Ukutholwa okunembe nokushesha kwephutha lekhebula eliyisisekelo kanye nephutha emgodleni ngaphansi kuka-220kV, linganisa ubude bekhebula; ukutholwa okunembile kwethrendi yokubeka ikhebula nokujula. Izingxenye zesistimu i-XHGG yochungechunge lwe-flash cable fault tester, ingxenye eyinhloko yayo yonke iyunithi, ngokuyinhloko okokuhlolwa okuqinile kwephutha lokufakwa kwentambo kukhebula ye-EHV.
I-Pulse amplitude | 400Vp-p |
Ububanzi be-Pulse | I-Adaptive |
Ibanga lokulinganisa | > 60 km |
Ukunemba | Iphutha eliphelele: ±10m, iphutha elihlobene: ±1% |
Bonisa | Isikrini sokuthinta esingu-12.1-intshi sonke-in-one |
Uhlelo | Windows, USB 3.0 |
Hlola ubude bekhebula | < 1 KM(ibanga elifushane), <3 KM(ibanga elimaphakathi), > 3KM( ibanga elide) |
Ukunikezwa kwamandla kagesi | Ibhethri ye-lithium amahora angu-4 ngokuqhubekayo, amandla e-AC |
Izinga lesampula | 200MHz |
Isixazululo esihle kakhulu | 0.5m |
Indlela yokulinganisa | Indlela ye-low voltage pulse |
1.Isistimu yeWindows
2. Ukusebenza kwesikrini sokuthinta
3.Intelligent cable management
4.Ukukhiqizwa kombiko wesikhathi sangempela
5.Ukuhlaziywa kwe-Superposition yama-pulses angu-10 namagagasi e-flashover angu-10
6.Ukuhlaziya okuzenzakalelayo kwebanga lephutha
7.Isampula eqhubekayo ezenzakalelayo, ungalokothi uphuthelwe noma iyiphi i-waveform yokukhishwa
8.Umsebenzi omkhulu wokugcina wefomu lokuhlola legagasi, amagagasi ahlolwe esizeni angagcinwa kalula entweni ngokulandelana okubekiwe ukuze akhunjulwe futhi abukwe nganoma yisiphi isikhathi.