Igama lemveliso | Isihluzi se-Electrostatic Precipitator | Isicelo | Isetyenziswe kwiModeli ADA981/ADA982 |
Umzekelo No. | I-ADA982-ESP | Uhlobo | Isihluzi se-Electrostatic Precipitator |
Imveliso Ubunzima (kgs) | 2.14kgs | Imveliso Ubunzima (lbs) | 4.72lbs |
Ubungakanani bemveliso(mm) | 300*160*140 mm | Ubungakanani bemveliso (intshi) | 11.8 x 6.30 x 5.5 intshi |
Uphawu | airdow / OEM | Umbala | Isinyithi |
Izindlu | Isinyithi | Ukutshintshwa | Xa kumnyama |
Iileya | N / A | Izihluzo | Umbane oPhezulu |
Ireyithi yokuSebenza | 99% | Imisebenzi | Iyahlambeka, iyasetyenziswa kwakhona |
★ I-Swden Technology ye-Electrostatic Precipitator
★ Akukho Ozone Ikhutshiweyo.
★ Isihluzo esinokuWasha.
>> Isihluzo se-ESP sokucoca umoya se-ADA981 seseteknoloji ye-Electrostatic Precipitator (ESP) enelungelo elilodwa lomenzi wechiza (ESP) evela eSweden, eyenza ukuhluza okungaphezulu kwama-99% okoyisa i-ESP yemveli nge-80% kuphela esebenzayo.
>> Isihluzo se-ADA981 sokucoca umoya se-ESP sinceda ukunciphisa umngcipheko wosulelo loMkhuhlane, ukunciphisa iintsholongwane ezisemoyeni kunye nokunciphisa umngcipheko wosulelo.
>> Akukho i-ozone ekhutshweyo yenye yeenzuzo zeteknoloji ye-ESP yaseSweden eqinisekisa indawo yakho yekhaya ekhuselekileyo neyonwabisayo.
>> Izibonelelo zesi sihluzo se-ESP sinokuhlanjwa kwaye akukho mfuneko yokusetyenziswa. Isihluzi se-ESP asifuni kutshintshwa nto leyo ebandakanya ukonga iindleko kunye ne-eco-friendly. Hlanjwa nje, uphinde usetyenziswe kwakhona.
>> Izihluzi ze-ADA981-ESP Electrostatic Precipitator ziyilelwe imodeli yokucoca umoya i-ADA981 kunye ne-ADA982.
1.Musa ukufuna ukugcinwa okuninzi kodwa ukucoca rhoqo. Ikhefu lokucoca lixhomekeke kwindawo yokusebenza. Ngokuqhelekileyo ukucoca kanye rhoqo kwiiveki ezintlanu kwintsapho kwaye rhoqo ngaphantsi kweeveki ezintlanu kwiofisi.
2. Ngamanye amaxesha sinokuva "ukubetha" ngexesha lokusetyenziswa komatshini. Ibangelwa ngenxa yothuli olukhulu olutsalwa yi-ESP cell kwaye aluyi kuzisa nayiphi na ingozi. Kodwa ukuba iintlantsi zombane zenzeka rhoqo ngemizuzu enye okanye emibini, nceda wenze ukucoca.
3. Musa ukuhlamba umatshini nge-solvent ephilayo.
4. Ukucoca ngoku kulandelayo:
Ukucoca ngoku kulandelayo:
Inyathelo 1: Cima umatshini, susa iplagi, vula isiciko esingasemva ukuze uthathe isihluzi sangaphambili kwaye ukhuphe i-ESP ngokujika iqhosha lokulungisa. Yenza ivacuum okanye ukucoca amanzi.
Inyathelo lesi-2: Beka i-ESP kunye nesihluzi sangaphambili kwisisombululo sesicoci esinamandla ngaphandle kwe-causticity.
Inyathelo lesi-3: Hlamba umatshini ngamanzi emva kweeyure ezininzi zokudipha kwisicoci. Musa ukusula uthuli ngendlela ebonakalayo okanye kuya kubangela umonakalo kwi-ESP.
Inyathelo lesi-4: Gcwalisa kwakhona i-ESP kumatshini emva kokoma kwayo ngokupheleleyo (iiyure ezingama-24 umoya uvuthuza okona kulungileyo), okanye iya kubangela ukusetyenziswa kakubi kakhulu.
Ubungakanani bebhokisi (mm) | 305*165*150mm |
Ubungakanani be-CTN (mm) | L670*W620*H320mm |
I-GW/CTN (KGS) | 40 |
Ubuninzi./CTN (ISETS) | 24 |
Ubukhulu./20'FT (IISETHI) | 2688 |
Ubukhulu./40'FT (IISETHI) | 5712 |
Ubuninzi./40'HQ (IISETHI) | 6528 |
MOQ (IISETI) | 500 |
Ixesha lokukhokhela | 20 ~ 40 iintsuku |