akwai umarnin Modbus:

• 03 - Karanta Rike Rajista
• 06 - Rijista guda ɗaya da aka saita
• 05 - Ƙaddamar da Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙwara

Teburin Riƙe Rajista
Yana biye da bayanin rijistar sadarwar da aka saba. Domin samun cikakkun bayanai zazzage Teburin Masu Rijista don Sadarwar Serial a cikin N1040 na sashin mu website - www.novusautomation.com. Duk rijistar lamba 16 ne da aka sanya hannu.

GANO

• A: Abubuwan Fitarwa
  • PR: OUT1 = Pulse / OUT2 = Relay
  • PRR: OUT1 = Pulse / OUT2 = OUT3 = Relay
  • PRRR: OUT1= Pulse / OUT2=OUT3= OUT4= Relay
• B: Sadarwar Dijital
• 485: Akwai RS485 sadarwar dijital
• C: Samar da wutar lantarki
  • (Blank): 100 ~ 240 Vac / 48 ~ 240 Vdc; 50 ~ 60 Hz
  • 24V: 12 ~ 24 Vdc / 24 Vc

BAYANI

GIRMA: ………………………………………………… 48 x 48 x 80 mm (1/16 DIN)
Yanke a cikin panel: ………………… 45.5 x 45.5 mm (+0.5 -0.0 mm)
Kimanin Weight: ………………………………………………………… 75 g

TUSHEN WUTAN LANTARKI:
Misalin ƙira: 100 zuwa 240 Vac (± 10%), 50/60 Hz
…………………………………………………………………. 48 zuwa 240 Vdc (± 10%)
Model 24V: …………………………. 12 zuwa 24 Vdc / 24 Vac (-10% / +20%)
Matsakaicin amfani: …………………………………………………………………. 6 VA

YANAYIN MAHALI
Zazzabi na Aiki:……………………………………………………………………………… 0 zuwa 50 °C
Dangantakar Dangantaka: ………………………………………………………………………………………………………………………………………………………………… 80% @ 30 °C
Don yanayin zafi sama da 30 ° C, rage 3% akan kowane °C
Amfani na ciki; Category na shigarwa II, Degree na gurbatawa 2;
tsawo <2000m

INPUT …… Thermocouples J; K; T da Pt100 (bisa ga Table 01)
Ƙimar Ciki:……………………………….. 32767 matakan (bits 15)
Ƙimar Nuni: ………… 12000 matakan (daga -1999 zuwa 9999)
Yawan Karatun Shigarwa:………………………………………. sama da 10 a sakan daya (*)
Daidaito:. Thermocouples J, K, T: 0,25% na tsawon ±1 °C (**)
…………………………………………………………. Pt100: 0,2% na tsawon lokaci
Impedance na shigarwa: …………………………………………………. Pt100 da thermocouples
Ma'auni na Pt100: …………………………………. Nau'in waya 3, (α=0.00385)
Tare da ramuwa don tsayin kebul, tashin hankali na yanzu na 0.170 mA. (*) Ana karɓar ƙima lokacin da aka saita siginar Tacewar Dijital zuwa ƙimar 0 (sifili). Don ƙimar Tacewar Dijital ban da 0, ƙimar Karatun shigarwa shine 5 samples a sakan daya. (**) amfani da ma'aunin zafi da sanyio yana buƙatar ƙaramin tazara na mintuna 15 don daidaitawa.

FITOWA:

• FITOWA TA1: …………………………………………. Voltage bugun jini, 5V/50mA max.
• OUT2: ……………………………………. Relay SPST; 1.5 A / 240Vac / 30Vdc
• OUT3: ……………………………………. Relay SPST; 1.5 A / 240Vac / 30Vdc
• OUT4: ……………………………………. Sako SPDT; 3 A / 240Vac / 30Vdc
  GASKIYAR GASKIYA: …………………………. IP65, Polycarbonate (PC) UL94 V-2
  KYAUTA: …………………………………………. IP20, ABS + PC UL94 V-0
  KWATANTA ELECTROMAGNETIC: TS EN 61326-1: 1997 da EN 61326-1 / A1: 1998
  KYAUTA: .............................................. cispr11 / en55011
  RIGAWA: …………………. EN61000-4-2, EN61000-4-3, EN61000-4-4,
  EN61000-4-5, EN61000-4-6, EN61000-4-8 and EN61000-4-11
  TSARI: ………………………………….. EN61010-1: 1993

TAMBAYOYIN HADA DOMIN NAU'IN TSARON FORK;
ZAGIN TSARI NA PWM: Daga 0.5 zuwa 100 seconds. FARA AIKI: Bayan daƙiƙa 3 an haɗa da wutar lantarki. CERTIFICATION: da .

GARANTI

Takardu / Albarkatu

Itsensor N1040 Mai Kula da Sensor Sensor [pdf] Jagoran Jagora N1040.

Magana

• Manual mai amfani