WM SYSTEMS WM-E LCB IoT Load Control Switch

INSHARA

• Samar da wutar lantarki - shigar da wutar AC, toshe tashar tasha 2-pin
• Relay 1..2 - latching gudun ba da sanda, 16A 250V AC, canza yanayin: NO, NC, COM, m block
• Relay 3..4 - Latching Relay, 16A 250V AC, Yanayin canzawa: NC, COM, toshe tasha
• Abubuwan haɗin haɗin RJ45:
  • Ethernet - 10/100MBit, tashar RJ45, ta UTP Cat5 na USB
  • RS485 - don na'urorin waje ta USB mai siffar Y
  • P1 dubawa - don mita masu wayo ta hanyar USB mai siffar Y
• LED1..LED4/WAN - Matsayin LEDs
• SIM – Tura saka Ramin katin SIM (mini SIM, nau'in 2FF) ramin katin SD micro- don katunan ƙwaƙwalwar ajiya (max. 32 GByte)
• Eriya na LTE na ciki - m, mai hawa sama

YANZU & CIN SHARADI / AIKI

• Shigar da wutar lantarki: ~ 100-240V AC, + 10% / -10%, 50-60Hz +/- 5%
• Amfani: Ƙananan: 3W / Matsakaicin: 5W / Max: 9W (0.25A)
• Zaɓuɓɓukan tsarin salula:
  • LTE Cat.1: Telit LE910C1-EUX (LTE Cat.1: B1, B3, B7, B8, B20, B28A / 3G: B1, B3, B8 / 2G: B3, B8)
  • LTE Cat.M / Cat.NB: Telit ME910C1-E1 (LTE M1 & NB1 B3, B8, B20)
• Yanayin aiki / ajiya: tsakanin -40'C da + 85'C, 0-95% reel. zafi
• Girman: 175 x 104 x 60 mm / nauyi: 420gr
• Abun da ke ciki: IP52 ABS filastik tare da murfin m m, za'a iya saka shi akan dogo / zuwa bango

  

SCHEMATIC FUSKA NA INTERFACES, PINOUT

HANKALI! KADA KA HADA ~ 100-240V AC POWER SOURCE zuwa pigtail AC CONNECTOR (24) KO WUTA INPUT (12) NA NA'urar har sai kun gama da wayoyi!
A LOKACIN BUDE HANYA, KADA KA TABATAR DA CEWA PCB BA TA HADA DA WUTA SOURCE kuma supercapacitors sun ƙãre (LED Signals are INACTIVE) KAFIN TABA PCB!

MATAKAN SHIGA

1. Cire robobin, madaidaicin madaidaicin murfin saman tashar jiragen ruwa (1) ta hanyar sakin dunƙule (3) daga saman shingen.
2. Zamar da ɓangaren filastik (1) a hankali a gefen ƙasa na tushe (2), sannan cire murfin saman (1).
3. Yanzu za ka iya 'yanci don haɗa wayoyi da igiyoyi zuwa tashoshin jiragen ruwa da musaya. A hankali buɗe ƙugiya na filastik (12) na shingen tushe (2) ta screwdriver.
4. Yanzu ana iya ganin tushen filastik tare da PCB da aka haɗa (4) a ciki. Bude PCB (4) kuma cire daga tushe (2), sannan juya PCB ɗin. Yanzu zaku iya ganin gefen ƙasa na PCB.
5. Saka karamin katin SIM (kunna tare da APN) cikin mariƙin SIM (23). Bincika adadi a shafi na gaba: Yanke gefen SIM ɗin dole ne ya karkata zuwa PCB kuma guntun SIM ɗin ya dubi ƙasa. Saka da danna SIM ɗin har sai an ɗaure (za ku ji sautin dannawa).
6. Kuna iya amfani da katin micro-SD idan kuna so (na zaɓi). Sa'an nan kuma saka katin ƙwaƙwalwar ajiya a cikin ƙananan katin SD (22) kuma danna har sai an ɗaure shi amintacce.
7. Yanzu juya PCB ɗin kuma sanya baya cikin ginshiƙi (2).
8. Bincika akan PCB cewa kebul na eriyar LTE (16) yana haɗe zuwa mai haɗin Eriya RF (15).
9. Sanya babban ɓangaren filastik ABS mai cirewa mai cirewa zuwa tushe (2) - duba cewa ƙugiya (12) suna rufewa.
10. Yi wayoyi bisa ga buƙatun - bisa ga ƙididdiga (a sama).
11. Haɗa igiyoyin wutar lantarki na AC (AC pigtailed connector) (24) zuwa fil biyu na farko (5) na na'urar (daga hagu zuwa dama): baki zuwa N (neutric), ja zuwa L (layi).
12. Haɗa wayoyi na relay naúrar haske (25) na akwatin majalisar hasken titi - zuwa abubuwan da ake buƙata na relay (6).
    Lura cewa RELAY 1..2 suna latching relays, wanda ke ba da damar haɗin NO, NC, COM da yanayin sauyawa, yayin da RELAY 3..4 ke da NC kawai, haɗin COM da yanayin sauyawa.
13. Haɗa kebul na UTP mai siffar Y (27) - don Ethernet / RS485 / P1 - ko kebul na UTP kai tsaye (26) - don Ethernet kawai - zuwa tashar tashar RJ45 (7) - gwargwadon buƙatun. Ya kamata a haɗa ɗayan ɓangaren kebul na Ethernet zuwa PC ɗin ku ko na'urar waje da kuke son haɗawa.
    Lura, cewa wayoyi masu dubawa na RS485/P1 sune wayoyi masu karkatar da hannun riga (28).

    

14. Haɗa RS485 zuwa na'urar waje. Ana samun hanyar haɗin P1 don haɗa na'urar mitar wutar lantarki / modem mai wayo.
15. Sanya murfin saman murfin madaidaicin filastik (1) zuwa tushe (2).
16. Rukunin na'urar ya ƙunshi nau'i biyu na gyarawa, waɗanda za a yi nufin hawa zuwa dogo ko amfani da gyare-gyaren maki 3 ta screws, ko amfani da ƙugiya (a cikin matsayi na rataye zuwa bango / cikin akwatin ma'auni).
17. Toshe 100-240V AC samar da wutar lantarki zuwa pigtail haši na AC ikon USB (24) da kuma zuwa waje ikon / lantarki toshe.
18. Na'urar tana da tsarin da aka riga aka shigar. Halin halin yanzu na na'urar ana nuna shi da fitilun LED ɗinta (11).
    • HUKUNCIN LED – Duba littafin shigarwa don ƙarin bayani.
    • REL.1: Relay#1 (yanayin: NO, NC, COM) SET/SAKE SAKE Akwai
    • REL.2: Relay#2 (yanayin: NO, NC, COM) SET/SAKE SAKE Akwai
    • REL.3: Relay#3 (yanayin: NC, COM) babu SETET fil, SET soket
    • REL.4: Relay#4 (yanayin: NC, COM) babu SETET fil, SET soket
    • WAN LED: don haɗin yanar gizo (aikin LAN/WAN)
      Lura, cewa na'urar tana da babban ƙarfin ƙarfin aiki a ciki, wanda ke ba da kariya mai aminci idan akwai wutar lantarkitage. Idan akwai iko kutage - saboda supercapacitors - yana da isasshen iko don samar da amintaccen cire haɗin gwiwa da rufewa (kafin masu ƙarfin ƙarfin za su ƙare).
      The supercapacitor na iya zama gajiya bayan an outage ko kuma idan kun adana na'urar tsawon watanni ba tare da haɗa wutar lantarki ba. Dole ne a caje shi kafin amfani

      

FARA NA'URAR

1. Lokacin kunna wuta akan na'urar, za a fara cajin supercapaccitor ta atomatik. Za a fara tsarin na'urar ne kawai bayan ƙarshen aikin cajin.
2. Haɗa kebul na Ethernet (UTP) tsakanin mahaɗar RJ45 na na'urar ko adaftar kebul mai siffar Y da tashar Ethernet na PC naka. (Ya kamata a haɗa na'urar RS485 zuwa sauran tashar USB mai siffar Y.)
3. Saita kewayon Ethernet akan PC ɗinku don ƙa'idar TCP/IPv4 don saita adireshin IP: 192.168.127.100 da abin rufe fuska: 255.255.255.0
4. Fara na'urar ta ƙara ƙarfin AC zuwa shigar da wutar lantarki (5).
5. Duk LEDs guda huɗu za su kasance babu komai na ƴan daƙiƙa - al'ada. (Idan ba a yi amfani da na'urar ba tun lokaci mai tsawo, dole ne a caje babban ƙarfin kafin microcontroller ya fara na'urar.)
6. Bayan ƴan daƙiƙa kaɗan kawai WAN LED ɗin zai ci gaba da yin haske ta hanyar ja har sai an yi cajin babban ƙarfin (har yanzu na'urar ba ta fara ba). Yana iya ɗaukar kusan minti 1-4.
7. Lokacin da aka gama caji, za a fara na'urar. Za a sanya hannu ta hanyar jan hasken wuta na dukkan LEDs na Relay (REL.1..4) na tsawon daƙiƙa 3 da kuma WAN LED wanda ke haskakawa ta kore nan da nan. Wannan yana nufin cewa an fara na'urar.
8. Nan ba da dadewa ba, lokacin da WAN LED zai zama babu komai kuma duk na'urorin relay LEDs (REL.1..4) za su ci gaba da haskakawa ta hanyar ja*, hakan na nufin na'urar tana yin booting a halin yanzu. Yana ɗaukar kusan mintuna 1-2.*Ka tuna, idan ka riga ka haɗa relay, wannan zai sa hannu kan halin da ake ciki na relay ta halin da ya dace (ja yana nufin kashewa, kore yana nufin kunnawa).
9. A ƙarshen tsarin taya na'urar za a iya isa ga na'urar akan hanyoyin sadarwar ta (LAN da WAN) idan an riga an saita su. Idan cibiyar sadarwa na yanzu yana samuwa, ana sa hannu ta siginar WAN LED.
10. Lokacin da na'urar ke samun dama akan hanyar sadarwar LAN da aka saita, WAN LED zai ci gaba da haskakawa ta kore. (Idan yana walƙiya da sauri, yana nuna alamar ayyukan cibiyar sadarwa akan mahaɗin.)
    • Lokacin da aka riga aka saita WAN interface, kuma an haɗa APN, WAN LED zai yi haske ta ja. (Idan yana walƙiya da sauri, yana nuna alamar ayyukan cibiyar sadarwa.)
    • Idan LAN da WAN suna samun dama, WAN LED za su yi aiki ta launi biyu (ja da kore a lokaci guda), a fili ta rawaya. Alamun walƙiya ayyukan cibiyar sadarwa.

GABATAR DA NA'urar

1. Bude na'urar ta gida website a Mozilla Firefox browser, inda tsoho web adireshin mai amfani (LuCi) akan tashar Ethernet shine: https://192.168.127.1:8888
2. Shiga tare da Sunan mai amfani: tushen , Kalmar wucewa: wmrpwd kuma danna maɓallin Shiga.
3. Saita saitunan APN na katin SIM: buɗe menu na hanyar sadarwa / musaya, WAN dubawa, maɓallin Gyara.
4. Cika SIM #1 APN (saitin APN na katin SIM ɗin ku). Idan kana da lambar PIN akan katin SIM ɗin da kake amfani da shi, ƙara PIN ɗin dama anan. (Tambayi Ma'aikatan Wayar ku.)
5. Danna maballin Ajiye & Aiwatar don adana saitunan da daidaita tsarin salula. Ba da daɗewa ba (~ 10-60 seconds) za a daidaita tsarin salula game da sabbin saitunan.
6. Sa'an nan na'urar za ta yi kokarin haɗi da yin rajistar SIM zuwa cibiyar sadarwa. Samar da hanyar sadarwar wayar hannu za ta sanya hannu ta hanyar WAN LED (haske / walƙiya ta kore - tare da LED Ethernet, a zahiri rawaya (ja + koren LED ayyuka a lokaci guda). zai kasance yana samun zirga-zirgar bayanai akan hanyar sadarwar WAN - duba a ƙimar Rx/Tx. Kuna iya bincika Matsayi / Samaview menu, Sashin cibiyar sadarwa don ƙarin cikakkun bayanai.
7. Don saita saitunan RS485, karanta littafin mai amfani.

TAKARDAR ODAR XNUMXADXNUMX ZAMA AIKATA?

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Alamar bin da aka ƙetare tana nufin cewa samfurin a ƙarshen rayuwar sa ya kamata a zubar da sharar gida gabaɗaya a cikin Tarayyar Turai. Kawai jefar da abubuwan lantarki/lantarki a cikin tsarin tattarawa daban, waɗanda ke ba da damar dawo da sake amfani da kayan da ke ciki. Wannan yana nufin ba kawai ga samfurin ba, har ma da duk sauran na'urorin haɗi masu alamar wannan alama.

Takardu / Albarkatu

WM SYSTEMS WM-E LCB IoT Load Control Switch [pdf] Jagoran Shigarwa WM-E LCB IoT Load Control Switch, WM-E LCB, IoT Load Control Switch, Load Control Switch, Control Canja, Canjawa

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