OEM SUP-LDGR Electromagnetic BTU imitha umzi-mveliso kunye nabavelisi

SUP-LDGR imitha ye-BTU yombane

inkcazelo emfutshane:

I-Sino-analyzer ye-electromagneticIimitha ze-BTUukubonelela ngomlinganiselo ochanekileyo wamandla obushushu, ukubala ngokuchanekileyo amandla afunekayo ukunyusa ubushushu beponti enye yamanzi ngedigri enye yeFahrenheit kumphakamo wolwandle, nto leyo isisiseko sokulinganisa ukufudumeza kunye nokupholisa kakuhle kwiindawo zorhwebo neendawo zokuhlala.

Ezi mitha ze-BTU zinobugocigoci ziqashwe kakhulu kwizakhiwo zorhwebo, kwimizi-mveliso nakwiofisi, zibonelela ngomgangatho wokusebenza ngeyona ndlela ilungileyo kwiinkqubo zamanzi abandayo.Izisombululo zeHVAC, kunye nezicelo zokufudumeza eziphambili ngokuthembeka okukhethekileyo kunye nokuchaneka.

Iimbonakalo:

Ukuhanjiswa koMbane:> 50μS/cm
Flange:DN15…1000
Ukhuseleko lokungena:IP65/ IP68

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Inkcazo

Imveliso	imitha yeBTU yombane
Umzekelo	SUP-LDGR
Idayamitha yesiqhelo	DN15 ~DN1000
Ukuchaneka	±2.5%, (umqukuqela=1m/s)
Uxinzelelo lokusebenza	1.6MPa
Izinto ze-Liner	PFA, F46, Neoprene, PTFE, FEP
Izinto ze-Electrode	Intsimbi yentsimbi SUS316, Hastelloy C, Titanium,
Izinto ze-Electrode	Tantalum, Platinum-iridium
Ubushushu obuphakathi	Uhlobo oludibeneyo: -10℃~80℃
Ubushushu obuphakathi	Uhlobo lokwahlula: -25℃~180℃
Ukunikezwa Amandla	100-240VAC, 50/60Hz, 22VDC—26VDC
Ukuhanjiswa kombane	> 50μS/cm
Ukhuseleko lokungena	IP65, IP68

Umgaqo

Imitha ye-BTU ye-electromagnetic ye-SUP-LDGR (imitha yobushushu) isebenza ngokuchaneka okungaqhelekanga, isebenzisa umgaqo ophucukileyo wokulinganisa amandla obushushu ngokufanelekileyo. Amanzi ashushu okanye abandayo, anikezelwa ngumthombo wokushisa, ageleza kwisistim sokutshintshana kobushushu obuyinkimbinkimbi, njenge-radiator, i-heat exchanger, okanye inethiwekhi edibeneyo-engena kwiqondo lokushisa eliphezulu okanye eliphantsi kwaye liphuma kwiqondo lokushisa elincitshisiweyo okanye eliphakamileyo. Le nkqubo iququzelela ukukhutshwa kobushushu obungenamthungo okanye ukufunxwa kumsebenzisi ngokutshintshiselana kwamandla okusebenzayo, ukufudumeza kwebhulorho kunye neenkqubo zokupholisa ngokuchaneka okumangalisayo. Njengoko amanzi ejikeleza kwinkqubo, i-sensor ye-flow sensor ilandelela ngokucokisekileyo izinga lokuhamba, ngelixa ii-sensors zeqondo lokushisa ezidibeneyo zijonga ukufudumala kwamanzi okubuya ngexesha. La maxabiso acutshungulwa yikhaltyhuleyitha ephezulu yokusebenza, ebonisa ubushushu obupheleleyo obukhutshiweyo okanye obufunxwe ngokucacileyo.

Ubalo lwamandla luchazwa yifomula:

Q = ∫(τ0→τ1) qm × Δh × dτ = ∫(τ0→τ1) ρ × qv × Δh × dτ

Apho:

Q: Ubushushu obupheleleyo obukhutshiweyo okanye obufunxwa yinkqubo, bulinganiswe ngeejoules (J) okanye ii-kilowatt-iiyure (kWh).
qm: Izinga lokuhamba kobunzima bamanzi ngemitha yobushushu, ngeekhilogram ngeyure (kg/h).
qv: Izinga lokuhamba komthamo wamanzi kwimitha yobushushu, kwii-cubic metres ngeyure (m³/h).
ρ: Ubuninzi bamanzi aqukuqela kwimitha yobushushu, ngeekhilogram ngecubic meter nganye (kg/m³).
Δh: Umahluko we-Enthalpy phakathi kweqondo lokushisa lokungena kunye nokuphuma kwenkqubo yokutshintshiselana kobushushu, kwiijoules ngekhilogram (J / kg).
τ: Ixesha, kwiiyure (h).

Le mitha ye-BTU yokusika sisixhobo esiyimfuneko sokuphucula ulawulo lwamandla ashushu kwindawo yokuhlala, yorhwebo, kunye ne-HVAC yezoshishino kunye neenkqubo zokufudumeza, ukuqinisekisa ukusebenza okuthembekileyo kunye nokusebenza kakuhle kwamandla.

Yintoni Imitha ye-BTU kwaye Isebenza Njani?