10kv High Voltage Digital Insulation Resistance Tester
Lightweight Multi Function AC/DC Withstand Voltage Insulation Resistance Tester
Ngeentlobo ezintlanu zamanqanaba okuphuma kwamandla ombane (500V, 1000V, 2500V, 5000V, 10000V), umthamo omkhulu, ukuchasana okunamandla, i-AC kunye ne-DC, umsebenzi olula.
Nazi iiparamitha zobugcisa zoMvavanyi we-Insulation:
| ● Amandla e-AC | 220V ± 10%, 50/60 HZ , 20 VA |
| ● Ibhetri | 16.8 V Lithium ion ibhetri egcwalisekayo |
| ● Ubomi Bebhetri | 5000V@100M, 6 iyure |
| ● Ubungakanani (L x W x H) | 27cm x 23cm x 16cm |
| ● Vavanya ukuchaneka kwamandla ombane: | ixabiso lesiqhelo 100% ukuya 110% |
| ● Isiphumo sokuchaneka komlinganiselo wombane | ±5%±10V |
| ● Uluhlu lomlinganiselo wombane | AC:30-600V(50HZ/60HZ), DC:30-600V |
| ● Umlinganiselo wombane Ukuchaneka | ±2%±3dgt |
| ● Uluhlu lovavanyo lwangoku | 10mA |
| ● Ukuchaneka komlinganiselo wangoku | 5% + 0,2nA |
| ● Umsinga omfutshane | 2-5 mA, imveliso ehlengahlengiswayo |
| ● Uluhlu lovavanyo lwamandla | 25uF |
| ● Ukuchaneka kovavanyo lwamandla | ±10%±0.03uF |
| ● Isantya sokukhupha i-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 | 100kΩ ukuya kwi-10TΩ |
| ● Ialam | 0.01MΩ ukuya 9999.99MΩ |
Uluhlu lokuvavanya ukuxhathisa kunye nokuchaneka: T:23±5ºC,RH:45 - 75%
| UluhluUkuchaneka | 500V | 1000V | 2500V | 5000V | 10000V |
| Akuchazwanga | <100K | <100K | <100K | <100K | <100K |
| ±5%±3dgt | 100K-100G | 100K-200G | 100K-500G | 100K-1T | 100K-2T |
| ±20% | 100G -1T | 200G-2T | 500G-5T | 1T-10T | 2T-20T |
Imodi ye-Manual: Uluhlu: 1G / V, 100G kwi-100V. Xa i-voltage ingaphantsi kwe-200V, impazamo yokumelana inyuka nge-10%.
Iimpawu zale mitha yokumelana ne-RUN-IR1026:
1. Uluhlu lokumelana ne-Insulation 20TΩ@10Kv
2. I-short-circuit current inokulungiswa ukuya kwi-5mA.
3. Ukubonisa ngokuzenzekelayo amaxabiso ovavanyo lwe-polarization index (PI) kunye ne-absorption ratio (DAR), kwaye inokuvavanya ukuvuza kwangoku kunye ne-capacitance, i-DD kunye ne-SV.
4. Ukusebenza okugqwesileyo kokuchasana nokuphazanyiswa, xa i-interference current ifikelela kwi-2mA, isixhobo sisaqinisekisa ukuchaneka kovavanyo.
5. Umsebenzi wokuvavanya amandla ombane we-AC kunye ne-DC wesekethe evavanyiweyo unokuchonga ngokuzenzekelayo i-AC okanye i-DC.
6. Imveliso yovavanyo lwe-capacitive ikhutshwa ngokukhawuleza. Xa ikhebula livavanywa, ukukhutshwa kwezandla akufunwa, kwaye isixhobo sikhupha ngokuzenzekelayo ngokukhawuleza.
7. Iindlela zamandla ezi-2: sebenzisa ibhetri ye-lithium yokubonelela ngombane, ubomi bebhetri bunokufikelela kwiiyure ze-6.
8. Ngexesha elifanayo, inokuhlawuliswa ekusebenziseni. Kwimeko yokusilela kwamandla, inokutshintsha ngokuzenzekelayo ukusuka kumbane we-AC ukuya kunikezelo lwamandla ebhetri.
9. Imenyu yesiNgesi, ukusebenza okulula,
10. Bonisa ikholamu yokulinganisa ukulinganisa ukugquma.
11. Umsebenzi wokucoca idijithali, sebenzisa umsebenzi wokucoca ukunciphisa impembelelo xa ixabiso lokubonisa litenxa ngenxa
12. impembelelo yangaphandle
13. Umsebenzi ogqibeleleyo wokukhusela, i-circuit ye-G/E ine-fuse eyakhelwe-ngaphakathi kwaye ine-prompt yokuvuthela, kwaye isikrini sinemvelaphi ebomvu kunye nolwazi olukhawulezayo lombhalo omhlophe xa uvuthelwa.
14. Umsebenzi wokugcinwa kwedatha (Ukuthunyelwa kwedatha ye-USB kunye neMicro-printer ngokuzikhethela)
