Isixhobo sokucima amaza aphakathi kwindawo yentsimbi

Isishwankathelo: Ilungele ukucinywa komphezulu weentsimbi zentsimbi kunye nobunzulu bokucima i-10mm. Ubonelelo lwamandla luseti ye-6-pulse KGPS100KW/1.5KHZ unikezelo lwamandla ombane ophakathi.

Inkqubo yokusebenza: Qala usete ubushushu bokucima kwisixhobo sokulawula ubushushu, emva koko ubeke i-workpiece kwi-groove yesikhokelo, cofa iqhosha lokubaleka, indlela yokutya ye-pneumatic ityhala i-workpiece kwi-sensor ukuze iyifudumeze, kwaye ithemometha ekude-infrared ibona workpiece Ukufudumeza lobushushu. Xa iqondo lokushisa lifikelela kwiqondo lokushisa elimiselweyo, izixhobo ziya kumisa ngokuzenzekelayo, kwaye i-workpiece iya kuthunyelwa ngaphandle kwenzwa ukugqiba inkqubo yokufudumala. Beka kwelinye icwecwe kwaye ucinezele iqhosha lokubaleka kwakhona ukuze uqhubekele kwinkqubo yokufudumeza elandelayo.

Iiparamitha zobuchwephesha bezixhobo zokucima amaza aphakathi

Iiparamitha ezi-1 zobuchwephesha bobungakanani bomsebenzi

Izinto eziphathekayo: 45 # intsimbi.

Iiparamitha ze-Workpiece: ububanzi be-50mm, ubude be-100mm.

2 Iimfuno eziphambili zobugcisa zokufudumeza i-workpiece

Ubushushu bokuqala: 20℃;

Ukucima ubushushu: 800℃±20℃;

Ukucima amandla: 100mm / 5s;

Ukucima ubunzulu: 10mm;

3 Umbane wamandla kunye nokubalwa komjikelo wokufudumeza

3.1 Ukuphindaphinda kwamandla

Ngokwemilo kunye nobukhulu be-semi-shaft, kubaluleke kakhulu ukukhetha i-frequency efanelekileyo ngokuqwalasela umahluko weqondo lokushisa phakathi kwengundoqo kunye nomphezulu. Ubalo lwethiyori ludityaniswe namava okwenene. Ubunzulu bokucima yi-10mm kunye ne-frequency yamandla yi-1.5KHz.

3.2 Bala umjikelo wokufudumeza

Emva kokubala, ubunzulu bokucima yi-10mm, amandla okucima yi-100mm / 5s, kwaye amandla e-100KW unikezelo lwamandla aphakathi anokuhlangabezana ngokupheleleyo neemfuno.

Inkcazo ye-inductor yesixhobo sokucima amaza aphakathi

I-inductor ibandakanya ikhoyili ye-induction, ibha yebhasi, i-bracket esisigxina, inkqubo yokutshiza, njl.

Ikhoyili ye-induction ye-1

I-coil induction yenziwe nge-99.99% ye-T2 ityhubhu yethusi yoxande. I-insulation surface ye-coil induction ifafazwe ngoluhlu lwe-resin ephezulu ye-epoxy insulating resin ngenkqubo yokutshiza i-electrostatic, kunye ne-voltage yokumelana ne-insulating layer inkulu kune-5000V. Ikhoyili ye-inductor iza nomngxuma wolwelo wokutshiza.

Iiparamitha ze-coil zokungeniswa kwe-2

Iiparamitha zekhoyili ye-induction ziphuculwe kwaye ziyilwe ngesoftware ekhethekileyo yekhompyuter. Inokuqinisekisa eyona nto isebenzayo yokudibanisa i-electromagnetic kunye nesiguquli sokucima phantsi komthamo ofanayo.

Ikhoyili ye-Inductor, ibha yebhasi kunye nomzobo weringi wokutshiza (inxalenye ephezulu yomfanekiso ongentla yi-coil yokufudumeza, isiqingatha esisezantsi yinkqubo yokutshiza, kwaye umbindi lumsebenzi ocinyiweyo)

Isixhobo sokucima amaza aphakathi acima isiguquli

I-transformer yokucima ithatha i-silicone yentsimbi epholileyo ejikelezayo e-Wuhan Iron kunye ne-Steel Co., Ltd., ikhoyili isongelwe ngetape ye-bituminous mica kwaye ifudunyezwe kwaye ifakwe kwinkqubo yokubhaka, eyenza i-transformer ibe phezulu ukumelana nombane kunye nokungangeni kwamanzi. . Ukuqokelelwa kwamanzi eTransformer

Ukucima imilo yesiguquli

Zonke izixhobo zenziwe ngensimbi engenasici (kubandakanywa ne-hose clamps kwimibhobho yamanzi), eyanciphisa ilahleko engadingekile eyenziwa ngumonakalo kwi-transformer ngenxa yokuvalwa komqokeleli wamanzi.