GDPDS-341 SF6 Electrical Insulation State Analyzer Comprehensive
Okwangoku, umgangatho wombane we-UHV we-110KV nangaphezulu usebenzisa i-SF6 yegesi efakwe kwi-GIS efakwe kwi-GIS njengesona sixhobo siphambili se-substation, ukuvavanywa kwemeko ye-GIS yangaphakathi yokugquma iphunyezwa ikakhulu ngendlela yokubona ukukhutshwa kunye ne-SF6 yegesi yokuhlalutya imichiza ekhaya. naphesheya.Xa ukukhutshwa okungaphelelanga kwenzeka kwisigaba sokuqala sokuthotywa kwe-insulation ngaphakathi kwe-GIS, kuya kubangela iingozi ezinzulu zokhuseleko ekusebenzeni kwayo ngokukhuselekileyo.Iindlela zokubona ukukhutshwa kwenxalenye ikakhulu ziquka iindlela ezintathu: i-ultra-high frequency partial discharge test, i-ultrasonic partial discharge test, kunye nokufunyanwa kweekhemikhali zokubunjwa kwegesi ye-SF6.Okwangoku, kukho izixhobo ezahlukeneyo kwezi ntlobo zeendlela zokuvavanya kwimarike.Kwisiza se-GIS ukukhutshwa ngokuyinxenye okubonwayo, iingcali ezimbini zombane kunye nekhemistri ziyafuneka ukuba zithwale izixhobo ezininzi ngaxeshanye ukuze ziphumeze ngokuyinxenye kunye nokufunyanwa kwegesi ye-SF6, zombini ukuguquguquka kunye nokufika ngexesha kubi kakhulu.Ngokujonga imeko yangoku yokubhaqwa kokukhutshelwa ngokuyinxenye kwi-GIS, inkampani ye-HV HIPOT yazisa ubuchwephesha obuphezulu bamazwe ngamazwe ukuphuhlisa i-SF6 yokugquma umbane wohlalutyo olubanzi.Ukudibanisa indlela ye-UHF, indlela ye-ultrasonic kunye ne-SF6 yohlalutyo lwegesi kwisixhobo esinye kunokuphucula ukufumanisa ukusebenza kakuhle kunye nendlela yokugweba iziphene zokukhupha inxalenye kwizixhobo ze-GIS, kunye nokuphucula ukuchaneka kwesigwebo sokukhutshwa kwenxalenye, ukubonelela ngenkxaso yobugcisa obuthembekileyo kwisigqibo sokugcinwa.
Ukongeza kwinxalenye yohlalutyo lwerhasi ye-SF6, i-SF6 yombane wokufakelwa kombane wohlalutyo olubanzi ikwadibanisa itekhnoloji yokubona ukukhutshwa kombane.Abasebenzisi bangasebenzisa izixhobo zokubona ukukhutshwa kombane ukwenza uvavanyo lokuqala lokukhupha kunye nokuhlola izixhobo zombane ezivavanyiweyo.Emva kokuba isixhobo sombane sifunyenwe sikrokrelwa ngokusilela kokugquma kokukhupha, inxalenye yohlalutyo lwegesi ye-SF6 ingasetyenziselwa ngokukhawuleza ukwenza isampulu yegesi ye-SF6, uhlalutyo lomzimba kunye neekhemikhali.Imeko yokugquma into evavanyiweyo inokumiselwa ngokubuza imigangatho yesizwe ehambelanayo ngokusebenzisa iziphumo zohlalutyo lomzimba kunye neekhemikhali.Ngexesha elifanayo, uhlalutyo lwegesi ye-SF6 kunye novavanyo lokukhupha inxalenye lunokwenziwa ngaxeshanye.Ngokudibanisa idatha yobuninzi bomzimba kunye nobuninzi beekhemikhali, sinokugweba ngokuchanekileyo ngakumbi imeko yokugquma kunye nesizathu sesiphoso sezixhobo zombane.
Inzuzo ephambili ye-SF6 yokugquma kombane imeko ebanzi yokuhlalutya kukuba inokugqiba ngokubanzi imeko yokugquma kwezixhobo zombane ngeziphumo ezibini zokukhutshwa ngokuyinxenye kunye nohlalutyo lwegesi ye-SF6 yomzimba kunye nemichiza, kwaye inokugqiba imeko yokusebenza kwezixhobo zombane ngokukhawuleza kwaye ngokuchanekileyo.Isenokusetyenziswa njengesixhobo esiphathwayo sovavanyo olubanzi kuvavanyo lwendawo ye-SF6 yegesi encinci yamanzi, ukucoceka, kunye neemveliso zokubola.
●Ukukhutshwa okuyingxenye kunye nohlalutyo lokulandela ukufuma, ukucoceka kunye nokubola kweemveliso ze-SF6 izixhobo zombane zegesi zamandla ombane.
●SF6 igesi cylinder uvavanyo lomgangatho wegesi.
●Uvavanyo lomgangatho wegesi ye-SF6 yokubuyisela kwaye isetyenziswe kwakhona.
●Ukuveliswa kwegesi ecocekileyo.
●Ubonelelo ngegesi eyomileyo kwishishini leSemiconductor.
●Uphando kunye nokusetyenziswa kophuhliso.
●Igumbi elicocekileyo / iliso lendlu eyomileyo.
●Indawo yokucoca ubushushu besinyithi kunye nelabhoratri yokufumanisa ukufuma kwerhasi yeshishini, njengomoya, CO2, N2, H2, O2, SF6, Yena, Ar kunye nezinye iigesi ezingenayo.
●Isoftware yokuhlalutya ngokuyinxenye esekelwe kwinkqubo efakwe kwi-ARM, bonisa isoftware esekelwe kwiifestile zenkqubo.
●Inkqubo yesofthiwe igweba amandla okukhutshwa kunye nendawo ngokwedatha yokufumanisa, kwaye ingabonisa i-PRPS kunye neemephu ze-PRPD, i-ellipse diagrams, i-discharge rate iimephu, iimephu ze-QT, iimephu ze-NT, iimephu ze-PRPD eziqokelelweyo, iimephu ze-ϕ-QN zesiteshi ngasinye somqondiso, kwaye ingabonisa i-PD ye-amplitude yophawu kunye nenombolo ye-pulse yetshaneli yomqondiso ngamnye.Kwaye yonke idatha inokugcinwa ngexesha langempela.
●Umninimzi wokufumana idatha unokucwangcisa ngexesha elifanayo iziteshi ze-4 ezifanayo okanye ezahlukeneyo zoluvo, kwaye unokuqokelela kunye nokuhlalutya iziteshi ze-4 zezibonakaliso.
●Ibhodi yeesampuli eziphuhliswe ngokukhawuleza, i-4-channel synchronous data acquisition, i-signal processing, i-extraction parameter extraction, idatha ingathunyelwa kwi-terminal ephathwayo ngocingo kunye ne-wireless.
●Zonke izinzwa ezichanekileyo ezithathwe kumazwe angaphandle ezinomsebenzi wokuzilinganisa ziqinisekisa ukuba idatha yokubona ukufuma, ukucoceka kunye neemveliso zokubola zizinzileyo kwaye zithembekile unyaka wonke.
●Yonke indlela yegesi enoyilo oluphezulu lwepolymer, iqinisekisa ukuba akukho nto ixhonywe eludongeni lwamanzi kwaye iqinisekisa isantya sovavanyo.
●I-oil-free-stainless-steel body regulating valve isetyenziselwa ukuqinisekisa ukuchaneka kwexabiso elilinganisiweyo.
●I-algorithms yesoftware ephucukileyo iphucula ukuchaneka kovavanyo lweenzwa.
●Ukuqalisa kunokubonwa, ngaphandle kwenkqubo ye-oscillation, ukuguqulwa kobushushu kunye nokulungiswa kwedatha yoxinzelelo.
●Amandla aphezulu ebhetri ye-lithium, qaphela i-AC kunye ne-DC yombane ombini.Akukho mandla e-AC akwisiza afunekayo.Unikezelo lwamandla ebhetri yeLithium luyaqhubeka nokusebenza ngaphezu kweeyure ze-8 ngaphandle kwesidingo sobonelelo lwangaphandle lwamandla.
●Uyilo lwesekethe yokuphazamiseka kweAnti-electromagnetic ukuqinisekisa ukuthembeka kwemveliso.
●Idatha yovavanyo oluzinzileyo, ixabiso lendawo yombethe kunye nexabiso lendawo yombethe eliguqulelwe kwi-20 ℃ lingabonelelwa ngaxeshanye.
●Ukuchaneka komlinganiselo wobunyulu yi-0.5% yoluhlu olupheleleyo, olungasetyenziselwa ukulinganisa igesi ye-SF6 ephezulu kunye ne-70% umxholo wegesi ye-SF6.
●Umboniso obalaseleyo wokuvavanya indawo yokuvavanya, umsebenzisi unokulungelelanisa ngokukhawuleza ukuhamba kwegesi, anciphise ixesha lokuvavanya.
●I-inlet iyilwe kunye ne-micro self sealing joint, ngoko ke indlela yegesi elinganisiweyo ayiyi kuvuza xa indlela yegesi ivaliwe.
●I-Swagelok umbhobho wokuvavanya ukupakishwa kwensimbi engenasici isetyenziswa kwisekethe yegesi yovavanyo, eyandisa ubomi benkonzo yezixhobo.
Inxalenye yokubona ukukhupha:
| Umamkeli wokufumana umqondiso wePD | |
| CPU Ukusebenza rhoqo | 1.2GHz |
| Inkqubo yokwenza | Indlela yokusebenza efakwe kwiLinx |
| Izibuko zenethiwekhi enentambo | LAN network port |
| Wireless network port | IWiFi eyakhelweyo engenangcingo |
| Inkqubo eqhuba imemori | 512M |
| Imemori yokugcina inkqubo | 256M |
| Ukufunyanwa kwedatha rhoqo | 250MHz |
| Ijelo lokufumanisa i-ultrasonic | |
| Uluhlu lomlinganiselo | AE: 0-10mV; AA: 0-100dBuV |
| Uluhlu lokufunyanwa rhoqo | 20-200kHz |
| Umjelo wokubona we-UHF | |
| Ukufunyanwa rhoqo | 300 ~ 1800MHz |
| Uluhlu lomlinganiselo | -80~0dBm |
| Impazamo | ±1dBm |
| Isigqibo | 1dBm |
| Ijelo lokufumanisa i-HFCT | |
| Uluhlu lokuphindaphinda | 0.5 ~ 100MHz |
| Impazamo | ±1dB |
| Uvakalelo | 15mV/1mA |
| Uluhlu olunamandla | 60dB |
| Uluhlu lomlinganiselo | 0-1000mV |
| Ukuchaneka | 1dB |
| Ijelo lokufumanisa i-TEV | |
| Uluhlu lokuphindaphinda | 3-100MHz |
| Uluhlu lomlinganiselo | 0-60dBmV |
| Uvakalelo | 0.01mV |
| Impazamo | ±1dBmV |
| Isigqibo | 1dBmV |
| Ibhetri | |
| Ibhetri eyakhelwe-ngaphakathi | Ibhetri yeLithium, 12V,6000mAh |
| Sebenzisa ixesha | malunga10iiyure |
| Ixesha lokutshaja | Malunga4iiyure |
| Ukukhuselwa kwebhetri | I-Over-voltage kunye nokhuseleko lwangoku |
| Ukutshaja ibhetrier | |
| Umbane olinganisiweyo | 12.6V |
| Ukutshaja imveliso yangoku | 2A |
| Ubushushu bokusebenza | -20℃-60℃ |
| Ukufuma okusebenzayo | <80% |
| Itheminali yokubonisa kunye nohlalutyo lwedatha | |
| Isoftware ifanelekile kuyo nayiphi na i-terminal host enenkqubo yeWindows, kwaye abasebenzisi bangazikhetha ngokwabo. | |
| Indawo yokusebenza | |
| Ubushushu bokusebenza | -20℃~50℃ |
| Ukufuma kokusingqongileyo | 0~90%RH |
| Inqanaba le-IP | 54 |
Inxalenye yohlalutyo lwegesi yeSF6
SF6 Ukufuma
●Indlela yokulinganisa: Umgaqo womlinganiselo wokuchasa kunye neCapacitive
●Uluhlu lomlinganiselo: indawo yombethe -80℃--+20℃ (inkxaso ppmv)
●Ukuchaneka: ±1℃
(Xa iqondo lobushushu lombethe lingaphantsi kwe-0 ℃, isiphumo senzwa yindawo yeqabaka)
●Ixesha lokuphendula: 63% [90%]
+20→-20℃ Td 5s[45s]
-20→-60℃ Td 10s[240s]
●Isisombululo: 0.01℃
●Ukuphindaphinda: ± 0.5 ℃
●Iyunithi yokubonisa: ℃, ppm, ℃P20(ixabiso eliguquliweyo ku-20℃)
SF6 Ubunyulu
●Indlela yokulinganisa: Umgaqo womlinganiselo we-infrared (NDIR series sensors)
●Uluhlu lokulinganisa: 0 ~ 100% SF6
●Ixesha lokuphendula: [90%] 60s
●Ukuchaneka: ± 0.5%FS
●Ukuphinda: ± 0.5%
●Isisombululo: 0.01%
●Iyunithi yokubonisa: %
SF6 IiMveliso zokuDityaniswa
●Indlela yokulinganisa: Umgaqo we-Electrochemical Measurements (i-Electrochemical series sensors)
●Uluhlu lomlinganiselo: H2S: 0 ~ 100ppmv
SO2: 0 ~ 100ppmv
CO: 0 ~ 500ppmv
HF: 0 ~ 50ppmv
●Isisombululo: 0.5ppmv
●Iyunithi yokubonisa: ppmv
UkuHamba kweGesi
●Umlinganiselo wendawo yombethe: SF6 kunye nezinye igesi: 400-600ml / min
Umlinganiselo wobunyulu be-SF6: 300-450ml / min
Iimveliso ze-SF6 zokuchithwa: 250-300ml / min
●Umboniso oqukuqelayo: 0-1000mL imitha yokuhamba ngedijithali
●Isampuli yoxinzelelo lwegesi: ≤1MPa
●Ukukhuselwa koluvo: Isihluzi sentsimbi engenasici
●Ukunikezelwa kwamandla: 110-220VAC ± 10%, 50Hz, ukusetyenziswa kwe-AC / DC, ukukhuselwa ngokugqithisileyo, ukusebenza okuqhubekayo akukho ngaphantsi kwe-8hours.
●Sebenzisa ubushushu bokusingqongileyo: -20-+60℃
●Indawo yokusebenza: ubushushu: -35 - 70℃
Uxinzelelo: 0 - 20bar
Isampulu yesantya sokuhamba kwerhasi: akukho siphumo
●Ukufuma: 90%RH
●Ubungakanani: 570 * 418 * 320mm
●Ubunzima: malunga ne-18kg.
| UMvavanyi ongundoqo | Iqhekeza eli-1 |
| Isivamvo se-UHF | Iqhekeza eli-1 |
| Inzwa ye-ultrasonic | Iqhekeza eli-1 |
| Uluvo lwe-TEV | Iqhekeza eli-1 |
| HFCT | Iqhekeza eli-1 |
| Umqondiso wentambo yoqhagamshelwano | Iqhekeza eli-1 |
| Izihlanganisi | Iseti e-1 |
| Umbhobho weTeflon (ubandakanya ivalve yohlengahlengiso kunye nesinxibelelanisi esikhawulezayo) | Iseti e-1 |
| Umbhobho womsila | Iseti e-1 |
| Iphathi ezisecaleni | Iseti e-1 |
| Itshaja | Iqhekeza eli-1 |
| Isikhokelo somsebenzisi | Iqhekeza eli-1 |
| Ingxelo yoVavanyo | Iqhekeza eli-1 |
