Ikhebula Lokulandela Ukushisa Okuzilawulayo
Isicelo
Ngokuqondene nokusetshenziswa kokulandelela ukushisa kukagesi, kungase kwaziwe ukuthi kuyindlela ephumelela kakhulu futhi ethuthukisiwe yokugcina izinga lokushisa lenqubo yamathangi aphakathi nendawo yokugcina uketshezi kanye namapayipi okufakwayo okulandelela ukushisa, ukugcinwa kokushisa, i-antifreeze kanye ne-anticoagulation yamapayipi, ama-valve, amaphampu, amathangi nezincibilikisi zamathangi kumakhemikhali, amandla kagesi, imishini, ukuthutha, uphethiloli, ezemithi nezinye izimboni.Ukulandelela ukushisa kukagesi akufanelekile kuphela izindawo zokulandelela ukushisa kwesitimu, kodwa futhi kungaxazulula izinkinga ezinzima zokulandelela ukushisa kwesitimu.
Ukwakhiwa
Ikhebula le-LSR elizilawulayo lokulandelela ukushisa ikhebula lokufudumeza elikhethekile.Entanjeni ngayinye yokulandelela ukushisa, inani lamasekhethi phakathi kwamabhasi liyahlukahluka nezinga lokushisa.Lapho izinga lokushisa elizungeze intambo kagesi yokulandelela ukushisa kubanda, ipulasitiki eqhubayo izofinyeza ama-molecule amancane ukuze ixhume izinhlayiya zekhabhoni ukuze zakhe isekethe, futhi owamanje uzodlula kulawa masekhethi ukuze ushisise intambo kagesi yokulandelela ukushisa.
Izici
I-LSR-J iwuhlobo oluyisisekelo lwekhebula lokushisa eliphansi lokushisa, ene-Max.maintain izinga lokushisa elifika ku-65℃ (149°F), kuyilapho izinga lokushisa le-Max.exposure lingu-85℃ (185°F).Ngokuvamile isetshenziswa ezindaweni lapho kungekho zidingo zokuvikela ukuqhuma noma zokunqanda ukugqwala, futhi umswakama wemvelo awuphezulu.
I-LSR-P/F ithuthukiswe ngomluko owengeziwe we-aluminium-magnesium alloy(i-cooper ethakwe ngokukhethwa kukho), embozwe yijakhethi ye-fluoropolymer out.Uma iqhathaniswa ne-LSR-J, inokusebenza okuhle kokunqanda ukugqwala, futhi enesici sokuvikela ukuqhuma, ilungele izindawo ezinezidingo zokuvikela ukuqhuma, ikakhulukazi amakhemikhali, ukunikezwa kwamandla nezinye izindawo kudinga ukumelana nokugqwala.
Amapharamitha
| Okukhipha amanzi ku-10 ℃ | 10/15/25/30 W/M |
| Izinto zokuluka kanye nendawo yokumboza(okwe-LSR-P/F） | Ingxubevange ye-Aluminium-magnesium (I-cooper ethakwe ngokukhethwa kukho) |
| Ubukhulu.Izinga lokushisa lokuchayeka | 65 ℃(149°F） |
| Ubukhulu.Izinga lokushisa lokuchayeka | 85℃(185°F） |
| Izinga lokushisa elincane | -40 ℃ |
| Ukuqina kokushisa | Gcina ukushisa okungaphezu kuka-95% ngemva kwemijikelezo engu-300 ukusuka ku-10 ℃ ukuya ku-149 ℃ |
| Umqhubi | I-cooper ethinini 7*0.42mm |
| Ubude obukhulu bokunikezwa kwamandla okukodwa | 100m |
| Impahla ye-insulation/jacket | I-PVC, i-PE, i-Modified Polyolefin, i-PTFE |
| Irediyasi egobayo | 5 izikhathi* ukujiya kwekhebula |
| Ukumelana phakathi kwentambo yebhasi nokuluka | 20 MΩ/M ene-VDC 2500 megohmmete |
| Amandla kagesi | 110-120/208-277 V |
| Umbala ojwayelekile | Mnyama (eminye imibala eyenziwe ngokwezifiso) |
| Usayizi ojwayelekile | I-LSR-J 12*3.5mm, LSR-P/F 13.8*5.5mm (Ububanzi*Ubukhulu) |
Inzuzo
1. Ukonga amandla: Ngenxa yesakhiwo esiyingqayizivele se-PTC, ikhebula lilungisa amandla okukhiphayo lisabela kuzinga lokushisa elizungezile.
2. Ukufakwa kalula: I-PTC semi-conductive matrix yakhiwe ukuxhuma okuhambisanayo okungapheli kwezinhlayiya zekhabhoni, okuvumela ukuthi isikwe ibe ubude obudingekayo.
3. Impilo ende yesevisi: Izinga eliphansi lokuqala lamanje kanye nelokunciphisa liqinisekisa izintambo zethu zikunikeza impilo ende yesevisi.
4. Ukuphepha kokusetshenziswa: Kungagqitshwa ngokwazo ngaphandle kwengozi yokushisa ngokweqile noma ukutubeka.
5. Ikhwalithi ephezulu enezindleko eziphansi: ukuzilawula, ukusebenza okulula, izindleko eziphansi ukuzinakekela.Azikho izinto ezigaywe kabusha ezisetshenzisiwe, zonke izingxenye zenziwa ifektri yethu, okusho ukuthi ikhwalithi engcono nezindleko ezincintisanayo zakho.
