Inzwa yokushisaI-WZP2-8496 iyinhlangano yokushisa yeplatinamu yokumelana ne-Platinum Uhla lokulinganisa lokushisa luhlanganisa -50 ℃ ~ + 500 ℃, kanye nenqanaba lephutha eliyisisekelo lifinyelela ekilasini A (±7.15℃@0℃). Ishubhu layo elivikelayo lenziwa ngensimbi engama-316l, kanti ingaphezulu lifakwa nge-magnesium oxide, olungamelana ne-vibration emishini endaweni ephezulu ye-Steam Envishini ephezulu (i-Sum Vibration Ukumelana Ifinyelela ku-40m / S²).

Okokushisa okuphezulu kanye nemibandela yokusebenza ephezulu yomswakama ye-turbine turbine, inzwa yokushisa i-WZP2-8496 ifakwe ngesakhiwo se-pailing esingezansi esiphindwe kabili:

- Isiphetho sangaphambili sisebenzisa ubuchwepheshe be-laser welding ukufezekisa ukuvikelwa komoya

- Ibhokisi leJunction lifakwe uphawu lwe-silicone seal kanye ne-gland enobufakazi

Izinga lokuvikela elisebenzayo lifinyelela i-IP67, elingamelana nokushaqeka okuqhubekayo kwengcindezi ye-0.6MP.

Izimo zohlelo lokusebenza ezinhlelweni ze-Steam Turbine

1. Amaphoyinti wokuqapha okhiye

- Ukuqashelwa kokushisa kwepayipi kwe-main Steam (imvamisa kufakiwe 2D phambi kwe-valve yokulawula)

- Ukuqapha okushintshiwe kodonga lwasendulo (kuhlelwe ngokulinganayo kumasilinda aphezulu nangaphansi)

- Ukuqashelwa kokushisa (ukufakwa okushumekiwe emgodini wokulinganisa wokushisa)

2

Indlela ye-Wiring Wiring emithathu yamukelwa, futhi ixhumeke ohlelweni lwe-DCS ngocingo lwesinxephezelo (njenge-Kx-Ha-FF), eqeda ngempumelelo ukuphambuka kokulinganisa okubangelwa ukumelana komugqa. Inani elijwayelekile lokumelana ne-wiring lilawulwa ngezansi kwe-0,1ω ukuze uqinisekise ukuthi iphutha lokuhanjiswa kwezinga lokushisa lingaphansi kuka-0.2 ℃.

Izinzuzo zobuchwepheshe kuzinhlelo zokusebenza zobunjiniyela

1. Ukusebenza kwempendulo enamandla

Ngokwandisa inqubo yokupakisha ye-Temperature Stering element (Teamst subtuum soinstrate Technology), isikhathi sokuphendula esishisayo sifinyelela ku-5.8 amafutha aphezulu (okungama-40% aphakeme kunesimo sendabuko, futhi angabamba ngokunembile izinguquko zokushisa ezingokwesigaba.

2. Ikhono lokulwa nokuphazamisa

Endaweni eqinile ye-electromagnetic yendawo ye-10kv / m, ukuguquguquka kwenzwa kokuphuma kungaphansi kwe-0,1%, okuhlangabezana nezidingo ze-IEC 61000-4-4-4-4 Ilungele kakhulu izindawo eziyinkimbinkimbi ze-elekthronikagnetic ezinabaguquli bemvamisa kanye nama-motors anamandla amakhulu.

Amaphuzu Wokufaka Nokunakekela

1. Ukucaciswa kokufakwa

- Ukujula kokufakwa kufanele kuhlangane ls15d (d ububanzi bepayipi)

- Lapho ufaka ipayipi le-Steam, kufanele kugcinwe i-45 ° Tilt Angle ukugwema ukunqwabelana kwe-condensate

- Gcina ibanga elincane le-300mm kusuka kukhebula lamandla

2. Isu Lesondlo

- Ukulinganiswa kwe-Zero njalo emahoreni angama-8000 okusebenza

- Ukuhlolwa kokuqhathaniswa kokuqhathaniswa komlilo owomile kunconywa njalo eminyakeni emi-2

- Faka esikhundleni ngesikhathi lapho inani lokumelana lokufakelwa litholakala liphansi kune-100mω test)

Le khasiinzwa yokushisaI-WZP2-8496 inokusebenza okuhle kakhulu ekulinganiseni ukunemba (0,1% FS), ukuzinza isikhathi eside (ukuqina konyaka <0.05%) nokuvumelana kwezemvelo ngokwakha okusha kwezemvelo ngokusebenza kwezinto ezibonakalayo. Icala lesicelo seyunithi ye-supercritical engu-600mw libonisa ukuthi ngemuva kokusebenzisa le sensor, ukusebenza kahle kwe-turbine kukhuphuke ngo-0,3% kanti inani lokuvalwa okungahlelwanga lincishiswa ngo-42%, eliqinisekisa ngokuphelele ubuholi bayo bezobuchwepheshe emkhakheni wokuhlola izinga lokushisa kwezimboni.

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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