SUP-LDGR Electromagnetic BTU mita
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Whakatakotoranga
| Hua | mita BTU hiko |
| Tauira | SUP-LDGR |
| Te ingoa o te diameter | DN15 ~DN1000 |
| Tika | ±2.5%，(tere rere=1m/s) |
| Te pehanga mahi | 1.6MPa |
| Rauemi raina | PFA, F46, Neoprene, PTFE, FEP |
| Rauemi hiko | Kowiri tira SUS316, Hastelloy C, Titanium, |
| Tantalum, Platinum-iridium | |
| Te pāmahana waenga | Momo whakauru: -10℃~80℃ |
| Momo wehewehe: -25℃~180℃ | |
| Tuku hiko | 100-240VAC，50/60Hz, 22VDC—26VDC |
| Te kawe hiko | > 50μS/cm |
| Te tiaki urunga | IP65, IP68 |
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Tikanga
SUP-LDGR electromagnetic BTU mita(Mita wera) te tikanga whakahaere: Ko te wai wera (makao) ka tukuna mai e te puna wera ka rere ki roto i te punaha whakawhiti wera i te teitei (iti) pāmahana (he radiator, whakawhiti wera, he punaha matatini ranei kei roto i a raatau), He rere i te iti (teitei) te pāmahana, ka tukuna te wera, ka uru atu ranei ki te kaiwhakamahi ma te whakawhiti wera (note: kei roto i tenei punaha me te punaha whakawhiti wera i waenga i te punaha). Ko te rere o te rere me te taurite ki te pāmahana o te pūoko ka tukuna mo te pāmahana wai hoki mai, ka rere i roto i te waa, na roto i te tatauranga o te taatai me te whakaatu i te tukunga wera o te punaha, te whakauru ranei.
Q = ∫(τ0→τ1) qm × Δh ×dτ =∫(τ0→τ1) ρ×qv×∆h ×dτ
P ：Ko te wera ka tukuna, ka uruhia ranei e te punaha，JorkWh;
qm：Te rere papatipu o te wai ma te mita wera，kg/h；
qv：Te rere o te wai i roto i te mita wera，m3/h；
ρ:Te kiato o te wai e rere ana i te mita wera，kg/m3；
∆h：Ko te rerekeetanga o te enthalpy i waenga i te kuhu me te putanga o te wera o te wera
pūnaha whakawhiti，J/kg；
τ:wa,h.
I tohuhia: ka tino rahuitia te hua ki te whakamahi i nga waa pahū.
