isifudumezi sombhobho we-induction fluid

Ukungeniswa kwe-Thermal Fluid Pipeline Heater

Iindlela zokufudumeza eziqhelekileyo, ezifana neebhoyila kunye noomatshini bokushicilela abashushu abatshisa amalahle, i-fuel okanye ezinye izinto, zihlala zinemiqobo efana nokusebenza okuphantsi kokufudumeza, iindleko eziphezulu, iinkqubo zokulungisa ezintsonkothileyo, ungcoliseko, kunye nemeko yomsebenzi eyingozi. Ukufudumeza kwe-induction kwalungisa ngokufanelekileyo ezo ngxaki. Inoncedo olulandelayo:
-Ukushisa okuphezulu; Gcina amandla amaninzi;
-Ukunyuka kobushushu obukhawulezayo;
-Ulawulo lwesoftware yeDijithali lunika ulawulo oluchanekileyo kwiqondo lobushushu kunye nenkqubo yokufudumeza yonke;
-Ithembeke kakhulu;
-Easy ufakelo kunye nokugcinwa;
-Ukusebenza okuphantsi kunye neendleko zokugcina.

I-HLQ isiXhobo sokuFundisa se-HLQ siyilelwe uMbhobho, iSikhephe, uMtshintshi woBubushushu, i-Chemical Reactor kunye neBoiler. Iinqanawa zihambisa ubushushu kwizinto ezilulwelo ezifana naManzi e-Industrial, i-oyile, igesi, iMathiriyeli yokuTya kunye nokufudumeza kweMichiza yeRaw. Ubungakanani bamandla okufudumeza 2.5KW-100KW zezo zipholileyo zomoya. Ubungakanani bamandla 120KW-600KW ngamanzi apholileyo. Kwabanye kwisiza sesixhobo sokufudumeza isixhobo sokufudumeza, Siza kubonelela ngenkqubo yokufudumeza ngoBugcino boBuqhushumbo boBumbeko kunye neNkqubo yokuLawula ukuLawulwa kude.
Le HLQ inkqubo yokufudumeza iquka isifudumezi sokungenisa, coil induction, inkqubo yokulawula ubushushu, isibini esishushu kunye nezixhobo zokugquma. Inkampani yethu ibonelela ngofakelo kunye nesikimu sokugunyazisa. Umsebenzisi unokufaka kwaye alungise ngokwakho. Sinokubonelela ngofakelo lwendawo kunye nokugunyazisa. Isitshixo sokhetho lwamandla lwezixhobo zokufudumeza ulwelo kukubalwa kobushushu kunye nendawo yokutshintsha ubushushu.

I-HLQ Induction Heating Equipment 2.5KW-100KW umoya opholileyo kunye ne-120KW-600KW amanzi apholileyo.

Uthelekiso lokuSebenza kwamandla

Indlela yokufudumeza Conditions Ukutya umbane
Ukutshisa ukutshisa Ukufudumeza iilitha ezili-10 zamanzi ukuya kuma-50ºC 0.583kWh
Ukuxhathisa ukufudumeza Ukufudumeza iilitha ezili-10 zamanzi ukuya kuma-50ºC 0.833kWh

Ukuthelekisa phakathi koKufudumeza kwe-Induction kunye namalahle / igesi / ukuchasana nokufudumeza

izinto Ukutshisa ukutshisa Ukufudumeza ngamalahle Ukufudumeza ngegesi Ukuxhathisa ukufudumeza
Ukufudumeza ukusebenza kakuhle 98% 30-65% 80% Ngezantsi i-80%
Ukukhutshwa kongcoliseko Akukho ngxolo, akukho luthuli, akukho gesi ephumayo, akukho ntsalela yenkunkuma Amalahle amalahle, umsi, ikharbon diokside, sulfur dioxide Ikhabhon diokside, sulfur dioxide hayi
Ukungcola (udonga lombhobho) Ukungangcolisi Ukungcolisa Ukungcolisa Ukungcolisa
Isithambisi samanzi Kuxhomekeke kumgangatho wolwelo kufunwa kufunwa kufunwa
Ukuzinza kokufudumeza Rhoqo Amandla ehla nge-8% ngonyaka Amandla ehla nge-8% ngonyaka Amandla ehliswa ngaphezulu kwe-20% ngonyaka (ukusetyenziswa kwamandla aphezulu)
Safety Ukwahlulwa kombane kunye namanzi, akukho kuvuza kombane, akukho mitha Umngcipheko wetyhefu yecarbon monoxide Umngcipheko wetyhefu yecarbon monoxide kunye nokuvezwa Umngcipheko wokuvuza kombane, ukothuka kombane okanye umlilo
ukuhlala ixesha elide Ngoyilo oluphambili lokufudumeza, iminyaka engama-30 ubomi benkonzo iminyaka 5 5 kwiminyaka eyi-8 Isiqingatha ukuya kunyaka omnye

Umzobo

Ukubalwa kwaMandla okufudumeza kokungeniswa

Iiparamitha ezifunekayo zamacandelo okufudumeza: amandla okushisa athile, ubunzima, ukuqala kweqondo lokushisa kunye nokuphela kokushisa, ixesha lokufudumala;

Ifomula yokubala: umthamo wobushushu obuthile J/(kg*ºC)×umahluko wobushushuºC×ubunzima KG ÷ ixesha S = amandla W
Umzekelo, ukufudumeza i-oyile eshushu ye-1 ton ukusuka kwi-20ºC ukuya kwi-200ºC ngeyure, izibalo zamandla zimi ngolu hlobo lulandelayo:
Umthamo wobushushu obuthile: 2100J/(kg*ºC)
Umahluko wobushushu: 200ºC-20ºC=180ºC
Ubunzima: 1ton=1000kg
Ixesha: 1 iyure=3600 imizuzwana
okt 2100 J/ (kg*ºC)×(200ºC -20 ºC)×1000kg ÷3600s=105000W=105kW

isiphelo
Amandla ethiyori yi-105kW, kodwa amandla okwenene adla ngokunyuka ngama-20% ngenxa yokuthathela ingqalelo ilahleko yobushushu, oko kukuthi, amandla angawona angama-120kW. Kufuneka iiseti ezimbini ze-60kW zokufudumeza inkqubo njengendibaniselwano.

 

Ukungeniswa kwe-Thermal Fluid Pipeline Heater

Izinto ezilungileyo zokusebenzisa i Isifudumezi soMbhobho we-Fluid Fluid:

Ulawulo oluchanekileyo lobushushu bokusebenza, iindleko zokugcinwa okuphantsi kunye nethuba lokutshisa naluphi na uhlobo lolwelo kulo naliphi na iqondo lobushushu kunye noxinzelelo lwezinye zeenzuzo ezivezwa yi-Inductive Electrothermal. Ijenereyitha yoKufudumeza (okanye i-Inductive Heater yolwelo) eyenziwe yi-HLQ.

Ukusebenzisa umgaqo wokufudumeza kwamagnetic induction, kwi-Inductive Heater yobushushu be-fluid iveliswa kwiindonga ze-spiral ye-stainless steel tubes. Ulwelo olujikeleza kule mibhobho bususa obo bushushu, obusetyenziswa kule nkqubo.

Ezi zibonelelo, zidityaniswe noyilo oluthile lomthengi ngamnye kunye neempawu zokuqina ezikhethekileyo zensimbi engenasici, zenza i-Inductive Heater ye-fluid i-fluid-free-free, kungekho mfuneko yokutshintsha nayiphi na into yokufudumeza ngexesha lokuphila kwayo. . I-Inductive Heater yolwelo ivumele iiprojekthi zokufudumeza ebezingasebenzi ngezinye iindlela zombane okanye hayi, kwaye amakhulu azo sele esetyenziswa.

I-Induction Pipeline Heater yolwelo, nangona kusetyenziswa amandla ombane ukuvelisa ubushushu, kwizicelo ezininzi izivezile njengokhetho olunenzuzo ngakumbi kunokusebenzisa iinkqubo zokufudumeza ngeoyile yamafutha okanye irhasi yendalo, ikakhulu ngenxa yokungasebenzi kakuhle kwenkqubo yokuvelisa ukutsha kobushushu. kunye nesidingo sokugcinwa rhoqo.

eziluncedo:

Isishwankathelo, i-Inductive Electrothermal Heater inezi zibonelelo zilandelayo:

  • Inkqubo isebenza yomile kwaye ipholile ngokwendalo.
  • Ulawulo oluchanekileyo lobushushu bokusebenza.
  • Phantse ukufumaneka ngokukhawuleza kobushushu xa unika amandla i-Inductive Heater, ngenxa ye-inertia yayo ephantsi kakhulu yokushisa, ukuphelisa ixesha elide lokufudumeza elifunekayo kwezinye iinkqubo zokufudumeza ukufikelela kwiqondo lokushisa.
  • Ukusebenza okuphezulu kunye nokonga amandla okulandela.
  • Amandla aphezulu (0.96 ukuya ku-0.99).
  • Ukusebenza ngamaqondo aphezulu kunye noxinzelelo.
  • Ukupheliswa kokutshintsha ubushushu.
  • Ukhuseleko olupheleleyo lokusebenza ngenxa yokwahlula ngokwasemzimbeni phakathi kwe-heater kunye nenethiwekhi yombane.
  • Iindleko zolungiso azikho kwaphela.
  • Ufakelo lwemodyuli.
  • Iimpendulo ezikhawulezayo kwiinguqu zeqondo lokushisa (i-inertia ephantsi ye-thermal).
  • Umahluko weqondo lobushushu eludongeni - ulwelo oluphantsi kakhulu, ukuthintela naluphi na uhlobo lokuqhekeka okanye ukuthotywa kolwelo.
  • Ukuchaneka kunye nokufana kweqondo lokushisa kulo lonke ulwelo kunye nomgangatho wenkqubo yokugcina ubushushu obuqhubekayo.
  • Ukupheliswa kwazo zonke iindleko zokugcina, ufakelo kunye neekhontrakthi ezinxulumeneyo xa kuthelekiswa neebhoyila zomphunga.
  • Ukhuseleko olupheleleyo kumqhubi kunye nenkqubo yonke.
  • Fumana indawo ngenxa yolwakhiwo olubambeneyo lwe-Inductive heater.
  • Ukufudumeza ngokuthe ngqo kolwelo ngaphandle kokusetyenziswa kotshintshiselwano lobushushu.
  • Ngenxa yenkqubo yokusebenza, isifudumezi sichasene nongcoliseko.
  • Ukhululiwe ekuveliseni iintsalela ngokufudumeza ngokuthe ngqo kolwelo lwe-thermal, ngenxa ye-oxidation encinci.
  • Xa usebenza i-heater inductive ayinangxolo ngokupheleleyo.
  • Ukulula kunye neendleko eziphantsi zofakelo.