PUSH Electrical 80kv 60kv 30kv High Voltage Ac Hv Vlf Hipot Tester Vlf Cable Testing Equipment

Bidh an toradh a’ cothlamadh teicneòlas tricead caochlaideach didseatach adhartach ùr-nodha agus smachd meanbh-choimpiutairean còmhla, mar sin, is urrainn dha làn àrdachadh bholtachd fèin-ghluasadach, ceum sìos, tomhas agus dìon a thoirt gu buil a bharrachd air eadar-theachd làimhe ann am pròiseas àrdachadh bholtachd fèin-ghluasadach. Tha an dealbhadh dealanach iomlan a’ dèanamh cinnteach à meud beag agus cuideam aotrom. Bidh an scrion LCD mòr a ’dèanamh cinnteach à taisbeanadh soilleir agus lèirsinneach, agus is urrainn dha cruth tonn toraidh a thaisbeanadh. Bidh an clò-bhualadair a’ toirt a-mach aithisgean deuchainn.

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Ro-ràdh puing reic toraidh

1, Faodar dàta de shruth, bholtadh, cruth tonn a shampall gu dìreach aig taobh bholtachd àrd, agus mar sin tha an dàta fìor agus ceart.
2, Dìon overvoltage: Ma tha an toradh nas àirde na a’ chrìoch bholtachd stèidhichte, thèid an ionnstramaid a dhùnadh gus e fhèin a dhìon, tha an ùine gnìomhachaidh nas lugha na 20ms.
3, Dìon overcurrent: is e dìon dùbailte bholtachd àrd-ìosal a th’ ann anns an dealbhadh, faodar an dìon dùnadh ceart a dhèanamh a rèir an luach suidhichte aig taobh bholtachd àrd; Ma tha an sruth air taobh bholtachd ìosal nas àirde na an t-sruth measta, gabhaidh an ionnstramaid dìon dùnadh, tha an ùine gnìomhachaidh an dà chuid nas lugha na 20ms.
4, Tha resistor dìon toraidh bholtachd àrd air a thoirt seachad anns a’ bhuidheann àrdachadh bholtachd san dealbhadh agus tha seo a ’cur às don fheum air resistor dìon a bharrachd ceangailte a-muigh.

Paramadair toraidh

Modail no	Ìre bholtaids / gnàthach	Comas giùlain luchdan	Cumhachd FuseTube	Structar toraidh agus cuideam
VLF-30	30kV / 20mA （Buaic）	0.1 Hz, ≤1.1µF	5A	Rianadair: 4 ㎏ Àrdachadh: 25㎏
		0.05 Hz, ≤2.2µF
		0.02 Hz, ≤5.5µF
VLF-50	50kV / 30mA （Buaic）	0.1 Hz, ≤1.1µF	15A	Rianadair: 4 ㎏ Àrdachadh: 50㎏
		0.05 Hz, ≤2.2µF
		0.02 Hz, ≤5.5µF
VLF-80	80kV / 30mA （Buaic）	0.1 Hz, ≤0.5µF	20A	Rianadair: 4 ㎏ Brosnachadh : 55 ㎏
		0.05 Hz, ≤1µF
		0.02 Hz, ≤2.5µF

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