Amandla limiter: wiring idayagramu

Amandla limiter - yidivayisi olulawula ukugeleza ugesi endlini. Isebenza, njengoba umthetho, e inethiwekhi kushintshana zamanje. Ngenxa limiters zanamuhla kakhulu bandise nokuphila transformers encane. Futhi nabo ulawulwa amandla phakathi kwabasebenzisi. Ngaphezu kwalokho uyama ukuze ukwazi oyifisayo ngendlela ukuxhumana okungagunyaziwe abengekho. Kuze kube manje, wonke amadivayisi yalolu hlobo zihlukaniswe owodwa esigabeni futhi ezintathu okhombisa onobuhle.

Izici owodwa esigabeni izingqinamba

Kushintshana amandla limiter has a voltage elilinganiselwe 300 V. Le imvamisa yokusebenzisa yedivaysi nge-avareji ka-60 Hz. Limiters kukhona uyakwazi ukukhulula ubuncane 3 kW kanye esiphezulu kakhulu ngendlela 30 kW. Nokho, kulesi simo, okuningi kuncike umakhi. Ngaphezu kwalokho, ipharamitha esinjalo kunakwe njengoba ukubambezeleka. Wagcina kuthinta voltage umkhawulo zedivayisi. owodwa esigabeni sindisa zamanje limiter esiphezulu kungaba 3 A. Ngisho kufanele ucabangele ukuthi amadivayisi yalolu hlobo azamukeleki abukhali voltage spikes.

Uyini limiters umehluko okhombisa?

Amandla limiter (ezintathu okhombisa) voltage nokukhawulela ubambe at 350 Watts. Ngakwelinye ihlangothi, imvamisa yokusebenza ngayo ngezithuba 70 Hz. limiters Ubuncane esingakwenza ukuze sigcine amandla 5 kW kanye esiphezulu kakhulu ngendlela 40 kW. Ngaphezu kwalokho, kufanele kukhunjulwe ukuthi babe nesilinganiso kahle eliphezulu of discreteness.

Off-ukubambezeleka, esikhundleni salokho, yisilinganiso sesifundo imizuzwana-10. amandla Ngokweqile ezintathu okhombisa ukuguqulwa zingamelana mikhulu. I iconsi voltage Kusenziwa athathwe ngokungathi sína. Phakathi ukushiyeka lezi amadivaysi kumele nokungathembani ezinkulu zamanje edluliselwe oxhumana kuphawulwe. Ngaphezu kwalokho, kukhona amaphutha ezinkulu nesilinganiso. Ngakho, ukumiswa ezintathu okhombisa izingqinamba zidinga eyingozi.

Indlela ukuxhuma idivayisi yakho?

amandla limiter, njengoba umthetho, uxhumekile okokufaka ngokuzenzakalelayo. Kulokhu, ephezulu voltage wire kufanele kube eduze ukuziqalela. Ngokushesha iqanda ibhasi exhunywe kwi imitha kagesi. Ukuxhumeka transformer wenziwa ngokulandelana. Ukuze operation evamile limiter kwasekuqaleni ukubeka isixhumi.

Amandla uxhumano kuhlolelwe isigaba ngasinye. pads eziphezulu, ekugcineni, wonke umuntu kufanele siyibonakalise phezulu. IElectromagnetic isiqhebezo uma ivuliwe zokugcina. Pads komugqa wesibili okufanele uvale wonke oxhumana edluliselwe. Ukuze kungabikho muntu ophathwa sindisa, idivayisi ifakwe alamu ekhethekile. Laba bobabili lokugcina izicathulo kubalulekile bembonisa mode oyifunayo. Ngemva nokubopha limiter ihlolwe nezindlala ijabulise, kanye main intambo.

Limiter OM-630

Ixhuma kule divayisi Kwenziwa ngokusebenzisa wesitimela 35 mm. Abamelana voltage amandla limiter OM-630 sasisekelwa at 300 i-imvamisa yokusebenza 60 Hz. umthamo Ubuncane idivayisi unga okukhipha 4 kW, kanye esiphezulu kakhulu ngendlela 30 kW. Izinga Discreteness kule imodeli kuyinto enhle futhi ezingeni 0.2 kV. reclosure nge-avareji ka-amasekhondi angu-5. Ehlome iconsi voltage amandla limiter OM-630 uyakwazi shaqa kunalokho ngokushesha. Ubuningi kudivayisi umthwalo lamanje imi 5 A.

OM-1 imodeli zedivayisi

Le modeli ixhuma nge ibhasi ekhethekile, esemgwaqweni ngaphansi esiphikisayo. wathi amandla limiter esiphezulu ukushintsha wamanje (scheme kukhonjisiwe ngezansi) umelana 16 A. kudivayisi nokusingatha ngaleyo ndlela kungaba kusuka 3 kuya ku-30 kW. Degree yokuvikela OM-1 has IP20. ukubambezeleka reclosing obugcwele emhlabeni 6 imizuzwana. Nge transformer zangaphandle AC wathi ngesivalo uyakwazi ukusebenza. Nge gxuma elibukhali voltage in idivayisi 20 ngeke akhubeke ngokuzenzakalelayo. Ngaphezu kwalokho, kufanele kuphawulwe ukuthi limiter Kulula kakhulu ukufaka. Lokhu kungenxa yokuthi ezinye zezici zalo zihlanganisa yokubeka ekhethekile lapho izindlu iqinile.

Ixhuma limiter OM-1-2

limiter Ixhunyiwe OM 1-2 amandla ngokusebenzisa umshini lokungeniswa. I high voltage wire ngaleyo ndlela kufanele ibekwe ngemuva isivalo kudivayisi. Okokuqala kubalulekile ukuxhuma yonke imishini kuya imitha kagesi. Okulandelayo, udinga ukulungisa ibhasi zero kwephaneli. Okungenani ukuziqalela icushiwe, esemgwaqweni ngenhla transformer zero ukulandelana.

Eyokuqala amabhlogo ezintathu limiter exhunywe ngqo edluliselwe. Ukuze aphumelele ishayela icushiwe contact ehlukile ku iphaneli. Pads komugqa wesibili asetshenziselwa zangaphandle mkhosi limiter. Tubular kwidivaysi yokufakwayo bangenile baphendukela yakamuva. Ukuze zibonise imodi abayifisayo besebenzisa lezo umbhangqwana okwedlulele izicathulo.

Isifunda yokuxhuma owodwa esigabeni onobuhle kagesi

Kulokhu, umbhangqwana wokuqala we izicathulo kufanele kube ngendlela yokungachemi. uxhumano ugesi yenziwa nge Isixhumi okhethekile. Ngokusho esigabeni voltage lokuqala iyenziwa kuqala. Ukusebenzisa kagesi isiqhebezo edluliselwe K1 contact. Pads komugqa wesibili e limiter yakhelwe lokubekwa eqhulwini kodaba lokuvulwa umsebenzi. Ukuze uthole mkhosi ngaphandle usebenzisa amandla ezahlukene oxhumana. emgqeni wesithathu pads okuhloswe kuphela nesibekandzaba. nezindlala Tubular ngesikhathi esifanayo ngqo exhunywe kwi- intambo.

Wiring nabantu oxhumana nabo avaliwe

Ixhuma limiter nge oxhumana avaliwe ukusebenzisa ukushintsha discreteness. lapho zohlelo zokubonisa iyenziwa at LED ekhethekile. Ngakho, umsebenzisi uyakwazi ukulawula imikhawulo voltage. alamu yangaphakathi Kulokhu, unendima ebalulekile.

Ukuze uyeke ongamelana osindayo, umbhangqwana wokuqala pads ibekwa hlangothi. Ingqikithi kokuqala is bebengaphuzile ohlelweni ngenxa latches kagesi. Pads komugqa wesibili kuyadingeka kuphela yokunqoba umthwalo kuqala. Ngakwelinye ihlangothi, ekuvaleni amandla kwenzeka ngenxa zero ibhasi. Kuvalwa chain inkinobho inethiwekhi, okuyinto ixhunywe esigabeni zero.

Connections limiter nabantu oxhumana nabo evulekile

Ukuze uxhume limiter nge oxhumana evulekile, kubalulekile ukuthi lilungiselele ukuziqalela. Ngemva kwalokho, umbhangqwana wokuqala we izicathulo echayeke kule sikhundla engenhla. umshini yesingeniso kuleli cala kumele ibekwe ngokushesha ngemuva intambo. Ukuze ugweme ongaphakeme-imvamisa ukuminyana, sebenzisa ukushintsha. ukuthengisela zamanje ukuba transformer kungenxa asalile iqembu Automata, okuyinto asethe njó abicah zenjoloba.

OM-kudivayisi 630-2

Abamelana voltage amandla limiter 630-2 ongamelana at 340 V i-imvamisa yokusebenza 70 Hz. Inkomba discreteness nguye 3 kW. Ixhuma kudivayisi kuya counter nge oxhumana ivaliwe. sindisa latency ezithothene ezomhlaba mayelana amasekhondi angu-40. I iconsi voltage yonkana limiter esiphezulu uyakwazi withstanding 30 V. Ngakwelinye ihlangothi, nge-sindisa kohlelo Ungasingatha 5 A. Ukumeda ukungaqiniseki kulezi onobuhle mncane impela, futhi lokhu kufanele kucatshangelwe. Ngaphezu kwalokho, kubalulekile ukuqaphela ukuthi limiter kokuboshelwa ndawonye kuyashesha.

kudivayisi Ixhuma OM-630-3

Kufaka asebenzayo amandla limiter (uxhumano uhlelo aboniswe ngezansi) nge ibhasi. Iqembu semi-automatic kulokhu ixhumeke baphendukela zokugcina. Engaphandle umusi pad ngaphambi supply zamanje kufanele siyibonakalise engenhla. Ngakwelinye ihlangothi, i-pair of umugqa lesibili kufanele libe ngendlela yokungachemi. Ngenxa yalesi ukucindezeleka idivayisi uhlaliseke ngokushesha. Ukuze kuliwe amayunithi ekhethekile esetshenziswa kuyintfo lesembili ukuminyana. Basuke fixed ngqo imitha kagesi. Hlola uxhumano lwe efanele limiter kungalungiswa njalo isekelwe ohlelweni ukusebenza inkomba.

Imodeli owodwa esigabeni OM-310

Ukuze uxhume le imodeli kwinethiwekhi usebenzisa hala nge 35 mm. Kubalwa amandla limiter 310 kuya ku-250 V ngesikhathi imvamisa yokusebenza 45 Hz. Amandla lingasethwa okungenani 5 kW kanye esiphezulu kakhulu ngendlela 33 kW. Discreteness kule limiter kuyinto ngempela eningi futhi 0.3 kV. Ngakwelinye ihlangothi, inkomba ukubambezeleka icishiwe lapho 6 imizuzwana. Reclosing kudivayisi kuyashesha. Falling esiphezulu OM-310 zingamelana voltage 5 V Ngakwelinye ihlangothi, sindisa zamanje kumele singeqi 6 A. Ubude ukushintsha ezimbili apharathasi enikeziwe.

Amadivayisi ukusetshenziswa nge transformer yangaphandle

Amandla limiter yalolu hlobo ixhunyiwe, ngokuvamile esebenzisa mm yokubeka 40. Lokungeniswa Machine kulokhu kufanele kube ngaphansi kwebhokisi eduze ntambo kagesi. Ukuze aphebeze lokho amandla iyunithi ixhunyiwe kuze kube sekugcineni. Zero isondo bashintshele oxhumana ezimbili zokuqala okuyizinto ngokuvamile evulekile.

Ngaphezu kwalokho, kubalulekile ukuba ukusungula ukuziqalela, elawula ukusebenza kwe-transformer zero ukulandelana. Ngaphambi kwalokhu, umsebenzisi kumele usethe umbhangqwana wokuqala emabhuloki kudivayisi. Ukuze wenze lokhu, kufanele kuqala ifakwe ezincwadini isikhundla engenhla bese ukubheka zohlelo zokubonisa. Uma LED oluhlaza icushiwe, kusho ukuthi uhlelo ivaliwe. Ngaphezu kwalokho, lezi pads zidluliselwa hlangothi ngakho ukuthi isiginali sihamba unimpeded. Khona-ke wamisa edluliselwe.

Okokuqala, kufanele kahle bahlanza. Kulokhu, izindlala ijabulise zilethwa kubo njalo. Okulandelayo, kubalulekile ukuvala isiqhebezo kagesi. Ngenxa yale njongo kubalulekile ukukhipha ikhava uhlangothi futhi ibenze wesifunda wiring. Blocks umugqa wesithathu asethwe kwindawo phezulu ngokulandelana. Kulokhu, umsebenzisi kumele ulandele zohlelo zokubonisa. Uma phakathi naleyo nqubo kwabangela LED oluhlaza, kubonisa ukuthi circuit ivaliwe. Lokho uhlelo akusho kusebenze alamu zangaphandle, udinga ukucisha edluliselwe. Ngemva kwalokho, kumelwe nezindlala ijabulise exhunywe futhi.