Intengiso eshushu yomzi-mveliso ngexabiso elithe ngqo elikrelekrele eliphezulu eline-voltage eyi-15kv yomvavanyi wokugquma

Inkcazelo emfutshane:

Umba: RUN-IR1526

Umvavanyi okrelekrele we-insulation resistance tester unemiba emi-6: 500V, 1000V, 2500V, 5000V, 10000V, 15000V. kwaye uvavanyo oluphezulu lunokufikelela kwi-30TΩ. Ngomsebenzi wokunyusa ngokuManuwali.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Umsebenzi ogqwesileyo wokuchasana nokuphazamiseka kwe-15kv umvavanyi wokumelana nobushushu

detail-(1)
detail-(2)

Ukucaciswa kwesixhobo soVavanyo lwe-Insulation Resistance

Ubonelelo lwamandla e-AC 220V±10%, 50/60 HZ, 20VA
Unikezelo lwamandla ebhetri I-16.8V lithium ion ibhetri egcwalisekayo
Ixesha lokuphila kwebhetri 5000V@100M, malunga neeyure ezi-6
Imilinganiselo 270*230*160 mm
Ubunzima 3.8kg
Ukuchaneka kwamandla ombane I-100% ukuya kwi-110% yexabiso legama
Ukuchaneka kokuJonga i-Voltage Monitoring ±5%±10V
Uluhlu lokulinganisa umbane AC: 30-600V (50HZ/60HZ), DC: 30-600V
Ukuchaneka komlinganiselo wombane ±2%±3dgt
Uluhlu lwangoku lovavanyo 10mA
Ukuchaneka komlinganiselo wangoku 5% + 0,2nA
Isiphaluka esifutshane sangoku I-2 ukuya kwi-6mA, imveliso elungelelanisiweyo
Uluhlu lovavanyo lwamandla 25uF
Ukuchaneka kovavanyo lwamandla ±10%+0.03uF
Isantya sokukhutshwa kwesampuli ye-capacitor ukusuka 5000V ukuya 10V, 1S/µF
Ukhuseleko Impazamo ye-2%, ikhusela i-500kΩ ukuchasana nokuvuza phantsi komthwalo we-100MΩ
Uluhlu lokubonisa i-analog 100kΩ ukuya kwi-10TΩ
Uluhlu lokubonisa lwedijithali 10kΩ ukuya kwi-20TΩ
I-alam ye-insulation 0.01MΩ ukuya 9999.99MΩ
Uluhlu lovavanyo lokumelana ne-insulation kunye nokuchaneka iqondo lobushushu: 23±5ºC, ubushushu besalamane: 45 – 75%RH

Iimpawu zale mitha yokuLawula i-Electrical Insulation Resistance

1. Uluhlu lokumelana ne-Insulation 20TΩ@10kV

2.I-short-circuit current inokulungiswa ukuya kuthi ga kwi-3mA.

3.Ukubonisa ngokuzenzekelayo amaxabiso ovavanyo lwe-polarization index (PI) kunye ne-absorption ratio (DAR), enokuvavanya ukuvuza kwangoku kunye ne-capacitance, kunye novavanyo lwe-dielectric discharge (DD) kunye novavanyo lwe-voltage yesinyathelo (SV).

4.Umsebenzi ogqwesileyo wokuchasana nokuphazamiseka, xa ukuphazamisa okwangoku kufikelela kwi-2mA, isixhobo sisaqinisekisa ukuchaneka kovavanyo.

5.Umsebenzi wokuvavanya i-AC kunye ne-DC yesekethe evavanyiweyo inokuchonga ngokuzenzekelayo i-AC okanye i-DC.

6.Imveliso yovavanyo lwe-capacitive ikhutshwa ngokukhawuleza. Xa ikhebula livavanywa, ukukhutshwa kwezandla akufunwa, kwaye isixhobo sikhupha ngokuzenzekelayo ngokukhawuleza.

Iimodi zamandla ze-7.2: sebenzisa ibhetri ye-lithium ukubonelela ngombane, ubomi bebhetri bunokufikelela kwiiyure ze-6. Inokuhlawuliswa xa isetyenziswa. Kwimeko yokusilela kwamandla, inokutshintsha ngokuzenzekelayo ukusuka kumbane we-AC ukuya kunikezelo lwamandla ebhetri.

I-8.I-Digital filter function, sebenzisa umsebenzi wokucoca ukunciphisa impembelelo xa ixabiso lokubonisa liphambuka ngenxa yempembelelo yangaphandle.

9.Umsebenzi wokukhusela opheleleyo, kwaye uxhotyiswe ngefuse evuthela umsebenzi okhawulezayo.

10.Umsebenzi wokugcina idatha, kunye nedatha ingathunyelwa ngaphandle.


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