1. I-RDJR6 soft-starter isebenzisa i-module ye-thyistor elawulwayo kanye nobuchwepheshe bokushintsha kwesigaba ukuze ithuthukise i-voltage yemoto njalo. Futhi ingafeza isidingo se-torque yemoto, yamanje kanye nomthwalo ngepharamitha yokulawula.
2. Isebenzisa i-micronrocessor ukulawula nokufeza imisebenzi yokuqalisa kancane kanye nokumisa kancane kwe-AC asynchronous motor, inomsebenzi wokuvikela ophelele, futhi isetshenziswa kabanzi emishinini yokushayela imoto emikhakheni ye-metallurgy, i-petroleum, imayini, kanye nemboni yamakhemikhali.
3. Inesivikelo ekulahlekelweni yisigaba, ugesi ongaphezu kwamandla, ugesi ogcwele ngokweqile, ugesi ongaphezu kwamandla, ukushisa ngokweqile.
4. Unemisebenzi yokubonisa i-voltage yokufaka, ukubonisa kwamanje okusebenza, ukuzihlola kokuhluleka, inkumbulo yamaphutha, inomphumela we-simulation value ongu-0-20mA, ingaqaphela ukuqapha kwamanje kwe-motor.
| Inombolo Yemodeli | Amandla alinganisiwe (W) | Isilinganiso samanje (A) | Amandla enjini asebenzayo (kW) | Usayizi womumo (mm) | Isisindo (kg) | Inothi | |||||
| A | B | C | D | E | d | ||||||
| RD JR6-5.5 | 5.5 | 11 | 5.5 | 145 | 278 | 165 | 132 | 250 | M6 | 3.7 | Isithombe 2.1 |
| RD JR6-7.5 | 7.5 | 15 | 7.5 | ||||||||
| RD JR6-11 | 11 | 22 | 11 | ||||||||
| RD JR6-15 | 15 | 30 | 15 | ||||||||
| RD JR6-18.5 | 18.5 | 37 | 18.5 | ||||||||
| RD JR6-22 | 22 | 44 | 22 | ||||||||
| RD JR6-30 | 30 | 60 | 30 | ||||||||
| RD JR6-37 | 37 | 74 | 37 | ||||||||
| RD JR6-45 | 45 | 90 | 45 | ||||||||
| RD JR6-55 | 55 | 110 | 55 | ||||||||
| RD JR6-75 | 75 | 150 | 75 | 260 | 530 | 205 | 196 | 380 | M8 | 18 | Isithombe 2.2 |
| RD JR6-90 | 90 | 180 | 90 | ||||||||
| RD JR6-115 | 115 | 230 | 115 | ||||||||
| RD JR6-132 | 132 | 264 | 132 | ||||||||
| RD JR6-160 | 160 | 320 | 160 | ||||||||
| RD JR6-185 | 185 | 370 | 185 | ||||||||
| RD JR6-200 | 200 | 400 | 200 | ||||||||
| RD JR6-250 | 250 | 500 | 250 | 290 | 570 | 260 | 260 | 470 | M8 | 25 | Isithombe 2.3 |
| RD JR6-280 | 280 | 560 | 280 | ||||||||
| RD JR6-320 | 320 | 640 | 320 | ||||||||
Ukucaciswa komkhiqizo
| Inombolo Yemodeli | Amandla alinganisiwe (kW) | Isilinganiso samanje (A) | Amandla enjini asebenzayo (kW) | Usayizi womumo (mm) | Isisindo (kg) | Inothi | |||||
| A | B | C | D | E | d | ||||||
| I-RDJR6-5.5 | 5.5 | 11 | 5.5 | 145 | 278 | 165 | 132 | 250 | M6 | 3.7 | Isithombe 2.1 |
| I-RDJR6-7.5 | 7.5 | 15 | 7.5 | ||||||||
| I-RDJR6-11 | 11 | 22 | 11 | ||||||||
| I-RDJR6-15 | 15 | 30 | 15 | ||||||||
| I-RDJR6-18.5 | 18.5 | 37 | 18.5 | ||||||||
| I-RDJR6-22 | 22 | 44 | 22 | ||||||||
| I-RDJR6-30 | 30 | 60 | 30 | ||||||||
| I-RDJR6-37 | 37 | 74 | 37 | ||||||||
| I-RDJR6-45 | 45 | 90 | 45 | ||||||||
| I-RDJR6-55 | 55 | 110 | 55 | ||||||||
| I-RDJR6-75 | 75 | 150 | 75 | 260 | 530 | 205 | 196 | 380 | M8 | 18 | Isithombe 2.2 |
| I-RDJR6-90 | 90 | 180 | 90 | ||||||||
| I-RDJR6-115 | 115 | 230 | 115 | ||||||||
| I-RDJR6-132 | 132 | 264 | 132 | ||||||||
| I-RDJR6-160 | 160 | 320 | 160 | ||||||||
| I-RDJR6-185 | 185 | 370 | 185 | ||||||||
| I-RDJR6-200 | 200 | 400 | 200 | ||||||||
| I-RDJR6-250 | 250 | 500 | 250 | 290 | 570 | 260 | 260 | 470 | M8 | 25 | Isithombe 2.3 |
| I-RDJR6-280 | 280 | 560 | 280 | ||||||||
| I-RDJR6-320 | 320 | 640 | 320 | ||||||||
Umdwebo
Ipharamitha esebenzayo
| Ikhodi | Igama lomsebenzi | Ububanzi bokusetha | Okuzenzakalelayo | Imiyalelo | |||||||
| P0 | i-voltage yokuqala | (30-70) | 30 | I-PB1=1, imodeli ye-Voltage slope iyasebenza; uma ukusetha kwe-PB kuyimodi yamanje, inani lokuqala elizenzakalelayo le-voltage lingu-40%. | |||||||
| P1 | isikhathi sokuqala esithambile | (2-60)s | Amasekhondi angu-16 | I-PB1=1, imodeli ye-Voltage slope iyasebenza | |||||||
| P2 | isikhathi sokuma kancane | (0-60)s | 0s | Ukusetha = 0, ukuze umise mahhala. | |||||||
| P3 | isikhathi sohlelo | (0-999)s | 0s | Ngemva kokuthola imiyalo, kusetshenziswa uhlobo lokubala phansi ukuze ubambezele ukuqala ngemva kwenani lokusetha le-P3. | |||||||
| P4 | ukulibaziseka kokuqala | (0-999)s | 0s | Ukulibaziseka kwesenzo sokudlulisa okuhleliwe | |||||||
| P5 | ukulibaziseka kohlelo | (0-999)s | 0s | Ngemva kokususa ukushisa ngokweqile kanye nokubambezeleka kokusetha i-P5, kwase kusesimweni sokulungela | |||||||
| P6 | ukulibaziseka kwesikhashana | (50-500)% | 400% | Kuhlotshaniswe nokulungiselelwa kwe-PB, uma ukulungiselelwa kwe-PB kungu-0, okuzenzakalelayo kungu-280%, futhi ukulungiswa kuyasebenza. Uma ukulungiselelwa kwe-PB kungu-1, inani elikhawulelwe lingu-400%. | |||||||
| P7 | amandla okuqala alinganiselwe | (50-200)% | 100% | Ukusetshenziswa ukulungisa inani lokuvikela ukugcwala ngokweqile kwenjini, uhlobo lokufaka lwe-P6, P7 luncike ku-P8. | |||||||
| P8 | Amandla wamanje aphezulu okusebenza | 0-3 | 1 | Sebenzisa ukusetha inani lamanje noma amaphesenti | |||||||
| P9 | imodi yokubonisa yamanje | (40-90)% | 80% | Inani eliphansi kunelesethingi, isibonisi sokwehluleka singu-“Err09″” | |||||||
| PA | ukuvikelwa kwe-undervoltage | (100-140)% | 120% | Inani lokusetha liphezulu kunelentengo, isibonisi sokwehluleka singu-“Err10″” | |||||||
| PB | indlela yokuqala | 0-5 | 1 | 0 umkhawulo wamanje, i-voltage eyi-1, ukukhahlela oku-2+umkhawulo wamanje, ukukhahlela oku-3+umkhawulo wamanje, ukuthambeka oku-4 kwamanje, uhlobo lwe-dual-loop olu-5 | |||||||
| PC | ukuvikelwa kokukhipha kuvumela | 0-4 | 4 | 0 umthwalo oyinhloko, umthwalo wemizuzu eyi-1, 2 ejwayelekile, 3 umthwalo osindayo, 4 omdala | |||||||
| PD | imodi yokulawula yokusebenza | 0-7 | 1 | Sebenzisa ukukhetha iphaneli, izilungiselelo zetheminali yokulawula yangaphandle. 0, kuphela ekusebenzeni kwephaneli, 1 kokubili ukusebenza kwetheminali yokulawula yangaphandle nephaneli yokulawula. | |||||||
| PE | inketho yokuqalisa kabusha ngokuzenzakalelayo | 0-13 | 0 | 0: kuvinjelwe, 1-9 ngezikhathi zokusetha kabusha ngokuzenzakalelayo | |||||||
| PF | ukuvumela ukulungiswa kwepharamitha | 0-2 | 1 | 0: okuvinjelwe, 1 ngemininingwane elungisiwe eyingxenye evumelekile, 2 ngemininingwane elungisiwe evumelekile | |||||||
| PH | ikheli lokuxhumana | 0-63 | 0 | Sebenzisa ukuxhumana kwe-multiple soft-starter kanye nedivayisi engenhla | |||||||
| PJ | umphumela wohlelo | 0-19 | 7 | Sebenzisa ukulungiselelwa kwe-relay ouput(3-4) okulungisekayo. | |||||||
| PL | umkhawulo wamanje wokuma okuthambile | (20-100)% | 80% | Sebenzisa ukulungiselelwa kwe-P2 soft-stopping current-limited setting | |||||||
| PP | ukulinganisa kwamanje kwenjini | (11-1200)A | inani elilinganiselwe | Sebenzisa ukufaka i-motor nominal rated current | |||||||
| PU | ukuvikelwa kokungasebenzi kahle kwemoto | (10-90)% | yenqabela | Sebenzisa ukusetha imisebenzi yokuvikela ukungasebenzi kahle kwe-motor. | |||||||
Imiyalelo yokwehluleka
| Ikhodi | Imiyalelo | Inkinga nesisombululo | |||||||||
| Iphutha00 | akukho ukwehluleka | Ukwehluleka kokungasebenzi kahle kwamandla kagesi, ugesi ongaphezu kwamandla kagesi, ukushisa ngokweqile noma ukuvula kwetheminali yokuma okwesikhashana kwakulungisiwe. Futhi isibonakaliso sephaneli siyakhanya, cindezela inkinobho ethi “yeka” ukuze usethe kabusha, bese uqala injini. | |||||||||
| Iphutha 01 | i-terminal yangaphandle yokuma yesikhashana ivuliwe | Hlola ukuthi i-external transient terminal7 kanye ne-common terminal10 ziyi-short-circuit noma ukuthintana kwe-NC kwamanye amadivayisi okuvikela kuyinto evamile. | |||||||||
| Iphutha 02 | ukushisa okuthambile kokuqala | Izinga lokushisa lerediyetha lidlula u-85C, ukuvikelwa kokushisa ngokweqile, ukuqala kwe-soft-starter uma imoto ivame kakhulu noma amandla emoto awasebenzi ku-soft-starter. | |||||||||
| Iphutha 03 | ukuqala isikhathi esengeziwe | Ukuqala ukusetha idatha akusebenzi noma umthwalo usinda kakhulu, amandla amancane kakhulu | |||||||||
| Iphutha 04 | ukulahleka kwesigaba sokufaka | Hlola ukuthi okokufaka noma i-major loop inephutha yini, noma ukuthi i-bypass contactor ingaphuka futhi yenze isekethe ibe ngendlela evamile, noma ukuthi isilawuli se-silicon sivuliwe yini | |||||||||
| Iphutha 05 | ukulahleka kwesigaba sokukhipha | Hlola ukuthi okokufaka noma i-major loop inephutha yini, noma ukuthi i-bypass contactor ingaphuka futhi yenze isekethe ibe ngokwejwayelekile, noma ukuthi isilawuli se-silicon sivulekile, noma ukuthi uxhumano lwe-motor lunephutha elithile. | |||||||||
| Iphutha 06 | izigaba ezintathu ezingalingani | Hlola ukuthi amandla e-3-phase kanye ne-motor yokufaka kunamaphutha athile, noma ukuthi i-current-transformer ikhipha amasignali. | |||||||||
| Iphutha 07 | ukuqala kokushisa ngokweqile | Uma umthwalo usinda kakhulu noma amandla enjini esetshenziswa nge-soft-starter, noma inani lokusetha i-PC (ukuvikelwa kokuphuma kuvunyelwe) ukusetha i-falut. | |||||||||
| Iphutha 08 | ukuvikelwa kokulayishwa ngokweqile kokusebenza | Uma umthwalo usinda kakhulu noma u-P7, i-PP ibeka iphutha. | |||||||||
| Iphutha 09 | ukungabi namandla kagesi | Hlola ukuthi i-voltage yamandla okufaka noma usuku lokusetha lwe-P9 luyiphutha yini | |||||||||
| Iphutha 10 | ugesi ongaphezu kwamandla | Hlola ukuthi i-voltage yamandla okufaka noma usuku lokusetha lwe-PA luyiphutha yini | |||||||||
| Iphutha 11 | iphutha lokusetha idatha | Shintsha izilungiselelo noma cindezela inkinobho ethi “faka” ukuze uqale ukusetha kabusha | |||||||||
| Iphutha 12 | ukujikeleza okufushane kokulayisha | Hlola ukuthi i-sillicon iyi-short-circuit, noma umthwalo usinda kakhulu, noma ukuthi i-motor coil iyi-short-circuit. | |||||||||
| Iphutha 13 | iphutha lokuxhuma kabusha | Hlola ukuthi i-terminal yokuqala yangaphandle engu-9 kanye ne-stop terminal8 ziyaxhuma yini ngokohlobo lwemigqa emibili. | |||||||||
| Iphutha 14 | iphutha lokuxhumeka kwetheminali yokumisa yangaphandle | Uma ukusethwa kwe-PD kungu-1, 2, 3, 4 (vumela ukulawula kwangaphandle), i-terminal yokuma yangaphandle8 kanye ne-terminal evamile10 akuzona i-short-circuit. Kuphela kwaku-short-circuit, injini ingaqaliswa. | |||||||||
| Iphutha 15 | ukulayishwa kwenjini okungaphansi | Hlola iphutha lenjini kanye nomthwalo. | |||||||||
Inombolo Yemodeli
Itheminali yokulawula yangaphandle
Incazelo yesiteshi sokulawula sangaphandle
| Inani lokushintsha | Ikhodi yetheminali | Umsebenzi wetheminali | Imiyalelo | |||||||
| Ukukhishwa kwe-Relay | 1 | Umphumela we-Bypass | i-contactor yokulawula i-bypass, lapho i-starter ethambile iqala ngempumelelo, AKUKHO ukuxhumana ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A | |||||||
| 2 | ||||||||||
| 3 | Umphumela wokudlulisa ongahle uhlelwe | uhlobo lokukhipha kanye nemisebenzi kusethwa yi-P4 kanye ne-PJ, AKUKHO ukuxhumana ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A | ||||||||
| 4 | ||||||||||
| 5 | Umphumela wokudlulisa ohlulekile | uma isiqalisi esithambile sihluleka, le relay ivaliwe, AKUKHO ukuxhumana ngaphandle kokunikezwa kwamandla, umthamo: AC250V/5A | ||||||||
| 6 | ||||||||||
| Okokufaka | 7 | Ukuma kwesikhashana | Uma i-soft-starter iqala ngokujwayelekile, le terminal kumele ifinyezwe nge-terminal10. | |||||||
| 8 | Misa/setha kabusha | ixhuma ne-terminal 10 ukulawula imigqa emi-2, imigqa emi-3, ngokwendlela yokuxhumana. | ||||||||
| 9 | Qala | |||||||||
| 10 | Itheminali evamile | |||||||||
| Umphumela we-analog | 11 | iphuzu elivamile lokulingisa (-) | Ukukhishwa kwamanje kwamanje okulinganiselwe izikhathi ezine kungu-20mA, kungatholwa futhi ngemitha yangaphandle ye-DC, Kungakhipha ukumelana nomthwalo Ubukhulu bungu-300. | |||||||
| 12 | umphumela wamanje wokulingisa (+) | |||||||||
Iphaneli yokubonisa
| Isikhombisi | Imiyalelo | ||||||||
| KULUNGILE | uma amandla evuliwe futhi isimo sesilungile, lesi sibonakaliso sikhanya | ||||||||
| IPHASI | uma usebenza nge-bypass, lesi sibonakaliso silula | ||||||||
| IPHUTHA | uma kwenzeka ukwehluleka, lesi sibonakaliso sikhanya | ||||||||
| A | idatha yokusetha iyinani lamanje, lesi sibonakaliso silula | ||||||||
| % | ukusetha idatha kuyisilinganiso samanje, lesi sibonakaliso silula | ||||||||
| s | ukusetha idatha yisikhathi, lesi sibonakaliso silula | ||||||||
imiyalelo yesikhombisi sesimo
Imiyalelo yemiyalelo yenkinobho
I-RDJR6 series soft-starter inezinhlobo ezi-5 zesimo sokusebenza: ukulungele, ukusebenza, ukwehluleka, ukuqala kanye nokuma, ukulungele, ukusebenza, ukwehluleka
inesignali yesibonakaliso esihlobene. Imiyalelo bheka iThebula elingenhla.
Ekucubungulweni kokuqala kancane kanye nokumisa kancane, ayikwazi ukusetha idatha, kuphela uma ingaphansi kwesinye isimo.
Ngaphansi kwesimo sokusetha, isimo sokusetha sizoyeka isimo sokusetha ngaphandle kokusebenza ngemva kwemizuzu emi-2.
Okokuqala cindezela inkinobho ethi “faka”, bese ushaja bese uqala isiqalisi. Ngemva kokulalela umsindo wesexwayiso, ungawusetha kabusha
inani lefektri le-data back.
Ukubukeka kanye nobukhulu bokufaka
Umdwebo wohlelo lokusebenza
Umdwebo wokulawula ojwayelekile
Imiyalelo:
1. Itheminali yangaphandle isebenzisa uhlobo lwe-tcontrol lwemigqa emibili. Uma i-KA1 ivaliwe ukuze iqale, ivuliwe ukuze ime.
2. Isiqalisi esithambile esinamandla angaphezu kuka-75kW sidinga ukulawula ikhoyili ye-contactor ye-bypass nge-relay ephakathi, ngenxa yomthamo wokushayela olinganiselwe wokuxhumana kwe-relay yangaphakathi kwe-soft-strater.
12.2 umdwebo wokulawula owodwa ovamile kanye nowodwa olindile
12.3 idayagramu yokulawula eyodwa evamile kanye neyodwa yokulinda
Imiyalelo:
1. Kumdwebo, i-terminal yangaphandle isebenzisa uhlobo lwemigqa emibili
(uma i-1KA1 noma i-2KA1 ivaliwe, iyaqala. Uma iphuka, iyayeka.)
2. I-Soft-starter engaphezu kuka-75kW idinga ukulawula i-bypass contactor coil nge-middel relay ngenxa yomthamo wokushayela olinganiselwe we-soft-starter yangaphakathi ye-middle relay contact.
