I-GD-4138H Uhlelo Lokuthola Iphutha Lekhebula
I-GD-4138H Uhlelo Lokuthola Iphutha Lekhebula Leselula iyithuluzi elibalulekile lokugcina zonke izinhlobo zezintambo.Kuyimishini ehambisanayo ekwazi ukulandelela, ukuthola izintambo ezingaphansi komhlaba, nesilinganiso sebanga elingalungile kanye nokukhiqizwa kwe-HV.Njengoba kuyidivayisi ephathekayo, kulula ukuyiphatha endaweni.Uma i-acoustic locator isetshenziswa ndawonye, ingathola indawo enembile yendawo yephutha lekhebula.
Isicelo ikhebula elingaphansi komhlaba, ikhebula lasemoyeni, ikhebula lamandla, ikhebula lendawo, ikhebula lokuxhumana kanye nentambo yefayibha.
●Iphutha eliphezulu le-impedance flash-over
●Ukuvuza okuphezulu kwe-impedance
●Isisekelo sokumelana okuphezulu/okuphansi
●Iphutha le-short-circuit
●Iphutha le-Open-circuit
●Ukuxhumeka okubuthakathaka/Ukunqanyulwa
●Uhlaka oluyinhloko lwe-GD-4138H (Idivayisi yokuhlanganisa, i-Sphere gap, i-HV generator ingaphakathi)
●I-GD-4133 Isihloli sephutha samakhebula amaningi we-pulse
●I-GD-4132 Cable Fault Locator
●Izindlela eziningi ezihlukene: indlela ye-low-voltage pulse, indlela yamanje ye-pulse, indlela ye-pulse eminingi: isampula yamanje, ukuphuma kwe-DC.
●Izinhlobo zesignali yesampula: Indlela ye-DC arc reflection, isampula yamanje, isampula ye-voltage, i-low voltage pulse.
●Thola ngokushesha futhi ukhombe amaphutha okuvuza angamelana kancane, amelana kakhulu namaphutha e-flashover ezintambo zamandla kagesi webanga lika-220V&220KV ahlukahlukene.
●Asikho isidingo sokwenzaizintambo eziyinkimbinkimbi zokuhlola endaweni.Wonke amamodi okuhlola ashintshwa ngokuzenzakalelayo ngokusebenzisa iswishi yangaphakathi yamandla kagesi aphezulu elawulwa amandla abuthakathaka.
●Ijeneretha ye-multi-speed DC high-voltage ehlanganisiwe, i-multi-speed high-voltage capacitor, i-arc stabilizing unit kanye nokutholwa kwesignali ehlukahlukene endaweni eyodwa, kulula ukuyisebenzisa uhlelo lwendawo enephutha.
●Ukushintshwa kwamazinga amaningi kagesi aphezulu, konke kulawulwa amandla kagesi aphansi angaphakathi abuthakathaka, aphephile futhi anokwethenjelwa.
●Isakhiwo semishini samukela icala lepulasitiki elinamandla aphezulu.Ikesi yibhokisi elingaphandle lempahla kanye nebhokisi lokudlulisa lephakheji yokulethwa kwemishini.Kulula ukudlulisa, futhi ingalayishwa futhi idluliselwe ngqo lapho ikhava ivaliwe.
●Ukukhishwa kwe-sphere gap impulse: Igebe lomoya elibuthakathaka lokulawula i-solenoid valve, isikhathi sokukhipha siyalungiseka ukusuka kumasekhondi angu-3 kuya kwangu-12, futhi isimboli-muffle siklanyelwe ngokukhethekile ukuhlangabezana nezidingo zokuthulisa ukwehluleka kwekhebula ekuqaleni.
●Imishini inesekhethi yokukhipha eyakhelwe ngaphakathi.Ngemuva kokuthi ukuhlolwa kwephutha kuqediwe, i-voltage ephezulu ingacishwa vele ucindezele inkinobho endaweni yokukhipha ukuze uyikhiphe ngokuzenzakalelayo.
●Umsingathi wokulinganisa ibanga anganikeza ukulungiswa kokulinganisa ibanga kufika ku-0.4m, futhi indawo eyimpumputhe yokulinganisa incane, esebenza kahle kakhulu emaphutheni aseduze namakhebula amafushane.
●Wonke amatheminali okukhipha imishini ahlelwe kuphaneli elingemuva ukuze kube lula ukufaka izintambo, futhi imidwebo yezintambo zezindlela ezihlukahlukene zokufaka izintambo zidwetshwa kuphaneli yokusebenza, engasetshenziswa kalula ngabantu abangenalwazi.
●Iphansi lemishini ifakwe amasondo angu-4 anamandla aphezulu, angaphushwa futhi ahlanganiswe ukuze agcinwe.
●Umsingathi ohlukanisiwe usebenzisa i-LCD yesikrini esikhulu esingu-7 intshi ene-engeli yokubuka engu-160°, futhi okuqukethwe kwesibonisi kucebile futhi kunembile.
●Inani elikhulu lama-waveforms lingagcinwa kumsingathi, futhi idatha ye-waveform ingangeniswa futhi ithunyelwe ngaphandle kusetshenziswa i-U disk.
●Umsingathi angaxhunywa kukhompuyutha (ideskithophu noma incwadi yokubhalela) ukuze kuxhunywe ku-inthanethi.
●Uma umsingathi engasebenzanga phakathi nemizuzu emi-2, ukukhanya kwangemuva kuzokwenziwa buthaka;uma kungekho ukusebenza imizuzu eyi-10, izovala ngokuzenzakalelayo ukuze kuncishiswe ukusetshenziswa kwamandla;uma ibhethri lingaphansi kwamandla kagesi, ithuluzi lizocisha ngokuzenzakalela ukuvikela ibhethri.
●Umsingathi unebhethri le-lithium-ion elakhelwe ngaphakathi le-polymer futhi ufakwe ishaja yebhethri ye-lithium ezinikele ukunikeza indlela yokushaja ethembekile.
●Wonke umshini wamukela umklamo wesakhiwo sebhokisi lokudlulisa elibalulekile, elihlangene futhi eliqinile, elilungele ukusetshenziswa kwendawo yokwakha.
| Imodeli | I-GD-4138L | I-GD-4138M | I-GD-4138H |
| Imodi yokuhlola | Indlela yokubonisa i-Arc, isampula yamanje, okukhiphayo kwe-DC | Indlela yokubonisa i-Arc, indlela yokubonisa i-arc ye-DC, isampula yamanje, okukhiphayo kwe-DC | |
| Uhlobo lwesignali yesampula ephakathi | Indlela yokubonisa i-pulse arc reflection eminingi, isampula yamanje, i-low voltage pulse | Indlela yokubonisa i-Arc, indlela yokubonisa i-arc ye-DC, isampula yamanje, okukhiphayo kwe-DC | |
| Ukukhishwa kwe-DC HV | 0～16KV polarity negative Umkhawulo ophumayo wamanje: 152mA | 0～32KV polarity negative Umkhawulo ophumayo wamanje: 76mA | 0～8KV polarity negative Umkhawulo ophumayo wamanje: 304mA 0～16KVnegative polarity Umkhawulo ophumayo wamanje: 152mA 0～32KVnegative polarity Umkhawulo wamanje ophumayo: 76mA |
| I-Flashover capacitance | 0-16kV 8μF Amandla aphezulu okukhipha: 1024J | 0-32kV 4μF Amandla aphezulu okukhipha: 2048J | 0-8kV 32μF Amandla aphezulu okukhipha: 1024J 0-16kV 8μF Amandla aphezulu okukhipha: 1024J 0-32kV 4μF Amandla aphezulu okukhipha: 2048J |
| Ukukhishwa kwegebe le-sphere ngokuzenzakalelayo | Ukulawulwa kwamanje okubuthakathaka kwegebe lomoya we-solenoid valve, isikhathi sokukhipha siyalungiseka ukusuka kumasekhondi angu-3 kuya kwangu-12, futhi i-muffler yakhelwe ngokukhethekile ukuhlangabezana nezidingo zokuthulisa ukwehluleka kwekhebula ekuqaleni. | ||
| Imodi yokukhipha | I-DC imelana ne-voltage, ukukhipha okukodwa, ukukhishwa ngezikhathi ezithile | ||
| I-DC imelana ne-voltage | 16kv | 32kv | 32kv |
| I-voltage ye-impulse evumelekile | 16kV | 32kV | 32kV |
| Amandla omfutho wokufaka avumelekile | <2048J | ||
| Indawo yokusebenza | Izinga lokushisa: 0 ~ 40 ℃ Umswakama ohlobene: <75%RH | ||
| Ukunikezwa kwamandla kagesi | I-AC220V, 50Hz | ||
| Isamba somthamo | 3 kVA | ||
Isetshenziselwa ukukala ibanga lephutha.Ngaphansi kwemodi ye-LV pulse, ingasetshenziswa yodwa.
Isikrini se-LCD esingu-7inch, isikhombikubona esinobungane.
Indlela yokubeka amabanga amaningi:
Indlela ye-low voltage pulse: ilungele ukutholwa kwephutha eliphansi lokumelana, iphutha lesifunda esifushane, iphutha lesekethe elivulekile.Ingasetshenziswa futhi esilinganisweni sobude bekhebula, amalunga amaphakathi, amalunga e-T, kanye nejoyinti yokunqanyulwa kwekhebula.Le ndlela futhi ingasetshenziswa ukulungisa isivinini samagagasi.
Indlela yamanje ye-Pulse: Ifanele ukukalwa kwebanga lephutha eliphezulu lokumelana, iphutha lokuphuka.Ukusebenzisa i-coupler yamanje ukuqoqa amasignali kusukela kuntambo yomhlaba, kwenza umsebenzisi abe kude ne-voltage ephezulu.Le ndlela iphephile futhi ithembekile.
I-pulse eminingi: indlela ethuthukisiwe yokukala ibanga.I-waveform kulula ukuyibona futhi ukunemba kuphezulu.
200MHz isampula yesikhathi sangempela.Ubukhulu.Ukulungiswa kokulinganisa okungu-0.4m.Inendawo encane efile futhi ikhethekile kukhebuli emfushane kanye nekhebula eliseduze.
Thinta isikrini bese ucindezela ukhiye wokusebenza.Ikhesa ingahudulwa.
Ikhophi ye-PIP(isithombe. isitoreji sesikhashana)
Kuzoba newindi elikhulu futhi amawindi amathathu okugcina esikhashana angabheka ama-waveform amathathu ndawonye.
Isistimu yokusebenza eshumekiwe eyakhelwe ngaphakathi
Ukuphathwa kwesoftware okukhethekile yokuthuthukisa isoftware, ukwenza isipele nokubuyisela.
Umsebenzi wesikali
Indawo eyodwa yokuqala, abathintwayo abangu-10, iphutha lekhebula elilodwa nobude obuphelele bungase bumiswe.
Bonisa isikali nokuhlola i-waveform ngesikhathi esifanayo
Isitoreji se-Waveform nokuxhumana nekhompyutha.
Ukugcinwa kwangaphakathi kwama-waveforms.
Nge-USB, ukulanda noma ukulayisha idatha
Ukuxhumana ngekhompyutha
Ukuphathwa kwamandla
Ukukhanya kwangemuva kuba buthaka uma kungekho ukusebenza emizuzwini emi-2 futhi kucime emizuzwini eyi-10 uma kungekho msebenzi.
Ibhethri le-Polymer Lithium-ion elakhelwe ngaphakathi.
Isikhathi sokusebenza singafika emahoreni ama-5 ngokusetshenziswa ngakunye.
Ikesi eliqinile, kulula ukulithwala.
| Izindlela zokuthola indawo | Indlela ye-low voltage impulse Indlela yamanje ye-Ipulse Indlela ye-impulse eminingi |
| Ubukhulu.Imvamisa yesampula | 200MHz |
| Zuza ububanzi | 0-70dB |
| I-voltage ephansi ye-impulse voltage | 30V |
| Max.resolution | 0.4m |
| Ubukhulu.Ithola ububanzi | 100km |
| Indawo efile | 2m |
| Ibhethri | Amabhethri e-nickel-metal hydride aphinde ashajwe, isikhathi sokubekezela amahora angaphezu kwama-5 |
| Isixhumi esibonakalayo sokuxhumana | I-USB |
| Ukunikezwa kwamandla kagesi | Okokufaka kwe-AC220V, 50Hz, i-2A yamanje, shaja amahora angu-8 |
| Dim. | 274×218×81mm |
| Isisindo | 3.5kg |
| Izinga Lokushisa Lokusebenza | -10 ℃-40 ℃ |
| Umswakama | 5-90%RH |
| Ukuphakama | <4500m |
●Isiginali ye-Acoustic nekazibuthe yamukelwa ngesikhathi esifanayo.Ikhono eliqinile lokulwa nokuphazamiseka.
●Isibonisi se-Waveform.
●Isibonisi se-acoustic magnetic waveform.
●Ukuthola indawo yephutha nokulandela umzila.
●Nge-earphone ukuzwa umsindo.
●320*240 LCD isibonisi sesikrini, interface enobungane.
●Ibhethri le-Li elakhelwe ngaphakathi, elineshaja esheshayo.
●Izocisha ngokuzenzakalelayo uma ingasebenzi ngemva kwemizuzu engu-15 noma ibhethri eliphansi.
●Usayizi omncane, kulula ukuwuthwala.
●Umkhawulokudonsa wesignali ye-Acoustic: imvamisa emaphakathi 400Hz, umkhawulokudonsa ongu-200Hz
●Ukuzuza kwesignali: 80db.
●Ukunemba kwendawo: 0.1m
●Ukunikezwa kwamandla: Ibhethri ye-Li eyakhelwe ngaphakathi, i-voltage yegama elingu-7.4V, i-3000mAh, amahora angu-9 asebenzayo.
●Ishaja: Okokufaka kwe-AC220V±10%, 50Hz, okukhiphayo okusesilinganisweni okungu-8.4V, DC1A
●Isikhathi sokushaja: <4 amahora
●Ubukhulu: 270*150*210mm.
●Isisindo: 1.5kg.
●Isimo sokusebenzisa: izinga lokushisa -10--40℃, umswakama 5-90%RH, ukuphakama <4500m.
