1. Ipharamitha yobuchwepheshe eyinhloko ongayibona ngezansi kwethebula
| Inombolo Yemodeli | I-voltage ekalwe (V) | Isilinganiso samanje (A) | Isilinganiso se-short-circuit ukushintsha kwamanje (kA) | Kulinganiswe isikhathi esifushane ukumelana nomsinga (kA) | Inani eliphakeme elilinganisiwe ukumelana nomsinga (kA) | |
| I-RGGD1 | 380 | A | 1000 | 15 | 15 | 30 |
| B | 600(630) | |||||
| C | 400 | |||||
| I-RGGD2 | 380 | A | 1500(1600) | 30 | 30 | 63 |
| B | 1000 | |||||
| C | 600 | |||||
| I-RGGD3 | 380 | A | 3150 | 50 | 50 | 105 |
| B | 2500 | |||||
| C | 2000 | |||||
Isixazululo sesekethe esiwusizo esingu-2.
3. Ibhasi elikhulu
Uma ugesi olinganiselwe ungu-1500A nangaphansi, kusetshenziswa ibhasi lethusi elilodwa. Uma ugesi olinganiselwe ungaphezu kuka-1500A, kusetshenziswa ibhasi lethusi eliphindwe kabili, futhi izindawo ezihambisanayo zebhasi ziphathwa ngenqubo yokunamathisela i-tin enamel.
4. Ukukhetha izingxenye zikagesi
a. Amakhabethe e-GGD asebenzisa kakhulu izingxenye zikagesi ezithuthuke kakhulu ezingakhiqizwa ngobuningi eShayina.Njenge-RDW17, DZ20, DW15, njll.
Iswishi yommese esebenza ngokujikeleza ye-b.HD13BX kanye ne-HS13BX iyinto ekhethekile eklanywe yi-NLS ukuze ihlangabezane nezidingo zesakhiwo esiyingqayizivele sekhabhinethi ye-GGD. Ishintsha indlela yokusebenza yendlela yokusebenza futhi igcina izinzuzo zemikhiqizo emidala. Iyingxenye kagesi eyimodeli yokusetshenziswa.
c.Uma umnyango wokuklama ukhetha izingxenye ezintsha zikagesi ezisebenza kangcono kanye nobuchwepheshe obuthuthukisiwe ngokwezidingo zomsebenzisi, amakhabethe e-GGD anokuguquguquka okuhle kokufakwa futhi ngokuvamile ngeke abangele ubunzima bokukhiqiza nokufakwa ngenxa yokubuyekeza izingxenye zikagesi.
d. Ukuze kuthuthukiswe ukuzinza okuguquguqukayo kwesekethe, ukwesekwa kwebhasi kwekhabhinethi ye-GGD kusebenzisa izibambo zebhasi ezikhethekile ze-ZMJ ezihlanganisiwe kanye nezisekelo zokuvikela.
Ama-clamp e-busbar abunjwe ngokushisa ngezinto ezihlanganisiwe ze-PPO ezinamandla aphezulu, ezivimbela ilangabi kakhulu. Anamandla aphezulu okuvikela ukushisa, ukusebenza kahle kokuzicisha, kanye nesakhiwo esiyingqayizivele. Angahlanganiswa kalula abe ama-clamp e-busbar eyodwa noma ama-clamp e-busbar amabili kuphela ngokulungisa amabhlogo okwakha. Ukusekelwa kokuvikela ukushisa kuyisakhiwo esibunjiwe sohlobo lwe-sleeve, esinezindleko eziphansi namandla aphezulu, futhi sixazulula iphutha lokungabi bikho kwebanga lokuhamba kwemikhiqizo emidala.
1. Ikhabhinethi yekhabhinethi yokusabalalisa ene-voltage ephansi ye-GGD AC isebenzisa isimo sekhabhinethi ejwayelekile. Uhlaka luhlanganiswe kancane noma luhlanganiswe ngensimbi eyakhiwe ngokubandayo engu-8MF. Izingxenye zohlaka nezingxenye ezikhethekile ezisekelayo zikhiqizwa futhi zinikezwe yinkampani yethu ukuqinisekisa ukunemba nekhwalithi yekhabhinethi. Izingxenye zekhabhinethi ejwayelekile zakhiwe ngokwesimiso se-modular, futhi zinezimbobo zokufaka ze-modular ezingu-20. I-coefficient ejwayelekile iphezulu, engenza ifektri ikwazi ukufeza ukukhiqizwa kwangaphambi kokukhiqiza, okungagcini nje ngokufinyeza umjikelezo wokukhiqiza, kodwa futhi kuthuthukisa ukusebenza kahle komsebenzi.
2. Umklamo wekhabhinethi ye-GGD ucabangela ngokugcwele inkinga yokushabalalisa ukushisa ngesikhathi sokusebenza kwekhabhinethi. Kunezinhlobo ezahlukene zezikhala zokushabalalisa ukushisa emaphethelweni aphezulu naphansi ekhabhinethi. Lapho izingxenye zikagesi ekhabhinethi zikhiqiza ukushisa, ukushisa kuyakhuphuka bese kukhishwa ngezikhala eziphezulu. Umoya obandayo uqhubeka ufakwa ekhabhinethi ngezikhala ezingezansi, ukuze ikhabhinethi evaliwe yakhe isiteshi somoya semvelo kusukela phansi kuya phezulu ukuze kufezwe injongo yokushabalalisa ukushisa.
3. Ngokuhambisana nezidingo zomklamo wesimanje wokwenza imodeli yomkhiqizo wezimboni, ikhabhinethi ye-GGD isebenzisa indlela yesilinganiso segolide ukuklama ukuma kwekhabhinethi kanye nobukhulu bokuhlukanisa kwengxenye ngayinye ukuze yenze ikhabhinethi lonke libe lihle futhi libe nesandla esivulekile.
4. Umnyango wekhabhinethi uxhunywe kufreyimu ngehinji elijikelezayo elihambayo, okulula ukulifaka nokuliqaqa. Umugqa werabha nowepulasitiki onjengentaba ufakwe emphethweni womnyango. Lapho uvala umnyango, umugqa ophakathi komnyango nohlaka une-stroke ethile yokucindezela, engavimbela ukungqubuzana okuqondile phakathi komnyango nekhabhinethi, futhi ithuthukisa izinga lokuvikela lomnyango.
5. Umnyango wezinsimbi ohlonyiswe ngezingxenye zikagesi uxhunywe ohlakeni ngezintambo eziningi zethusi ezithambile. Izingxenye zokufaka ekhabhinethini zixhunywe ohlakeni ngama-gasket ahlanganisiwe, futhi ikhabhinethi yonke yakha uhlelo oluphelele lokuvikela umhlabathi.
6. Upende wobuso bekhabhinethi ungaphathwa ngopende wokubhaka omise okwe-polyester noma inqubo yokufafaza nge-plastic powder. Zombili zinezici zokunamathela okuqinile kanye nokuthungwa okuhle. Ikhabhinethi yonke inombala o-matt, okugwema umphumela wokukhazimula futhi udale indawo ebonakalayo ekhululekile kakhudlwana kubasebenzi abasemsebenzini.
7. Isembozo esiphezulu sekhabhinethi singasuswa uma kudingeka ukuze kube lula ukuhlanganiswa nokulungiswa kwebha yebhasi eyinhloko endaweni. Amakhona amane aphezulu ekhabhinethi afakwe izindandatho zokuphakamisa zokuphakamisa nokuthumela.
8. Izinga lokuvikela lekhabhinethi yi-IP30, futhi abasebenzisi bangakhetha phakathi kwe-IP20 ne-IP40 ngokuya ngezidingo zendawo yokusetshenziswa.
