GE 1000NG&NGS-G9620-D-EN-6.3KV
1000NG/1000NGS
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 | 1000NG/1000NGS | ||||||||||||||
| 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 | 500 1253 | 750 1850 | 1000 2448 | |||||||||||
| Ukusetyenziswa kwamafutha | kW | ||||||||||||||
| Ukusebenza kakuhle kwimowudi ehambelanayo | |||||||||||||||
| Imveliso eqhubekayo | 50% | 75% | 100% | ||||||||||||
| Ukusebenza koMbane % | 39.7 | 40.1 | 40.5 | ||||||||||||
| Okwangoku (A)/ 6300V / F=0.8 | 57 | 85 | 114 | ||||||||||||
| 1000NG/1000NGSIseti yeGenereyitha yegesi yendaloUbumbeko oluphambili kunye neempawu:• Injini yerhasi esebenza kakhulu.• I-AC synchronous alternator.• 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.
Ingxelo ekhethekileyo: 1, Idatha yobugcisa isekelwe kwigesi yendalo enexabiso le-calorific ye-10 kWh/Nm³ kunye ne-methane no.> 90% 2, Idatha yobugcisa ebonisiwe isekelwe kwiimeko eziqhelekileyo ngokwe-ISO8528/1, ISO3046/1 kunye ne-BS5514/1 3, Idatha yobugcisa ilinganiswa kwiimeko eziqhelekileyo: Uxinzelelo olupheleleyo lwe-atmospheric: 100kPaUbushushu be-Ambient: 25°C Ukufuma komoya okuhambelanayo:30% 4, Ukulinganisa ukulungelelaniswa kweemeko ze-ambient ngokwe-DIN ISO 3046 / 1. Ukunyamezela kusetyenziso oluthile lwepetroli + 5% kwimveliso elinganisiweyo. I-5, Ubungakanani kunye nobunzima obungasentla buyimveliso eqhelekileyo kwaye inokutshintsha.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% nganye5 ° C ukwanda kobushushu.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 | 1250 | ||||||
| Umbane wejeneretha | V | 6300 | ||||||
| Okwangoku | A | 114 | ||||||
| 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 | ≤±2％ | Iteknoloji yokuvelisa
Imigangatho kunye nesatifikethi
| ||||||
| Ukutenxa kombane wemeko yethutyana | -12 ~ 18 | |||||||
| Ixesha lokubuyisela amandla ombane (s) | ≤2 | |||||||
| Ukungalungelelani kwe-voltage | 1% | |||||||
| Ummiselo wokuphindaphinda rhoqo | ±1.5% | |||||||
| Transient -state frequency regulation | -15~10 | |||||||
| Ixesha lokubuyisela rhoqo (s) | ≤5 | |||||||
| Ibhendi yefrikhwensi ezinzileyo | 1.5% | |||||||
| Impendulo yexesha lokubuyisela (s) | 0.5 | |||||||
| Line Voltage Waveform Sine Distortion Ratio | ≤ 5% | |||||||
| Idatha yokukhutshwa[1] | ||||||||
| Umyinge wokuphuma kwamanzi | 4544 kg/h | |||||||
| Ukukhupha iqondo lokushisa | 480℃ | |||||||
| Ubuninzi obuvumelekileyo bokukhupha uxinzelelo ngasemva | 4 kpa | |||||||
| 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 kwi-7 m(ngokusekwe kwindawo ezingqongileyo) | 98dB (A) / Vula Uhlobo 83dB (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% yomthwalokwi-75% umthwalo kwi-100% yomthwalo | 125 m3 185 m3 247 m3 | |
| [1] Emva kokuba amacandelo egesi yendalo kufuneka abonelelwe ngabasebenzisi, idatha efanelekileyo yencwadana yobugcisa iya kuhlaziywa.Imibhobho yerhasi ivunyiwe yiECER110.Amacandelo kuloliwe wegesi adibana noMyalelo 90/356/EWG. | ||
| Inkonzo | ||
| Umphakamo we-oyile (ubushushu be-ambient bungaphezulu kuno-minus 5°C/ ubushushu be-ambient bunjalo[2] ngaphantsi kunothabatha 5°C) |  API 15W-40 CF4 / API 10W-30 CF4 | |
| Ukuthambisa umthamo weoyile min./max. | N / A | |
| Umthamo wokupholisa | N / A | |
| 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) | ＞15000 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 | EVOTEC | Injini brand | LIEBHERR |
| Uhlobo lwemoto | DH468H | Imodeli yenjini | G9620 |
| I-Voltage (V) | 6300 | Uhlobo lwenjini | Iisilinda ze-V-20 , i-turbocharger ene-intercooler |
| Ukukala (H) KW amandla aphambili | 1000 | Bore x stroke | 135mm×170mm |
| Ukulinganisa (H) KVA amandla amakhulu | 1250 | Ukufuduswa (L) | 48.7 |
| Ukusebenza kweAlternator (%) | 94.7 | Umlinganiselo woxinzelelo | N / A |
| Amandla factor | 0.8 | Ukulinganisa amandla emveliso | 1060kW/1500rpm |
| Uqhagamshelo locingo | Y | Ukusetyenziswa kwe-oyile max. | 0.3 g/kw*h |
| Iklasi ye-rotor insulation | H iklasi | Ukuhamba kancinci kokuThatha, (kg/h) | 4365 |
| 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 | |||||
| Injini yegesiInkqubo yokutshisaLambda isilawuliI-electronic governor actuatorInjini yokuqalisa umbaneInkqubo yebhetri | AC alternatorUkufakwa kweklasi ye-Hukhuseleko IP55Umlawuli wombane we-AVRUlawulo lwePF | Isakhelo sesiseko sesheel yentsimbiIsibiyeli senjiniIi-Vibration zodwaIcanopy yokuthintela isandi (ukhetho)Ukuhluza uthuli (ukhetho) | I-air circuit breaker7-intshi touch screenUnxibelelwano lonxibelelwano Ikhabhathi yokutshintsha kombaneInkqubo yokutshaja ngokuzenzekela | |||
| Inkqubo yokubonelela ngegesi | Inkqubo yokuthambisa | Umbane osemgangathweni | Inkqubo yokungenisa / yokukhupha | |||
| Uloliwe wokhuseleko lwegesiUkukhuselwa kokuvuza kwegesiUmoya/umxube wamafutha | Isihluzo se-oyileItanki yeoli encedisana nemihla ngemihla (ukhetho)Ukuzalisa kwakhona inkqubo yeoli | 380/220V400/230V415/240V | Isihluzo somoyaUkukhupha isithulisiUkukhupha umoya | |||
| Uloliwe wegesi | Inkonzo kunye namaxwebhu | |||||
| Ivalve yokusikwa ngesandla2 ~ 7kPa igeyiji yoxinzeleloIsihluzo segesiIvalve ye-Solenoid yoKhuseleko (uhlobo lokuchasa ugqabhuko-dubulo lunokuzikhethela) isilawuli soxinzeleloIsibambi somlilo njengokhetho | Ipakethe yezixhobo Ukusebenza kwe-injiniUfakelo kunye nencwadana yokusebenza Ubalulo lomgangatho werhasiIncwadi yogcino Incwadi yolawulo lwenkquboIncwadana yeSoftware Emva kwesikhokelo senkonzoIinxalenye manual Iphakheji esemgangathweni | |||||
| Ubumbeko olukhethwayo | ||||||
| Injini | iAlternator | Inkqubo yokuthambisa | ||||
| Isihluzo somoya esirhabaxaIvalve yokulawula ukhuseleko lomliloIsifudumezi samanzi | Igama lejeneretha: Stamford, Leroy-Somer, MECCUnyango ngokuchasene nokufuma kunye nokugqwala | Itanki entsha yeoyile enomthamo omkhuluIgeyiji yokulinganisa ukusetyenziswa kweoyileImpompo yamafuthaIsifudumezi se-oyile | ||||
| Inkqubo yombane | Inkqubo yokubonelela ngegesi | I-Voltage | ||||
| Ujongo olukude Igridi-uqhagamshelo loluvo lolawulo olukude | Igeyiji yokuhamba kwegesiUkuhluzwa kwegesiInkqubo ye-alamu yokunciphisa uxinzelelo lwegesi kwangaphambili | 220V230V240V | ||||
| Inkonzo kunye namaxwebhu | Inkqubo yokukhupha | Inkqubo yokutshintsha ubushushu | ||||
| Izixhobo zenkonzoAmacandelo olondolozo kunye nenkonzo | Indlela ezintathu yokuguqula i-catalyticIkhusi elikhuselayo ekuthinteleniIsithulisi sokuhlalaUkukhupha unyango lwegesi | Irediyetha kaxakekaIsifudumezi sombaneInkqubo yokubuyisela ubushushuItanki yokugcina i-thermal | ||||
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.
Iinzuzo eziphambili
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→ Ulawulo olulula kunye nenkonzo
→ Uzinzo oluphuculweyo nokhuseleko
| Imisebenzi ephambili | |||||
Ixesha lokuqhuba injiniUmsebenzi woKhuseleko lweAlam
Ukuyeka ngokuNgxamisekileyo
Imonitha ye-injini: ipholile, i-lubrication, i-intake, ikhuphe Ulawulo lwamandla ombane kunye namandla | 12V okanye 24V DC UkuqalaUjongano lolawulo olukude njengokhethoUkutshintsha okuzenzekelayo kokuQalisa/Ukumisa uLawuloSeta iNgeniso, iNtshukumo, iAlam kunye nexeshaIgalelo loLawulo lwamanani, iNtshukumo yoLawulo lweeRelaysUkusilela okuzenzekelayo kwimo yonxunguphalo yokumisa kunye nempazamo yokubonisa ibhetri yombane we-genset frequencyUkukhuselwa nge-IP44Ukufunyanwa kwerhasi evuzayo | ||||
| Ubumbeko olusemgangathweni | |||||
| Ulawulo lweNjini: Lambda ivaliwe ulawulo loopInkqubo yokutshisaI-electronic governor actuatorQalisa ulawulo lolawulo lwesantya solawulo lomthwalo | Ulawulo lwejenereyitha:Ulawulo lwamandlaRPM ulawulo (synchronous) Ukuhanjiswa komthwalo (imo yesiqithi)Ulawulo lwamandla ombane | Ukujongwa kwamandla ombane (synchronous)Ulawulo lwamandla ombane (imo yesiqithi)Unikezelo lwamandla olusebenzayo(imo yesiqithi) | Olunye ulawulo:Ukuzaliswa kweoli ngokuzenzekelayoUkulawulwa kweValve yokungenaUlawulo lwabalandeli | ||
| Ukubeka iliso kwangethuba | |||||
| amandla ebhetriIdatha yeAlternator:U,I,Hz,kW,kVA,kVAr,PF,kWh,kVAhGenset frequency | Isantya seNjiniIxesha lokuqhuba injiniUbushushu boxinzelelo lokungenaUxinzelelo lweoyile | Ubushushu obupholileyoUmlinganiselo womxholo weoksijini kwigesi yokukhuphaUkuhlolwa kwesimo sokutshisa | Ubushushu obupholileyoUxinzelelo lokungena kwerhasi yamafutha | ||
| Imisebenzi yokhuseleko | |||||
| Ukhuseleko lwe-injiniUxinzelelo lweoli ephantsiUkhuseleko lwesantyaNgaphezulu kwesantya/isantya esifutshaneUkuqala ukusilelaUmqondiso wesantya ulahlekile | Ukhuselo lweAlternator
| Ukhuseleko lwebhasi/iinqununu
| Ukhuseleko lwenkquboUmsebenzi woKhuseleko lweAlamUbushushu obuphezulu besipholisiBeka ityalaUkuyeka ngokuNgxamisekileyo | ||
| Ipeyinti, imilinganiselo kunye nobunzima beGenset-1000NG | |
| Ubungakanani beGenset (ubude * ububanzi * ubude) mm | 5500×2000×2400 |
| Genset ubunzima owomileyo (Uhlobo oluvulekileyo) kg | 9000 |
| Inkqubo yokutshiza | Umgangatho ophezulu wokugquma umgubo (RAL 9016 & RAL 5017 & RAL 9017) |
| Ipeyinti, imilinganiselo kunye nobunzima beGenset-1000NGS | |
| Ubungakanani beGenset (ubude * ububanzi * ubude) mm | 12192×2438×2896 (Isikhongozelo) |
| Genset ubunzima owomileyo (Uhlobo oluthuleyo) kg | 16500 (Isikhongozelo) |
| Inkqubo yokutshiza | Umgangatho ophezulu wokugquma umgubo (RAL 9016 & RAL 5017 & RAL 9017) |
Imilinganiselo yenzelwe ireferensi kuphela.
