I-GDYZ-302 Wireless Zinc Oxide Surge Arrester Tester
I-GDYZ-302 Zinc Oxide Arrester Live Tester iyithuluzi elikhethekile elisetshenziselwa ukuhlola ukusebenza kukagesi kwe-Zinc Oxide Arrester.Ilungele ukutholwa okubukhoma noma kokucisha amandla kwe-Zinc Oxide Arrester yamazinga kagesi ahlukahlukene, ukuze kutholwe amaphutha ayingozi njengokuswakama kwe-insulation yangaphakathi nokuguga kwamapuleti ama-valve ngesikhathi.
Ithuluzi kulula ukuyisebenzisa futhi kulula ukuyisebenzisa.Yonke inqubo yokulinganisa ilawulwa ikhompuyutha yezimboni.Ingakwazi ukukala amandla amanje aphelele, amandla aphikisayo kanye nama-harmonics ayo, i-voltage yereferensi yemvamisa yamandla kanye nama-harmonics, amandla asebenzayo kanye nomehluko wesigaba.Ibonisa ama-waveform eqiniso we-voltage kanye namanje.Ithuluzi lisebenzisa ubuchwepheshe bokuhlaziya i-waveform yedijithali kanye nezindlela zokunqanda ukuphazamiseka kwesoftware njengokuhlaziya i-harmonic nokuhlunga kwedijithali ukwenza imiphumela yokulinganisa inembe futhi izinze.Ingakwazi ukuhlaziya ngokunembile okuqukethwe kwegagasi eliyisisekelo kanye ne-harmonic yesithathu kuya kweyesikhombisa, futhi inganqoba ithonya lokuphazanyiswa kwezigaba.Linganisa amandla okumelana nesibambi sesigaba esiseceleni.
●800 *480 umbala LCD touch screen, high-speed iphrinta ezishisayo;ihluzo nesibonisi sombhalo, isikhombimsebenzisi esibonakalayo, kulula kubasebenzi basensimini ukuthi basebenze futhi basebenzise.
●Ukudluliselwa okungenantambo kwesignali ye-PT kungaphezu kwamamitha angu-400, okungafinyelela kumamitha angu-2000 uma kudingeka.
●Ilungele isiboshwa esibukhoma, isibophisi sokucisha amandla noma ukuhlolwa kwaselabhorethri.
●Finyelela ngempela izilinganiso zamandla kagesi ezizigaba ezintathu zamanje nezigaba ezintathu ngasikhathi sinye, zithuthukise ukusebenza kahle komsebenzi;insimbi kuphela ine-current yangaphakathi ebuthakathaka, i-voltage ayidluli i-12V;izinzwa zamanje kanye ne-voltage zihlukaniswe ngokuphelele, ziphephile futhi zithembekile.
●Ukuvuza kwamanje kwe-zinc oxide arrester kungabuye kukalwa ngaphandle kwekhawunta, okuxazulula ngokuphelele inkinga yokuhlola ye-6 ~ 10KV arrester.
●Isekela kokubili ukuvumelanisa okunezintambo kanye nokuvumelanisa okungenantambo ukuze uthole amasampula esignali yereferensi kagesi, futhi futhi isekela imodi engeyona i-voltage yokuthola ireferensi kagesi ngokubala isofthiwe.
●Ngokusebenza okuphezulu namandla amakhulu amabhethri e-lithium-ion, ifaneleka ngokukhethekile izinhlelo zokusebenza ezingenamandla.
●Ithuluzi lamukela inkundla yehadiwe eshumekiwe kanye nesistimu yokusebenza eshumekiwe, enganweba umsebenzi wokudlala umsindo nevidiyo kanye nomsebenzi wokuzijabulisa komdlalo.
●Ithuluzi lingavulwa futhi licishwe noma kunini, elizinze kakhulu kunethuluzi elisekelwe kukhompuyutha yemboni, futhi akulula ukuthi iphahlazeke futhi liwe.
●Imisebenzi yesofthiwe inganwetshwa noma nini, noma kuphi ngokwezidingo zamakhasimende.
●Ifakwe isixhumi esibonakalayo se-USB ukusekela ukuthunyelwa kwedatha ye-U-disk.Ingasetshenziswa ngegundane le-USB nekhibhodi, futhi kulula ukuyisebenzisa.
●Ikhadi le-SD elinomthamo ongu-4 GB lingagcina inani elikhulu ledatha yokuhlola, futhi linemisebenzi yokuphatha nokugcinwa kwedatha.
●Isekela isofthiwe yokuphatha i-PC, nokuphathwa kwedatha yomlando, ukuhlaziywa kwedatha, ukuphrinta umbiko neminye imisebenzi.
●Imvamisa yesampula yesivinini esikhulu, ubuchwepheshe obuthuthukisiwe bokucubungula isignali yedijithali, ukusebenza okuqinile kokumelana nokuphazamiseka, ukunemba okuphezulu kwemiphumela yokulinganisa.
●Ibhokisi lepulasitiki elivaliwe lobunjiniyela elingafaki uthuli, elingangeni manzi kanye nele-anti-corrosion liyamukelwa, elincanyana ngosayizi, lilula ngesisindo futhi kulula ukulithwala.
| Ukunikezwa kwamandla kagesi | Isekela i-adaptha yamandla yangaphandle (12V/2A) nebhethri yangaphakathi |
| Ibanga lokulinganisa | Ukuvuza kwamanje(inani eliphakeme) : 0~ 10mA (Inwetshiwe) Amandla kagesi(inani eliphakeme) : 30-100V(Ayanda) |
| Ukunemba kokulinganisa | Okwamanje: ±2% ukufunda±1 okudijithali ngesikhathi esigcwele> 100 μA Amandla kagesi: ± 5% ukufunda +1 idijithali kusiginali ye-voltage yereferensi< 30V: Amandla kagesi: Isignali kagesi eyireferensi> 30V: Imodi yocingo: +2% ukufunda +1 idijithali; Imodi engenantambo: +5% ukufunda +1 digital; |
| Izilinganiso zokulinganisa | I-waveform yamanje egcwele, i-RMS eyisisekelo kanye nenani eliphakeme lokuvuza kwamanje; I-RMS yegagasi eyisisekelo yokuvuza kwengxenye yamanje yokumelana ne-RMS yezikhathi ezi-3, 5 neziyi-7; Inani eliphakeme lengxenye yamanje yokumelana nokuvuza: inani eliphakeme eliphozithivu i-Ir + i-negative peak Ir-; I-Capacitive current fundamental wave, i-voltage egcwele, umehluko ogcwele we-engeli yesigaba samanje; I-Voltage RMS; Ukusetshenziswa kwamandla okubamba; |
| Indlela yesampula yesiginali yereferensi kagesi | Ukuvumelanisa Kwezintambo: 40m (Kunwebeka) Ukuvumelanisa Okungenantambo: > 400m (Kunwebeka) |
| Ibhethri | Isikhathi sokushaja: > amahora angu-6 Isikhathi sokusebenza ngokuqhubekayo: > amahora angu-4 Isikhathi sokusebenza sesikhawu: > amahora angu-8 |
| Ubukhulu | Iyunithi eyinhloko: 36cm * 26cm * 14cm Izesekelibinkabi: 42cm*33cm*20cm |
| Isisindo | Iyunithi eyinhloko: 5.0kg, Ibhokisi lezesekeli: 9.0kg |
