Le khasiI-ejection Amafutha Solenoid valveI-MFZ6-90YC iyi-electromagnet ye-autromagnet ye-DC ye-DC esetshenziselwa ukulawula umjikelezo kawoyela ohlelweni lokujova kwamafutha weSteam Turbicline. Ilungele i-Bridge-Phaseng Bridge egcwele-wave rectifier Support kanye nokulawula ukujikeleza nge-voltage kufika ku-220V. Isetshenziswa kakhulu kumathuluzi womshini nezinhlelo ezenzakalelayo njengento yamandla ye-hydraulic solenoid i-solenoid i-valve ebuyiselwe emuva.

Umsebenzi oyinhloko we-Ejection Amafutha Solenoid Valve MFZ6-90YC ukusika ulike uwoyela wengcindezelo ephezulu yokucindezela ama-nozzle, ukuze uphethiloli ungafaka i-nozzle kusuka egumbini lokuhlanganisa. Lapho i-solenoid valve ikhokhiswa, i-electromagnet izophakamisa umnyombo we-valve bese ixhuma kumjikelezo kawoyela wephampu yokujova kaphethiloli, bese uphethiloli uzofakwa ku-nozzle.

E-Power Plant Steam Turbine, i-Ejection Amafutha Solenoid Valve MF3-90YC isetshenziselwa ukulawula umjovo wamafutha ukuze uqinisekise ukuthi i-turbine ingathola ukunikezwa kwamafutha ezinzile ngesikhathi sokuqalisa nokusebenza. Izicelo ezithile zifaka:

- Isigaba sokuqalisa: Lapho kuqalwa i-turbine ye-Steam, lapho kuvulwa i-EFCEAL ka-Solenoid valve ukuvumela uphethiloli ukuthi afake igumbi lokuhlanganisa ukuze aqinisekise ukuthi i-turbine ye-steam ingaqala kahle.

- Isigaba Sokusebenza: Ngesikhathi sokusebenza kwe-turbine, i-Ejection Amafutha Solenoid valve ilawula ngokunembile inani lomjovo wamafutha ngokuya ngezidingo zohlelo lokulawula ukuze uqinisekise ukusebenza okuzinzile kwe-turbine.

- Isigaba Sokuvala: Lapho i-turbine ivaliwe, i-ejeki lamafutha i-solenoid valve ivaliwe, ukunikezwa kwamafutha kuyanqunywa, bese i-turbine ivaliwe ngokuphepha.

Amanothi ekufakweni nasekusetshenzisweni

1. Izimo zokufaka:

- Ukushisa komoya okukhona: + 40 ℃ to -5 ℃.

- Ukuphakama kwesiza sokufaka akudluli ku-2000m.

- Ingafakwa kunoma iyiphi indlela.

- Ilungele uhlelo lokusebenza lwesikhathi eside nohlelo lokusebenza komjikelezo we-incmittent.

- Ibanga elivumelekile lokuguquguquka kwe-voltage lingama-85% kuya ku-110%.

2 Amanothi Wokusetshenziswa:

- I-electromagnet isebenzisa isokhethi elihambisana ne-ISO4400 ejwayelekile, futhi kukhona okucacisiwe okutholakalayo: ngokukhanya kwenkomba nokukhanya kwenkomba. Ukucaciswa kwe-voltage kwesokhethi ngokukhanya kwenkomba kumele kuhambisane nokucaciswa kwamandla kagesi komzimba we-electromagnet.

- I-Manual Push Rod ye-electromagnet isetshenziselwa ukulawula okwenziwa ngesandla ngesikhathi sokukhokhisa noma eziphuthumayo. Lapho ulungisa, sicela ucindezele i-Manual Push Rod kancane, futhi ungasebenzisi amandla anomthelela ukugwema ukulimaza induku ye-push kanye nomhlahlandlela womhlahlandlela, okwenza i-electromagnet iye e-oyili yokuvuza noma yehluleke ukusetha kabusha.

- Uma usebenzisa i-electromagnet kuzo zombili izinkomba, qiniseka ukuthi ama-elektromagnets amabili anamandla okuvinjelwa i-valve ye-solenoid ukuthi ingasebenzi kahle.

- Idivaysi yokuvikela ngokweqile kufanele ifakwe phakathi kohlelo lokulawula ugesi kanye ne-electromagnet ukugwema ukushisa i-electromagnet kanye nezinto zokulawula ngogesi ngaphansi kwezimo ezingejwayelekile.

Uwoyela we-ecessI-Solenoid valveI-MFZ6-90YC idlala indima ebalulekile ku-turbine turbine yesitshalo samandla. Ngokulawula ngokunembile umjovo wamafutha, iqinisekisa ukuqala okuzinzile, ukusebenza nokuvalwa kwe-turbine ye-steam. Ukwethembeka kwayo okuphezulu nokuqina kwenza ukuthi kusetshenziswe kabanzi emikhakheni yezimboni ezenzakalelayo kanye nokulawulwa kwemishini. Ukufakwa okulungile nokusetshenziswa kwe-solenoid valve kungathuthukisa ngempumelelo ukusebenza okusebenzayo kanye nokuphepha kwemishini.

Ngale ndlela, besilokhu sihlinzeka ngezingxenye zezitshalo zamandla ezitshalo emhlabeni wonke iminyaka engama-20, futhi sinokuhlangenwe nakho okucebile futhi sinethemba lokuthi uzokusebenzela. Ngibheke phambili ekuzweni ngawe. Imininingwane yami yokuxhumana imi ngale ndlela elandelayo:

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