Sigxininisa kumgaqo wophuhliso 'loMgangatho oPhezulu, ukusebenza kakuhle, uBunyaniseko kunye nendlela yokusebenza esezantsi' ukuze sikunike umboneleli omkhulu wokucubungula ukuhanjiswa okutsha eTshayina. I-CB Class Automatic Transfer Switch ATS CCC/Ce, Njengeshishini eliphambili kweli shishini, inkampani yethu yenza imizamo yokuba ngumthengisi okhokelayo, ngokusekelwe kukholo lomgangatho wobungcali kunye nenkonzo yehlabathi.
Sigxininisa kumgaqo wophuhliso 'loMgangatho oPhezulu, ukusebenza kakuhle, ukunyaniseka kunye nendlela yokusebenza efikelelekayo' ukuze sikunike umboneleli omkhulu wokucubungulaUmzi-mveliso woTshintsho, Utshintsho lweTshayina kwiSwitch, Injongo yethu kukunceda abathengi bafezekise iinjongo zabo. Senza imizamo emikhulu yokufezekisa le meko yokuphumelela kubo bonke kwaye siyakwamkela ngokunyanisekileyo ukuba ujoyine nathi. Ngamafutshane, xa usikhetha, ukhetha ubomi obugqibeleleyo. Wamkelekile ukutyelela umzi-mveliso wethu kwaye wamkele iodolo yakho! Ngeminye imibuzo, nceda ungathandabuzi ukunxibelelana nathi.

Qaphela: Iimveliso ze-63A Shell grade, kukho ezimbini ngaphakathi kunye ezimbini ngaphakathi kunye ezimbini ngaphandle, iindlela ezimbini zoqhagamshelo ziyafumaneka.

Uphawu lwemveliso

Olu hlobo lusebenzisa amandla amabini akrelekrele oluzenzekelayo lutshintsha i-mechanical interlocking transmission, i-intelligent controller kunye nezinye izinto. Lunesitayile esidibeneyo kunye nohlobo oluhlukanisiweyo oluneendlela ezimbini. I-Integral controller ixhotyiswe ngesiseko kunye nee-arhente ezisebenzayo.
Uhlobo lokwahlulahlula lulawulo olukrelekrele olufakwe kwiphaneli. Umsebenzisi uthatha isiseko ngokusebenzisa iiarhente zokufaka kwisilawuli sekhabhinethi ngeentambo ezimalunga ne-2m.
1. Ukudibanisa okunokuthenjwa koomatshini phakathi kweziphuli zesekethe ezimbini kunye nesixhobo sokudibanisa umbane. Susa ukuvala ngokupheleleyo izixhobo ezibini ngaxeshanye.
Isilawuli esikrelekrele se-2.SCM esisetyenziselwa ukulawula izixhobo eziphambili silula kwaye sinamandla, sandisa lula, sithembekile kakhulu.
3. Ine-short circuit, imisebenzi yokukhusela umthwalo ogqithisileyo, i-over voltage, i-under voltage, umsebenzi wokudlulisa ngokuzenzekelayo wesigaba sokulahleka kunye nomsebenzi we-alamu okrelekrele.
4. Iiparameter zangaphandle zokutshintsha ngokuzenzekelayo zinokumiselwa simahla.
5.Ukusebenza kokhuseleko lweemoto ezikrelekrele.
6. Izixhobo zesekethe yokulawula ezinomlilo, iziko lolawulo lomlilo ukuya kwisignali yokulawula ukuya kumlawuli okrelekrele. Iiseti ezimbini ze-circuit breaker ziya kungena kwisimo sokuphuka.
7. Kukho ujongano lwenethiwekhi yekhompyutha ukuze kufezekiswe imisebenzi emine ye-telemetry ekude yokulawula kude.

Iimeko zokusebenza

1. Ubushushu bomoya obuphakathi ukusuka kwi -5℃ ukuya kwi +40℃, kwaye ubushushu obuphakathi kwiiyure ezingama-24 abudluli kwi +35℃.
2. Indawo yokufaka ayidluli kwi-2000meters.
3. Ubushushu obuphezulu obuyi +40℃, umswakama womoya awudluli kwi-50%, kubushushu obuphantsi kunokuvunyelwa ukuba nomswakama ophezulu, ofana ne-20℃ kwi-90%. Amanyathelo akhethekileyo kufuneka athathwe ukuze kubekho ukufuma okubangelwa kukutshintsha kobushushu ngamanye amaxesha.
4. Inqanaba longcoliseko: inqanaba Ⅲ.
5. Udidi lofakelo: Ⅲ.
6. Imigca emibini yombane iqhagamshelwe kwicala eliphezulu leswitshi, kwaye umgca womthwalo uqhagamshelwe kwicala elingezantsi.
7. Indawo yofakelo akufuneki ibe nefuthe elikhulu, ukungcangcazela.