GE 80NG&NGS-YC4GN135-M-EN
80NG/80NGS
Iseti yeGenereyitha yegesi yendalo
Ubumbeko oluphambili kunye neempawu:
• Injini yerhasi esebenza kakhulu.& AC isitshintshi esilungelelanisiweyo.
• Uloliwe wokhuseleko lwegesi kunye nesixhobo sokukhusela igesi ekuvuzeni.
• Isixokelelwano sokupholisa esilungele ubushushu be-ambient ukuya kuma-50℃.
• Uvavanyo lwevenkile olungqongqo lwazo zonke iigenets.
• Isithulisi semizi-mveliso esinamandla okuthulisa we-12-20dB(A).
• Inkqubo yolawulo lwe-injini ekwinqanaba eliphezulu: Inkqubo yolawulo ye-ECI equka: inkqubo yokutshisa, inkqubo yokulawula ukuqhawuka, inkqubo yokulawula isantya, inkqubo yokhuselo, inkqubo yolawulo lomlinganiselo womoya/ifutha kunye ne-cylinder temp.
• Ngenkqubo epholileyo kunye neTemperature Control qinisekisa ukuba iyunithi ingasebenza ngokuqhelekileyo kumaqondo obushushu obuyi-50℃.
• Ikhabhinethi yokulawula umbane ezimeleyo yolawulo olukude.
• Inkqubo yokulawula imisebenzi emininzi kunye nokusebenza okulula.
• Uthungelwano lwedatha ludityaniswe kwinkqubo yolawulo.
• Ukubekwa esweni kwamandla ebhetri kunye nokutshaja ngokuzenzekelayo.
| Idatha yohlobo lweyunithi | |||||||||||||||
| Uhlobo lwamafutha | Irhasi yendalo | ||||||||||||||
| Uhlobo lwezixhobo | 80NG/80NGS | ||||||||||||||
| INdibano | Ukunikezwa Amandla + Inkqubo yokuLawula ubushushu + ikhabhinethi yokulawula | ||||||||||||||
| Genset ukuthobela umgangatho | ISO3046, ISO8528,GB2820, CE,CSA,UL,CUL | ||||||||||||||
| Imveliso eqhubekayo | |||||||||||||||
| ukuguqulwa kwamandla | 50% | 75% | 100% | ||||||||||||
| Ukuphuma kombane | kW | 40 132 | 60 185 | 80 239 | |||||||||||
| Ukusetyenziswa kwamafutha | kW | ||||||||||||||
| Ukusebenza kakuhle kwimowudi ehambelanayo | |||||||||||||||
| Imveliso eqhubekayo | 50% | 75% | 100% | ||||||||||||
| Ukusebenza koMbane % | 30.5 | 32.5 | 33.4 | ||||||||||||
| Okwangoku (A)/ 400V / F=0.8 | 73 | 108 | 144 | ||||||||||||
Ingxelo ekhethekileyo:
1. Idatha yobugcisa isekelwe kwirhasi yendalo enexabiso le-calorific eyi-10 kWh/Nm³ kunye ne-methane no.> 90%
2. Idatha yobugcisa ebonisiweyo isekelwe kwiimeko eziqhelekileyo ngokwe-ISO8528/1, ISO3046/1 kunye ne-BS5514/1
3. Idatha yobugcisa ilinganiswa phantsi kweemeko eziqhelekileyo: Uxinzelelo lwe-atmospheri olupheleleyo: 100kPa Ubushushu be-Ambient: 25°C Ukufuma komoya okunxulumeneyo:30%
4. Ukulungelelaniswa kokulinganisa kwiimeko ze-ambient ngokwe-DIN ISO 3046 / 1. Ukunyamezela kusetyenziso oluthile lwamafutha yi-5% kwimveliso elinganisiweyo.
5. Umyinge kunye nobunzima obungasentla zezemveliso eqhelekileyo kwaye zinokutshintsha.Njengoko olu xwebhu lusetyenziselwa kuphela ireferensi yokuthengiswa kwangaphambili, thatha iinkcukacha ezinikezelwe yiSmart Action phambi kokuba uodole njengowokugqibela.
6. Ubushushu obusebenzayo be-ambient yi -30 ° C ~ 50 ° C;xa ubushushu be-ambient budlula i-40 ° C, amandla alinganisiweyo ancitshiswa nge-3% kwi-5 ° C yokwanda kweqondo lokushisa.Ukuphakama okusebenzayo kungaphantsi kweemitha ezingama-3000;xa ukuphakama kudlula i-500 yeemitha, amandla alinganisiweyo ancitshiswa nge-5% kwi-500 yeemitha zobude.
Prime power Operating Data Insolated Mode
| I-synchronous alternator | Inkwenkwezi, 3P4h | ||||||||||
| Ukuphindaphinda | Hz | 50 | |||||||||
| Amandla factor | 0.8 | ||||||||||
| Ukulinganisa (F) KVA amandla amakhulu | KVA | 100 | |||||||||
| Umbane wejeneretha | V | 380 | 400 | 415 | 440 | ||||||
| Okwangoku | A | 152 | 144 | 139 | 131 | ||||||
| Idatha yokusebenza kweGenset kunye neteknoloji yokuvelisa | ||||||||||
| Ixesha lokubaleka lokugcwala kwi-1.1xSe(iyure) | 1 | Isixhobo sokuphazamiseka kwefowuni (TIF) | ≤50 | |||||||
| Uluhlu lokumisela umbane | ≥±5％ | I-Telephone harmonious factor (THF) | ≤2%, ngokweBS4999 | |||||||
| Ukutenxa kombane ozinzileyo | ≤±1％ | Iteknoloji yokuvelisa
Imigangatho kunye nesatifikethi
| ||||||||
| Ukutenxa kombane wemeko yethutyana | -15~~20 | |||||||||
| Ixesha lokubuyisela amandla ombane (s) | ≤4 | |||||||||
| Ukungalungelelani kwe-voltage | 1% | |||||||||
| Ummiselo wokuphindaphinda rhoqo | ±0.5% | |||||||||
| Transient -state frequency regulation | -15~12 | |||||||||
| Ixesha lokubuyisela rhoqo (s) | ≤3 | |||||||||
| Ibhendi yefrikhwensi ezinzileyo | 0.5% | |||||||||
| Impendulo yexesha lokubuyisela (s) | 0.5 | |||||||||
| Line Voltage Waveform Sine Distortion Ratio | ≤ 5% | |||||||||
| Idatha yokukhutshwa[1] | ||||||||||
| Umyinge wokuphuma kwamanzi | 534 kg/h | |||||||||
| Ukukhupha iqondo lokushisa | 520℃ | |||||||||
| Ubuninzi obuvumelekileyo bokukhupha uxinzelelo ngasemva | 2.5Kpa | |||||||||
| Ukukhutshwa: (Ukhetho) NOx: | ≤500 mg/Nm³ kwi-5% i-oxygen eshiyekileyo | |||||||||
| CO | ≤600 mg/Nm³ kwi-5% ye-oxygen eshiyekileyo | |||||||||
| NMHC | ≤125 mg/Nm³ kwi-5% i-oxygen eshiyekileyo | |||||||||
| H2S | ≤20 mg/Nm3 | |||||||||
| Ingxolo yokusingqongileyo | ||||||||||
| Inqanaba loxinzelelo lwesandi kumgama ukuya kuthi ga kwi-1 m(ngokusekwe kwindawo ezingqongileyo) | 84dB (A) / Vula Uhlobo 70dB (A) / Uhlobo oluthuleyo | |||||||||
[1] Amaxabiso okukhutshwa ezantsi komsinga we-catalytic converter esekwe kumbhobho owomileyo.
| IrhasiIdatha | ||
| Isibaso | [1] Irhasi yendalo | |
| Uxinzelelo lokuthatha igesi | 5Kpa ~ 50Kpa | |
| Umxholo womthamo weMethane | ≥ 80% | |
| Ixabiso lobushushu eliphantsi (LHV) | Hu ≥ 31.4MJ/Nm3 | |
| Ukusetyenziswa kwegesi ngeyure kwi-50% yomthwalo we-75% umthwalo kwi-100%. | 13.5 m3 19.5 m3 25 m3 | |
| [1] Emva kokuba amacandelo erhasi yeNdalo kufuneka abonelelwe ngabasebenzisi, idatha efanelekileyo yencwadana yobugcisa iya kuhlaziywa.Imibhobho yegesi yiECER110 evunyiweyo.Amacandelo kuloliwe wegesi adibana noMyalelo 90/356/EWG. | ||
| Inkonzo | ||
| Umphakamo we-oyile (ubushushu obuphakathi bungaphezulu kothabatha 5°C/ iqondo lobushushu le-ambient lingaphantsi kuka-minus 5°C) |  API 15W-40 CF4 / API 10W-30 CF4 | |
| Ukuthambisa umthamo weoyile min./max. | I-17 L / 18L | |
| Umthamo wokupholisa | 40 L | |
| Uhlobo olupholileyo | I-50% yamanzi athambekile kunye ne-50% yesisombululo esichasayo sokukhenkceza (i-ethylene glycol, kunye noxinaniso lwesisombululo esichasene nomkhenkce phakathi kwe-40% -68%) | |
| Igumbi lofakelo lokungenisa umoya (ukuhamba komthamo womoya ongenileyo) | ＞8500 m³/h | |
[2] Umgangatho we-oyile ubhekisa kwizinto ezifana nobushushu bendawo yendawo kunye noxinzelelo lomoya.
| Idatha yokusebenza ye-AC alternator | Injini yegesi esebenzayo | |||||
| Uhlobo lweAlternator | MECC ALTE | Injini brand | YC | |||
| Uhlobo lweMotoIVoltage (V) | ECO34-1L/4 | Imodeli yenjiniUhlobo lwenjini | I-YC4D90NL-D30 Iisilinda ezi-4 ezisemgqeni, Qhopha i-turbocharger eneinjini epholileyo yamanzi izindlu | |||
| 380 | 400 | 415 | 440 | |||
| Ukukala (H) KW amandla aphambili | 108 | 108 | 108 | 91 | Bore x stroke (mm) | 112mm×132mm |
| Ukulinganisa (H) KVA amandla amakhulu | 135 | 135 | 135 | 114 | Ukufuduswa (L) | 5.2 |
| Ukusebenza kweAlternator (%) Umba wamandla | 92.8 | 92.9 | 92.6 | 92.4 | Umlinganiselo wokunyanzeliswa | 11 90kW/1500rpm |
| 0.8 | ||||||
| Uqhagamshelo locingo | D/Y | Ubuninzi bokusetyenziswa kwe-oyile. (kg/h) | 0.2 | |||
| Iklasi ye-rotor insulation | H iklasi | Ukuhamba kancinci kokuThatha, (kg/h) | 514 | |||
| Iqondo lokunyuka komgangatho | F iklasi | Indlela yokutshisa | Isilinda esinye esilawulwa ngombane esizimeleyo esine-eneji ephezulu | |||
| Indlela yokuvuselela | Ibrashi-kancinci | Imo yokulawula amafutha | Ukutshisa okulinganayo, ulawulo lwe-loop evaliweyo | |||
| Isantya esikalwe (umz-1） | 1500 | Indlela yokulawula isantya | Irhuluneli ye-elektroniki | |||
| Ukhuseleko lwezindlu | IP23 | |||||
Ukuthotyelwa kweAlternator neGB755, BS5000, VDE0530, NEMAMG1-22, IED34-1, CSA22.2 kunye ne-AS1359 standard.
Kwimeko yotshintsho olwenziwayo lwamandla ombane omninzi nge-± 2%, kufuneka kusetyenziswe isilawuli sombane esizenzekelayo (AVR).
| Ubungakanani boNikezo | ||||||
| Injini | iAlternator I-Canopy kunye nesiseko IKhabhinethi yombane | |||||
| I-injini yegesi Inkqubo yokukhanyisa iLambda Isilawuli seLambda ye-electronic governor actuatorIsiqalo sombane Isistim yebhetri | I-AC alternatorH iklasi yokugqumaIP55 ukhuseloAVR umbane wolawulo lolawuloPF | Isakhelo sesiseko sesheel yentsimbiIsibiyeli senjini sokuVibration Izihlukanisi zokwahlula isandi esingangenwa sisandi (ukhetho)Ukuhluza uthuli (ukhetho) | I-air circuit breaker7-intshi yesikrini sokuchukumisa Unxibelelwano Ukutshintsha kombaneIkhabhathi yokutshajaAuto | |||
| Inkqubo yokubonelela ngegesi | Inkqubo yokuthambisa | Umbane osemgangathweni | Inkqubo yokungenisa / yokukhupha | |||
| Uloliwe wokhuseleko lwerhasiUkhuseleko lokuvuza kwegesiUmoya/umxube wamafutha | Isihluzi se-oyileMihla yonke itanki yeoli encedisayo (ukhetho)Isixokelelwano se-oyile sokuzalisa ngokuzenzekelayo | 380/220V400/230V415/240V | Isihluzi somoyaSikhuphe isithulisiPhuma imivumbo | |||
| Uloliwe wegesi | Inkonzo kunye namaxwebhu | |||||
| Ivalve yesandla esisikiweyo2~7kPa yoxinzelelo loxinzelelo lwegesi Isihluzo sokhuseleko Ivalve yeSolenoid (uhlobo oluchasene nogqabhuko lunokuzikhethela) isilawuli soxinzelelo Isibambisi somlilo njengokhetho | Ipakethe yezixhobo Umsebenzi we-injiniUfakelo kunye nencwadana yokusebenza Ubalulo lobulunga berhasiUgcino Incwadi yolawulo lwemanuwali yeSoftware Emva kwesikhokelo senkonzoImanyuwali yencwadana Iphakheji esemgangathweni | |||||
| Ubumbeko olukhethwayo | ||||||
| Injini | iAlternator | Inkqubo yokuthambisa | ||||
| Isihluzi somoya esirhabaxaUmva wokulawula ukhuseleko ivelufa Isifudumezi samanzi | Igama lejenereyitha: iStamford, iLeroy-Somer, i-MECCT yezonyango ngokuchasene nokufuma kunye nokudleka | Itanki entsha ye-oyile enomthamo omkhulu Ukusetyenziswa kwe-oyile yokulinganisa igaugeFuel pumpOil heater | ||||
| Inkqubo yombane | Inkqubo yokubonelela ngegesi | I-Voltage | ||||
| Ujongo olukude Igridi-uqhagamshelo loluvo lolawulo olukude | Igeyiji yokuqukuqela kwerhasiUkuhluzwa kwegesiIsixokelelwano sokucutha irhasi yangaphambi konyango | 220V230V240V | ||||
| Inkonzo kunye namaxwebhu | Inkqubo yokukhupha | Inkqubo yokutshintsha ubushushu | ||||
| Izixhobo zenkonzoUgcino kunye neenxalenye zenkonzo | Iindlela ezintathu zokuguqula ikhaka kwi-touchIsithulisi sokuhlalaUkukhupha unyango lwerhasi | Irediyetha yexesha likaxakekaIsifudumezi sombane Inkqubo yokubuyisela ubushushuItanki yokugcina ubushushu | ||||
Inkqubo yokulawula ye-SAC-200
Inkqubo yolawulo olucwangcisiweyo yamkelwa ngokubonisa isikrini sokuchukumisa , kunye nemisebenzi eyahlukeneyo, kubandakanywa: ukukhuselwa kweenjini kunye nokulawula, ukuhambelana phakathi kwee-gensets okanye i-gensets kunye negridi, kunye nemisebenzi yokunxibelelana.njl.
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→ Uzinzo oluphuculweyo nokhuseleko
| Imisebenzi ephambili | |||||
Injini eqhuba ixesha Umsebenzi woKhuselo lweAlam
Ukuyeka ngokuNgxamisekileyo
Imonitha ye-injini: ipholile, i-lubrication, i-intake, ikhuphe Ulawulo lwamandla ombane kunye namandla | I-12V okanye i-24V DC Ukuqalisa isiNxibelelwano soLawulo oluMde njengokhetho oluzenzekelayo oluQalayo/Yeka uLawulo Tshintshela iNgeniso yokuSeta, iPhulo, iAlam kunye naManani eXesha loNgeniso loLawulo, iRelays Control OutputUkusilela okuzenzekelayo kwimo yonxunguphalo yokuma kunye nempazamo yokubonisa ibhetri yamandla ombane we-genset frequencyUkhuseleko nge IP44Gas evuzayo ukubhaqwa. | ||||
| Ubumbeko olusemgangathweni | |||||
| Ulawulo lweNjini: I-Lambda evaliweyo yolawulo lwe-loop Inkqubo yokukhanyisa I-electronic governor actuatorQalisa ulawulo lwesantya solawulo lomthwalo | Ulawulo lwejenereyitha:Ulawulo lwamandla eRPM (olungqamanayo) Ukuhanjiswa komthwalo (imo yesiqithi) Ulawulo lombane | Ukulandelela umbane (synchronous)Ulawulo lombane (imo yesiqithi)Unikezelo lwamandla asebenzayo(imo yesiqithi) | Olunye ulawulo:Ukuzaliswa kweoyile ngokuzenzekelayoFaka ulawulo lweValve | ||
| Ukubeka iliso kwangethuba | |||||
| Idata yebhetri yeAlternator: U, I, Hz, kW, kVA,kVAr,PF,kWh,kVAhGenset frequency | I-injini ye-SpeedEngine eqhuba ixeshaUxinzelelo loxinzelelo lwe-Oil | Iqondo lobushushu elipholileyoUmlinganiselo womxholo weoksijini kuhlolo lwemeko yokukhupha igesi | Iqondo lobushushu elipholileyo Uxinzelelo lwerhasi yokungena | ||
| Imisebenzi yokhuseleko | |||||
| Ukhuseleko lwe-injiniUxinzelelo lweoyile ephantsiUkhuseleko lwesantyaNgaphezu kwesantya/isantya esifutshaneUkuqalisa ukusilelaUphawu lwesantya olulahlekileyo | Ukhuselo lweAlternator
| Ukhuseleko lwebhasi/iinqununu
| Ukhuseleko lwenkquboUmsebenzi woKhuseleko lweAlarmUbushushu obuphezulu besipholisiCharge faultEmergency Stop | ||
| Ipeyinti, imilinganiselo kunye nobunzima beGenset-80NG | |
| Ubungakanani beGenset (ubude * ububanzi * ubude) mm | 2700×950×1720 |
| Genset ubunzima owomileyo (Uhlobo oluvulekileyo) kg | 1280 |
| Inkqubo yokutshiza | Umgangatho ophezulu wokugquma umgubo (RAL 9016 & RAL 5017 & RAL 9017) |
| Ipeyinti, imilinganiselo kunye nobunzima beGenset-80NGS | |
| Ubungakanani beGenset (ubude * ububanzi * ubude) mm | 6091×2438×4586(Isikhongozelo)/ 2800×990×1800(uhlobo lwebhokisi) |
| Genset ubunzima owomileyo (Uhlobo oluthuleyo) kg | 9000 (isikhongozelo)/ 1850 (uhlobo lwebhokisi) |
| Inkqubo yokutshiza | Umgangatho ophezulu wokugquma umgubo (RAL 9016 & RAL 5017 & RAL 9017) |
| Ipeyinti, imilinganiselo kunye nobunzima beGenset | |
| Ubungakanani beGenset (ubude * ububanzi * ubude) mm | 2700×950×1720 |
| Genset ubunzima owomileyo (Uhlobo oluvulekileyo) kg | 1280 |
| Inkqubo yokutshiza | Umgangatho ophezulu wokugquma umgubo (RAL 9016 & RAL 5017 & RAL 9017) |
Imilinganiselo yenzelwe ireferensi kuphela.
I-50kW yeYunithi yokuHlanganisa — isiHlobo esiVulekileyo
