Umatshini woVavanyo lweSekethe yeSekethe ePhakamileyo yangoku i-KS-10000A
Ingcaciso yeMveliso
Umzobo wesalathiso sembonakalo (ngokukodwa, eyona nto iya kuphumelela)
1. Sebenzisa i-copper conductivity ephezulu njenge-carrier yangoku enkulu ngexesha lesiphaluka esifutshane, kwaye usebenzise i-high-power vacuum switch kwi-short circuit (ibhokisi engeyiyo i-vacuum);
2. I-short circuit trigger (i-high-intensity vacuum switch ivula kwaye ivale ukwenza isiphaluka esifutshane) ukuphumeza uvavanyo olugqibeleleyo lwesekethe.
3. Ukuveliswa kokumelana: Sebenzisa umlinganiselo we-sliding manual ye-1-9 mΩ, i-superimpose 10-90 mΩ, kwaye ulungise ngokukhululekileyo ngokuchofoza kwikhompyutheni okanye kwisikrini sokuchukumisa;
4. Ukukhethwa kwe-resistor: i-nickel-chromium alloy, enenzuzo yokumelana nokushisa okulungileyo, i-coefficient encinci yokutshintsha kwiqondo lokushisa eliphezulu, ixabiso elincinci, ubunzima obuphezulu kunye ne-overcurrent enkulu. Xa kuthelekiswa ne-constantan, ineziphene ngenxa yobunzima obuphezulu, ukugoba lula kunye nemekobume yokufuma okuphezulu (80 % okanye ngaphezulu) izinga le-oxidation likhawuleza;
5. Ukusebenzisa i-shunt ukwahlula ngokuthe ngqo i-voltage yokuqokelela, xa kuthelekiswa nokuqokelela iHolo (0.2%), ukuchaneka kuphezulu, kuba ukuqokelela kweHolo isebenzisa i-inductance eyenziwa yi-coil inductor ukubala okwangoku, kwaye ukuchaneka kokubamba akwanele. xa umzuzwana usenzeka.
Umgangatho
I-GB/T38031-2020 Iimfuno zokhuseleko lwebhetri yamandla esithuthi sombane
I-GB36276-2023 Iibhetri zeLithium-ion zokugcina amandla ombane
I-GB/T 31485-2015 Iimfuno zokhuseleko lwebhetri yemoto yombane kunye neendlela zokuvavanya
I-GB/T 31467.3-2015 Iipakethi zebhetri zamandla eLithium-ion kunye neenkqubo zezithuthi zombane Icandelo 3: Iimfuno zokhuseleko kunye neendlela zokuvavanya.
Iimbonakalo
| UMfowunelwa wangoku ophezulu | Ilinganiswe ngokusebenza ngoku i-4000A, ukuchasana kwangoku ngaphezu kwemizuzu eyi-10, usebenzisa inkqubo yokucima i-arc ye-vacuum; |
| Ukuchasana koqhagamshelwano kuphantsi kwaye isantya sokuphendula sikhawuleza; | |
| Isenzo soqhagamshelwano sithembekile, sikhuselekile, siphila ubomi obude, kwaye kulula ukuyigcina; | |
| Ingqokelela yangoku | Ukulinganisa okwangoku: 0 ~ 10000A |
| Ukuchaneka kokufunyanwa: ±0.05% FS | |
| Isigqibo: 1A | |
| Izinga lokufumana: 1000Hz | |
| Isitishi sokuqokelelwa: itshaneli e-1 | |
| Ingqokelela yangoku | Ukulinganisa umbane: 0 ~ 300V |
| Ukuchaneka kokufunyanwa: ±0.1% | |
| Izinga lokufumana: 1000Hz | |
| Ijelo: Iitshaneli ezi-2 | |
| Uluhlu lobushushu | Uluhlu lobushushu: 0-1000℃ |
| Isisombululo: 0.1℃ | |
| Ukuchaneka kokuqokelela: ±2.0℃ | |
| Izinga lokufumana: 1000Hz | |
| Ijelo: Iitshaneli ezili-10 | |
| Indlela yokulawula | Isikrini sokuchukumisa se-PLC + ulawulo olukude lwekhompyuter; |
| Shunt Ukuchaneka | 0.1%FS; |
| Isixhobo sokuCima i-Arc | Isitshixo se-vacuum esifutshane sangoku; |
| Ubomi boomatshini | amaxesha angama-100,000 nangaphezulu; |
| Ubude beCable | Ngokuzikhethela; Iimitha ezi-5 ubude |
| Inkqubo yokuHlola | / |
| Umsebenzi woKhuseleko lweSidenge | Ukukhuselwa kobungqina bobudenge kwi-software kuthintela ukuphathwa kakubi kwabantu; |
| Umsebenzi weSoftware | Ujongano lwesoftware lunokuseta ireyithi yesampulu, amandla ombane ebhetri, ubushushu, ixesha elifutshane lesekhethi, njl. njl amajelo kufuneka adityaniswe kunye nesampulu yezixhobo zesekethe emfutshane; |
| Uqwalaselo lweKhompyutha | I7 CPU 10th isizukulwana okanye ngaphezulu, 32G inkumbulo esebenzayo, 1T hard drive |
| Izibuko loNxibelelwano | Ujongano lwe-Ethernet; |
| Ukukhanya kweAlam | Xa ulindile, ukukhanya okutyheli kuhlala kukhanya: xa kuqhelekile, ukukhanya okuluhlaza kuhlala kukhanya; xa ukumisa okanye ukungaphumeleli kwenzeka ngokukhawuleza, isibane esibomvu sihlala sivuliwe kwaye i-buzzer ikhala ngokukhawuleza; |
| IsiNxulumanisi soVavanyo lweSoftware (Iya kwenziwa ngokwezifiso ngokweMisebenzi eyahlukeneyo) |  |
| NgokweMisebenzi eyahlukeneyo) | |
| Umbuzo weParameter yezeMbali |  |
