Uhlobo 2 lwe-DC Surge Protection
0102030405
Idivayisi Yokuvikela Ukwanda Kwesignali Ekude 1200V 2P T2| LKX-PV
01 
Incazelo Yemodeli
02
Isimiso somkhiqizo kanye nezimo zokusebenza
1.Ihlangana nokuhlolwa kwe-SPD kwe-ClassⅡ (8/20μs)
2. Ngokusekelwe kubuchwepheshe be-zinc oxide
3. Ukusebenzisa i-34S MOV, umkhawulo ophezulu uzoba ngu-8/20μs 40kA
4. Akukho ukugeleza okuqhubekayo kwemvamisa yamandla
5. Izinga lokushisa lendawo yokusebenza lingu-40°C~+80°C
6. Umsebenzi wokusayina okude ungowokuzikhethela.
7. Uma umkhiqizo uwela, ifasitela eliluhlaza liphenduka libe bomvu futhi ukusayina okukude kunikeza umsebenzi we-alamu okukude
03
Imininingwane yepharamitha yobuchwepheshe
| CHA | 2P/2+0 | ||||
| Ubuchwepheshe | I-MOV (i-Metal Oxide Varistors) | I-ADG | |||
| Imodi(izindlela) yokuvikela | I-L-PE/N-PE | IGAMA | |||
| I-voltage ejwayelekile (i-AC) [Un] | 220v | 300V | 380V | 400V | 225V |
| I-voltage yokusebenza eqhubekayo ephezulu (DC) [Ucpv] | 275V | 320V | 385V | 420V | 225V |
| Ukukhishwa kwamanje okujwayelekile (8/20μs) [Ngaphakathi] | 20kA | 20kA | |||
| Ugesi wokukhipha okuphezulu (8/20μs) [lmax] | 40kA | 40kA | |||
| Izinga lokuvikela [Liphezulu] | ≤1.5kV | ≤1.6 kV | ≤1.8kV | ≤2.0kV | ≤1.5kV |
| Isikhathi sokuphendula [tA] | ≤25ns | ||||
| Ukumelana ne-overvoltage yesikhashana (TOV) - 5 sec [Ut] | 335V | 440V | 440V | 620V | 335V |
| Ugesi we-short-circuit ovumelekile [lsccr] | 25 kA | ||||
| Ubukhulu, i-fuse yokusekelayo | 63AgL/Gg | ||||
04
Idatha Yemishini
| Idatha Yemishini | ||||
| Okwamanje | Uhlelo lwe-AC | |||
| Ukucushwa kwe-SPD | Isigaba esisodwa/esithathu | |||
| Okungaxhunywa | Kuyatholakala | |||
| Ukufaka | Isitimela se-DlN esingu-35mm | |||
| Izinto zendlu | I-Thermoplastic, UL 94 VO | |||
| Izinga lokushisa lokusebenza | -40℃...+80℃ | |||
| Isilinganiso sokuvikelwa | I-IP20 | |||
| Isignali Ekude | Okuluhlaza/Okubomvu | |||
| Ukuxhuma izintambo zokubonisa okukude | Ongakukhetha | |||
| I-Max.Voltage/I-Current yokubonisa okukude | Okuqinile/okuguquguqukayo okuphezulu okungu-1.5mm | |||
| Ukuthobela amazinga | 250V/0.1A; 125V/0.2A; 75V/0.5A | |||
| Isitifiketi | I-CE, i-CB, i-RoHS, i-TUV | |||
05 
Ukubukeka kwangaphandle kanye nobukhulu bokufakwa
Ziyimodeli eqinile futhi ziyakhangisa ngempumelelo emhlabeni wonke. Azikaze zinyamalale imisebenzi emikhulu ngesikhathi esifushane, kuyimpoqo kuwe yekhwalithi enhle kakhulu. Siqondiswa umgomo othi "Ubuhlakani, Ukusebenza Kahle, Inyunyana kanye Nokusungula Izinto Ezintsha." inkampani. yenza imizamo emihle yokwandisa ukuhweba kwayo kwamanye amazwe, ikhulise inhlangano yayo. Ithuthukise futhi iphakamise izinga layo lokuthumela kwamanye amazwe. Siyaqiniseka ukuthi sizoba nethuba elihle futhi lisatshalaliswe emhlabeni wonke eminyakeni ezayo.
06
Izinto okufanele uzicabangele lapho ufaka
1. Ngaphambi kokufaka, qiniseka ukuthi ugesi unqanyuliwe. Ukusebenza ngenkathi unamandla akuvunyelwe ngokuphelele.
2. Kunconywa ukufaka i-fuse noma i-circuit breaker ngokulandelana engxenyeni engaphambili yemojuli yokuvikela ukukhuphuka.
3. Landela umdwebo wokufaka ukuze uxhumeke ngesikhathi sokufakwa. I-DC+ iyisigxobo esihle, i-DC- iyisigxobo esibi, kanti i-PE iyintambo yomhlabathi. Gwema ukuxhumeka okungalungile. Ngemva kokufakwa, vala iswishi ye-circuit breaker (noma i-fuse) bese uhlola ukuthi isimo sokusebenza sijwayelekile yini.
4. Ngemva kokufaka, faka imojuli endaweni yayo bese uqinisekisa ukuthi imojuli yokuvikela ukukhuphuka isebenza kahle.
5. Ngesikhathi sokusebenzisa, hlola njalo imodyuli yokuvikela ukukhuphuka bese uhlola isimo sewindi lokubonisa amaphutha. Uma iwindi lokubonisa amaphutha liba bomvu noma uma i-remote signaling terminal ikhipha isignali ye-alamu, kubonisa ukungasebenzi kahle kwemodyuli yokuvikela ukukhuphuka, okufanele ilungiswe ngokushesha noma ishintshwe.
6. Amamojula okuvikela ukukhuphuka kwamandla axhunywe ngendlela efanayo kufanele afakwe ngendlela efanayo. Izintambo zokuxhuma kumele ziqine, zithembeke, zibe zimfushane, zibe zijiyile, futhi ziqonde.