INdibano yeSiqandisi#218169802 I-Tubular Defrost Heater efakiweyo

Icandelo leNdibano yesikhenkcisi#218169802 Isifudumezisi seTubular Defrost

Inkcazelo emfutshane:

Indibano ye-Tubular Defrost Heater (inxalenye yenombolo 218169802) yeyefriji.
Indibano yesifudumezi se-Defrost 218169802 inyibilikisa iqabaka kwi-evaporator fins ngexesha lomjikelo wokuthomalalisa.
Gcina ngokukhuselekileyo nakuphi na ukutya okunokonakala ngelixa umbane ucinyiwe.Khupha ifriji ngaphambi kokufaka le nxalenye.Nxiba iiglavu zomsebenzi ukukhusela izandla zakho.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

IiParamenters zeMveliso

Igama lePortduct	Icandelo leNdibano yesikhenkcisi#218169802 Isifudumezisi seTubular Defrost
Ukufuma kwi-Insulation Resistance State	≥100MΩ
Emva kokuFumana koBubushushu boVavanyo lwe-Insulation Resistance	≥20MΩ
Ukuvuza Kwemeko Yokufuma Ngoku	≤0.1mA
Umbhobho ububanzi	6.5mm
I-Voltage	110V
Ukutenxa amandla	-5 %~ +10%
Umbane okwaziyo ukumelana namanzi	2,000V/min (ubushushu bamanzi aqhelekileyo)
Imodeli yetermianl	khangela kumfanekiso
Iphakheji	ihitha enye enebhokisi enye
Ubuninzi bebhokisi	100pcs
Iimvume	CQC/CE
Indibano ye-Tubular Defrost Heater (inxalenye yenombolo 218169802) yeyefriji. Indibano yesifudumezi se-Defrost 218169802 inyibilikisa iqabaka kwi-evaporator fins ngexesha lomjikelo wokuthomalalisa. Gcina ngokukhuselekileyo nakuphi na ukutya okunokonakala ngelixa umbane ucinyiwe.Khupha ifriji ngaphambi kokufaka le nxalenye.Nxiba iiglavu zomsebenzi ukukhusela izandla zakho. Isifudumezi se-JINGWEI singaphezulu kweminyaka engama-20 kumava okwenziwa kwesifudumezi, ikakhulu sivelisa ityhubhu yokufudumeza i-oven, isifudumezi se-oveni, isifudumezi samanzi, i-aluminiyam ye-foil heater, i-aluminiyam ityhubhu yesifudumezi, ipleyiti yokufudumeza i-aluminiyam kunye nesifudumezi serubha ye-silicone.

isifudumezi sokuhlamba izitya WD05X21716

Defrost heater

Isifudumezi seOveni

Isifudumezi sokuhlamba izitya

Uqwalaselo lweMveliso

I-tubular defrost heater izaliswe ngocingo lokufudumeza kombane kwityhubhu yensimbi engenasici, indawo ye-gap izaliswe yi-conductivity efanelekileyo ye-thermal kunye nokugquma kwe-magnesium oxide powder emva kokuba ityhubhu ixinzelelwe, kwaye iqhutywe kwiimilo ezahlukeneyo ezifunwa ngabasebenzisi.Isifudumezi se-defrost sinesakhiwo esilula, ukusebenza kakuhle kwe-thermal, amandla afanelekileyo omatshini, kunye nokuguquguquka okulungileyo kwiindawo ezilukhuni.Xa kusetyenziswa ityhubhu yesifudumezi sombane, kuya kubakho ukuvuza okanye ubomi obufutshane benkonzo.Ingqalelo kufuneka ihlawulwe kwindawo yokugcina kunye nokusetyenziswa kombhobho wokufudumeza kombane.

Izicelo zeMveliso

I-heater ye-Tubular defrost isetyenziswa ngokubanzi kwiifriji, iifriji kunye nazo zonke iintlobo zezixhobo zefriji, kwaye ityhubhu yokufudumeza inokufakwa ngokulula kwi-air cooler kunye nokufakwa kwe-condenser fin kunye nokutshintshwa kokuphucula ingxaki yefriji.

Inkqubo yeMveliso

Phambi kombuzo, pls usithumelele ngezantsi iinkcukacha:

1. Usithumelela umzobo okanye umfanekiso wokwenyani;
2. Ubungakanani beheater, amandla kunye nombane;
3. Naziphi na iimfuno ezikhethekileyo zesifudumezi.

Abafowunelwa: Amiee Zhang

Email: info@benoelectric.com

Wechat: +86 15268490327

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