Indlela yokufaka ye-Power Surge Breen
1. Faka umkhawulo wombani wamandla ngokufana. Isikhundla sokufakwa komshini wamalahle isikhathi esingemuva se-switchboard noma i-Knife switch Sebenzisa amasethi amane okunwetshwa kweplastiki yeplastiki nokuqhathanisa izikulufo zokuzishaya. odongeni.
2. Usayizi wokufaka (70 × 180) kanye nezimbobo zokufaka ezihambisanayo ku-Power Clean kufanele zidonswe odongeni.
3. Xhuma ukunikezwa kwamandla. Ucingo olubukhoma lobuphole ngamandla lubomvu, ucingo olungathathi hlangothi luhlaza okwesibhakabhaka, kanti indawo ephambanisa nesigaba se-BVR6mm2. I-Multi-Strand yethusi ithusi, ucingo lomhlaba lomshini wamalahle luphuzi futhi luhlaza, futhi indawo yesiphambano yi-BVR10M M2. Ucingo lwethuli oluhlanjululwe, ubude be-wiring bungaphansi noma bulingana no-500mm. Uma umkhawulo ungaphansi noma ulingana no-500mm, unganwetshwa ngendlela efanele, kepha umgomo wokugcina ama-wiring amafushane ngangokunokwenzeka kufanele alandelwe, futhi ekhoneni kufanele libe likhulu kune-90 degrees (i-arc kunokwesokudla).
4. Xhuma ukulethwa kwamandla kumqhubi we-Lightning. Elinye isiphetho sekhebula le-Power Corther liqondile futhi lihlelwe ngokuqinile esigungwini sombutheli wamandla. I-wire ethuna ixhumeke kwigridi esekelwe ezisekelweni noma esigabeni esinezigaba ezintathu zokuhlinzeka nge-wire enikezwe isikole.

Izindlela zokufakwa kokufakwa kwamandla ka-Power Surge
1. I-Wiring Direction
Lapho kufakwa umkhawulo wombani, ama-terminals wokufaka nokukhipha akufanele axhumene emuva, ngaphandle kwalokho, umphumela wokuvikelwa kombani uzothinteka kakhulu, futhi nokusebenza okujwayelekile kwemishini kuzothinteka. Ukuphela kokufakwa kwesikebhe sombani kuhlobene nokuqondiswa kokusakazwa kwegagasi elingumbani, okungukuthi, ukuphela kokufaka kwe-feeder, kanye nokuphela kokukhipha ukuvikela imishini.
2. Indlela yokuxhumeka
Kunezinhlobo ezimbili zezindlela ze-wiring: ukuxhumana kochungechunge nokuxhumana okufanayo. Ngokuvamile, yindlela yokuxhumeka ye-terminal kuphela esetshenziswa ngendlela yokuxhumeka kochungechunge, kanti enye indlela yokuxhuma isetshenziswa ngendlela yokuxhuma ehambisanayo. Ucingo olungathathi hlangothi lwekhebula lamandla luxhumeke emgodini we- "n" we-wiring we-Power SPD, futhi ekugcineni umhlabathi we-wiring we-wiring we-wiring ye-wiring ye-power spd exhunywe kwibhasi elivikela umbani noma ibha yokuvikela umbani. Ngaphezu kwalokho, indawo ephansi yesigaba sesigaba socingo oluxhumeka kulo msebenzi obole umbani kufanele lihambisane nezinhlinzeko ezifanele zephrojekthi yokuvikela umbani kazwelonke.

3. Ukuxhumeka kwentambo yomhlabathi
Ubude obuyisisekelo bocingo oluhlabayo kufanele bufushane ngangokunokwenzeka, ukuphela kwengxenye kufanele kubelwe ngqo esigungwini sombayini, futhi ucingo olusezingeni eliphansi kufanele luxhumeke kwi-linder elizimele (exhunywe kwi-wire kagesi) noma ixhumeke kwi-wire ephansi yamandla amathathu.
4. Indawo yokufaka
Ukuhlinzekwa kombani okuthengiswayo ngokuvamile kwamukela indlela yokuvikela ebekiwe. Faka amandla aphezulu okunikezela ngombala wedivaysi yokuvikelwa kombani kwikhabethe eliphambili lokusabalalisa ikhabethe lesakhiwo. Okwesibili, faka amandla wesibili ukunikezela insiza yokuvikelwa kombani ekunikezelweni kwamandla okungaphansi kwesakhiwo lapho imishini ye-elekthronikhi itholakala khona. Ngaphambi kwemishini ebalulekile ye-elekthronikhi, faka ama-Lightning akhule ama-Lightning Corner, futhi ngasikhathi sinye, aqinisekise ukuthi azikho izinto ezivuthayo neziqhumayo eduze kokufaka umlilo odonswa ngugesi.
5. Ukusebenza kwamandla
Ngesikhathi sokufakwa, ukunikezwa kwamandla kumele kunqanyulwe, futhi ukusebenza okubukhoma akuvunyelwe ngokuphelele. Ngaphambi kokusebenza, i-multimeter kumele isetshenziselwe ukuhlola ukuthi ngabe amabhasi noma amabhasi esigaba ngasinye anikwa amandla ngokuphelele?
6. Bheka i-wiring
Bheka ukuthi i-wiring ihlangana yini nomunye. Uma kukhona oxhumana naye, bhekana nayo ngokushesha ukugwema isekethe emifushane yemishini. Ngemuva kokufakwa kwesikebhe sombani sekuqediwe, kufanele kuhlolwe njalo ukubheka ukuthi ngabe ukuxhumana kukhululiwe yini. Uma kutholakala ukuthi idivaysi yokuvikela umbani ayisebenzi kahle noma ilimele, umphumela wokuvikelwa kombani wokhiye wombani uzowohloka, futhi udinga ukushintshwa ngokushesha.

Amapharamitha ajwayelekile wamandla ombani obambe iqhaza
1. I-Nominal Voltage UN:
I-voltage evunyelwe yohlelo oluvikelwe ihambelana. Ohlelweni lobuchwepheshe bolwazi, le pharamitha libonisa uhlobo lomvikeli okufanele lukhethwe. Kubonisa inani le-RMS le-AC noma i-DC Voltage.
2.
Ingasetshenziswa ekupheleni kokuvikelwa komvikeli isikhathi eside ngaphandle kokubangela izinguquko ezimweni zoMvikeli woMvikeli kanye nokwenza kusebenze i-RMS Voltage yento ephakeme.
I-3. Ukukhishwa okulinganiselwe kwamanje
Lapho igagasi elijwayelekile lombani elinamagagasi ama-8 / 20μs lisetshenziswa kumvikeli wezikhathi eziyi-10, inani eliphakeme lokuthwebula inani eliphakeme lamanje elithi umvikeli angamelana nawo.
4. Ukukhishwa okuphezulu kwe-IMAX yamanje:
Lapho igagasi elijwayelekile lombani elinamagagasi ama-8 / 20μs lisetshenziselwa umvikeli kanye, inani eliphakeme lokuthwebula inani eliphakeme eliphakeme loMvikeli angamelana nawo.
I-5. I-Voltage Protection Level Up:
Inani eliphakeme loMvikeli ekuhlolweni okulandelayo: I-Flashover Voltage enomthambeka we-1KV / μs; Amandla kagesi asele wokukhipha okukalwe.
6. Isikhathi sokuphendula TA:
Ukuzwela kwesenzo kanye nesikhathi sokuphuka kwento ekhethekile yokuvikela eboniswa kuMvikeli okwehluka phakathi nesikhathi esithile ngokuya ngomthambeka we-du / dt noma i-DI / DT.
7. Ukuhamba kokuhambisa kwedatha:
Kubonisa ukuthi mangaki ama-bits adluliselwa ngomzuzwana owodwa, iyunithi: ama-bps; Kuyinani lesethenjwa lokukhethwa okulungile kwamadivayisi wokuvikela okotshani ohlelweni lokuhambisa idatha. Izinga lokudluliswa kwedatha lamadivayisi wokuvikela obani ancike kwimodi yokudlulisa yohlelo.
8. Ukunciphisa Ukulahleka kwe-AE:
Isilinganiso sama-voltages ngaphambi nangemva kokufaka okuvikelwa endaweni enikeziwe.
9. Return Loss AR:
Imelela inani legagasi langaphambili eliboniswe kudivayisi yokuvikela (iphuzu lokubonisa), futhi iyipharamitha ekala ngqo ukuthi ngabe idivaysi evikelekile iyahambelana yini nokuvikelwa kohlelo.
10. Ukukhishwa okuphezulu okuphezulu kwe-Longitudinal okwamanje:
Kubhekiswa ekutholeni okuphezulu kwenani eliphakeme lamanje lokuvikelwa nguMvikeli angakwazi ukumelana lapho igagasi elijwayelekile elinegagasi elinegagasi le-8 / 20μ lisetshenziswa emhlabathini kanye.
11. Ukukhishwa okuphezulu kwe-lateral kwamanje:
Lapho igagasi elijwayelekile lombani elinamagagasi ama-8 / 20μs lisetshenziswa phakathi komugqa womunwe kanye nomugqa, ukuhlukaniswa okuphezulu kwenani eliphakeme eliphakeme loMvikeli angamelana nawo.
12. I-Online Ukuvimbela:
Kubhekiswa kwisamba sokuphazamiseka kwe-loop kanye nokuphendula okuzayo okugeleza ngoMvikeli kuma-Voltage Un. Kuvame ukubizwa ngokuthi "uhlelo lokuphazamiseka".
13. Ukukhishwa kwe-Peak kwamanje:
Kunezinhlobo ezimbili: ukulandisa okulinganiselwe kwamanje akusikhisi i-IMAX yamanje.
14. Ukuvuza kwamanje:
Kubhekiswa ku-DC yamanje egeleza ngoMvikeli we-Voltage Un 75 noma 80.