Idivayisi Engcono Kakhulu Yokuvikela I-Surge 27OBO Umkhiqizi Wesakhiwo Nefekthri

Surge Protector Device 27OBO Structure Featured Image

I-Surge Protector Device 27OBO Isakhiwo

Incazelo emfushane:

Ibhulokhi yokuvikela umbani enomthamo omkhulu wokukhipha i-120KA ifaneleka ukuvikelwa kombani kokunikezwa kwamandla okuyinhloko ezindaweni ezibalulekile. Lo mkhiqizo usetshenziswa kakhulu ezinhlelweni zamandla ezifana neziteshi eziyisisekelo zokuxhumana, izikhungo/iziteshi zokuxhumana ngama-microwave, amagumbi emishini yezokuxhumana, izimboni zezimboni nezimayini, izindiza zomphakathi, ezezimali, izibambiso, njll., njengeziteshi ezahlukene zokusabalalisa ugesi, amagumbi okusabalalisa amandla , amakhabethe okusabalalisa amandla, Izikrini zokusabalalisa amandla e-AC kanye ne-DC, amabhokisi okushintsha, nezinye izinto ezibalulekile ezisengozini yokushaywa umbani.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Usayizi Womkhiqizo

Imiyalelo yokufaka

Omaka bomkhiqizo

Isistimu ye-TN-S: I-N-line kanye ne-PE-line yale sistimu ixhunywe kuphela kutheminali ephumayo engxenyeni engezansi ye-transformer futhi ixhunywe ocingweni lwaphansi. Ngaphambi kokungena ebhokisini lokusabalalisa elijwayelekile lesakhiwo, i-N-line ne-PE-line izintambo ezizimele, futhi abavikeli bokuhlinzwa bafakwe phakathi komugqa wesigaba kanye ne-PE-line.

(1) umbani oqondile usho ukuthi umbani ushaya ngqo esakhiweni sezakhiwo, izilwane nezitshalo, udale umonakalo ezakhiweni kanye nokulimala ngenxa yemiphumela kagesi, imiphumela yokushisa kanye nemiphumela yemishini.

(2) Umbani oshintshashintshayo usho ukuthi lapho umbani uphumela phansi phakathi kwe-Lei Yun noma i-Lei Yun, ukungeniswa kuka-electromagnetic kukhiqizwa emigqeni yamasignali engaphandle eseduze, izintambo zikagesi ezigqitshiwe kanye nezintambo zokuxhuma phakathi kwemishini, kanye nezinto zikagesi ezixhunywe ochungechungeni maphakathi nemigqa noma amatheminali alimele. Nakuba umbani ongeniswayo ungenalo udlame njengombani oqondile, amathuba okwenzeka kwawo aphezulu kakhulu kunombani oqondile.

https://www.zjleihao.com/uploads/27OBO-Structure-4.jpg

(3) Ukuqubuka kombani kuwuhlobo lwengozi yombani abantu abayinaka kakhulu ngenxa yokusebenzisa njalo ama-microelectronic eminyakeni yamuva, futhi izindlela zako zokuvikela zithuthuka njalo. Izingozi zemishini kagesi ezivame kakhulu azibangelwa ukushaywa kombani oqondile, kodwa ukunyuka kwamanje okubangelwa ukunikezwa kwamandla kanye nemigqa yokuxhumana lapho umbani ushaya. Ngakolunye uhlangothi, ngenxa yesakhiwo sangaphakathi esididiyelwe kakhulu semishini ye-elekthronikhi, ukumelana kwe-voltage kanye ne-overcurrent yemishini kuyancishiswa, futhi amandla okuthwala umbani (okuhlanganisa umbani owenziwe kanye nokuhlinzwa kwe-overvoltage yokusebenza) kuyancipha; ngakolunye uhlangothi, ngenxa yokwanda kwezindlela zomthombo wesignali, isistimu isengozini enkulu yokungena kwamagagasi ombani kunangaphambili. Amandla kagesi angangena emishinini yekhompyutha ngokusebenzisa izintambo zikagesi noma izintambo zesiginali. Imithombo eyinhloko ye-voltage ekhuphukayo ohlelweni lwesignali ukushaya umbani, ukuphazamiseka kukamagnetic, ukuphazamiseka komsakazo kanye nokuphazanyiswa kwe-electrostatic. Izinto zensimbi (njengezintambo zocingo) zithintwa yilezi zimpawu zokuphazamiseka, okuzodala amaphutha ekudluliselweni kwedatha futhi kuthinte ukunemba kokudlulisela kanye nezinga lokudlulisela. Ukuqeda lezi ziphazamiso kuzothuthukisa isimo sokudlulisa senethiwekhi. Inkampani ye-GE e-United States yalinganisa ukuthi i-voltage ekhuphukayo yemigqa yokusatshalaliswa kwe-voltage ephansi (110V) ezindlini ezijwayelekile, ezindaweni zokudlela, ezindlini, njll., eyedlula ugesi wangempela wokusebenza isikhathi esingaphezu kwesisodwa, ifinyelele izikhathi ezingaphezu kuka-800 ngo-10000h. (cishe unyaka nezinyanga ezimbili), phakathi kwazo izikhathi ezingaphezu kuka-300 zidlule i-1000V. Amandla kagesi anjalo angakwazi ukulimaza imishini kagesi ngesikhathi esisodwa.

Izesekeli Umdwebo

Surge Protector Device 27OBO Structure 001

Umbiko Wokuhlola

Surge Protector Device 27OBO Structure 002

https://www.zjleihao.com/uploads/27OBO-Structure-3.jpg

I-LH-80/4P
I-voltage ephezulu eqhubekayo yokusebenza engu-Uc 385V~
Ukukhishwa okujwayelekile okwamanje Ku-40KA
Ukukhishwa okuphezulu kwamanje kwe-Imax 80KA
Izinga lokuvikela i-voltage Up ≤ 2.2KV
Ukubukeka: igobile, elimhlophe, ukumaka nge-laser

https://www.zjleihao.com/uploads/27OBO-Structure-4.jpg.jpg

I-LH-120/4P
I-voltage ephezulu eqhubekayo yokusebenza engu-Uc 385V~
Ukukhishwa okujwayelekile okwamanje Ku-60KA
Ukukhishwa okuphezulu kwamanje kwe-Imax 120KA
Izinga lokuvikela i-voltage Up ≤ 2.7KV
Ukubukeka: flat, red, pad printing

Incazelo yemodeli

Imodeli:LH-80/385-4	LH	Umbani pick surge umvikeli
	80	Umkhawulo wamanje wokukhipha: 80, 100, 120
	385	I-voltage ephezulu eqhubekayo yokusebenza: 385, 440V~ T2: egameni lemikhiqizo yokuhlola ye-Class II
	4	Imodi: 1p, 2p, 1+NPE, 3p, 4p, 3+NPE

Imingcele Yezobuchwepheshe

Imodeli	I-LH-80	I-LH-100	I-LH-120
I-voltage yokusebenza eqhubekayo ephezulu Uc	275/320/385/440V~ (ongakukhetha kungenziwa ngezifiso)
Ukukhishwa okulinganiselwe okwamanje Ngo (8/20)	40	60	60
Ukukhishwa okuphezulu kwe-Imax yamanje (8/20)	80	100	120
Izinga Lokuvikela Eliphezulu	≤1.8/2.0/2.3/2.4KV	≤2.0/2.2/2.4/2.5KV	≤2.3/2.5/2.6/2.7KV
Ukubukeka ongakukhetha	Indiza, i-arc egcwele, i-arc (uyazikhethela, ngokwezifiso)
Ingakwazi ukwengeza isignali yesilawuli kude neshubhu yokukhipha	Ingakwazi ukwengeza isignali yesilawuli kude neshubhu yokukhipha
indawo yokusebenza	-40 ℃~+85℃
Umswakama ohlobene	≤95％(25℃)
umbala	Okumhlophe, okubomvu, okuwolintshi (ongakukhetha, kungenziwa ngezifiso)
Phawula	Isivikeli sokuhlinza kwamandla, silungele uhlelo lokuphakela amandla olunezintambo ezinhlanu lwezigaba ezintathu, ukufakwa komzila wesitimela.

Okwedlule: Surge Protector Device 18 Shield Structure

Olandelayo: 27 Idivayisi yeSidall Structure Surge Protection

Surge Protector Device 27OBO Structure 003

Impahla yegobolondo: PA66/PBT

Isici: imojula exhumekayo

Umsebenzi wokuqapha isilawuli kude: akukho

Umbala wegobolondo: okuzenzakalelayo, okwenziwa ngokwezifiso

Isilinganiso se-flame retardant: UL94 V0

Imodeli	Inhlanganisela	Usayizi
LH-120/385/1P	1p	27x90x60(mm)
LH-120/385/2P	2p	54x90x60(mm)
LH-120/385/3P	3p	81x90x60(mm)
LH-120/385/4P	4p	108x90x60(mm)

● Amandla kufanele anqanyulwe ngaphambi kokufaka, futhi ukusebenza bukhoma kwenqatshelwe ngokuphelele
●Kunconywa ukuthi uxhume i-fuse noma i-circuit breaker ezenzakalelayo ochungechungeni ngaphambili kwemojula yokuvikela umbani
●Lapho ufaka, sicela uxhume ngokuvumelana nomdwebo wokufaka. Phakathi kwazo, i-L1, L2, L3 yizintambo zesigaba, uN intambo engathathi hlangothi, futhi i-PE iyintambo ephansi. Ungayixhumi ngokungalungile. Ngemva kokufaka, vala iswishi ye-automatic circuit breaker (fuse).
●Ngemva kokufaka, hlola ukuthi ingabe imojuli yokuvikela umbani isebenza kahle yini
I-10350gs, uhlobo lweshubhu yokukhipha, enefasitela: Ngesikhathi sokusetshenziswa, iwindi lokubonisa iphutha kufanele lihlolwe futhi lihlolwe njalo. Uma iwindi lokubonisa iphutha libomvu (noma itheminali yesignali ekude yomkhiqizo enesignali ye-alamu yokuphuma kwesignali ekude), kusho imojuli yokuvikela umbani Uma kwenzeka yehluleka, kufanele ilungiswe noma ishintshwe ngesikhathi.
● Amamojula ahambisanayo okuvikela umbani kufanele afakwe ngokuhambisana (i-Kevin wiring ingasetshenziswa), noma izintambo ezimbili zingasetshenziswa ukuxhuma. Ngokuvamile, udinga kuphela ukuxhuma noma yikuphi kokuthunyelwe kwezintambo ezimbili. Intambo yokuxhuma kufanele iqine, ithembeke, ibe mfushane, iwugqinsi futhi iqonde.