INdibano yeSiqandisi#218169802 I-Tubular Defrost Heater ebonisiweyo

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

WhatsApp: +86 15268490327

Skype: amiee19940314