Uhlobo lweSolenoid ATS(i-Electromagnetic Automatic Transfer Switch) sisixhobo esibalulekileyo sokuqinisekisa ukuqhubeka kokunikezelwa kombane, esisetyenziswa kakhulu kwiimeko ezahlukeneyo eziphambili. Uhlobo lwesayensi lokukhethwa kwayo lumisela ngokuthe ngqo ukuthembeka nokusebenza kakuhle kwenkqubo yokunikezelwa kombane. Ukuqonda ingqiqo yayo yokukhetha kunye namanqaku asebenzayo kubaluleke kakhulu kwiingcali ezifanelekileyo.

I. Uhlalutyo lweParamitha ePhambili: Iimfuneko ezibalulekileyo zangoku, iVolthi kunye nexesha lokutshintsha lokukhetha i-ATS yohlobo lweSolenoid

1.1 Ukukhethwa kweParamitha yangoku: Gcina umda we-10%-20% kwi-current elinganisiweyo; i-current yokumelana ne-short-circuit iya kudlula ixabiso eliphezulu elilindelweyo.

1.2 Uhlengahlengiso lweParameter yeVoltage: I-voltage elinganisiweyo kufuneka ihambelane nenkqubo yamandla; khetha iimveliso ze-wide-voltage xa ufuna ukutshintshatshintsha kwe-voltage enkulu.

1.3 Iimfuneko zeXesha lokutshintsha: 100ms-500ms kwiimeko eziqhelekileyo; ≤100ms kwiimeko eziphambili; thobela iikhowudi zomlilo kwiimeko ezingxamisekileyo.

1.4 Unxibelelwano lweParamitha ePhambili: Cacisa ukubaluleka; beka phambili ixesha lokutshintsha kunye nomsinga wesekethe emfutshane kwiimeko eziphambili, uqoqosho lweemeko eziqhelekileyo.

II. Iimpawu ze-Electromagnetic Drive: Imigaqo yoLungiso kunye neZakhono eziSebenzayo zeModi yeDrive kuKhetho lwe-ATS yohlobo lweSolenoid

2.1 Iingenelo ze-Electromagnetic Drive:Uhlobo lweSolenoid ATSinempendulo ekhawulezayo, ukuthembeka okuphezulu, ayilungiswa kakhulu kwaye ineempawu zokonga umbane.

2.2 Ukukhethwa kweVolthi yeDrive: Yahlulwe yaba yiDC (DC 24V, 110V) kunye neAC (AC 220V, 380V). I-DC drive inamandla okulwa nokuphazamiseka kwaye ifanelekile kwiimeko zoshishino; i-AC drive ilungele ukufakelwa kweentambo kwaye ifanelekile kwiimeko eziqhelekileyo, kwaye uzinzo lwevolthi yedrive kufuneka luqinisekiswe.

2.3 Ukuqwalaselwa kokuthembeka kweDrive Module: Kuya kufuneka kubekwe phambili iimveliso ezineekhoyili zobhedu kunye nomgangatho ophezulu wokutywina, kwaye kuya kufuneka kubhekiswe kwiiparamitha zobomi benkonzo ye-drive module (≥ amaxesha ali-100,000) ukunciphisa iindleko zokulungisa.

2.4 Ukuhambelana kweModi yeDrive kunye noMthwalo: Iimodyuli zedrive ezinamandla aphezulu ziya kukhethwa kwimithwalo enzima, iimodyuli zesiqhelo zingasetyenziselwa imithwalo elula, kwaye iimodyuli zoyilo lokulwa nokudinwa ziya kukhethwa kwiimeko zokutshintsha rhoqo.

III. Uhlengahlengiso lweMeko eSebenzayo: Uhlengahlengiso lweeParamitha kunye naMacebiso oKhetho lweSolenoid Type ATS kwiiShishini ezahlukeneyo

3.1 Ukukhethwa kweMeko yoShishino: Kuya kulungelelaniswa neemeko zomthwalo onzima kunye nokuphazamiseka okunamandla, kunye nomda ongaphezulu kwe-20% obekelwe umda wamandla alinganiselweyo, i-DC drive ekhethwayo, ixesha lokutshintsha le-200ms ~ 500ms, umgangatho wokhuseleko ≥IP54, kunye nokuthobela imigangatho yokhuseleko yemizi-mveliso efanelekileyo.

3.2 Ukhetho lweMeko yeZiko leDatha: Gxila ekuthembekeni okuphezulu nasekutshintsheni ngokukhawuleza, ixesha lokutshintsha ≤100ms, umda we-15% ugcinelwe umbane olinganisiweyo, kwaye ukhethe iimveliso ezihambelanayo ezinombane omkhulu omelana nombane omfutshane kunye noyilo olungafunekiyo lwemodyuli yedrayivu.

3.3 Ukukhethwa kweMeko yoXakeka loMlilo: Kuya kupasa isiqinisekiso seCCCF, kube nemisebenzi yokuphendula ngokunyanzelekileyo xa kuqaliswa kwaye kulungiswa iimpazamo, ukutshintsha ixesha ≤300ms, kuhambelane nemigaqo yokukhusela umlilo, kwaye kuqinisekiswe ukuba inxibelelana kakuhle nenkqubo yokulawula umlilo.

3.4 Umahluko phakathi kweZimo eziQhelekileyo neziKhethekileyo: Kuya kufuneka kubekwe phambili uqoqosho kwiimeko eziqhelekileyo, kwaye kwenziwe uhlengahlengiso olujoliswe kuzo kwiimeko ezikhethekileyo. Kwiimeko zangaphandle, umgangatho wokhuseleko uya kuba yi-≥IP65, kwaye izixhobo ezifanelekileyo kunye neemodyuli ziya kukhethwa kwiimeko zobushushu obuphezulu nobuphantsi.

IV. Iindlela zoQinisekiso loKhetho: Ukufumanisa kwindawo kunye nokugweba ukuThotyelwa kweMilinganiselo yeeParamitha eziphambili zeSolenoid Type ATS

4.1 Inkqubo yokuFumanisa kwindawo: Sebenzisa ii-multimeter, ii-oscilloscopes kunye nezinye izixhobo zokufumanisa ukuthembeka kwe-current, i-voltage, ixesha lokutshintsha kunye ne-drive module ukuqinisekisa ukuba iiparameter ziyahlangabezana neemfuno kwaye indlela esebenza ngayo isebenza kakuhle.

4.2 Imigangatho yoQinisekiso kunye noGwebo lweeMfanelo: Ngokwemigangatho efanelekileyo, impazamo yangoku iya kuba yi-≤±5%, ukuguquguquka kwevolthi kuya kuba yi-≤±10%, impazamo yexesha lokutshintsha iya kuba yi-≤±10%, kwaye ukusebenza okuzinzileyo kwezixhobo kuya kufaneleka.

4.3 Isigwebo sokuthobela imithetho: Jonga isatifikethi semveliso, ingxelo yovavanyo kunye nokuchongwa kweeparameter ukuqinisekisa ukuthotyelwa kwemigangatho efanelekileyo ye-IEC/GB, kwaye iimeko ezikhethekileyo ziya kuhlangabezana neenkcukacha ezifanelekileyo zoshishino.

4.4 Uhlengahlengiso loQinisekiso oluNgafanelekanga: Ngokwezizathu zokungafaneleki, bala kwakhona umthwalo, tshintsha izixhobo ezilungisiweyo okanye ulungise iiparameter, phucula iskimu sokukhetha kwaye uqinisekise kwakhona.

V. Iimpazamo zoKhetho oluQhelekileyo: Isikhokelo soKuphepha iMigca kunye neSikimu soLungiso lweParameter ye-ATS yoHlelo lweSolenoid Type

5.1 Impazamo 1: Ukungayinaki imeko yokusebenza. Inkqubo yokwenza ngcono kukuphanda iimeko zokusebenza zokwenyani kunye nokugcina imida yeeparameter ngokufanelekileyo.

5.2 Impazamo 2: Ukungayinaki intsebenziswano phakathi kwe-drive voltage kunye nenkqubo yokubonelela ngombane. Inkqubo yokwenza ngcono kukucacisa uhlobo lombane kunye ne-voltage, ukhethe imo ye-drive ehlengahlengisiweyo, kunye nokongeza izixhobo zokuzinzisa i-voltage ukuba kuyimfuneko.

5.3 Impazamo 3: Uhlengahlengiso olungenangqiqo lwemeko. Inkqubo yokwenza ngcono kukucacisa iimfuno eziphambili zemeko kunye nokukhetha iimveliso ekujoliswe kuzo.

5.4 Ukuphepha Imingxunya Nokwenza Kulungile: Khetha iimveliso ezithobelayo neziqinisekisiweyo, jonga kwiincwadana zobugcisa zomenzi kunye namatyala oshishino, misela inkqubo yokukhetha epheleleyo, kwaye uqinisekise ukusebenza okuzinzileyo kweemveliso ezikhethiweyo.Uhlobo lweSolenoid ATS.

Isiphelo

1. Undoqo woKhetho: Landela ingqiqo "yokulungelelaniswa kweeparameter, ukufanisa imeko kunye nokuqinisekiswa kokuthobela imithetho", cacisa iimfuno zeeparameter eziphambili, kwaye ulungise amaqhinga ngokweempawu zokuqhuba kunye neemeko.

2. Iingcebiso zokukhetha: Phanda iimeko zokusebenza, uphephe iimpazamo, beka phambili iimveliso ezivela kubavelisi abakhulileyo kwezobuchwepheshe nabaziwayo, kwaye umeme iinjineli ezingoochwephesha ukuba zithathe inxaxheba kwiimeko ezinzima.

3. Imbonakalo: Ngophuhliso olukrelekrele lwenkqubo yamandla, ukukhethwaUhlobo lweSolenoid ATSiza kuphuculwa ibe yingqondo, nto leyo ephucula ukusebenza kakuhle kokukhetha kunye nokuthembeka kwezixhobo.

Imithombo Yomxholo

1. “Iswitshi kunye neControlgear enevolthi ephantsi – Icandelo 1: Imithetho Jikelele” (GB 14048.1)

2. “Iswitshi kunye nesixhobo sokulawula esine-voltage ephantsi – Icandelo 6-1: Izixhobo ezinemisebenzi emininzi – Iswitshi yokudlulisa ezenzekelayo” (GB/T 14048.11)

3. “Umgaqo woYilo loKhuseleko loMlilo lweZakhiwo ezinde”

4. “Umgangatho woBugcisa beNkqubo yoKubonisa uKhanyiso loMlilo kunye nokuFuduka”

5. “Ikhowudi yoYilo lweeZiko zeDatha” (GB 50174)

6. “Ikhowudi yoYilo lweeNkqubo zoSasazo lweVolthi ephantsi” (GB 50054)

7. Iincwadi zobugcisa zabavelisi bezixhobo eziqhelekileyo ezifana neYUYE kunye neLvma Electric

8. Idatha yobugcisa ye-ATS ekhutshwe yi-PAKTECHPOINT

FAQ

Q1: Xa kuthelekiswa ne-ATS eqhutywa ngoomatshini, yeyiphi ekufuneka ikhethwe xa kukhethwa i-Solenoid Type ATS?

A1: Iimeko eziphambili: Uhlobo lweSolenoid ATS; Iimeko ngokubanzi: I-ATS eqhutywa ngoomatshini.

Q2: Ungabala njani ngokuchanekileyo umlinganiselo wamandla ovavanyo lweSolenoid Type ATS?

A2: Umlinganiselo wamandla ombane = Umlinganiselo wamandla ombane obaliweyo × (1.1~1.2); cinga ngokuqalisa kwamandla ombane kwimithwalo yokungenisa amandla.

Umbuzo 3: Ukongeza kwi-parameter adjustment, zeziphi ezinye iimfuno ekufuneka ziqatshelwe ekukhetheni i-Solenoid Type ATS kwiimeko zomlilo?

A3: Uphumelele isiqinisekiso seCCCF, unyanzele impendulo yokuqala/yempazamo, uthobela iikhowudi zomlilo, IP≥IP54.

Umbuzo 4: Ukuba ukuqinisekiswa kwendawo kuyasilela emva kokukhethwa kweSolenoid Type ATS, ungayilungisa njani ngokukhawuleza?

A4: Tshintsha izixhobo ezilungisiweyo/lungisa iiparameter, uze uqinisekise kwakhona.

Umbuzo 5: Yintoni isiseko esiphambili sokukhetha i-DC okanye i-AC drive voltage ye-Solenoid Type ATS?

A5: Ngokusekelwe kuhlobo lwenkqubo yamandla kunye nokuphazamiseka kwe-electromagnetic; i-DC yeyoshishino, i-AC yokusetyenziswa ngokubanzi.

Isikhokelo soKhetho oluchanekileyo: Iiparameter eziphambili kunye neeNqaku ezisebenzayo zeSolenoid Type ATS

Iindaba