I-Battery Impedance Tester GDBT-8612
Njengengxenye eyinhloko yesistimu yamandla, amabhethri kufanele ahlolwe futhi agcinwe minyaka yonke, ngekota noma nyanga zonke futhi idatha yawo yokuhlola idinga ukuhlaziywa njalo.
Ukuzijwayeza kufakazele ukuthi akukho ukuhlobana phakathi kwe-voltage namandla, ngoba i-voltage ibonisa kuphela amapharamitha angaphezulu ebhethri.
Emazweni ngamazwe, ukuhlolwa kokusebenza noma ukumelana kwangaphakathi kusetshenziswe kakhulu ekugcinweni okujwayelekile kwamabhethri ukuze kuthathelwe indawo indlela yokuhlola amandla kagesi yangaphambilini.Ngenxa yokuthi i-conductance noma ukumelana kwangaphakathi kuyipharamitha ebonisa izinto zangaphakathi zebhethri, i-conductance noma ukumelana kwangaphakathi kwebhethri kuqashelwe njengepharamitha ebalulekile yokunquma ngokunembile nangokushesha impilo yebhethri.
Ukuqhutshwa kwebhethri noma isihloli sangaphakathi sokumelana luhlobo lwesitoreji sedijithali ithuluzi lokuhlola eliphathekayo elisebenza ngezindlela eziningi elikala ngokushesha nangokunembile isimo sokusebenza sebhethri.Ngokuhlolwa kwe-inthanethi, imitha ingabonisa futhi irekhode imingcele ebalulekile yebhethri efana nomthamo webhethri, i-conductance noma ukumelana kwangaphakathi, nokumelana nomugqa wokuxhuma, inqume ngokunembile nangempumelelo isimo esihle kakhulu sebhethri, futhi ingahlanganiswa nekhompyutha nedatha yebhethri ezinikele. isofthiwe yokuhlaziya ukwenza ukuhlolwa okuhlakaniphile.Idivayisi iphinde ilandelele ukubola kwebhethri nama-alamu kusenesikhathi ukuze kube lula ukuthi izisebenzi zonjiniyela nezabaphathi zisingathe ukuqonda.
●Kala ngokushesha i-voltage, i-conductance noma ukumelana kwangaphakathi kwebhethri, ukumelana nokuxhumeka namanye amapharamitha.
●Ukuqhutshwa kwebhethri noma ukumelana kwangaphakathi, i-alamu ye-voltage over-limit.
●Ithuluzi lisebenzisa ubuchwepheshe besekethe yomsindo we-anti-AC ripple ukwenza umphumela wokuhlolwa kwensimbi unembe kakhudlwana futhi ukuvumelana kwemiphumela yokuhlola kube ngcono.
●Ithuluzi linomsebenzi wokuhlola kabusha okusheshayo, iphutha lomuntu litholwa phakathi nokuhlolwa, lingaphinda lihlolwe futhi libhale phezu kwedatha yoqobo ngokuzenzakalelayo.
●Ithuluzi elisetha ngaphambilini i-reference conductance engaphezu kuka-200 noma amanani wokumelana wangaphakathi, angase enziwe ngokwezifiso.
●Amapharamitha ebhethri wonke aqoqwe ngezinombolo, kulula ukuphatha idatha.
●Sekela isofthiwe enamandla yokuhlaziya isimo sebhethri yekhompyutha ukuze uthole ukuhlaziya kokulandela umkhondo kwebhethri "irekhodi lezokwelapha".
●Imodi yokuhlola ezenzakalelayo ilungele abasebenzisi ukuyikala;(1) Ukuhlaziya okuzenzakalelayo nokwahlulela kwesimo "sokonakala" sebhethri;(2) Yakha umtapo wolwazi werekhodi ukuchaza ijika lesimo sebhethri;(3) Ukuhlaziya okuqhathanisayo kweqembu elifanayo lamabhethri;(4) Konke ukuphathwa kwezigaba zebhethri (umehluko omuhle).
●Ukugcinwa nokuphathwa kwebhethri kwansuku zonke
●Ukutholwa, ukwamukelwa kanye nokufakwa kwamabhethri amasha
●Nikeza isisekelo sokuchithwa kwamabhethri
●Ukulawula ikhwalithi yomkhiqizi webhethri
●Ukuhlola okuku-inthanethi okunembayo okuphezulu, ukuguqulwa kwebanga okuzenzakalelayo, ukugcinwa kwedatha okunomthamo omkhulu.
●Iguqula ngokuzenzakalela ububanzi kububanzi bokulinganisa obungu-0.000-19990S.
●Ingagcina unomphela amasethi angu-999 wamapharamitha ebhethri (amabhethri angafika kwangu-999 iqembu ngalinye), ingagcina unomphela amasethi angu-500 wemingcele yokusetha iphakethe lebhethri.
●Ibanga lokuhlola umthamo webhethri: 5AH-6000AH.
●5-intshi umbala touch LCD screen, English Modular operation
●Isibonisi seshadi nomsebenzi wokuhlaziya ishadi lekholomu.
●Umsebenzi wokuhlaziya umthamo, ongahlaziya ibhethri ukuthi lihle kakhulu, lihle noma libi.
●Umsebenzi we-Oscilloscope: ungabonisa i-voltage ephezulu kakhulu nephansi kanye ne-avareji kagesi yebhethri ngesikhathi sangempela, futhi ingabala i-voltage ripple.
●Ngesixhumi esibonakalayo se-SD, idatha yokuhlola igcinwa unomphela ku-PC ukuze kubonwe ukuhlaziya "kwerekhodi lezokwelapha" lokulandela umkhondo webhethri.
●Imisebenzi yokuphatha idatha enamandla, ukuze ithuluzi lisetshenziswe ngokuhlukile kukhompyutha.
●Umsebenzi othuthukisiwe wokuvikela i-over-voltage wenza ithuluzi lisebenze ngokuphepha futhi lithembeke kakhudlwana.
●Umsebenzi wokuvikela wokuzitakula ngokwedlulele wenza ithuluzi lisebenziseke kalula.
●Sebenzisa i-chip ye-SOC yakamuva ukwenza lula kakhulu ukujikeleza futhi uthuthukise ukwethembeka kwethuluzi.
●Sekela ibhethri elikhulu le-lithium namandla angaphandle.
●Inkomba ye-voltage ephansi iqinisekisa ukunemba kokuhlolwa.
●Usayizi omncane nesisindo esincane.
| Ibanga lokulinganisa | Ukuqhuba: 20 ~ 19,990S |
| Okuncane.ukulungiswa kokulinganisa | Ukwenza: 1S Ukumelana kwangaphakathi: 0.001mΩ Amandla kagesi: 1mV |
| Ukunemba kokulinganisa | Ukuqhuba: ±0.5% ±6dgt Ukumelana kwangaphakathi: ±0.5% ±6dgt |
| Ukunikezwa kwamandla kagesi | I-11.1V, 2400mAh, ibhethri ye-Lithium ekwazi ukushajwa, ingasebenza amahora angu-8 ngokuqhubekayo |
| Bonisa | 5 intshi umbala LCD touch screen |
| Ubukhulu | 220mm*170mm*52mm |
| Isisindo | 1.1kg |
| Inkumbulo | 64MB Flash + 4G ikhadi le-SD |
| Indawo yokusebenza | 0℃ ~ 60 ℃ |
| Izinga lokushisa lesitoreji | -20 ℃ ~ 82 ℃ |
