Insor ye-LVDTI-PET-150A yinzwa yendawo yokusebenza esebenzisa umgaqo-nkqubo wokuguqula umahluko wokuguqula ubungakanani bentshukumo yomgca kwinani lombane. Isetyenziswe ngokubanzi kwi-oyile ye-oyile ye-oyile ye-oyile kunye nolawulo lwamantshontsho amantshontsho.

Iimpawu zeMveliso

Ukuchaneka okuphezulu: inokubonelela ngokuchanekileyo ngo-MICIROR PACICRABEL kwaye ilungele izihlandlo zomlinganiso ezifuna ukuchaneka kakhulu.

Udidi olubanzi olubanzi: lunabalinganisi bokusebenza ngokubanzi kwaye banokuhlangabezana neemfuno zomlinganiso ze-ranges ezahlukeneyo.

• Ubuchule bobuqili obunamandla: Ngenxa yokusetyenziswa komgaqo we-electromagnetic, oosoyensi be-LVDT banakho ukumelana nengxolo kunye nokuphazamiseka kwindalo esingqongileyo.

• Ubomi obude beenkonzo: Uyilo olungenambutho luyenza i-sensor iphantse isuswe, ngaloo ndlela isandisa kakhulu ubomi bayo.

Ulwakhiwo olulula: Imveliso inesithuba esilula, ukusebenza okuqinisekileyo, kunye nokusetyenziswa ngokulula kunye nokugcinwa.

• Umgca olungileyo: Umgca ngokubanzi unokufikelela kwi-0.1%.

• Ukuphinda okuphezulu: Ukuphinda-phinda okuphezulu, isisombululo ngokubanzi siyi-0.1μm.

Isicelo kwi-steam turbine

I-1. Ukubek'esweni kweMoto yeMoto:

Umsebenzi: I-LVDT I-Intersor ekwi-150A isetyenziselwa ukulinganisa ukubetha kwemoto ye-oyile yokuqinisekisa ukuba ukuvulwa kwe-valve kulawulwa ngaphakathi kuluhlu olumiselweyo.

• Umgaqo-nkqubo: Xa isambuku sikwisikhundla esiphakathi, i-voltage yemveliso yi-0; Xa i-Armare ihamba ngaphakathi kwe-coil kwaye iphambuke kwisikhundla seZiko, amandla anemisebenzi eveliswe ziikopi ezimbini azilingani, kwaye kukho igalelo lemisebenzi, kwaye i-voltage ixhomekeke kubungakanani bokusungulwa.

I-2. I-Vali yoTyhilo oluphezulu lweValve:

Umsebenzi:Insor ye-LVDTisetyenziselwa ukuxela isikhundla sevali yoxinzelelo oluphezulu ukuqinisekisa ukuba ukuvulwa kwe-valve kulawulwa ngaphakathi koluhlu olumiselwe kwangaphambili kunye nokuphucula ukhuseleko olusebenzayo kunye nokusebenza kakuhle kwe-turbine.

• Umgaqo oMigaqweni: Ubume be-LVDT iqulethe i-iron core, i-armature, i-coil ephambili, kunye nesaladi yesibini. I-coil ephambili kunye nesaladi yesibini zisasazwa kwisakhelo esichongiweyo, kwaye kukho i-armared yentonga enokususwa ngaphakathi ngaphakathi kwi-coyini. Xa isambuku sikwisikhundla esiphakathi, amandla abuhlungu obanjiweyo oveliswe ziileyile ezimbini ezizelweyo, kwaye i-vortage yemveliso i-0.

3. Inkqubo yokulawulwa kwe-servo:

Umsebenzi: Kwinkqubo yokulawulwa kwe-servo ye-steam turbine, i-LVDT sensor isetyenziselwa ukunika ingxelo yokuvulwa kwevalve elawulayo ukuqinisekisa ukulawulwa kwevalve efanelekileyo.

• Isekethe yokusebenza: Isekethe elisebenzayo le-LVDT libizwa ngokuba yisekethe elilawulayo okanye uMlawuli womqondiso, kubandakanya isiphaluka esisenzayo, i-generator eyazimisela isiphaluka, i-geodulator kunye ne-Amplifier. Umvelisi we-Sine Wave kufuneka abe ne-amplity engapheliyo kwaye i-frequency kwaye ayichaphazeli lixesha kunye nobushushu.

4. Uhlalutyo lwempazamo kunye nokuqhubekeka:

• Iimpazamo eziqhelekileyo: Iimpazamo eziqhelekileyo ze-LVDT zenzwa kwi-turbines ezingenangqondo zibandakanya ufakelo olungenangqondo, i-wiring ye-wiring ekhululekileyo, ubushushu obuphezulu, kunye nomonakalo wangaphakathi kwi-LVDT.

• Isicwangciso sokusebenza

Ukusetyenziswa kwe-LVDT sensor ekwi-150A kwi-steam turbine kunezibonelelo ezininzi kunye nemisebenzi. Ayinakuphucula nje ukhuseleko lwentsebenzo kunye nokhuseleko lokusebenza kwe-turbine, kodwa ikwanciphisa iindleko zokulondolozwa kwaye zandise ubomi benkonzo.

Ngendlela, siye sabonelela ngamalungu okuhlala kwizityalo zamandla kwihlabathi liphela kangangeminyaka engama-20, kwaye sinamava otyebileyo kwaye sinethemba lokuba yinkonzo. Ndijonge phambili ukuva kuwe. Iinkcukacha zam zonxibelelwano zezi zilandelayo:

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