Uhlobo lwe-2 DC Surge Protection
01020304
Isixhobo sokukhusela ukugquma esinokufakelwa uhlobo lwesibini se-1000V 2P | LKX-PV
01 
Intsingiselo yoMzekelo
02
Umgaqo wemveliso kunye neemeko zokusebenza
1.Idibana novavanyo lwe-SPD lweClassⅡ (8/20μs)
2. Isekelwe kubuchwepheshe be-zinc oxide
3. Ukusebenzisa i-34S MOV, ubuninzi buya kuba yi-8/20μs 40kA
4. Akukho frequency yamandla eqhubekayo
5. Ubushushu bendawo yokusebenza yi--40°C~+80°C
6. Umsebenzi wokubonisa okukude awunyanzelekanga.
7. Xa imveliso iwa, ifestile eluhlaza ijika ibe bomvu kwaye umqondiso okude unika umsebenzi we-alamu okude
03
Iinkcukacha zepharamitha yobugcisa
| HAYI | 2P/2+0 | ||||
| Itekhnoloji | I-MOV (ii-Metal Oxide Varistors) | I-ADG | |||
| Indlela yokukhusela | I-L-PE/N-PE | IGAMA | |||
| I-voltage eqhelekileyo (i-AC) [Un] | 220v | 300V | 380V | 400V | 225V |
| Umbane osebenzayo oqhubekayo ophezulu (DC) [Ucpv] | 275V | 320V | 385V | 420V | 225V |
| Umsinga wokukhupha oqhelekileyo (8/20μs) [In] | 20kA | 20kA | |||
| Umbane wokukhupha ophezulu (8/20μs) [lmax] | 40kA | 40kA | |||
| Inqanaba lokhuseleko [Phezulu] | ≤1.5kV | ≤1.6 kV | ≤1.8kV | ≤2.0kV | ≤1.5kV |
| Ixesha lokuphendula [tA] | ≤25ns | ||||
| Ukumelana nombane ogqithisileyo wexeshana (TOV) - 5 sec [Ut] | 335V | 440V | 440V | 620V | 335V |
| Umsinga we-short-circuit ovumelekileyo [lsccr] | 25 kA | ||||
| UMax, ifusi yogcino | 63AgL/Gg | ||||
04
Idatha yoomatshini
| Idatha yoomatshini | ||||
| Okwangoku | Inkqubo ye-AC | |||
| Uqwalaselo lwe-SPD | Isigaba esinye/esithathu | |||
| Iyaxhunywa | Iyafumaneka | |||
| Ukufakelwa | Isitimela se-35mm DlN | |||
| Izixhobo zendlu | I-Thermoplastic, UL 94 VO | |||
| Ubushushu bokusebenza | -40℃...+80℃ | |||
| Uvavanyo lokhuseleko | IP20 | |||
| Imiqondiso ekude | Luhlaza/Bomvu | |||
| Ucingo lwentambo yokubonisa imiqondiso ekude | Ukhetho | |||
| I-Max.Voltage/Current yokubonisa okukude | Ubuninzi 1.5mm iqinile/iguquguquka | |||
| Ukuthobela imigangatho | 250V/0.1A; 125V/0.2A; 75V/0.5A | |||
| Isiqinisekiso | I-CE, i-CB, i-RoHS, i-TUV | |||
05 
Inkangeleko yangaphandle kunye nobukhulu bofakelo
Isisombululo sethu sidlule kwisatifikethi sezakhono sikazwelonke kwaye samkelwa kakuhle kushishino lwethu oluphambili. Iqela lethu lobunjineli elikhethekileyo lihlala likulungele ukukunceda ukuze ufumane iingcebiso kunye nempendulo. Siyakwazi nokukunika iisampulu zasimahla ukuhlangabezana neemfuno zakho. Imizamo emihle iya kwenziwa ukukunika inkonzo kunye nezisombululo ezilungileyo kakhulu. Nabani na ocinga ngeshishini lethu kunye nezisombululo, nceda uthethe nathi ngokusithumelela ii-imeyile okanye unxibelelane nathi ngoko nangoko. Njengendlela yokwazi iimveliso zethu kunye neshishini. Okungakumbi, uya kukwazi ukuza kumzi-mveliso wethu ukuze ufumane oko. Siya kuhlala samkela iindwendwe ezivela kwihlabathi liphela kwinkampani yethu. o Yakha ishishini. uvuyo nathi. Nceda uzive ukhululekile ukunxibelelana nathi kwishishini elincinci kwaye sikholelwa ukuba siya kwabelana ngamava angcono okurhweba nabathengisi bethu bonke.
06
Izinto eziqwalaselwayo xa kufakwa
1. Ngaphambi kokuba ufake umbane, qinisekisa ukuba umbane ubekwe ecaleni. Ukusebenza kwizixhobo ezisebenzayo akuvumelekanga kwaphela.
2. I-fuse okanye i-breaker ekhuselayo kufuneka iqhagamshelwe ngokulandelelana phezulu kweyunithi yokuthintela umbane.
3. Jonga iiskematiki zocingo ukuze ufakelwe ngokufanelekileyo. I-DC elungileyo iqhagamshela kwi-DC+, i-negative kwi-DC-, kunye ne-PE njengomhlaba womhlaba. Thintela i-reverse polarity. Emva kokugqiba, vula isixhobo sokukhusela (i-fuse/breaker) kwaye uqinisekise izalathisi zokusebenza eziqhelekileyo.
4. Emva kokufakela, beka icandelo kwindawo efanelekileyo kwaye uqinisekise ukusebenza ngokuchanekileyo kwesithinteli se-overvoltage.
5. Ukugcinwa rhoqo kufuneka kuquke ukuhlolwa ngokubonakalayo kwe-SPD kunye nokubeka iliso kwisalathisi sayo sokuxilonga. Nokuba isibonisi esibomvu sesilumkiso okanye ukusebenza kwe-alamu kubonisa ukusilela kwesixhobo okufuna ukutshintshwa kwangoko.
6. Ii-surge suppressors ze-multi-unit ezikwi-parallel configuration mazigcine i-true parallel wiring, zisebenzisa ii-minimal-length, large-gauge conductors ezine-terminations ekhuselekileyo kunye ne-straight-line routing.