1.Ixesha lobomi bombane eliphezulu
2. Ukusebenza okuhlala ixesha elide kunye nokusebenza okungcono
3.Umsebenzi wokukhusela
4. Ukhuseleko lokugcwala kakhulu, oluphantsi kwe-voltage, olufutshane kunye nolwesigaba esinye
5. Umgangatho: IEC60947-2
1. Ubushushu: bungadluli kwi +40°C, bungadluli kwi -5°C, kwaye ubushushu obuqhelekileyo emini bungadluli kwi +35°C. Ukuba umthengi ufuna imeko engaphezulu kwe +40°C, okanye ngaphantsi kwe -25°C, kufuneka adibane nomenzi
2. Isimo sendawo yofakelo asidluli kwi-2000m
3. Ukufuma: xa ubushushu bukwi-+40°C, abuyi kuba ngaphezulu kwe-50%
Umswakama ophezulu uyamkelwa kubushushu obuphantsi. Umswakama oqhelekileyo wenyanga akufuneki ube ngaphezulu kwama-90%, kwaye ubushushu obuqhelekileyo benyanga akufuneki bube ngaphantsi kwama-+25°C. Ukufuma kufuneka kuqatshelwe xa umswakama utshintsha.
4. Udidi lokhuseleko: IP20
5.Ukusebenzisa uhlobo: Uhlobo B
6. Uhlobo longcoliseko: inqanaba eli-3
7. Uhlobo lofakelo:Uhlobo lwesekethe ephambili ye-circuit breaker, phantsi kokukhululwa kwe-voltage, ikhoyili ephambili ye-power transformer ifakelwe Ⅳ; uhlobo lwesekethe encedisayo kunye nofakelo lwesekethe yokulawula yi Ⅲ
| Inombolo yoMzekelo | RDW1-1000 | RDW1-2000 | RDW1-3200 | RDW1-4000 | RDW1-6300 | |||||||
| Umlinganiselo wangoku (A) | 200,400,630,800, 1000 | 630,800,1000, 1250,1600,2000 | 2000,2500,2900,3200 | 2900, 3200,3600,4000 | 4000,5000,6300 | |||||||
| I-ln yangoku elinganiswe ngokungathathi cala (A) | 100%ln | 100%ln | 100%ln | 100%ln | 50%ln | |||||||
| I-voltage yokusebenza elinganisiweyo (V) | I-AC 400 | I-AC 400/690 | ||||||||||
| Ireyithi (Hz) | 50/60Hz | |||||||||||
| Inani leepali | 3P/4P | |||||||||||
| I-voltage yokumelana ne-impulse elinganisiweyo yi-Uimp(Kv) | AC 8 | AC 12 | ||||||||||
| I-voltage yokwahlulwa elinganisiweyo ye-Ui(V) | I-AC 690 | I-AC 1000 | ||||||||||
| I-frequency yamandla imelana ne-voltage(V) 1min | 1890 | 2200 | ||||||||||
| Umlinganiselo wokophuka kwesekethe emfutshane (Icu) kA | I-AC400V | 42 | 80 | 100 | 100 | 120 | ||||||
| I-AC690V | - | 50 | 65 | 85 | 85 | |||||||
| Ukalwe ngokuphulwa kwesekethe emfutshane yokusebenza (ii-Ics) | I-AC400V | 32 | 65 | 80 | 80 | 100 | ||||||
| I-AC690V | - | 50 | 65 | 65 | 75 | |||||||
| Ilinganiswe ngokumelana yangoku yexesha elifutshane (Icw) | I-AC400V | 20/30(0.5S) | 65 | 80 | 80 | 100 | ||||||
| I-AC690V | - | 40 | 50 | 50 | 75 | |||||||
| Ubomi bokusebenza (amaxesha) yi-2500A ngaphantsi kwexesha eli-1/imizuzu emi-3; Ngaphezulu kwe-2500A ixesha eli-1/imizuzu emi-6 | Ubomi bombane | 7000 | 6500 | 3000 | 3000 | 1500 | ||||||
| Ubomi boomatshini | 15000 | 15000 | 10000 | 10000 | 5000 | |||||||
Iimpawu zokhuseleko kunye nemisebenzi yomlawuli okrelekrele
Ukukhutshwa okukrelekrele kohlobo lwe-H
IUkongeza ekubeni nayo yonke imisebenzi yohlobo lwe-M, ikwanayo ne-RS485 standard communication interface (uqwalaselo oluqhelekileyo yiModbus communication protocol), enokunxibelelana kwi-half-duplex okanye kwi-full-duplex. Ngokusebenzisa i-communication interface, inkqubo yendawo ene-master-slave sti-ructure (ebizwa ngokuba yinkqubo) inokwenziwa.1-2 iikhompyutha zisetyenziswa njengesikhululo esikhulu, kwaye inani lee-circuit breakers ezikrelekrele okanye ezinye izinto ezinxibelelanayo zisetyenziswa njengezigqila, Ulwakhiwo lwenethiwekhi yenkqubo luboniswe kumfanekiso ongezantsi.
Kwiyunithi ye-circuit breaker, inkqubo inokuphumeza umsebenzi we-"four remote" othatha umgama omde; ukujonga iiparameter ezahlukeneyo zegridi yamandla kunye neeparameter zokusebenza ukujonga imeko yokusebenza yangoku ye-intelligent circuit breaker, i-adj.ukuqinisa kunye nokukhutshelwa kweeparamitha ezahlukeneyo zomda wokhuseleko, ulawulo oludibeneyo nolungaphantsi komsebenzi we-intelligent circuit breaker, njl. Le nkqubo ifanelekile ukwakhiwa nokuguqulwa kwezikhululo zamandla ezahlukeneyo, izityalo zamandla, izitishi ezincinci neziphakathi, amashishini emizi-mveliso kunye nezemigodi, izakhiwo kunye nezinye iinkqubo zolawulo lokusasazwa.
Umzekelo: umzobo woqhagamshelwano lwe-interface yeprotocol yonxibelelwano yeModbus ngolu hlobo lulandelayo:
Ulwakhiwo lwezixhobo zenzwa zenkqubo yenethiwekhi yonxibelelwano lwedatha
I-integent circuit breaker inika ujongano oluqhelekileyo lwe-RS485, oluthathwe kwiiplagi zeNombolo 10 kunye neNombolo 11 zeizithuba zokuphuma ze-circuit breaker; i-medium yonxibelelwano eqhagamshelwe kwinkqubo: Isibini esijijekileyo esikhuselweyo seKlasi A.
Iimpawu eziphambili zenethiwekhi
Indlela yokudlulisa idatha ngokulandelelana ngeendlela ezimbini, imveliso inokubonelela ngeendlela ezahlukeneyo zonxibelelwano: iModbus, iprofibus-DP, iDeviceNet, iCAN, njl. Indlela ye-stict master-slave, oko kukuthi, isikhululo esiyintloko sisiqalo kunye nomlawuli wonxibelelwano, kwaye isikhululo esikhoboka sinokunxibelelana kuphela nesikhululo esiyintloko, kungekhona ngqo nezinye izinto ezigciniweyo. Ireyithi ye-baud yonxibelelwano yi-4.8/9.6/38.4/76.8/153.6 kbps. Ixabiso elimiselweyo yi-9.6 kbps, kwaye umgama wonxibelelwano yi-1.2km.
Isoftware yokubeka esweni
Isoftware yoqwalaselo inokuphumeza uqwalaselo kunye nokusetyenziswa kwesoftware yokubeka esweni kunye nolawulo olufunekayo ngokweiimfuno ezahlukeneyo zobunjineli, kwaye ziyakwazi ukuphumeza imisebenzi yokubeka esweni ukusebenza kunye nemisebenzi eyahlukeneyo yolawulo lwemihla ngemihla.
Umsebenzi wenkqubo
Ulawulo olukude lubhekisa kwinto elawula inkqubo yesigqila yesixhobo ngasinye sokuqhekeza isekethe kwinkqubo ngekhompyutha yesikhululo esikhulu. Cofa iqhosha lolawulo olukude ngemawusi, kwaye inkqubo iya kubonelela ngemeko yokusebenza ehambelanayo. Emva kokuba umqhubi efake igama eligqithisiweyo lokusebenza, umyalelo "wokuvala" okanye "ukuvula" wolawulo olukude unokukhutshwa. Inkqubo idlulisela umyalelo kwisikhululo sesigqila esihambelanayo, kwaye emva kokufumana umyalelo, isikhululo sesigqila siya kusebenzisa iziphumo zolawulo olukude ezifana nokuphula, ukuvala nokugcina amandla ngokwexesha elimiselweyo.
Ukulungisa okukude
Uhlengahlengiso olukude lubhekisa ekuseteni ixabiso lokuseta ukhuseleko lwesitishi sekhoboka ngekhompyutha yesikhululo esikhulu, ukukhetha into ehambelanayo kumphezulu wexabiso lokuseta eligcinwe kwikhompyutha yesikhululo esikhulu, ucofa iqhosha lohlengahlengiso olukude ngemawusi, inkqubo iya kubonelela ngetheyibhile yexabiso lokuseta ukhuseleko lwazo zonke ixabiso lokuseta ukhuseleko lwento ehambelanayo. Emva kokuba umqhubi efake igama eligqithisiweyo, iparameter efunekayo inokukhethwa kwitheyibhile yeparameter, uze ucofe iqhosha elihambelanayo, isikhululo esikhulu siya kukhuphela iparameter kwisiphumo sohlengahlengiso olukude, kwaye isikhululo sekhoboka siya kutshintsha ixabiso laso lokuseta ukhuseleko emva kokufumana umyalelo.
Ukubeka esweni okukude
Uhlengahlengiso olukude lubhekisa ekuseteni ixabiso lokuseta ukhuseleko lwesitishi sekhoboka ngekhompyutha yesikhululo esikhulu, ukukhetha into ehambelanayo kumphezulu wexabiso lokuseta eligcinwe kwikhompyutha yesikhululo esikhulu, ukucofa iqhosha lohlengahlengiso olukude ngemawusi, inkqubo iya kubonelela ngetheyibhile yexabiso lokuseta ukhuseleko lwazo zonke ixabiso lokuseta ukhuseleko lwento ehambelanayo, Emva kokuba umqhubi efake igama eligqithisiweyo, iparameter efunekayo inokukhethwa kwitheyibhile yeparameter, uze ucofe iqhosha elihambelanayo, isikhululo esikhulu siya kukhuphela iparameter kwisiphumo sohlengahlengiso olukude, kwaye isikhululo sekhoboka siya kutshintsha ixabiso laso lokuseta ukhuseleko emva kokufumana umyalelo.
Ingxelo yempazamo ingarekhoda ezi parameter zilandelayo zempazamo:
Amaxabiso angoku esigaba A, B, C kunye no-N, amaxabiso ombane e-UAB, UBC kunye ne-UCA, uhlobo lwempazamo kunye nesenzo sempazamo ngexesha lempazamo ziyarekhodwa.kwisiseko sedatha seziphene.
I-current-time current kunye ne-voltage yesikhululo ngasinye iboniswa yigrafu yebha yekhompyutha kunye netafile yexabiso elipheleleyo, kwaye imeko yokusebenza kwe-node nganye iboniswa yi-curve yexesha langempela.
Unxibelelwano olukude
Ukuthumela imiyalezo ekude kubhekisa ekujongeni imodeli yesikhululo sekhoboka, imeko evaliweyo nevulekileyo, useto lokhuseleko, kunye nokusebenza kunye nolunye ulwazi lwesikhululo sekhoboka ngekhompyutha yesikhululo esikhulu. Iiparameter ezithunyelwe yi-slave station circuit breaker kwikhompyutha ephezulu ziquka ikakhulu: imodeli yokutshintsha, imeko yokutshintsha (ivaliwe/ye,), ulwazi lwempazamo, ulwazi lwe-alamu, useto olwahlukeneyo lokhuseleko, njl.njl.
Omnye umsebenzi wenkqubo
Ukongeza kwimisebenzi emine yokulawula ukusebenza okukude, le nkqubo inokwenza imisebenzi eyahlukeneyo yolawulo: i-alamu yengozi (isikrini solwazi, ukukhuthazwa kwesikrini, ukuprintwa kweziganeko, i-alamu yesandi), ukurekhoda iziganeko, uluhlu lolondolozo, ulawulo lokunikezelwa kweeshifti, uhlalutyo lweendlela zomthwalo, ukuprintwa kweengxelo ezininzi, njl.
Uhlobo lwe-L isilawuli esikrelekrele
Isilawuli sohlobo lwe-L sisebenzisa indlela yokulungisa iswitshi enekhowudi, eneempawu zokukhusela ezinezigaba ezine ezifana nokulibaziseka kwexesha elide, ukulibaziseka kwexesha elifutshane, ukulibaziseka kwangoko, kunye nokumisa isiseko. Inemisebenzi efana nesimo sempazamo kunye nesibonakaliso somqadi wangoku womthwalo kodwa iboniswa ngedijithali, kwaye imisebenzi yayo ayiphelelanga njengeentlobo ze-M kunye ne-H. Ixabiso lokuseta luhlengahlengiso olulinganisiweyo olulungiselelwe abasebenzisi kwiimeko eziqhelekileyo.
I-voltage yokusebenza kunye nemisebenzi efunekayo ye-excitation tripper, i-under-voltage tripper, indlela yokusebenza yombane, i-electromagnet yokukhulula amandla (yokuvala), kunye nomlawuli okrelekrele we-circuit breaker iboniswe kwiTheyibhile 1.
| Into (Itheyibhile 1) | I-AC(50Hz) | DC | ||||
| 220V | 380V | 110V | 220V | |||
| Ukukhululwa kwe-Shunt | 24VA | 36VA | - | - | ||
| Ukukhululwa kwe-Undervoltage | 24VA | 36VA | 24W | 24W | ||
| I-electromagnet evaliweyo | 24VA | 36VA | 24W | 24W | ||
| Ukusebenza kwemoto indlela yokusebenza | Umlinganiselo wangoku we ubungakanani befreyimu | 2000A | 85VA | 85VA | 85W | 85W |
| 3200A | 125VA | 125VA | 125W | 125W | ||
| 6300A | 150VA | 150VA | 150W | 150W | ||
| Ubonelelo lwamandla lomlawuli okrelekrele: AC220V, AC380V, DC220V, DC110V, impazamo yobonelelo lwamandla ± 15% | ||||||
Qaphela: Uluhlu lwevolthi yokusebenza oluthembekileyo lokukhululwa kwe-shunt yi-70% ~ 110%, kwaye i-electromagnet yokuvala kunye nokusebenzaindlela yokusebenza yi-85% ~ 110%.
Ukusebenza kwe-undervoltage tripper ye-circuit breaker kuboniswe kwiTheyibhile 2
| Udidi (Itheyibhile 2) | Ukukhululwa kokulibaziseka kwe-Undervoltage | Ukukhululwa kwangoko kwe-Undervoltage | |
| Ixesha lesenzo sokukhululwa | Ukulibaziseka 1, 3, 5s | Kwangoko | |
| Ukusebenza kokukhululwa ixabiso levolthi | (30%~70%)Ue | Ukuqhawuka okuthembekileyo kwe-circuit breaker | |
| ≤ 35%Ue | I-circuit breaker ayinakuvalwa | ||
| (85%~110%)Ue | I-circuit breaker ingavalwa ngokuthembekileyo | ||
| Ngaphakathi kwesiqingatha sexesha lokulibaziseka, ukuba i-voltage yombane ibuyiselwe kwi-85%Ue, i-circuit breaker ayinakunqanyulwa | -- | ||
Qaphela: Ukuchaneka kwexesha lokulibaziseka yi-+10%
Ukusebenza kwabafowunelwa abancedisayo
●Umsinga wokufudumala ovunyiweyo woqhagamshelwano oluncedisayo yi-6A;
●Ifomu yoqhagamshelwano oluncedisayo: iiseti ezine zoqhagamshelwano zokuguqula (uqwalaselo oluqhelekileyo), nceda unxibelelane nathi ngeemfuno ezikhethekileyo;
●Unxibelelwano olungaqhelekanga kunye nokukwazi ukuqhekeka kwee-contacts ezincedisayo;
●Uqhagamshelo kunye nomthamo wokuqhekeka kwezixhobo ezincedisayo phantsi kweemeko ezingaqhelekanga zokusetyenziswa ezimiselwe kukusetyenziswa kwazokuboniswe kwitheyibhile 3
| Udidi lokusetyenziswa (Itheyibhile 3) | Uqhagamshelo | Ukuphuka | Inani lemijikelo yokusebenza evaliweyo kunye nobuninzi bokusebenza | ||||||
| U/Ue | Mna/Mna | i-cosΦ okanye i-T0.95 | U/Ue | Mna/Mna | i-cosΦ okanye i-T0.95 | Inani le imijikelo yokusebenza | Inani lemisebenzi imijikelo ngomzuzu | Ixesha lokuvula umbane (ii) | |
| I-AC-15 | 1.1 | 10 | 0.3 | 1.1 | 10 | 0.3 | 10 | 6 (okanye okufanayo imvamisa yokusebenza njengeluphu ephambili) | 0.05 |
| DC-13 | 1.1 | 1.1 | I-6Pe | 1.1 | 1.1 | I-6Pe | |||
Unxibelelwano kunye nokukwazi ukuphula izixhobo zonxibelelwano ezincedisayo phantsi kweemeko eziqhelekileyo kuboniswe kwitheyibhile 4
| Udidi lokusetyenziswa (Itheyibhile 4) | Uqhagamshelo | Ukuphuka | ||||
| U/Ue | Mna/Mna | i-cosΦ okanye i-T0.95 | U/Ue | Mna/Mna | i-cosΦ okanye i-T0.95 | |
| I-AC-15 | 1 | 10 | 0.3 | 1 | 1 | 0.3 |
| DC-13 | 1 | 1 | 300ms | 1 | 1 | 300ms |
Isitshixo kunye nesitshixo sendawo yokuqhawula unxibelelwano
I-circuit breaker inesixhobo esithi "Isitshixo kunye nesitshixo sendawo yokuqhawula" (ngokweemfuno zomyalelo: ii-locks ezintathu kunye nezitshixo ezimbini, ii-locks ezimbini kunye nesitshixo esinye, i-lock enye kunye nesitshixo esinye, njl.njl.). Ingatshixa i-circuit breaker kwindawo yokuqhawula. Ngeli xesha, nokuba iqhosha lokuvala okanye i-electromagnet yokukhulula amandla (yokuvala) isetyenzisiwe, i-circuit breaker ayinakuvalwa.
Isishwankathelo sesakhiwo (jonga uMfanekiso 5 malunga nesakhiwo se-circuit breaker)
1. I-fixed circuit breaker yenziwe ikakhulu yinkqubo yoqhagamshelwano, umlawuli okrelekrele, indlela yokusebenza ngesandla, kunye nemoto esebenzaindlela yokusebenza, kunye nepleyiti yokuyifaka.
2. Isixhobo sokwaphula isekethe yohlobo lwedrowa senziwe ikakhulu yinkqubo yoqhagamshelwano, umlawuli okrelekrele, indlela yokusebenza ngesandla, kunye nesiseko sedrowa esinendlela yokusebenza yemoto.
3. I-circuit breaker icwangciswe ngendlela enamacala amathathu, eneempawu zesakhiwo esincinci kunye nobukhulu obuncinci, inkqubo yoqhagamshelwano ivalelwe kwipleyiti yesiseko yokukhusela, kwaye isigaba ngasinye soqhagamshelwano sahlulwe yipleyiti yokukhusela ukwenza igumbi elincinci, kwaye isilawuli esikrelekrele, indlela yokusebenza ngesandla, kunye nendlela yokusebenza yombane zicwangciswe phambi kwayo ukuze zenze iiyunithi zazo ezizimeleyo. Ukuba enye yeeyunithi yaphukile, ingasuswa kwaye ithathelwe indawo entsha.
4. I-circuit breaker yohlobo lwedrowa yenziwe yi-plug-in circuit breaker kunye nesiseko sedrowa. I-guide rail kwisiseko sedrowa inokutsalwa ngaphakathi nangaphandle, kwaye i-circuit breaker efakiweyo ikwi-guide rail ukuze iphume kwidrowa, kwaye i-circuit breaker ephambili iqhagamshelwe ngoqhagamshelo lokufakelwa phakathi kwe-busbar efakwe kwi-circuit breaker kunye ne-bridge contact kwisiseko sedrowa.
5. I-drawer type circuit breaker ineendawo ezintathu zokusebenza: indawo "yonxibelelwano", indawo "yovavanyo", kunye nendawo "yokwahlulwa". Utshintsho lwendawo lufezekiswa ngokufaka okanye ukukhupha isiphatho. Isalathisi seendawo ezintathu siboniswa yi-pointer kwi-beam yesiseko esisezantsi sesiseko sedrowa.
6. Xa ikwindawo "yonxibelelwano", zombini isekethe ephambili kunye nesekethe yesibini ziyavulwa; xa ikwindawo "yovavanyo", isekethe ephambili iyasuswa kwaye yahlulwe ngokwahlulahlula ngokukhusela. Yisekethe yesibini kuphela evulwayo, kwaye ezinye iimvavanyo ezifunekayo zinokwenziwa, xa ikwindawo "yokwahlukana", isekethe ephambili kunye nesekethe yesibini zonke zisusiwe. Ngaphezu koko, i-drawer type circuit breaker inesixhobo sokudibanisa ngoomatshini. I-circuit breaker inokuvalwa kuphela kwindawo yonxibelelwano okanye kwindawo yovavanyo. kwaye i-circuit breaker ayinakuvalwa kwindawo ephakathi phakathi konxibelelwano novavanyo.
Indlela yokudibanisa i-circuit breaker (esebenza kuhlobo lwedrowa kunye nohlobo olusisigxina) iboniswe kuMfanekiso 6. Umsebenzisi angasebenzisa indlela yokudibanisa i-interlocking ngokwahlukeneyo ukuguqula iiyunithi ezimbini okanye ezintathu.
I-lever interlock (kwikhabhathi efanayo)
Qaphela: Ii-circuit breakers ezintathu ezifakwe ngokuthe nkqo ezine-lever interlock.
Ukuba ii-circuit breaker ezimbini ziyaqhagamshelana, kufuneka zisuse i-circuit breaker ephezulu kuphela.
I-interlock ethambileyo (Iyafumaneka xa ithe tyaba kwaye ithe nkqo, ifanelekile phakathi kweekhabhathi ezikufutshane okanye kwikhabhathi enye)
Indlela yokukhusela iziphene zokumisa umhlaba
Isilawuli sahlulwe ngeendlela ezimbini ezahlukeneyo zokukhusela, enye yohlobo lomahluko (T), kwaye isilawuli sikhusela ngokwesimbuku sombane wesigaba sesithathu kunye nevektha yangoku kumgca ongathathi hlangothi. Ngokwenani leepali ze-circuit breaker, sahlulwe saba ziifom ezintathu: 3PT, 4PT., kunye (3P+N)T, eziboniswe kumfanekiso ongezantsi (a. b, kunye no-c). Enye indlela yi-ground current type (W). Isilawuli sithatha ngokuthe ngqo isignali yangoku ye-output ye-current transformer eyongezelelweyo phakathi kwe-neutral point ye-main power supply kunye ne-ground yokukhusela. I-transformer iphakathi komgca we-N kunye nomgca we-PE, jonga uMfanekiso d ngezantsi.
Isixhobo sokukhusela umhlaba esisebenza ngesigaba esinye (jonga uMfanekiso 7)
I-transformer yangaphandle (i-transformer ye-neutral pole okanye ejikeleze i-current transformer) inikwa umsebenzisi njengesongezelelo. Umsebenzisi uyibeka kwi-busbar yedwa, aze aqhagamshele uqhagamshelo (ubude yi-2m) kwiibhloko zesiphelo sesibini #25 kunye #26 ze-circuit breaker.
Ulwahlulo lwesigaba
Isetyenziselwa ukwandisa amandla okukhusela phakathi kweebhasi (kwihlobo lwedrowa).
1. Ibhodi yocingo 2. Ibha yebhasi 3. Ibhodi ezinzileyo 4. I-Transformer
| I-Inm(A) | a | b | c | d |
| 2000 | 60 | 12.5 | 34 | Φ89 |
| 3200 | 80 | 20 | 35 | Φ109.5 |
Umfanekiso 7 (B) Ubukhulu kunye nobukhulu bokufakelwa kwesixhobo sokukhusela iimpazamo zomhlaba
● RDW1-1000 3P/4P (Uhlobo olunokutsalwa) ubukhulu bokukhanya kunye nobukhulu bokufakelwa
● RDW1-1000 3P/4P (Uhlobo oluzinzileyo) Ubungakanani obupheleleyo kunye nobukhulu bofakelo
| Umlinganiselo wangoku (A) | 200, 400 | 630 | 800, 1000 | Ingxelo |
| Ubukhulu bebhasi H (mm) | 6 | 8 | 10 | — |
| Ubungakanani n | 6 | 12 | 12 | 3P |
| 8 | 16 | 16 | 4P |
● RDW1-2000 3P/4P (Uhlobo olunokutsalwa) ubukhulu kunye nobukhulu bokufakelwa
| In | i(mm) |
| 630~800A | 10 |
| 1000~1600A | 15 |
| 2000A | 20 |
● RDW1-2000 3P/4P (Uhlobo oluzinzileyo) ubukhulu kunye nobukhulu bofakelo
| In | i(mm) |
| 630~800A | 10 |
| 1000~1600A | 15 |
| 2000A | 20 |
● RDW1-3200 3P/4P (Uhlobo olunokutsalwa) ubukhulu kunye nobukhulu bokufakelwa
| In | i(mm) |
| 2000A、2500A | 20 |
| 2900A、3200A | 30 |
● RDW1-3200 3P/4P (Uhlobo oluzinzileyo) ubukhulu kunye nobukhulu bofakelo
| In | i(mm) |
| 2000A、2500A | 20 |
| 2900A、3200A | 30 |
● RDW1-4000 3P (Uhlobo olunokutsalwa) ubukhulu kunye nobukhulu bofakelo
● RDW1-4000 3P (Uhlobo oluzinzileyo) ubukhulu kunye nobukhulu bofakelo
● RDW1-4000 4P (Uhlobo olunokutsalwa) ubukhulu kunye nobukhulu bofakelo
● RDW1-6300 3P/4P 4000A/5000A (Uhlobo olunokutsalwa) ubukhulu kunye nobukhulu bokufakelwa
| In | i(mm) |
| 4000A | 20 |
| 5000A | 30 |
● RDW1-6300 4P 6300A (Uhlobo olunokutsalwa) oubukhulu obupheleleyo kunye nobukhulu bofakelo
Xa isetyenziswa neeseti ezipheleleyo zekhabhinethi, ubukhulu besakhelo somnyango kunye nobukhulu bofakelo lwaso jonga umzobo ongezantsi,kwaye usebenzise i-ST2.9×9.5-FH ukulungisa xa ufaka
| Ubungakanani besakhelo Imm(A) | i(mm) | b(mm) | c(mm) 3P | c(mm) 4P |
| 2000 | 306 | 346 | 0 | 47.5 |
| 3200 | 366 | 406 | 0 | 57.5 |
| 4000/3P | 366 | 406 | 57.5 | — |
| Uhlobo olunokutsalwa yi-4000/4P | 306 | 346 | — | 206.5 |
| 6300 | 366 | 406 | 189(4000/5000 3P) | |
| 6300 | 366 | 406 | 246.5(4000/5000 4P、6300 3P) | |
Ubukhulu bokuvula umngxuma wesakhelo socango kunye nobukhulu bokufakwa
●Uhlobo lwe-RDW1-1000 olunokutsalwa/Ubukhulu bokuvula umngxuma wesakhelo socango oluzinzileyo kunye nobukhulu bokufakwa
Ubukhulu bokuvula umngxuma wesakhelo socango oluzinzileyo lwe-RDW1-1000
Ubukhulu bokuvula umngxuma womnyango wesakhelo somnyango we-RDW1-1000
Inkcazo kunye nobungakanani bebha yebhasi yoqhagamshelo ukuze ubone itafile engezantsi (ngokwereferensi)
| Umlinganiselo wangoku (A) | Iinkcukacha zebhasi zangaphandle (mm) | Ubungakanani kwipali nganye | Umlinganiselo wangoku (A) | Iinkcukacha zebhasi zangaphandle (mm) | Ubungakanani kwipali nganye |
| 630 | 40×5 | 2 | 2900 | 100×10 | 6 |
| 800 | 50×5 | 2 | 3200 | 100×10 | 4 |
| 1000 | 60×5 | 2 | 3600 | 100×10 | 5 |
| 1250 | 80×5 | 2 | 4000 | 100×10 | 5 |
| 1600 | 100×5 | 2 | 5000 | 100×10 | 6 |
| 2000 | 100×5 | 3 | 6300 | 100×10 | 8 |
| 2500 | 100×5 | 4 | Qaphela: Xa usebenzisa i-6300/4000A, kungcono ukusebenzisa ii-pcs ezi-5 ze-100×10 kwipali nganye. | ||
