Isivamvisi sokuPholisa se-NTC se-Thermistor kunye ne-Temperature Sensor 510
IParameter yeMveliso
Igama lemveliso | Isivamvisi sokuPholisa se-NTC se-Thermistor kunye ne-Temperature Sensor 510 |
Sebenzisa | Isikhenkcisi sokuLawula iFrost |
Lungisa kwakhona uhlobo | Iyazenzekela |
Probe imathiriyeli | PBT/ABS |
Ubushushu bokusebenza | -40°C~150°C |
Amandla oMbane | 1250 VAC/60sec/0.5mA |
I-Insulation Resistance | 500VDC/60sec/100MW |
Ukuchasana phakathi kwezikhululo | Ngaphantsi kwe-100mW |
Amandla okukhutshwa phakathi kocingo kunye neqokobhe lesivamvo | 5Kgf/60s |
Iklasi yokhuseleko | IP00 |
Iimvume | UL/ TUV/ VDE/ CQC |
Uhlobo lwetheminali | Customized |
Ikhava / isibiyeli | Customized |
Usetyenziso
Ukubonelela ngokukhuselwa ekugqithiseni ngokuphazamisa kunye nesekethe yombane xa amaqondo okushisa asebenzayo edlula iqondo lokushisa elilinganisiweyo le-cutoff.
Iimbonakalo
• Iprofayile esenzantsi
• Umahluko omxinwa
• Abafowunelwa kabini ukuze bathembeke ngakumbi
• Ukuseta ngokutsha ngokuzenzekelayo
• Ibhokisi egqunywe ngombane
• Iinketho ezahlukeneyo zetheminali kunye neengcingo zokukhokela
• Ukunyamezela okusemgangathweni +/5°C okanye ukukhetha +/-3°C
• Uluhlu lweqondo lobushushu -20°C ukuya kwi-150°C
• Usetyenziso olunoqoqosho kakhulu
Inqaku eliluncedo
Uluhlu olubanzi lwezixhobo zokufakela kunye neeprobe ziyafumaneka ukuze zihambelane neemfuno zabathengi.
Ubungakanani obuncinci kunye nokuphendula ngokukhawuleza.
Ukuzinza kwexesha elide kunye nokuthembeka
Ukunyamezela okugqwesileyo kunye nokuguquguquka phakathi
Iingcingo ezikhokelayo zinokupheliswa ngeetheminali ezichazwe ngumthengi okanye izihlanganisi
UMbane vs Ulawulo lweGesi eshushu yokuThuthukiswa kweThermostat
Ukuba usebenzisa into esebenzayo yokufudumeza ene-thermostat ye-defrost kukho iindlela ezimbini ezikhoyo, nokuba sisiqalelo sombane esilayitayo, okanye igesi eshushu ethi ikhutshelwe kwi-evaporator kusetyenziswa ivalve.
Iinkqubo ze-thermostat zombane zombane zingabizi ukuyifaka kwaye kulula ukuyisebenzisa, ngenxa yokungabikho kwamacandelo omatshini abandakanyekayo kwinkqubo kwaye ngenxa yokuba zifakwe kufuphi ne-evaporator, kodwa zihlala zihlukeneyo. Nangona kunjalo i-downside yale nto kukuba ngenxa yokuba indawo yokufudumala yombane ifakwe kwindawo yesikhenkcisi ngokwayo ingabangela ubushushu obuninzi budluliselwe kwindalo, kunokuba i-evaporator. Emva koko kuya kuthatha ixesha elide ukubuyisela ifriji kwindawo yokubeka.
Ngokuchaseneyo, iinkqubo zokucima igesi eshushu zisebenza ngaphakathi kwe-evaporator ngokusebenzisa ivalve ukuvumela uxinzelelo oluphezulu, igesi ephezulu yobushushu esuka kwicompressor ukuba ihambe nge-evaporator kwaye ifudumale iqabaka ngaphakathi. Oku kufudumeza iqabaka ngokuchanekileyo ngakumbi kwaye kuyinyibilikise ngokufanelekileyo ngakumbi kunesifudumezi sombane, kunye nokukhokelela kubushushu obuncinane obunokutyhalelwa kwindawo yesikhenkcisi. Iingxaki zoku kukwanda kweendleko kunye nobunzima bofakelo, umba wokuguga kunye nokukrazula kwiindawo ezinomatshini eziya kufuna ukugcinwa rhoqo rhoqo, kwaye, ukongeza, ukonyuka okunokwenzeka komothuko wobushushu owonakalisa i-evaporator njengoko igesi eshushu ihamba kuyo xa iphuma. ipholiswe ngaphantsi kwe-0°C.
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.