Imikhiqizo
Ukungeniswa kwe-Intang Helting aluminium
Izici
1. Isingeniso kubuchwepheshe bokufudumeza kokufudumeza
Yini eyenza ukufudumeza ukufudumeza okuhle ngokuncibilika i-aluminium?
UkufudumezaSebenzisa i-electromagnetic resonance ukuguqula ngokuqondile amandla kagesi ukushisa, ukuqeda ukulahleka okuhambisana nokutholwa noma ukuhambisa. Ngale nqubo, isithando somlilo sifinyelela ukusebenza kahle kwamandla angaphezu kuka-90% - ukugxuma okukhulu okuqhathaniswa nezindlela zendabuko. Lokhu kwenza kungabi ngokushesha nje ngokusheshe kodwa futhi kungokomnotho okuthe xaxa kwemisebenzi emikhulu.
2. Izici ezibalulekile nezinzuzo
| Ubuso | Ukufanisa |
|---|---|
| I-Electromagnetic Ukushisa Ukushisa | Ifinyelela ukusebenza kahle kwamandla ngaphezulu kwama-90% ngokuguqula ngokuqondile amandla kagesi abe ukushisa nge-electromagnetic resonance. |
| Ukulawulwa kokushisa okuqondile kwePID | Uhlelo lwe-PID luhlala luqapha amazinga okushisa okushisa, ukulungisa ngokuzenzakalelayo amandla okugcina izinga lokushisa elizinzile, lilungele ukwenza imisebenzi eqondile. |
| Isiqalo semvamisa eguquguqukayo | Yehlisa i-inrush yamanje ngesikhathi sokuqalisa, ukunwebisa impilo ye-imishini futhi unciphise ubunzima kagesi ezikhungweni. |
| Uhlelo olupholile emoyeni | Akunasidingo sokupholisa kwamanzi; Ifakwe uhlelo olusebenza ngokupholisa umoya olusebenza kahle, ukunciphisa izinkambiso zokusetha nokulungiswa. |
| Ukushisa okusheshayo | Indlela yokungeniswa idala ama-Eddy currents ngqo ngaphakathi kokubethelwa, okuvumela izikhathi zokushisa ngokushesha futhi aqede isidingo sokudlulisa ukushisa okushisayo. |
| I-LifeSpan Elethelwe Intuthuko | Ukusatshalaliswa kokushisa okufanayo kunciphisa ukucindezela okushisayo, ukunwebisa impilo ebekiwe ngo-50% noma ngaphezulu, kunciphisa izindleko zokubuyiselwa. |
| Ezenzakalelayo futhi ezisebenziseka kalula | Ukusebenza okulula kokuthinta okukodwa kanye ne-automation kunciphisa ukungenelela okwenziwa ngesandla, okwenza ngcono ukuphepha nokusebenza kahle, ngisho nakubasebenza abasebenza kancane. |
| Umthamo we-aluminium | Ubuqhwaga | Isikhathi esincibilikayo | Ububanzi obungaphandle | Voltage | Imvamisa yokufaka | Ukushisa okusebenzayo | Indlela yokupholisa |
| I-130 kg | 30 kw | 2 h | 1 m | I-380V | 50-60 Hz | 20 ~ 1000 ℃ | Ukupholisa komoya |
| 200 kg | 40 kw | 2 h | 1.1 m | ||||
| 300 kg | 60 KW | 2.5 h | 1.2 m | ||||
| I-400 kg | 80 kw | 2.5 h | 1.3 m | ||||
| Ama-500 kg | 100 kw | 2.5 h | 1.4 m | ||||
| I-600 kg | 120 kw | 2.5 h | 1.5 m | ||||
| I-800 kg | 160 kw | 2.5 h | 1.6 m | ||||
| I-1000 kg | 200 kw | 3 h | 1.8 m | ||||
| I-1500 kg | 300 kw | 3 h | 2 m | ||||
| Ngo-2000 kg | 400 kw | 3 h | 2,5 m | ||||
| 2500 kg | 450 kw | 4 h | 3 m | ||||
| 3000 kg | 500 kw | 4 h | 3.5 m |
3. Ukucaciswa kobuchwephesheUkusebenza kwamandla
Isithando somlilo sethu senzelwe ukusetshenziswa kwamandla okuphansi: ukuncibilika ithoni elilodwa le-aluminium kudinga kuphela ama-350 kWh, okulondolozwa okukhulu ngokuqhathaniswa nezinye izindlela. Lokhu kuhumusha ekusebenzeni okuzinzile ngokwengeziwe ngezindleko zikagesi ezincishisiwe ngokuhamba kwesikhathi.
Uzibuza ukuthi kutholakala kanjani lokhu?
- Ukusebenza kahle kokungeniswa: Isithando somlilo sisebenzisa i-electromagnetic resonance ukufezekisa ukusebenza kahle kwama-90%.
- Ukupholisa komoya: Alukho uhlelo olunzima lokupholisa amanzi oludingekayo; Ukupholisa umoya kugcina ukusebenza kahle kokusebenza ngenkathi kwenziwa lula ukusetha.
- Ukulawulwa kwamandla okunemba: Isilawuli se-PID asiqinisekisi amandla ngokweqile esichithwa ngokulungiswa ngesikhathi sangempela ngokususelwa ezidingweni zokushisa.
5. Ama-FAQs
Q: Lesi sithando siqhathanisa kanjani nendabuko yendabuko kagesi esebenza kahle?
A: Izimfundiso zikagesi zendabuko zifinyelela ngokuvamile ukusebenza kahle kwama-50-75%, ngenkathi ukungeniswa kwethu kudlula ama-90%, okuholela ekunikezelweni kwamandla angama-30%.
Q: Kunzima kangakanani ukugcina lesi sithando somthandela wokungeniswa?
A: Ngezingxenye ezimbalwa ezihambayo futhi akukho zidingo zokupholisa amanzi, ukulungiswa kuncane. Sinikeza umhlahlandlela ogcwele wesondlo kanye nezikhumbuzi, ukuqinisekisa ukusebenza kahle kwesikhathi eside.
Q: Yikuphi ukunemba kokulinganisa isithando somlilo?
A: Uhlelo lwe-PID lugcina ukunemba kuka- +/--2 ° C, okunembile kakhulu ukwedlula ukubekezelela okuvamile ngokubekezelelana no- +/- 5-10 ° C, uqinisekisa ikhwalithi engaguquki ekusakazweni kwensimbi.
Q: Ngabe isithando somlilo senziwe ngezifiso ngezidingo ezithile?
A: Yebo, sinikezela ngezixazululo zangokwezifiso ezihambelana nezindawo ezihlukile zokufaka, amakhono athile we-aluminium, kanye nezinto ezengeziwe zokuphepha noma izici zokusebenza njengoba kudingeka.
6. Kungani ukhethe inkampani yethu?
Ngeminyaka yobungcweti ebukhwini bokufudumeza kokungeniswa, sinikezelwe ekuhlinzekeni imikhiqizo ephezulu kakhulu eyenziwa yimikhiqizo yendabuko esebenza kahle, ngokunemba, nokuqina. Ukuzibophezela kwethu kwikhwalithi kubonakala kuzo zonke izici zokulethwa okusheshayo kwensiza, iwaranti eqinile, kanye nokusekelwa kwangemva kokuthengisa okuhlukile. Ake sikusize ukufezekisa umkhiqizo ophakeme kanye nokonga amandla ngezinto zethu zokusika onqenqemeni.
Ukulungele ukubona ukuthi ukungeniswa kwethu kwe-heater kuncibilika kanjani ukuncibilika i-aluminium isithando kungaphakamisa inqubo yakho yokuphonsa?Xhumana nathi namuhla ukuze kubonisene ngokwezifiso!
