1.Isikhathi sokuphila sikagesi esiphezulu
2. Ukusebenza okuhlala isikhathi eside nokungcono
3.Umsebenzi wokuvimbela
4. Ukuvikelwa kokufakwa kwesisekelo ngokweqile, okungaphansi kwamandla kagesi, okufushane kanye nesigaba esisodwa
5. Okujwayelekile: IEC60947-2
1. Izinga lokushisa: kungabi ngaphezu kuka-+40°C, kungabi ngaphansi kuka--5°C, kanye nezinga lokushisa elijwayelekile losuku kungabi ngaphezu kuka-+35°C. Uma ikhasimende lidinga isimo esingaphezu kuka-+40°C, noma ngaphansi kuka--25°C, kufanele lixhumane nomkhiqizi.
2. Isimo sendawo yokufaka asidluli ku-2000m
3. Umswakama: lapho izinga lokushisa lifinyelela ku-+40°C, alisekho ngaphezu kuka-50%
Umswakama ophezulu uyamukelwa emazingeni okushisa aphansi. Umswakama ojwayelekile wenyanga akufanele ube ngaphezu kuka-90%, kanti izinga lokushisa elijwayelekile lenyanga akufanele libe ngaphansi kuka-+25°C. Ukujiya kufanele kuqashelwe lapho umswakama ushintsha.
4. Isigaba sokuvikela: IP20
5.Ukusebenzisa uhlobo: Uhlobo B
6. Uhlobo lokungcola: Izinga eli-3
7. Uhlobo lokufakwa:Uhlobo lwesekethe eyinhloko ye-circuit breaker, ukukhululwa kwe-voltage, ikhoyili eyinhloko ye-power transformer ifakiwe Ⅳ; uhlobo lwesekethe esiza kanye nokufakwa kwesekethe yokulawula Ⅲ
| Inombolo Yemodeli | RDW1-1000 | RDW1-2000 | RDW1-3200 | RDW1-4000 | RDW1-6300 | |||||||
| Isilinganiso samanje (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 yamanje elinganiswe ngokungathathi hlangothi (A) | 100%ln | 100%ln | 100%ln | 100%ln | 50%ln | |||||||
| I-voltage yokusebenza elinganisiwe (V) | I-AC 400 | I-AC 400/690 | ||||||||||
| Imvamisa (Hz) | 50/60Hz | |||||||||||
| Inani lezinsika | 3P/4P | |||||||||||
| I-voltage yokumelana nomfutho elinganisiwe i-Uimp(Kv) | I-AC 8 | I-AC 12 | ||||||||||
| I-voltage yokuhlukaniswa elinganisiwe i-Ui(V) | I-AC 690 | I-AC 1000 | ||||||||||
| Imvamisa yamandla imelana ne-voltage(V) 1min | 1890 | 2200 | ||||||||||
| Isilinganiso somthamo wokuphuka kwesekethe esifushane (Icu) kA | I-AC400V | 42 | 80 | 100 | 100 | 120 | ||||||
| I-AC690V | - | 50 | 65 | 85 | 85 | |||||||
| Kulinganiswe ukusebenza kwe-short circuit breaking (Ics) | I-AC400V | 32 | 65 | 80 | 80 | 100 | ||||||
| I-AC690V | - | 50 | 65 | 65 | 75 | |||||||
| Kulinganiswe ukumelana yamanje yesikhathi esifushane (Icw) | I-AC400V | 20/30(0.5S) | 65 | 80 | 80 | 100 | ||||||
| I-AC690V | - | 40 | 50 | 50 | 75 | |||||||
| Isikhathi sokusebenza (izikhathi) 2500A ngaphansi kwesikhathi esingu-1/3min; Ngaphezulu kuka-2500A isikhathi esingu-1/6min | Impilo kagesi | 7000 | 6500 | 3000 | 3000 | 1500 | ||||||
| Impilo yemishini | 15000 | 15000 | 10000 | 10000 | 5000 | |||||||
Izici zokuvikela kanye nemisebenzi yomlawuli ohlakaniphile
Ukukhishwa okuhlakaniphile kohlobo lwe-H
INgaphezu kokuba nayo yonke imisebenzi yohlobo lwe-M, iphinde ibe nesixhumi sokuxhumana esijwayelekile se-RS485 (ukucushwa okujwayelekile yi-Modbus communication protocol), esingaxhumana nge-half-duplex noma i-full-duplex. Ngesixhumi sokuxhumana, uhlelo lwendawo olune-master-slave stukwakhiwa (okuzobizwa ngokuthi uhlelo) kungakhiwa.1-2 amakhompyutha asetshenziswa njengesiteshi esikhulu, kanti inani lama-circuit breaker ahlakaniphile noma ezinye izingxenye ezixhunyaniswayo zisetshenziswa njengezigqila, Isakhiwo senethiwekhi yesistimu siboniswe esithombeni esingezansi.
Kwiyunithi ye-circuit breaker, uhlelo lungafeza umsebenzi webanga elide "okude okune"; ukuqapha amapharamitha ahlukahlukene egridi yamandla kanye namapharamitha okusebenza ukuqapha isimo samanje sokusebenza kwe-circuit breaker ehlakaniphile, i-adj.ukuqinisa nokulanda amapharamitha ahlukahlukene omkhawulo wokuvikela, ukulawulwa okuhlanganisiwe nokusebenza okuncane kwe-intelligence circuit breaker, njll. Uhlelo lufanele ukwakhiwa nokuguqulwa kweziteshi zamandla ezahlukahlukene, izitshalo zamandla, iziteshi ezincane neziphakathi nendawo, amabhizinisi ezimboni nawezimayini, izakhiwo kanye nezinye izinhlelo zokulawula ukusatshalaliswa.
Isibonelo: umdwebo wokuxhumeka kwesixhumi esibonakalayo sephrothokholi yokuxhumana yeModbus umi kanje:
Isakhiwo sehadiwe yezinzwa zesistimu yenethiwekhi yokuxhumana kwedatha
I-integent circuit breaker inikeza isikhombimsebenzisi sokuxhumana se-RS485 esijwayelekile, esithathwe ezingosini ze-No.10 kanye ne-No.11 ze-izikhala ze-circuit breaker; indlela yokuxhumana exhunywe ohlelweni: Ipheya elisontekile elivikelwe le-Class A.
Izici eziyinhloko zenethiwekhi
Indlela yokudlulisa idatha elandelanayo enezindlela ezimbili, umkhiqizo unganikeza izindlela ezahlukahlukene zokuxhumana: i-Modbus, i-profibus-DP, i-DeviceNet, i-CAN, njll. Indlela ye-stict master-slave, okungukuthi, isiteshi esikhulu singumqalisi nomlawuli wokuxhumana, kanti isiteshi senceku singaxhumana kuphela nesiteshi esikhulu, hhayi ngokuqondile nezinye izinsiza. Izinga lokuxhumana le-baud 4.8/9.6/38.4/76.8/153.6 kbps lingadalulwa. Inani elizenzakalelayo lingu-9.6 kbps, kanti ibanga lokuxhumana lingu-1.2km.
Isofthiwe yokuqapha
Isofthiwe yokucushwa ingafeza ukucushwa kanye nokusetshenziswa kwesofthiwe yokuqapha kanye nokuphatha edingekayo ngokushoizidingo ezahlukene zobunjiniyela, futhi ingafeza imisebenzi yokuqapha ukusebenza kanye nemisebenzi eyahlukahlukene yokuphatha yansuku zonke.
Umsebenzi wesistimu
Ukulawula kude kubhekisela entweni elawula uhlelo lwezigqila lwe-slave circuit breaker ngayinye ohlelweni ngekhompyutha yesiteshi esikhulu. Chofoza inkinobho yokulawula kude ngegundane, bese uhlelo luzohlinzeka ngesimo sokusebenza esihambisanayo. Ngemva kokuba umqhubi efake iphasiwedi yokusebenza, umyalelo "wokuvala" noma "wokuvula" wesilawuli kude ungakhishwa. Uhlelo ludlulisela umyalelo esiteshini sezigqila se-circuit breaker esihambisanayo, futhi ngemva kokuthola umyalelo, isiteshi sezigqila sizosebenzisa imiphumela yokulawula kude njengokuphula, ukuvala nokugcina amandla ngokwesikhathi esimisiwe.
Ukulungisa okukude
Ukulungiswa okukude kubhekisela ekusetheni inani lokusetha lokuvikela lesiteshi sesigqila ngekhompyutha yesiteshi esikhulu, ukukhetha into ehambisanayo ebusweni benani lokusetha eligcinwe kukhompyutha yesiteshi esikhulu, ngokuchofoza inkinobho yokulungisa okukude ngegundane, uhlelo luzohlinzeka ngethebula lenani lokusetha lokuvikela lawo wonke amanani okusetha okuvikela ento ehambisanayo. Ngemva kokuba umqhubi efake iphasiwedi, ipharamitha edingekayo ingakhethwa etafuleni lepharamitha, bese uchofoza inkinobho ehambisanayo, isiteshi esikhulu sizolanda ipharamitha kumphumela wokulungisa okukude, futhi isiteshi sesigqila sizoshintsha inani laso lokusetha lokuvikela ngemva kokuthola imiyalelo.
Ukuqapha okukude
Ukulungiswa okukude kubhekisela ekusetheni inani lokusetha lokuvikela lesiteshi sesigqila ngekhompyutha yesiteshi esikhulu, ukukhetha into ehambisanayo ebusweni benani lokusetha eligcinwe kukhompyutha yesiteshi esikhulu, ngokuchofoza inkinobho yokulungisa okukude ngegundane, uhlelo luzohlinzeka ngethebula lenani lokusetha lokuvikela lawo wonke amanani okusetha okuvikela ento ehambisanayo, Ngemva kokuba umqhubi efake iphasiwedi, ipharamitha edingekayo ingakhethwa etafuleni lepharamitha, bese uchofoza inkinobho ehambisanayo, isiteshi esikhulu sizolanda ipharamitha kumphumela wokulungisa okukude, futhi isiteshi sesigqila sizoshintsha inani laso lokusetha lokuvikela ngemva kokuthola imiyalelo.
Irekhodi lamaphutha lingaqopha lezi zinhlaka zamaphutha ezilandelayo:
Amanani amanje esigaba A, B, C kanye no-N, amanani e-voltage e-UAB, UBC kanye ne-UCA, uhlobo lwephutha kanye nesenzo sephutha ngesikhathi sephutha aqoshwe phansi.kusizindalwazi samaphutha.
Ugesi wamanje wesikhathi sangempela kanye ne-voltage yesiteshi ngasinye esincane kuboniswa yigrafu yebha yekhompyutha kanye nethebula lenani eliphelele, futhi isimo sokusebenza kwe-node ngayinye kuboniswa yi-curve yesikhathi sangempela.
Ukuxhumana okukude
Ukuthumela imiyalezo kude kubhekisela ekuhloleni imodeli yesiteshi sezigqila, isimo esivaliwe nesivuliwe, izilungiselelo zokuvikela, kanye nokusebenza kanye nolunye ulwazi lwesiteshi sezigqila ngekhompyutha yesiteshi esikhulu. Amapharamitha athunyelwe yi-slave station breaker kwikhompyutha ephezulu afaka phakathi: imodeli yokushintsha, isimo sokushintsha (sivaliwe/se,), ulwazi lwephutha, ulwazi lwe-alamu, izilungiselelo zokuvikela ezahlukahlukene, njll.
Eminye imisebenzi yesistimu
Ngaphezu kwemisebenzi emine yokulawula ukusebenza okude, uhlelo lungenza nemisebenzi eyahlukahlukene yokuphatha: i-alamu yengozi (isikrini solwazi, ukukhushulwa kwesikrini, ukuphrinta umcimbi, i-alamu yomsindo), ukuqoshwa komcimbi, ukufakwa ohlwini lokulungisa, ukuphathwa kokudluliselwa kweshifu, ukuhlaziywa kwemikhuba yomthwalo, ukuphrinta imibiko eminingi, njll.
Isilawuli esihlakaniphile sohlobo lwe-L
Isilawuli sohlobo lwe-L sisebenzisa indlela yokulungisa iswishi enekhodi, enezici zokuvikela ezinezigaba ezine njengokulibaziseka okude kakhulu, ukubambezeleka okufushane kwesekethe esifushane, ukushesha okusheshayo, kanye nokumisa isisekelo. Sinemisebenzi efana nesimo sephutha kanye nesibonakaliso somsebe wamanje womthwalo kodwa siboniswa ngedijithali, futhi imisebenzi yaso ayiphelele njengezinhlobo ze-M kanye ne-H. Inani lokusetha liwukulungiswa okulinganiselwe okungokwabasebenzisi ezimweni ezijwayelekile.
I-voltage yokusebenza kanye nemisebenzi edingekayo ye-excitation tripper, i-under-voltage tripper, indlela yokusebenza kagesi, i-electromagnet yokukhulula amandla (yokuvala), kanye nesilawuli esihlakaniphile se-circuit breaker kuboniswe kuThebula 1.
| Into (Ithebula 1) | I-AC(50Hz) | DC | ||||
| 220V | 380V | 110V | 220V | |||
| Ukukhishwa kwe-shunt | 24VA | 36VA | - | - | ||
| Ukukhishwa kwe-Undervoltage | 24VA | 36VA | 24W | 24W | ||
| Ugesi ovaliwe | 24VA | 36VA | 24W | 24W | ||
| Ukusebenza kwemoto indlela yokusebenza | Isilinganiso samanje se usayizi wohlaka | 2000A | 85VA | 85VA | 85W | 85W |
| 3200A | 125VA | 125VA | 125W | 125W | ||
| 6300A | 150VA | 150VA | 150W | 150W | ||
| Ukunikezwa kwamandla kwesilawuli esihlakaniphile: AC220V, AC380V, DC220V, DC110V, iphutha lokunikezwa kwamandla ± 15% | ||||||
Qaphela: Ububanzi be-voltage yokusebenza obuthembekile bokukhululwa kwe-shunt bungu-70% ~ 110%, kanti i-electromagnet yokuvala kanye nokusebenza kwayoindlela yokusebenza ingu-85% ~ 110%.
Ukusebenza kwe-undervoltage tripper ye-circuit breaker kuboniswe kuThebula 2
| Isigaba (Ithebula 2) | Ukukhululwa kokulibaziseka kwe-Undervoltage | Ukukhishwa okusheshayo kwe-Undervoltage | |
| Isikhathi sesenzo sokukhishwa | Ukulibaziseka 1, 3, 5s | Ngokushesha | |
| Ukusebenza kokukhishwa inani le-voltage | (30%~70%)Ue | Ukunqanyulwa okuthembekile kwe-circuit breaker | |
| ≤ 35%Ue | I-circuit breaker ayikwazi ukuvalwa | ||
| (85%~110%)Ue | I-circuit breaker ingavalwa ngokuthembekile | ||
| Kungakapheli nengxenye yesikhathi sokulibaziseka, uma i-voltage yokunikezwa kwamandla ibuyiselwa ku-85%Ue, i-circuit breaker ayikwazi ukunqanyulwa | -- | ||
Qaphela: Ukunemba kwesikhathi sokulibaziseka kungu-+10%
Ukusebenza koxhumana nabo abasizayo
●Ukushisa okuvunyelwene ngakho kokuxhumana okusizayo kungu-6A;
●Ifomu lokuxhumana elisizayo: amasethi amane oxhumana nabo abaguqulwayo (ukucushwa okujwayelekile), sicela usithinte ukuze uthole izidingo ezikhethekile;
●Ukuxhumana okungajwayelekile kanye nekhono lokuphuka koxhumana nabo abasizayo;
●Ukuxhumana kanye nomthamo wokuphuka koxhumana nabo abasizayo ngaphansi kwezimo ezingavamile zokusebenzisa okunqunywa ukusetshenziswakuboniswe kuthebula 3
| Isigaba sokusetshenziswa (Ithebula 3) | Uxhumano | Ukuphuka | Inani lemijikelezo yokusebenza evaliwe kanye nemvamisa yokusebenza | ||||||
| U/Ue | I/Ie | i-cosΦ noma i-T0.95 | U/Ue | I/Ie | i-cosΦ noma i-T0.95 | Inani le imijikelezo yokusebenza | Inani lokusebenza imijikelezo ngomzuzu | Isikhathi (izikhathi) sokuvula amandla | |
| I-AC-15 | 1.1 | 10 | 0.3 | 1.1 | 10 | 0.3 | 10 | 6 (noma okufanayo imvamisa yokusebenza njengeluphu eyinhloko) | 0.05 |
| I-DC-13 | 1.1 | 1.1 | 6Pe | 1.1 | 1.1 | 6Pe | |||
Amandla okuxhumana nokwephula oxhumana nabo abasizayo ngaphansi kwezimo ezijwayelekile aboniswe kuthebula 4.
| Isigaba sokusetshenziswa (Ithebula 4) | Uxhumano | Ukuphuka | ||||
| U/Ue | I/Ie | i-cosΦ noma i-T0.95 | U/Ue | I/Ie | i-cosΦ noma i-T0.95 | |
| I-AC-15 | 1 | 10 | 0.3 | 1 | 1 | 0.3 |
| I-DC-13 | 1 | 1 | 300ms | 1 | 1 | 300ms |
Ukhiye bese ukhiya ukuze uthole indawo yokunqamula
I-circuit breaker ine-accessory ethi "Ukhiye kanye nokukhiya kwesikhundla sokunqamula" (ngokuya ngezidingo ze-oda: izingidi ezintathu nezinkinobho ezimbili, izingidi ezimbili nezinkinobho eyodwa, ukukhiya okukodwa nezinkinobho eyodwa, njll.). Ingakhiya i-circuit breaker endaweni yokunqamula. Ngalesi sikhathi, kungakhathaliseki ukuthi kusetshenziswa inkinobho yokuvala noma i-electromagnet yokukhulula amandla (yokuvala), i-circuit breaker ayikwazi ukuvalwa.
Ukubuka konke kwesakhiwo (bheka uMfanekiso 5 wesakhiwo se-circuit breaker)
1. I-fixed circuit breaker yakhiwe kakhulu uhlelo lokuxhumana, isilawuli esihlakaniphile, indlela yokusebenza ngesandla, kanye nenjini esebenzaindlela yokusebenza, kanye nepuleti lokufaka.
2. I-circuit breaker yohlobo lwedrowa yakhiwe kakhulu uhlelo lokuxhumana, isilawuli esihlakaniphile, indlela yokusebenza ngesandla, kanye nesisekelo sedrowa esinendlela yokusebenza yemoto.
3. I-circuit breaker ihlelwe ngendlela enezinhlangothi ezintathu, enezici zesakhiwo esincane kanye nosayizi omncane, uhlelo lokuxhumana lufakwe epuletini lesisekelo elivikela umswakama, futhi isigaba ngasinye sokuxhumana sihlukaniswa nepuleti elivikela umswakama ukuze kwakhiwe igumbi elincane, kanti isilawuli esihlakaniphile, indlela yokusebenza ngesandla, kanye nendlela yokusebenza kagesi zihlelwe phambi kwaso ngokulandelana ukuze zakhe amayunithi azo azimele. Uma enye yamayunithi iphukile, ingasuswa futhi ithathelwe indawo entsha.
4. I-circuit breaker yohlobo lwedrowa yakhiwe nge-plug-in circuit breaker kanye nesisekelo sedrowa. I-guide rail esesisekelweni sedrowa ingadonswa ngaphakathi nangaphandle, kanti i-circuit breaker efakiwe itholakala ku-guide rail ukuze iphume edrowa, futhi i-circuit breaker eyinhloko ixhunywe ngokuxhumeka kokufakwa phakathi kwe-busbar efakwe ku-circuit breaker kanye nokuxhumana kwebhuloho esisekelweni sedrowa.
5. I-circuit breaker yohlobo lwedrowa inezikhundla ezintathu zokusebenza: isikhundla "sokuxhumana", isikhundla "sokuhlola", kanye nesimo "sokuhlukanisa". Ukushintsha kwesikhundla kufezwa ngokufaka noma ukukhupha isibambo. Isibonakaliso sezikhundla ezintathu siboniswa yisikhombisi ebhamini lesisekelo esiphansi sesisekelo sedrowa.
6. Uma usesikhundleni "sokuxhumana", isekethe eyinhloko kanye nesekethe yesibili kuyavulwa; uma usesikhundleni "sokuhlola", isekethe eyinhloko iyanqanyulwa futhi ihlukaniswe ngokuhlukanisa okuvikelayo. Isekethe yesibili kuphela evulwa, futhi kungenziwa izivivinyo ezithile zesenzo ezidingekayo, uma usesikhundleni "sokuhlukanisa", isekethe eyinhloko kanye nesekethe yesibili konke kunqanyuliwe. Ngaphezu kwalokho, i-circuit breaker yohlobo lwedrowa inedivayisi yokuxhumanisa ngomshini. I-circuit breaker ingavalwa kuphela endaweni yokuxhumana noma endaweni yokuhlola. futhi i-circuit breaker ayikwazi ukuvalwa endaweni ephakathi kokuxhumana nokuhlolwa.
Indlela yokuxhumanisa ye-circuit breaker (esebenza kuhlobo lwedrowa kanye nohlobo oluhleliwe) iboniswe kuMfanekiso 6. Umsebenzisi angasebenzisa indlela yokuxhumanisa ngokwehlukana ukuguqula amayunithi amabili noma amathathu.
I-lever interlock (yekhabhinethi efanayo)
Qaphela: Ama-circuit breaker amathathu afakwe ngokuqondile ane-lever interlock.
Uma ama-circuit breaker amabili exhumene, kudingeka kuphela ukususa i-circuit breaker ephezulu.
I-interlock ethambile (Iyatholakala uma ivundlile futhi iqondile, ifaneleka phakathi kwamakhabethe aseduze noma kukhabethe elifanayo)
Indlela yokuvikela amaphutha aphansi
Isilawuli sihlukaniswe ngezindlela ezimbili ezahlukene zokuvikela, enye uhlobo lomehluko (T), kanti isilawuli sivikela ngokwesamba samandla kagesi esigaba sesithathu kanye nevektha yamanje emugqeni ongathathi hlangothi. Ngokwenani lezinsika ze-circuit breaker, sihlukaniswe ngezindlela ezintathu: 3PT, 4PT., kanye (3P+N)T, eziboniswe esithombeni esingezansi (a. b, kanye no-c). Enye indlela uhlobo lwamandla kagesi omhlaba (W). Isilawuli sithatha ngqo isignali yamandla kagesi okukhiphayo ye-transformer yamanje eyengeziwe phakathi kwephuzu elingathathi hlangothi lokunikezwa kwamandla amakhulu kanye nomhlabathi ukuze kuvikelwe. I-transformer iphakathi komugqa we-N nomugqa we-PE, bheka uMfanekiso d ngezansi.
Idivayisi yokuvikela umhlabathi yesigaba esisodwa eyisisekelo yangaphandle (bheka uMfanekiso 7)
I-transformer yangaphandle (i-transformer ye-pole engathathi hlangothi noma ezungeze i-transformer yamanje) inikezwa umsebenzisi njengesisekeli. Umsebenzisi uyibeka ebharini yebhasi yedwa, bese exhuma uxhumano (ubude bungu-2m) emabhulokini esibili esiphetho #25 kanye no-#26 we-circuit breaker.
Ukuhlukaniswa kwesigaba
Kusetshenziselwa ukwandisa amandla okushisa phakathi kwama-busbar (ohlobo lwedrowa).
1. Ibhodi yokuxhuma izintambo 2. Ibha yebhasi 3. Ibhodi eliqinile 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 kanye nobukhulu bokufakwa kwedivayisi yokuvikela amaphutha omhlaba
● RDW1-1000 3P/4P (Uhlobo olukhishwayo) ubukhulu bokufiphala kanye nobukhulu bokufakwa
● RDW1-1000 3P/4P (Uhlobo oluzinzile) Ubukhulu obuphelele kanye nobukhulu bokufakwa
| Isilinganiso samanje (A) | 200, 400 | 630 | 800, 1000 | Isaziso |
| Ubukhulu bebha yebhasi H (mm) | 6 | 8 | 10 | — |
| UBUNINGI n | 6 | 12 | 12 | 3P |
| 8 | 16 | 16 | 4P |
● ubukhulu kanye nobukhulu bokufakwa kwe-RDW1-2000 3P/4P (Uhlobo olukhishwayo)
| In | a(mm) |
| 630~800A | 10 |
| 1000~1600A | 15 |
| 2000A | 20 |
● RDW1-2000 3P/4P (Uhlobo oluzinzile) ubukhulu kanye nobukhulu bokufakwa
| In | a(mm) |
| 630~800A | 10 |
| 1000~1600A | 15 |
| 2000A | 20 |
● Ubukhulu obuphelele be-RDW1-3200 3P/4P (Uhlobo olukhishwayo) kanye nobukhulu bokufakwa
| In | a(mm) |
| 2000A、2500A | 20 |
| 2900A、3200A | 30 |
● Ubukhulu obuphelele be-RDW1-3200 3P/4P (Uhlobo oluzinzile) kanye nobukhulu bokufakwa
| In | a(mm) |
| 2000A、2500A | 20 |
| 2900A、3200A | 30 |
● ubukhulu kanye nobukhulu bokufakwa kwe-RDW1-4000 3P (Uhlobo olukhishwayo)
● ubukhulu kanye nobukhulu bokufakwa kwe-RDW1-4000 3P (Uhlobo oluzinzile)
● ubukhulu kanye nobukhulu bokufakwa kwe-RDW1-4000 4P (Uhlobo olukhishwayo)
● RDW1-6300 3P/4P 4000A/5000A (Uhlobo olukhishwayo) ubukhulu kanye nobukhulu bokufakwa
| In | a(mm) |
| 4000A | 20 |
| 5000A | 30 |
● RDW1-6300 4P 6300A (Uhlobo olukhishwayo) oubukhulu obuphelele kanye nobukhulu bokufakwa
Uma isetshenziswa namasethi aphelele ekhabhinethi, ubukhulu bohlaka lomnyango kanye nobukhulu bokufakwa kwalo ukuze ubone umdwebo ongezansi,bese usebenzisa i-ST2.9×9.5-FH ukulungisa lapho kufakwa
| Usayizi wohlaka Imm(A) | a(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 olukhishwayo lwe-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 imbobo yohlaka lomnyango kanye nobukhulu bokufakwa
●Uhlobo lwe-RDW1-1000 olungasuswa/Ubukhulu bokuvula imbobo yomnyango oluhleliwe kanye nobukhulu bokufakwa
Ubukhulu bokuvula imbobo yohlaka lomnyango oluqinile lwe-RDW1-1000
Ubukhulu bokuvula imbobo yomnyango wohlobo lwe-RDW1-1000 olukhishwayo
Imininingwane kanye nenani lebha yebhasi yokuxhumana ukuze ubone ithebula elingezansi (ukuze kubhekwe)
| Isilinganiso samanje (A) | Imininingwane yebha yebhasi yangaphandle (mm) | UBUNINGI bepali ngayinye | Isilinganiso samanje (A) | Imininingwane yebha yebhasi yangaphandle (mm) | UBUNINGI bepali ngayinye |
| 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: Uma usebenzisa i-6300/4000A, kungcono ukusebenzisa ama-pcs ama-5 e-100×10 ku-pole ngayinye. | ||
