IoT Intelligent Miniature Circuit Breaker Robot + Isixhobo sokuMakisha seLaser esizenzekelayo

Inkcazelo emfutshane:

I-AutoMATIC POSITIONING: I-robot iyakwazi ukubeka ngokuchanekileyo i-breaker circuit miniature ukuqinisekisa ukuchaneka kunye nokuchaneka kokumakisha kwe-laser.

Ukuqaphela ngokuzenzekelayo: i-robot inamandla okuqonda i-breaker circuit encinci kwaye inokugweba isikhundla kunye nendlela yokumakishwa.

Ukumakishwa kwe-laser ngokuzenzekelayo: i-robot ixhotyiswe ngezixhobo zokumakisha i-laser ngokuzenzekelayo, ekwazi ukuphawula i-logo efunekayo okanye ulwazi ngokuthe ngqo kwi-breaker circuit breaker, ukuqonda ngokufanelekileyo kunye nokumakisha okuchanekileyo.

Ukumakishwa kwemisebenzi emininzi: izixhobo zokumakisha nge-laser zinokuqonda iindlela ezahlukeneyo zokumakisha, ezinje ngesicatshulwa, iipateni, iinombolo zesiriyali, njl. njl., ukuhlangabezana neemfuno ezahlukeneyo.

Ukutshintsha ngokuzenzekelayo kunye nohlengahlengiso: i-robot inokutshintsha ngokuzenzekelayo phakathi kweendlela zokumakisha ezahlukeneyo ngokweemfuno, kwaye iphinde ilungelelanise ngokuzenzekelayo indawo yokumakisha kunye nobunzulu ngokobukhulu kunye nokuma kwe-breaker circuit miniature.

Ukurekhodwa kwedatha kunye nezibalo: izixhobo zinokurekhoda ixesha, ubuninzi kunye nezinye iinkcukacha ezifanelekileyo zokumakishwa kwe-breaker circuit miniature, kwaye zenze izibalo kunye nohlalutyo, olulungele ukulandelwa kunye nohlalutyo lwedatha yemveliso.

Ukubeka iliso okude kunye nolawulo: irobhothi kunye nezixhobo zokumakisha zinokuqhagamshelwa kwi-Intanethi yeZinto zokubekwa iliso okude kunye nolawulo, umsebenzisi unokubeka iliso kwinkqubo yokumakisha nangaliphi na ixesha naphi na, kunye nokusebenza okude kunye nokulungiswa kweempazamo, ukuphucula lula kunye nokusebenza kakuhle ulawulo lwemveliso.


Bona Okunye>>

Ifoto

Iiparamitha

Ividiyo

A (1)

A (2)

B

C


  • Ngaphambili:
  • Okulandelayo:

  • 1. Isixhobo sokufaka i-voltage: 380V ± 10%, 50Hz; ± 1Hz;
    2. Izibonda ezihambelana nesixhobo: 1P + imodyuli, i-2P + imodyuli, i-3P + imodyuli, i-4P + imodyuli.
    3. Isigqi sokuvelisa izixhobo: ≤ imizuzwana eyi-10 ngepali nganye.
    4. Imveliso efanayo yeshelufu inokutshintshwa phakathi kwezibonda ezahlukeneyo ngokuchofoza okukodwa okanye ukuskena ikhowudi yokutshintsha; Iimveliso ezahlukeneyo zesakhelo seqokobhe zifuna ukutshintshwa kwesandla sokubumba okanye ukulungiswa.
    5. Indlela yokubona imveliso enesiphene luhlolo olubonakalayo lweCCD.
    6. Iiparamitha zeLaser zinokugcinwa kwangaphambili kwisistim yokulawula ukubuyisela ngokuzenzekelayo kunye nokumakisha; Umxholo wokumakisha unokuhlelwa ngokuthanda kwakho.
    7. Isixhobo somnwe we-pneumatic ukulayisha kunye nokulayishwa ngokuzenzekelayo, kwaye ukulungiswa kunokwenziwa ngokwezifiso ngokwemodeli yemveliso.
    8. Isixhobo sinemisebenzi yokubonisa i-alamu efana ne-alarm yephutha kunye nokubeka iliso loxinzelelo.
    9. Zimbini iinkqubo zokusebenza ezikhoyo: isiTshayina nesiNgesi.
    10. Zonke izixhobo eziphambili zingeniswa kumazwe ahlukeneyo kunye nemimandla efana ne-Italy, iSweden, iJamani, iJapan, i-United States, iTaiwan, njl.
    11. Isixhobo sinokuxhotyiswa ngemisebenzi efana ne "Smart Energy Analysis and Energy Conservation Management System" kunye ne "Smart Equipment Service Big Data Cloud Platform".
    12. Ukuba namalungelo azimeleyo nazimeleyo epropathi enomgangatho ophezulu wokuqonda.

    Bhala umyalezo wakho apha kwaye uwuthumele kuthi