I-TRSS-RJ45-24 I-Rack-mounted Network Signal Surge Protector

Incazelo emfushane:

I-TRSS-RJ45-24 1000MPOE idivayisi yokuvikela umbani wenethiwekhi (idivayisi yokuvikela umbani ye-Gigabit POE, idivayisi yokuvikela umbani we-Ethernet), eklanywe futhi yakhiqizwa ngokuvumelana namazinga e-IEC ne-GB, ngenkathi ihlangabezana nezidingo ze-IEEE802.3AT, isebenzisa izinga eliphezulu, ukukhishwa okuphezulu umthamo Amadivayisi okuvikela ama-surgery, amandla okuhlanganisa aphansi kakhulu, ukwakheka kwe-matrix ye-diode yokutakula ngokushesha, izihlungi zenethiwekhi, njll. zinikeza ukuvikelwa kwezinga elimahhadla ngamandla kanye nokuvikelwa kwenhlawulo yamandla aphansi emigqeni yedatha. Ifanele amaseva asebenzisa izinhlobo eziyisithupha zezintambo zenethiwekhi ukuze adlulisele amandla namasignali enethiwekhi ngesikhathi esisodwa. , I-Wireless AP, ikhamera yenethiwekhi, ukushintshwa kwenethiwekhi nokunye ukuvikelwa kokuhlinzwa kwemishini yokuxhumana, idizayini edidiyelwe edidiyelwe, kulula ukuyifaka.

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Isingeniso somkhiqizo I-TRSS-RJ45 uchungechunge lwedivayisi yokuvikela umbani wenethiwekhi ikakhulukazi ihlanganisa idivayisi yokuvikela umbani wenethiwekhi ye-100M, idivayisi yokuvikela umbani wenethiwekhi ye-Gigabit, idivayisi yokuvikela umbani wenethiwekhi ye-single-port, idivayisi yokuvikela umbani wenethiwekhi ye-16-port, idivayisi yokuvikela umbani wenethiwekhi ye-24-port, ukuvikelwa kombani wokushintsha kwenethiwekhi. idivayisi, isivikelo sokuhlinza esiginali, neminye imikhiqizo yokuvikela umbani wenethiwekhi. Isivikeli sokuhlinzwa kwesignali yenethiwekhi ye-10/100 siklanywe ngokwezinga lokuvikela umbani kwenethiwekhi ye-IEC yezokuxhumana, futhi sifaneleka i-10BASE T noma i-10/100M ukuvikelwa kokuhlinzwa kwe-Ethernet okuguquguqukayo. Isixhumi esibonakalayo esijwayelekile se-RJ45, isifunda sokuvikela sinokuvikeleka komugqa ongu-4 (1,2,3,6), umugqa ongu-8 wokuvikela okugcwele (12, 36, 45, 78), ipulaki nokudlala. I-TRSS-RJ45-24 1000MPOE idivayisi yokuvikela umbani wenethiwekhi (idivayisi yokuvikela umbani ye-Gigabit POE, idivayisi yokuvikela umbani we-Ethernet), eklanywe futhi yakhiqizwa ngokuvumelana namazinga e-IEC ne-GB, ngenkathi ihlangabezana nezidingo ze-IEEE802.3AT, isebenzisa izinga eliphezulu, ukukhishwa okuphezulu umthamo Amadivayisi okuvikela ama-surgery, amandla okuhlanganisa aphansi kakhulu, ukwakheka kwe-matrix ye-diode yokutakula ngokushesha, izihlungi zenethiwekhi, njll. zinikeza ukuvikelwa kwezinga elimahhadla ngamandla kanye nokuvikelwa kwenhlawulo yamandla aphansi emigqeni yedatha. Ifanele amaseva asebenzisa izinhlobo eziyisithupha zezintambo zenethiwekhi ukuze adlulisele amandla namasignali enethiwekhi ngesikhathi esisodwa. , I-Wireless AP, ikhamera yenethiwekhi, ukushintshwa kwenethiwekhi nokunye ukuvikelwa kokuhlinzwa kwemishini yokuxhumana, idizayini edidiyelwe edidiyelwe, kulula ukuyifaka. Izici zedivayisi yokuvikela umbani wenethiwekhi ye-Gigabit POE 1. Yamukela isekethe yokuvikela enamazinga amabili ayinhlanganisela eyinhlanganisela, ukuvikela okugcwele kokumahhadla nokucolile, ileveli yamandla kagesi ayinsalela ephansi kanye nomphumela omuhle wokuvikela; 2. Izingxenye eziyinhloko zikhethwa imikhiqizo edumile yamazwe ngamazwe esebenza kahle kakhulu; 3. Igobolondo lokuvikela insimbi, ukusebenza okuhle kakhulu; 4. Yamukela umklamo odidiyelwe kabili kokukodwa; 5. Ukuhlukaniswa kwe-clutter, ukulahlekelwa okuncane kakhulu kokufaka, nokusebenza kokudlulisela okuphezulu; 6. Ukusabela okusheshayo, ukusebenza okuzinzile, umsebenzi othembekile; 7. Kukhona isiteshi esisodwa, 4-channel, 8-channel, 16-channel, 24-channel ongakhetha kuzo, encane ngosayizi, kulula ukuyifaka nokusetshenziswa, akukho ukulungiswa okukhethekile. Ukufakwa kwedivayisi yokuvikela umbani kanye nezinyathelo zokuphepha 1. Isibambisi sombani senethiwekhi ye-Gigabit Ethernet POE singafakwa endaweni ye-LPZ0-1 noma sixhunywe ngokuqondile ochungechungeni ekugcineni kwempahla evikelekile (noma isistimu), futhi ukufakwa kusondele ngangokunokwenzeka kumathuluzi avikelwe (noma uhlelo). 2. Itheminali yokufaka (INPUT) yesibambisi sombani ixhunywe nolayini wesignali, kanye netheminali yokuphumayo (OUTPUT) ixhunywe nempahla evikelwe. 3. Intambo ye-PE yedivayisi yokuvikela umbani kufanele ixhunywe emhlabathini wesistimu yokuvikela umbani ngoxhumano oluqinile lwe-equipotential, ngaphandle kwalokho izothinta ukusebenza kokusebenza. 4. Sebenzisa intambo emfishane ngangokunokwenzeka ukuze umise isibambisi sombani. Ukubekwa phansi kwensiza yokuvikela umbani kusebenzisa indlela yokugcina indawo, futhi intambo yaphansi kufanele ixhunywe endaweni yokuvikela umbani. Ukuxhumeka kwentambo (inani lokumelana nesisekelo alikho ngaphezu kwama-ohms angu-4). Intambo evikelekile yesiginali ingaxhunywa ngokuqondile kutheminali yaphansi. 5. Idivayisi yokuvikela umbani ayidingi ukulungiswa isikhathi eside uma ifakwe ngaphansi kwezimo ezingadluli izidingo, kuphela ukugcinwa okujwayelekile kohlelo; uma kunenkinga ekudluliseni isignali ngesikhathi sokusetshenziswa, ukudluliswa kwesignali kuzobuyela kokujwayelekile ngemva kokushintshwa kwedivayisi yokuvikela umbani. Kubonisa ukuthi isivikelo sombani sonakele futhi sidinga ukulungiswa noma ukushintshwa.

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