JKWF 220-380V 0.1-5.5A Amandla asebenzayo imbuyekezo isilawuli capacitor ikhabhinethi isibuyekezi oluzenzekelayo

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I-JKWF series reactive power yahlula-isigaba abalawuli bembuyekezo oluzenzekelayo basebenzisa i-high-performance 16-bit microprocessor njengesixhobo esingundoqo ngaxeshanye isampuli yombane wesigaba esi-3 kunye nesigaba esi-3 semiqondiso yangoku.Umlawuli omnye unika ubuninzi be-18 loops yokulawula.I-sub-main machine (umatshini omnye oyintloko unokuzisa oomatshini abancedisayo be-2), eyona inkulu inokubonelela ngee-loops ze-54 zokulawula.Umsebenzi wembuyekezo welophu yolawulo nganye unokutshintshwa ngokungqongqo ngokuguqula iiparamitha zolawulo, kwaye ingasetyenziselwa imbuyekezo yesigaba esipheleleyo, imbuyekezo eqhelekileyo, kunye nembuyekezo eqhelekileyo kunye nembuyekezo yesigaba sokwahlula.Ukubonelela ngeentlobo ze-12 zokutshintsha izikimu zekhowudi, abasebenzisi banokukhetha ngokungaqhelekanga ngokuguqula iiparamitha zokulawula.Nje ukuba iiparamitha zolawulo ziguqulwe kwaye zigcinwe, aziyi kulahleka xa umbane ucinyiwe.Inokubonelela nge-RS485 interface kwaye yamkele iprotocol yonxibelelwano ye-MODBUS-RTU, enokugqiba ukude ukutshintshwa kweebhanki ze-capacitor, ukuguqulwa kweeparamitha zokulawula, ukubeka iliso kwiiparamitha zamandla kunye nesimo sokutshintsha kweebhanki ze-capacitor.Ukutshintsha kwebhanki ye-capacitor kulawulwa kukudityaniswa kwesiseko samandla amaza kunye namandla asisiseko asebenzayo, kwaye ukutshintshwa kuzinzile ngaphandle kokutshintsha i-oscillation, kwaye ayikhathaleli ukuphazamiseka kwe-voltage harmonics kunye ne-harmonics yangoku.Iimpawu ze-LED kunye ne-LCD zisetyenziselwa ukubonisa iiparamitha zolawulo kunye neeparamitha zamandla, kunye nojongano olunobungane lomatshini kunye nenkangeleko entle.Ilungele ulawulo oluzenzekelayo lwembuyekezo yamandla asebenzayo ye-AC 45Hz-65Hz inkqubo yamandla engaphantsi kwe-0.4KV.Yenza into yamandla ifikelele kwisimo esimiselwe ngumsebenzisi kwangaphambili.Ukuphucula ukusebenza kakuhle kweziguquli zamandla, ukunciphisa ilahleko yemigca, kunye nokuphucula umgangatho wombane wobonelelo lwamandla.Amacandelo afakwe kwi-patch, i-reflow soldering, kunye nokuhlolwa kweendlela ezininzi, ukwenzela ukuba iyunithi nganye ibe nokuzinza okufanayo kunye nokuthembeka.

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Iiparamitha zobugcisa kunye nemilinganiselo yesakhiwo

Umbane olinganisiweyo: AC 220V±10%
Ulinganiso lwangoku: AC 0-5A Umlinganiselo oqhelekileyo: 50Hz±5%
iparameter yokulawula
Uvakalelo: 100mA
Ukusetha kwangaphambili kwe-COSφ: 0.80-0.99;ubungakanani benyathelo 0.01;ukusetha kwangaphambili kwefektri 0.98
Ukutshintsha ukulibaziseka: 2-250s;ukusetha kwangaphambili kwefektri 30s.
Ukukhuselwa kwe-overvoltage: 230-260V;ubungakanani benyathelo 1V;ukusetha kwangaphambili kwemveliso 253V
Utshintsho lweCT: 50/5A-3000/5A;ubungakanani benyathelo 1V;ukusetha kwangaphambili kwefektri 500/5A
Umthamo we-Capacitor: 0-99kvar umzi-mveliso olungiselelwe i-10kvar kwisebe ngalinye
Umthamo woqhagamshelwano: imveliso eguqukayo ye-DC 12V × 50mA kwisebe ngalinye
Isiphumo esisisigxina 380V×7A/200V×5A kwisebe ngalinye
ukuchaneka komlinganiselo:
Umbane: ±0.5%
Okwangoku: ±0.5% Umba wamandla: ±1.0%
Amandla asebenzayo: ±1.0% Amandla asebenzayo: ±1.0%
Ubungakanani bomngxuma: 113×113mm
Ukunikezelwa kwamandla: I-100V / 220V / 380V kwabelwana ngayo kunye nesignali ye-voltage, inokulinganisa i-voltage kunye nesantya sangoku sokuphazamiseka
Isampuli yeSignali: I-2-phase voltage kunye ne-1-phase yangoku kunye nomsebenzi wokukhusela i-harmonic
Isekethe enkulu: Iisekethe ezi-1 ukuya kwezi-16 ezinemowudi yokusebenza ngesandla
Ukulibaziseka okufutshane: imizuzwana eyi-0.5 esebenzayo: i-node 2 isekhondi kunye nomsebenzi wokutshintsha kuqala kwaye emva koko utshintshe (inokusetyenziswa kulawulo lokucoca olusebenzayo)
Inikezela ngeenkqubo ezili-12 zokukhowuda umthamo
Qaphela: Amanye amanqanaba ombane kufuneka enziwe ngokwezifiso, imisebenzi ekhethekileyo inokwenziwa ngokwezifiso njengoko kufuneka

Iimpawu zemveliso kunye nobungakanani bokusetyenziswa

Iimpawu zesakhiwo:
1. Bala umthamo we-capacitor wokutshintsha ngokusekwe kumandla ombane asebenzayo, anokuphepha naluphi na uhlobo lokutshintsha umothuko, kwaye unokubonisa ngokuchanekileyo amandla ombane wegridi phambi kwee-harmonics;
2. Ukuchaneka komlinganiselo wamandla aphezulu kunye noluhlu olubanzi lokubonisa;
3. Ukuboniswa kwexesha langempela lombane opheleleyo (PF) kunye nesiseko samandla (DPF);
4. Umboniso wexesha langempela lokuguqulwa kwamandla ombane kunye nesantya sokuphazamiseka kwangoku;
5. Kukho iintlobo ezili-12 zendlela yokukhupha ikhowudi kubasebenzisi abanokukhetha kuzo,
6. Ngaphezulu kwe-16 iziphumo;
7. I-interface ye-man-machine inobuhlobo kwaye kulula ukuyisebenzisa;
8. Iiparamitha zolawulo ezahlukeneyo zilungelelaniswa ngokupheleleyo ngokwedijithali, ziyaqondakala kwaye kulula ukuzisebenzisa;
9. Ineendlela ezimbini zokusebenza: ukusebenza ngokuzenzekelayo kunye nokusebenza ngesandla;
10. Ngemisebenzi yokukhusela i-over-voltage kunye ne-under-voltage;
11. Inomsebenzi we-voltage ye-harmonic yokukhusela ngaphezulu kwe-standard;
12. Ngomsebenzi wokukhusela amandla-phantsi, idatha ayiyi kulahleka;
13. I-impedance yegalelo lesignali yangoku iphantsi <0.01Ω;
14. Ngomsebenzi wonxibelelwano (MODBUS-RTU RS485);
15. Uluhlu lohlengahlengiso lwamandla ekujoliswe kulo lubanzi, lag 0.70 ukukhokela i-0.70;
16. Inokunxibelelana nePDA.
Imiqathango yokusetyenziswa:
Ubushushu bomoya kwindawo: -25℃～+50℃;
Umswakama ohambelanayo: ≤50% kwi-40 ° C;≤90% kwi-20 ° C;
Ukuphakama: ≤ 2500 m;
Iimeko zokusingqongileyo: akukho zigesi ziyingozi kunye nomphunga, akukho luthuli oluqhumayo okanye oluqhumayo, akukho kungcangcazela komatshini.