Name: Ithuluzi Lokuhlola I-10 Capacitance ne-Tan Delta
SKU: 2688659

Imininingwane enzuzo

Indlela yokuthumela:I-Express

inombela yokucaciswa:HV030

Ukubonisa umlingani

Incazelo emfushane:

I-Capacitance and Tan Delta Tester ikala amandla okugcina ugesi (capacitance) nesici sokulahlekelwa amandla (dielectric loss factor, tgδ) ezinto zikagesi ezinamandla aphezulu. Yakhiwe ngendlela ehlanganisiwe, inomzamo wokuhlola ukulahlekelwa amandla (dielectric loss test bridge), umthombo wamandla oguquguqukayo (variable frequency adjustable power supply), i-transformer ekhulisa amandla (boosting transformer) kanye ne-capacitor ejwayelekile ye-SF6.

Lingahlola imishini ephansiwe, imishini engaphansiwe, i-CVT evalwe ngokugcwele (Capacitive Voltage Transformer), uma kufakwa inkomishi yokufaka insulation kanye nesistimu yokulawula izinga lokushisa, ukulahleka kwe-dielectric kukawoyela wokufaka insulation kungahlolwa.

Izici

• Isibonisi esikhulu se-LCD

Ithuluzi lifakwe isibonisi esimibalabala esikhulu esinguthinta esingama-intshi ayi-7, isixhumi esibonakalayo sokusebenza esinguthinta. Ukusebenza kulula, futhi inqubo ngayinye icacile futhi iqondakala. Umsebenzisi akadingi ukuqeqeshwa okukhethekile okwengeziwe ukuze asebenzise. Ukuchofoza nje kancane kungaqedela ukukalwa kwalo lonke inqubo. Njengamanje iyithuluzi elihle kakhulu lokulinganisa ukulahleka kwe-dielectric elihlakaniphile.

• Ukugcinwa kwedatha okukhulu

Ithuluzi lifakwe i-chip yekhalenda kanye nememori enkulu. Lingagcina amasethi edatha angu-100. Imiphumela yokuhlola ingagcinwa ngokulandelana kwezikhathi futhi ibukwe noma nini. Futhi ingaphrintwa.

• Ukuphathwa kwedatha okwesayensi nokuthuthukile

Idatha yethuluzi ingakhishwa nge-USB drive futhi ibukwe futhi ilawulwe kunoma iyiphi i-PC.

• Izindlela eziningi zokuhlola

Ithuluzi lingasebenzisa izindlela ezahlukahlukene ezifana ne-voltage ephezulu yangaphakathi, i-voltage ephezulu yangaphandle, istandard sangaphakathi, istandard sangaphandle, indlela yokuxhuma eqondile, indlela yokuxhuma ephambene, nendlela yokuzivuselela ukuze ihlole; uma kusetshenziswa indlela yokuxhuma eqondile ye-external standard external high voltage, ingakala ukulahleka kwe-dielectric ye-voltage ephezulu (ngaphezu kwe-10kV) ye-CVT.

• Akudingeki ukukhipha izintambo zikagesi ophezulu ukuze kulinganiswe i-CVT

Ithuluzi lingakala ngokunembile inani lokulahleka kwe-dielectric kanye nenani le-capacitance ye-CVT ngaphandle kokususa izintambo ze-voltage ephezulu.

• Indlela yokuvikela yokuxhuma ehlehlayo ye-CVT yokulinganisa i-C0

Ithuluzi lingasebenzisa indlela yokuvikela yokuxhuma ehlehlayo ukulinganisa inani lokulahleka kwe-dielectric nenani le-capacitance ye-C0 ephezulu ye-CVT.

• Isignali yokusampula enesivinini esiphezulu

I-inverter nezingxenye zokusampula ngaphakathi kwethuluzi konke kulawulwa ngedijithali, futhi amandla okukhiphayo ayakwazi ukulungiswa ngokuqhubekayo.

• Ukuvikelwa okuningi nokuphepha okuthembekile

Ithuluzi linezinyathelo eziningi zokuvikela ezifana nokushintshashintsha kukagesi wokufaka, umsinga wamandla aphezulu, ukufushaniswa komphumela, ukuphazamiseka kukagesi, i-overvoltage, i-overcurrent, izinga lokushisa, njll., kuqinisekisa ukuphepha nokwethembeka kwethuluzi. Ithuluzi futhi linomsebenzi wokuthola ukuthi kukhona yini ukugxunyekwa emhlabathini, ukuqinisekisa ukuthi imishini engagxunyekiwe emhlabathini ayivunyelwe ukusebenza nokuqala ukuhlolwa. Uma kwenzeka kuxhunywe amandla kagesi angu-380V endaweni, linomsebenzi wokukhala ukuvikela ithuluzi ekulimaleni.

• Ukuhlolwa kwe-CVT ngesinyathelo esisodwa

Leli thuluzi lingahlola futhi ukulahleka kwe-dielectric kanye namavelu e-capacitance e-C1 ne-C2 ye-CVT evalwe ngokugcwele, okwenza ukuhlolwa kwe-C1 ne-C2 kwenziwe kanyekanye. Lingahlola futhi isilinganiso sokuguqula kanye nomehluko we-angle yamandla kagesi we-CVT.

• Ukulinganisa okuzenzakalelayo kwe-LCR

Ukukala okuzenzakalelayo kwe-inductance, capacitance, kanye ne-resistance, nokuboniswa kwe-engeli.