I-1000ng & Sa1000ngs-T12-M-En (Steam)
I-1000ngs / 1000ng
Iseti yegesi yegesi yendalo
Uqwalaselo oluphambili kunye neempawu:
• Injini yegesi esebenzayo kakhulu.
• I-AC ye-AC Synchronous.
• Uloliwe wokhuseleko lwegesi kunye nesixhobo sokukhusela irhasi ngokuchasene nokuvuza.
Inkqubo yokupholisa ilungele ubushushu obumalunga nama-50 ℃.
• Uvavanyo lwevenkile engqongqo kuzo zonke iitoni.
• Ukuthula nge-mveliso nge-12 ukuya kwi-20DB (a).
Inkqubo yoLawulo lweNjini ye-ECI
• Ngenkqubo yolawulo lweqondo lokuphumla kunye neqondo lobushushu lokuqinisekisa ukuba iyunithi ingasebenza ngesiqhelo kwi-50 ℃.
IKhabhinethi eziZimeleyo zoLawulo lweMithombo yombane yolawulo olukude.
Inkqubo yokulawula imisebenzi emininzi ngokusebenza ngokulula.
• Iinkcukacha zonxibelelwano zedatha ezihlanganisiweyo kwinkqubo yokulawula.
Ukubeka i-voltage yebhere kunye nokubiza ngokuzenzekelayo.
• sebenzisa i-Steam ekhuselekileyo nenempumelelo yendlela yokusebenza kakuhle ukuya kwi-92% kunye nenkonzo yenkonzo ukuya kuthi ga kwiminyaka engama-20.
| Idatha yohlobo lweyunithi | |||||||||||
| Uhlobo lwe-Pull | Irhasi yendalo | ||||||||||
| Uhlobo lwezixhobo | I-1000ngs / 1000ng | ||||||||||
| Indibano | Ukunikezwa Amandla + Inkqubo yokuTshintshela kaBushushu + i-Steam Build Boiler | ||||||||||
| Iziphumo eziqhubekayo | |||||||||||
| Uhlobo lwe-Pull | Irhasi yendalo | ||||||||||
| Imo yokudumba kwamandla | Iipesenti ezingama-50 | Iipesenti ezingama-75 | I-100% | ||||||||
| Iziphumo zombane | kW | I-600 I-440 295 224 I-1505 | I-900 I-635 455 I-350 2215 | I-1000 I-840 I-645 I-479 2860 | |||||||
| Ukupholisa ubushushu[1] | kW | ||||||||||
| Ubushushu begesi yegesi (nge-120 ℃) | kW | ||||||||||
| Imveliso ye-Boiam Boiler Buracy (UMax.)[2] | kW | ||||||||||
| Igalelo lamandla | kW | ||||||||||
[1] Masithi amanzi abuyisa ubushushu obuvela kumsebenzisi yi-60 ℃.
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Ingxelo ekhethekileyo:
1, Idatha yezobuchwephesha isekwe kwigesi yendalo enexabiso le-lelophatic le-10 kWh / NM³ kunye ne-methane hayi. > Iipesenti ezingama-90
2, Idatha yobugcisa ebonisiweyo isekwe kwiimeko ezisemgangathweni ngokwe-ISO8528 / 1, I-ISO3046 / 1 kunye ne-BS5514 / 1
Uhlengahlengiso lwenziwe phantsi kwemeko yemeko ihambelana ne-disso 3046/1. Kwimeko yokuphuma kwemveliso, ukunyamezelana kwegesi ukusetyenziswa kwegesi yi-5%, kunye nokunyamezelana kwemveliso ye-Steam yi-8%.
| Ukusebenza kakuhle kwimodi ye-main | |||||||||||
| Ukusebenza kakuhle kombane | % | 33.4 29.2 14.8 77.4 | 34.5 28.6 15.8 78.9 | 35.1 29.3 16.7 81.1 | |||||||
| Ukupholisa ubushushu obunobushushu (i-max.) | % | ||||||||||
| I-Steam Boiler esebenzayo (i-max.)[2] | % | ||||||||||
| Ukusebenza kakuhle | % | ||||||||||
| I-Boiler Boiler | |||||||||||
| Iqondo lokushisa | Amanzi okanye i-steam | ℃ |
| I-143 | |||||||
| I-inlet | Uxinzelelo olupheleleyo | Mpa | I-0.4 | ||||||||
| Iqondo lokusebenza | I-steam | ℃ | I-151 | ||||||||
| Uxinzelelo lokusebenza | Uxinzelelo olupheleleyo | Mpa | 0.51 | ||||||||
| I-exvaporation (i-Inlet Medium Steam) | Umgangatho / uMax. | kg / h | I-53999 ~ 115510[2] | ||||||||
| I-suvaronetion (i-Inlet Rid) | Umgangatho / uMax. | kg / h | 373 ~ 1798[3] | ||||||||
| Ukusebenza ngempumelelo kwe-thermal | % | 16.7 | |||||||||
| I-SUME IXESHA LOKUGQIBELA | UMax. | ℃ | I-520 | ||||||||
| Iqondo lokuphuma kwe-sume | Imiz. | ℃ | I-210 | ||||||||
| I-Peame Dume Service Massare | buyela / phambili | K | I-310 | ||||||||
| Iphakathi | umgangatho |
| Amanzi / Steam | ||||||||
| Ukupholisa ukugcwalisa ubungakanani | Amanzi / max | L | I-1000 | ||||||||
| Imiz. I-Boiller Coollint yeDilesi | Amanzi | kg / h | I-100 | ||||||||
| Uxinzelelo oluphezulu | Mpa | 1.25 | |||||||||
| Iqondo lobushushu eliphakamileyo | ℃ | I-250 | |||||||||
.
.
Ingxelo ekhethekileyo:
1, Idatha yezobuchwephesha ilinganiswa kwiimeko ezisemgangathweni: uxinzelelo olupheleleyo lwe-thamospheric: 100kpa
Iqondo lobushushu le-25
2, ukulinganisa i-hlengahlengise i-ambition meko ngokwe-Ty I-To-3046 / 1. Ukunyamezelwa kokusetyenziswa kweefutha zepetroli yi-5% ekuphumeni kwemveliso.
I-3, i-Boiler yenzelwe, iveliswa kwaye ivavanywa ngokwe-GB / T150.1 I-011 ~ GB / T150.4-2010"Inqanawa yoxinzelelo"kunye ne-GB / T151-2014"Ubushushu obushushu".
Ubungakanani kunye nobunzima obungasentla buyimveliso esemgangathweni kwaye banokuba lutshintsho. Njengoko olu xwebhu lusetyenziswa kuphela kwireferensi ye-Prensile, thatha inkcazo ebonelelwe yi-Smart Action ngaphambi koku-odola njengokugqibela.
| IrhasiIdatha | |||
| Ipetroli | [3] Irhasi yendalo | ||
| I-GAKI YENKONZO | I-3.5kpa ~ 50kpa kunye ne-≥4.5bar | ||
| Umxholo we-methane | I-80% | ||
| Ixabiso eliphantsi lobushushu (LHV) | Hu ≥ 31.4MJ / NM3 | ||
| Ukusetyenziswa kwegesi ngeyure kwi-50% yomthwaloNgowama-75% kumthwalo we-100% | I-155 m3 I-225 m3 I-300 m3 | ||
| [3] Idatha efanelekileyo yencwadana yezobugcisa iya kuhlaziywa emva kokuba izinto zegesi zendalo zinikezelwa ngumsebenzisi.Ingxelo ekhethekileyo:1, Idatha yezobuchwephesha isekwe kwigesi yendalo enexabiso le-lelophatic le-10 kWh / NM³ kunye ne-methane hayi. > Iipesenti ezingama-902, Idatha yobugcisa ebonisiweyo isekwe kwiimeko ezisemgangathweni ngokwe-ISO8528 / 1, I-ISO3046 / 1 kunye ne-BS5514 / 1I-3, idatha yobugcisa ilinganiswa kwiimeko ezisemgangathweni: uxinzelelo olupheleleyo lwe-thamospheric: 100kpaIqondo lobushushu le-254, ukulinganisa ukulungelelaniswa kwiimeko ze-Ampla 3046 / 1. Ukunyamezelwa kokusetyenziswa kweefutha zepetroli yi-5% kwimveliso esetyenzisiweyo. | |||
| Idatha yokuphuma[3] | |||
| Ixabiso lokutya okuncinci, ukuntywila[4] | I-5190 kg / h | ||
| Inqanaba lokutya okuhamba kwexesha, yomile | 4152 NM3 / h | ||
| Iqondo lobushushu | 220 ℃ ~ 210 ℃ | ||
| Ubuninzi boxinzelelo oluvumelekileyo | 4.0kpa | ||
| Ukuthotyelwa kwe-Gerset ngokukhutshwa komgangatho: | I-ISO3046, I-ISO8528, GB2820, CE, CSA, CSA, UL, CUL | ||
| Umgangatho | I-SCR (inketho) | ||
| I-Nox, kwi-5% ye-oxygen yeoksijini kunye ne-100% yomthwalo | <500 mg / NM³ | <250 mg / NM³ | |
| CO, kwi-5% intsalela yeoksijini kunye ne-100% yomthwalo | ≤ i-600 mg / nm3 | ≤ 300 mg / nm3 | |
| Ingxolo yokusingqongileyo | |||
| Inqanaba lesandi lesandi kumgama ongaphezulu kwe-7 m(esekwe kwindalo) | I-SA1000ng / 89DB (A) & Sa1000ngs / 75DB (A) | ||
.
Iimeko ezisemgangathweni Ta-Luft: Iqondo lokushisa lomoya: 0 ° C, uxinzeleloric uxinzelelo: 100 KPA.
| I-Prime Amandla edatha esebenzayo | ||||||
| I-Synchronous enye | Inkanyezi, 3p4h | |||||
| Rhoqo | Hz | 50 | ||||
| Ukulinganisa (f) I-KVA Prime Prime | Kva | I-1500 | ||||
| Into yamandla | 0.8 | |||||
| I-voltarator voltage | V | I-380 | I-400 | 415 | I-440 | |
| Okwangoku | A | 2279 | 2165 | 2086 | Ngo-1968 | |
Ukuthobela i-Tosgb7555, BS5000, VDE0530, I-NEAMG1-22, Ied34-1, CSA222 kunye ne-As1359 emiselweyo.
Kwimeko yothiwa lwee-voltageages wist wimi of ± 2%, umlawuli wevoltage ozenzekelayo (AVR) kufuneka asetyenziswe.
| Idatha yentsebenzo yeGerset kunye neTekhnoloji yeMveliso | |||||||||
| Ukulayisha ngaphezulu kwe-1,1xse (iyure) | 1 | Into yokuphazamiseka komnxeba (TIF) | ≤50 | ||||||
| Ukuphambuka kwe-voltage | ≤ ± 1% | Into eyoyikisayo yefonti (thf) | ≤2%, ngokweenkcukachaBs4999 | ||||||
| Ukuphambuka kwe-voltage ye-Toind -Xie | -15% ~ 20% | Itekhnoloji yezeMveliso
IMigangatho Notifiti
| |||||||
| Ixesha lokubuyisela kwe-Voltage | ≤4 | ||||||||
| Isiphuculo se-voltage | 1% | ||||||||
| I-Refloency-State Rill | ± 0.5% | ||||||||
| Ummiselo wexesha lokuhlala | ± 5% | ||||||||
| Ixesha lokuBuyisa (s) | ≤3 | ||||||||
| Ibhendi engaqhelekanga | I-0.5% | ||||||||
| Impendulo yexesha lokuBuyisa (s) | 0.5 | ||||||||
| Idatha yeNtsebenzo ye-AC enye | Injini yegesi efanelekileyo | ||||||||
| Uphawu lwenye | I-MECC | Uphawu lwe-injini | I-CNHTC | ||||||
| Uhlobo lwemoto | I-Eco38 1l4a | Imodeli ye-injini | I-steyr t11 | ||||||
| I-PATE EXPE EZINITE (KVA) | I-250 | Uhlobo lwe-injini | Iisilinda ezi-6, i-turbocharger ene-invercooler | ||||||
| Ukusebenza ngokukuko | I-93.40% | I-BROTE X STROKE (MM) | I-126mm × 155mm | ||||||
| Into yamandla | 0.8 | Ukususwa (l) | 11.6 | ||||||
| Uqhagamshelo lwe-Wiring | D / y | Umyinge wokucinezelwa | 11 | ||||||
| Iklasi yeRotor | H 级 | Amandla okukhupha | I-235kw / 1500rpm | ||||||
| Indlela yokucela | Ibrashi-encinci | Ukusetyenziswa kweoyile max. | ≤0.3 g / kw.hl | ||||||
| I-Voltage (v) | I-380 / 400/415/440 | Indlela yokulahla | I-cylinder elawulwa ngombane ilawulwa ngamandla aphezulu-righ- | ||||||
| Isantya esichithiweyo (imiz-1) | I-1500 | Imowudi yolawulo lwamafutha | I-quassotion, uLawulo lweLoop oluvaliweyo | ||||||
| Ukukhuselwa kwezindlu | IP23 | Imowudi yesantya yesantya | Irhuluneli ye-elektroniki | ||||||
| Inkonzo | |||||||||
| Inqanaba leoyile (iqondo lobushushu liphezulu kune-5 ° C / iqondo lobushushu le-C / le-c) liphantsi kwe-5 ° C) | API 15W-40 cf4API 10W-30 cf4 |  | |||||||
| Ukuthoba umthamo weoyile (imiz ./max.) | I-35 l / 37 l | ||||||||
| Yongeze itanki yeoyile entsha | N / A | ||||||||
| Umthamo opholileyo | I-5 l (imiz. Umxube wokupholisa amanzi ajikelezayo I-40 l (imiz. I-Nnile yeSenjini yokujikeleza | ||||||||
| Uhlobo olupholeyo | I-50% yamanzi athanjisiweyo kunye ne-50% ye-Anti-i-anti-flezle gelycol, enoxinzelelo lwesisombululo esichasene ne-35% -68%) | ||||||||
| Ukubonelela ngeqondo lobushushu lomoya | 10 ℃ ~ 45 ℃ | ||||||||
| Igumbi lokufaka igumbi lokungena | > I-15000 m³ / h | ||||||||
| Umda woNcedo | ||||
| Injini | Inye I-Canopy kunye nesiseko IKhabhinethi yoMbane | |||
| Injini yegesiInkqubo yokukhuphaUmlawuli weLampdaIRhulumati yeRoctor ye-elektronikiUkuqala kombaneInkqubo yebhetri | I-alternatorH DiscyUkhuseleko lwe-IP55UMlawuli weVolvation ye-AVRUlawulo lwe-PF | Isakhelo seSheel SheelI-injini ye-injiniI-Ssoators yeShictioreI-canopy yesandi yesandi (ngokuzithandela)Ukuphefumla kothuli (ngokuzithandela) | Umphula wesekethe umoyaIscreen se-screen se-7IiNxibelelwano zoNxibelelwano IKhabhinethi yoMbaneInkqubo yokuThengisa ngokuzenzekelayo | |
| Inkqubo yokubonelela ngegesi | Inkqubo ye-Lubritt | I-Voltage esemgangathweni | Inkqubo / inkqubo yokuphelisa | |
| Uloliwe wokhuseleko lwegesiUkhuseleko lwegesiUmxube womoya / ipetroli | Isihluzo seoyileItanki yemihla ngemihla ye-AGX (ngokuzithandela)Inkqubo yokugcwalisa ioyile yeoyile | I-380 / 220VI-400 / 230V415 / 240v | Isihluzi somoyaUkuqondaAmanqwanqwa amanqatha | |
| Uloliwe wegesi | Inkonzo kunye namaxwebhu | |||
| I-valve yencwadana yokusikaI-2 ~ ye-7Kpa uxinzeleloIsihluzi segesiI-Orveloid ye-Ocenoid yoKhuselekoUmnqweno weflakisi njengenketho | I-Injini ye-Injini yeZixhoboUkufakelwa kunye nokusetyenziswa komgangatho wegesiInkqubo yeNkqubo yokuLawula iNcwadiIncwadana yemigaqo yeSoftware emva kwesikhokelo senkonzoIinxalenye zePakeji eseMgangathweni | |||
| Uqwalaselo olukhethiweyo | ||||
| Injini | Inye | Inkqubo ye-Lubritt |
| Isihluzi somoyaI-BackFire Fill IphOveI-heater yamanzi | I-Generator Braw: I-Stamford, Leroy-Meti,I-MECCUnyango ngokuchasene nomswakama kunye ne-colososion | Itanki entsha yeoyile enesikhundla esikhuluUkusetyenziswa kweoyile yokulinganisaImpompo ye-FuelI-heater yeoyile |
| Inkqubo yombane | Inkqubo yokubonelela ngegesi | I-Voltage |
| I-Guard Recid Grid-Develoment Sensor | I-gauge yegesiUkucofa igesiINDLELA YOKUZIPHATHA NGOKUGQIBELA | I-220v230vI-240v |
| Inkonzo kunye namaxwebhu | Inkqubo yokuphelisa | Inkqubo yokutshintsha kwe-heat |
| Izixhobo zeNkonzoIZINGO ZOKUGQIBELA NEENKONZO | Iindlela ezintathu ze-catalyticIngweletsheli yeGusiIndawo yokuhlalaUnyango lwegesi | I-radiator yexesha likaxakekaI-heater yombaneInkqubo yokuBuyiselwa kobushushuItanki yokugcina i-thermal |
Inkqubo yokuLawula i-SAC-200
Inkqubo yolawulo esebenzayo yamkelwe ngomboniso wekrini lochuku, kunye nemisebenzi eyahlukeneyo, kubandakanya: ukhuselo lwe-injini kunye nolawulo, ngokuhambelana negridi, kunye nemisebenzi yonxibelelwano, kunye nemisebenzi yonxibelelwano. njl.
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| Imisebenzi ephambili | |||||
Ixesha le-injiniUmsebenzi wokukhusela i-alam
Ukuyeka kaxakeka
Ukubek'esweni i-injini I-Voltage kunye noLawulo lweMimandla | I-12v okanye i-24v dc iqalaIsinxibelelanisi soLawulo kudeUkuqala ngokuzenzekelayo / ukumisa utshintshoCwangcisa igalelo, iziphumo, alam kunye nexeshaAmanani AsumpaUkungaphumeleli ngokuzenzekelayo i-Stage Stage Stagemes Store kunye ne-Foult Post Burtage Frequed FrequencyUKUKHUSELEKA NGE-IP44Ukutshintshwa kwegesi | ||||
| Uqwalaselo oluqhelekileyo | |||||
| Ulawulo lweNjini: I-Lampda ivaliweInkqubo yokukhuphaIRhulumati yeRoctor ye-elektronikiQalisa ukulawula umthwalo wesantya sokulawula isantya | Ulawulo lwe-generator:Ulawulo lwamandlaUlawulo lwe-RPM (i-synchronous)Ulawulo lwevolthi | Umkhondo wevolthi (i-synchronous)Ulawulo lweVoltage (Imowudi yeSiqithi)Ukuhanjiswa kwamandla(Imowudi yeSiqithi) | Olunye ulawulo:Ukuzaliswa kweoyile ngokuzenzekelayoUkulawulwa kweVoodveUlawulo lwaMan | ||
| Ukubeka iliso kwangoko | |||||
| I-Voltage yebhetriIdatha yeNqaku: U, i, HZ, KW, Kvar, PF, KWh, KLhI-Gerset Road | Isantya se-injiniIxesha le-injiniIqondo lokushisa i-inletUxinzelelo lweoyile | Iqondo lokushisa elipholileyoUmlinganiso womxholo weoksijini kwigesi yokuphelisaUkuhlolwa kwemo | Iqondo lokushisa elipholileyoI-Pill All Infor | ||
| Imisebenzi yokhuseleko | |||||
| Ukhuseleko lwe-injiniUxinzelelo olusezantsi lweoyileUkukhusela ngokukhawulezaNgaphezulu kwesantya / isantya esifutshaneUkuqala ukusilelaIsantya isibonakaliso esilahlekileyo | Ukukhuselwa ngokutshintsha
| I-Busbar / Shums
| Ukhuseleko lwenkquboUmsebenzi wokukhusela i-alamIqondo lokushisa eliphezuluItyala letyalaUkuyeka kaxakeka | ||
I-Paint, ubukhulu kunye neentsimbi zeGerset -1000ngs
| Ubungakanani be-Gerset (ubude * ubude * ukuphakama) mm | 12192 × 2435 × 5500 (isikhongozeli) |
| I-Gerset yomile (uhlobo oluvulekileyo) kg | I-22000 (isitya |
| Inkqubo yokutshiza | Umgubo ophezulu wePowder oPhezulu (ral 9016)) |
Ubungakanani be-Refare kulungiselelwe kuphela.
I-1000kw yegesi yegesi yendalo icocekile
