Ukutshintsha kweThermostat ye-ODM Ukutshintshela Amacandelo amabini eNdibano yeThermostat yoMkhuseli weThermal
IParameter yeMveliso
Igama lemveliso | Ukutshintsha kweThermostat ye-ODM Ukutshintshela Amacandelo amabini eNdibano yeThermostat yoMkhuseli weThermal |
Sebenzisa | Ulawulo lobushushu/ukhuseleko lobushushu obugqithisileyo |
Lungisa kwakhona uhlobo | Iyazenzekela |
Izinto ezisisiseko | ukumelana nesiseko seresin yobushushu |
Amanqaku oMbane | 15A / 125VAC, 7.5A / 250VAC |
Ubushushu bokusebenza | -20°C~150°C |
Ukunyamezelana | +/-5 C yesenzo esivulekileyo (Ngokuzikhethela +/-3 C okanye ngaphantsi) |
Iklasi yokhuseleko | IP00 |
Izixhobo zoqhagamshelwano | Isilivere |
Amandla eDielectric | AC 1500V for 1 umzuzu okanye AC 1800V for 1 yesibini |
I-Insulation Resistance | Ngaphezulu kwe-100MW kwi-DC 500V nge-Mega Ohm tester |
Ukuchasana phakathi kwezikhululo | Ngaphantsi kwe-100mW |
Ububanzi be-bimetal disc | 12.8mm(1/2″) |
Iimvume | UL/ TUV/ VDE/ CQC |
Uhlobo lwetheminali | Customized |
Ikhava / isibiyeli | Customized |
Usetyenziso
- Iimpahla ezimhlophe
- Izifudumezi zombane
- Izifudumezi zezihlalo zeemoto
- I-Rice Cooker
- Isomisi Dish
-Ibhoyila
-Izixhobo zoMlilo
- Izifudumezi zamanzi
- I-oveni
-Isifudumezi se-infrared
- Dehumidifier
- Imbiza yekofu
- Abacoci bamanzi
-Fan heater
-Bidet
-Uluhlu lweMicrowave
- Ezinye iziXhobo ezincinci
Iimbonakalo
- Ulwakhiwo oluncinci
- Ulwakhiwo lwabafowunelwa kabini
- Ukuthembeka okuphezulu kokumelana noqhagamshelwano
- Uyilo lokhuseleko ngokomgangatho we-IEC
-Ubume bemeko yendawo ngokubhekiselele kwi-RoHS, REACH
- Ukusetha kwakhona ngokuzenzekelayo
-Ukutshintsha okuchanekileyo kunye nesenzo esikhawulezayo
- Ikhona indlela yetheminali ethe tye
UmGaqo wokuSebenza
I-1.Umgaqo-nkqubo wokusebenza we-snap action bimetallic thermostat kukuba iqondo elibukhali lobushushu le-bimetal disc lenziwe kwangaphambili kwiqondo lokushisa elithile, xa ubushushu be-ambient buguquka, iqondo lokugoba le-disc liya kutshintsha. Xa ugoba kwinqanaba elithile, isiphaluka sitshintshelwe (okanye sinqanyulwe), ukwenzela ukuba izixhobo zokupholisa (okanye zokufudumeza) zisebenze.
I-2.I-bimetal ye-thermal yenziwe ngeentlobo ezimbini okanye ngaphezulu zokwandiswa kwe-coefficient yesinyithi okanye i-alloy yonke indawo yokudibanisa edibeneyo kunye neenguqu zemilo kunye nezixhobo zokusebenza ezidibeneyo zokushisa.
3.Kwi-thermal bimetallic component alloy, i-component alloy layer ene-coefficient ephezulu yokwandisa ngokubanzi ibizwa ngokuba yi-active layer okanye i-high expansion layer (HES). Uluhlu lwe-alloy yecandelo kunye ne-coefficient yokwandisa okuphantsi kuthiwa yi-passive layer okanye i-low expansion layer (LES). Ukongeza umaleko ophakathi wobunzima obahlukeneyo phakathi komgangatho osebenzayo kunye nomgangatho osebenzayo njengomaleko okuqhubayo, ngokubanzi kubandakanywa i-Ni ecocekileyo, i-Cu ecocekileyo kunye ne-zirconium yobhedu, njl., esetyenziselwa ukulawula ukuxhathisa kwe-bimetal ye-thermal inokufumana uchungechunge lwe-resissive bimetals thermal ngokusisiseko iimpawu ezifanayo thermal olubuthathaka kunye resistivity ezahlukeneyo.
Imveliso yethu iphumelele isiqinisekiso se-CQC, i-UL, i-TUV njalo njalo, ifake isicelo samalungelo awodwa omenzi wechiza ngokuqokeleleneyo ngaphezu kweeprojekthi ezingama-32 kwaye ifumene amasebe ophando lwezenzululwazi ngaphezulu kwenqanaba lephondo kunye nomphathiswa ngaphezulu kweeprojekthi ezili-10. Inkampani yethu ikwapasise inkqubo ye-ISO9001 kunye ne-ISO14001 eqinisekisiweyo, kunye nenkqubo yepropathi yobukrelekrele yelizwe iqinisekisiwe.
Uphando lwethu kunye nophuhliso kunye nomthamo wemveliso yabalawuli bobushushu benkampani kunye ne-elektroniki baye babeka phambili kwishishini elifanayo kweli lizwe.