Ukugaya Ukushisa Ngaphansi Komhlaba vs Ukuphakamisa Iphansi: Iyiphi Indlela Yokulungisa Engcono?
Uma kulungiswa kabusha ukufudumeza phansi kwamanzi, ukukhetha okuyinhloko kuvame ukuba phakathi kokugaya ukufudumeza phansi nokufaka uhlelo oluphansi ngaphezu kwephansi elikhona. Ukugaya kusika iziteshi zamapayipi zibe yi-screed efanelekile, kuyilapho uhlelo lokumboza phansi olumboza phansi lunezela ungqimba olusha lokufudumeza phezulu. Ayikho indlela engcono ngokuzenzakalelayo. Ukugaya kuvame ukuhambisana namaphrojekthi lapho ukuphakama kwephansi okuqediwe kumele kuhlale kuphansi futhi i-screed ekhona iqinile; ukumboza kungaba usizo kakhulu lapho phansi elidala kungafanele lisikwe noma lapho kufakwa i-insulation njengengxenye yokuvuselelwa.
Umehluko oyinhloko awukona nje "ukuphakama okungu-zero uma kuqhathaniswa nephansi eliphakanyisiwe". Izibonelo zobuchwepheshe ezishicilelwe zibonisa ukuthi iphansi eligayiwe lingadinga cishe u-5-10 mm wokulinganisa okulandelayo kwezinye izakhiwo, kuyilapho izinhlelo zokumboza eziphansi zingasukela cishe ku -15 mm kuya ngaphezu kuka-30 mm kuye ngohlelo kanye nokuphela kwephansi lokugcina. Ngakho-ke ukuqhathanisa okulungile ukwakheka okuphelele kwephansi eliqediwe, hhayi nje iphaneli yokushisa noma ukujula komsele.
Ukugaya Ukushisa Ngaphansi Kophahla vs Ukumboza: Yiziphi Izinguquko Esitezi?
Ngokugaya, umshini okhethekile usika iziteshi ngqo ku-screed ekhona ukuze ipayipi lokushisa lihlale ngaphakathi kokujula kwephansi lamanje. I-STAUF ichaza le ndlela yokulungisa njengokufaka ukushisa okungaphansi kwephansi ku-screed ekhona ngaphandle kokushintsha ukuphakama kwe-screed yokuqala. Nokho, ngaphambi kokuba ukusika kuqale, i-screed kumele ihlolwe ukujiya, amandla okuthwala umthwalo kanye nokufaneleka.
I-STAUF icaphuna cishe u-60 mm njengesibonelo sobukhulu obujwayelekile besikulufo sikasimende esintantayo ngaphansi kwe-DIN 18560. Lokhu akufanele kuthathwe njengento ejwayelekile kuyo yonke iphrojekthi yokugaya, kodwa kuyabonisa ukuthi kungani iphansi elikhona kufanele lihlolwe ngaphambi kokuba umsiki alithinte. Ukugaya akuyona nje indaba yokuthi umshini unamandla anele yini; isikulufo esisele kusamele senze umsebenzi waso wokwakha ngemva kwalokho.
I-overlay isebenza ngendlela ephambene. Esikhundleni sokususa izinto, kufakwa uhlelo lokushisa oluphansi ngaphezu kwephansi elikhona. I-Nu-Heat okwamanje ishicilela izinhlelo zokulungisa kabusha ezinokwakheka okuphansi okungu- 15 mm , kuyilapho uhlelo lwayo lwe-LowBoard 2 lubhalwe ku- 18 mm . Lokho kungase kuzwakale kukuncane, futhi ngokwemigomo yokwakha kunjalo, kodwa iminyango nemingcele inethalente elimangalisayo lokubona yonke imilimitha.
Indlela ngayinye yokulungisa kabusha iphakamisa kangakanani phansi?
Lona ngokuvamile umbuzo onqumayo kuphrojekthi yokulungisa kabusha. Ukugaya akudingi iphaneli yokushisa ehlukile ngaphezu kwe-screed ekhona, kodwa phansi okuqediwe kungase kusadingeka ukulinganisa. I-STAUF iphawula ukuthi, kuye ngezimo zendawo kanye nokwakheka kwephansi okudingekayo, ungqimba oluzilinganisayo oluqinisiwe olungaba ngu- 5-10 mm lungadingeka ngemva kokunqunywa kweziteshi. Ngakho-ke “okugayiwe” akufanele kufundwe ngokuzenzakalelayo ngokuthi “ukwanda kwephansi okuqediwe okungu-zero”.
Ukuphakama kwe-overlay kuyahlukahluka kakhulu ngoba isembozo sokugcina sephansi sishintsha ukwakhiwa. I-Uponor inikeza isibonelo esiwusizo ngohlelo lwayo lokuvuselela i-Siccus Mini: ukuphakama kwesistimu eshicilelwe kungu -15 mm nge-parquet entantayo, u-21 mm esakhiweni esinamathayili esinesendlalelo sokuthwala, kanye no-33 mm ekuhlelweni kwayo kwekhaphethi/udonga oluhlanganisiwe. Ngakho-ke umqondo ofanayo wokushisa ungakhiqiza ukuphakama okuhlukene kakhulu kwesitezi esiqediwe kuye ngokuthi yini ebekwe ngaphezu kwayo.
| Ukwakhiwa Kwezinto Ezintsha | Isibonelo Sokuphakama Esishicilelwe | Kusho ukuthini |
|---|---|---|
| I-screed ekhona egayiwe | Akukho ukujiya okuhlukile kwe-UFH overlay | Iziteshi zamapayipi zisebenzisa ukujula kwe-screed okukhona |
| Iphansi eligayiwe kanye nokulingene okulandelayo | Cishe 5–10 mm | Ukwakheka kokugcina kungenzeka kungabi yi-zero |
| I-Nu-Heat LoPro10 | 15 mm | Isibonelo sokumboza okuphansi kwephrofayili ethile yomkhiqizo |
| I-Nu-Heat LowBoard 2 | 18 mm | Isibonelo sokwakheka okuphelele okushicilelwe |
| I-Uponor Siccus Mini + i-parquet | 15 mm | Ukwakhiwa kwesitezi esiqediwe kuthinta ukuphakama okuphelele |
| I-Uponor Siccus Mini + inkampani yenethiwekhi yethayela | 21 mm | Izingqimba ezisekelayo zandisa ukuphakama kwesitezi esiqediwe |
| Ukwakhiwa kwekhaphethi okubhekiselwe kukho | 33 mm | Ukuhlanganiswa okuphelele kwephansi kungaba mkhulu kakhulu |
Konjiniyela kanye nabakhi, yingakho ukwakheka kwephansi lokufudumeza ngaphansi komhlaba kufanele kuhlolwe njengokwakhiwa okuphelele. Ukuqhathanisa ukujula komsele kuphela nobukhulu bebhodi elimboziwe kunikeza impendulo engaphelele.
Kunini lapho i-Underfloor Heating Milling ingcono khona?
Ukugaya okufudumeza ngaphansi kwephansi kukhanga kakhulu lapho amazinga ephansi aqediwe elawulwa kahle futhi i-screed ekhona ifanele ukugcinwa. Kunganciphisa izinguquko ezizungeze iminyango, izitebhisi kanye nokushintshashintsha kwegumbi negumbi ngoba ipayipi lokushisa lifakwa ngaphakathi kwephansi esikhundleni salo.
Isimo esibalulekile ukuthi i-substrate kumele ifanele ukusika. Isimo esibi se-screed noma ukugaya okungalungile kungabangela imifantu noma omunye umonakalo phansi, yingakho ukujiya kanye nomthamo wokuthwala umthwalo kufanele kuhlolwe ngaphambi kokuba umsebenzi uqale. Uma ukugaya sekuqinisekisiwe ukuthi kufanelekile ngokobuchwepheshe, isinqumo esilandelayo ukukhetha imishini efanela i-substrate, ubukhulu be-groove kanye nomsebenzi wansuku zonke.
Abakhi benkontileka bangabhekisela kuma-ACE umhlahlandlela wokukhetha umshini wokugaya ongaphansi komhlaba wokushisa amaphrojekthi okulungisa kabusha ukuze uthole ukuqhathanisa okuningiliziwe kohlobo lwe-substrate, ubukhulu be-groove, ukuphakelwa kwamandla, i-push vs. i-self-propelled drive kanye nokukhipha uthuli. Abathengi asebevele bazi ukuthi ukugaya kuyindlela ekhethwayo bangaqhathanisa nokutholakalayo uhla lomshini wokugaya wokushisa phansi ngqo.
Ngakho-ke, ukugaya akuyona nje indaba yokuthi umsiki wedayimane angayenza yini i-groove. Umbuzo owusizo kakhulu ukuthi ngabe iphansi elisele lingakwazi yini ukwenza umsebenzi walo ngemva kokuba i-groove isikiwe. Ukhonkolo kanye ne-screed kuyizinto zesiguli, kodwa zikhetha ukubonisana nazo ngaphambi kokuhlinzwa.
Kungcono Kanjani Ukuphakamisa Isitezi Nge-Overlay?
I-overlay ingenza umqondo wobunjiniyela ube ngcono uma i-substrate ekhona ingaqinisekile, lapho iphansi kungafanele ligaywe, noma lapho ukufudumala okwengeziwe sekuyingxenye yokuvuselelwa. Kulesi simo, ukwakheka okwengeziwe akukhona ngempela ukuthi kuchithwa ukuphakama; kungaba yingxenye yesistimu entsha yephansi elawulwayo.
I-Nu-Heat's Ultimate 2 inikeza isibonelo sokwakha esisebenzayo. Isebenzisa iphaneli yokushisa engu-18 mm XPS enepayipi lokushisa elingu-12 mm elibekwe ezindaweni ezingu-150 mm , kanye nesendlalelo esihlanganisiwe esilinganiselwe okungenani esingu-9 mm . Lokhu kukhombisa ukuthi i-overlay ingahlanganisa kanjani i-insulation, ukubeka amapayipi kanye nokwakhiwa okusha kwesitezi esiqediwe ohlelweni olulodwa oluklanywe ngobunjiniyela.
Ukushintshana kuwukuthi ubude bube khona. Uma iphrojekthi isivele ihlanganisa iminyango emisha, imingcele noma ukuqedwa kwephansi, lokho kwakhiwa okwengeziwe kungase kulawulwe. Uma ikhishi, izitebhisi namakamelo angomakhelwane konke kuncike ezingeni lamanje lephansi, ukugaya kungagwema uchungechunge lwezinguquko ezincane eziba yi-invoyisi enkulu ngokushesha.
Uma ukugaya kusengenzeka ngokobuchwepheshe kodwa umsebenzi uhilela amakamelo amancane noma ukugijima kweziteshi ezimfushane, umshini wohlobo lokucindezela ungase usanele. Imishini yokugaya yokufudumeza phansi ye-GE230V kanye ne-GE400V nikeza izibonelo zemishini yohlobo lokusunduza engaqhathaniswa ngokuya nge-voltage yendawo kanye nokucushwa kokusika okudingekayo.
Iyiphi Indlela Enikeza Impendulo Engcono Yokushisa?
Ayikho indlela okufanele ibhalwe ngokuzenzakalelayo ukuthi ikhambi lokushisa ngokushesha. Impendulo yokushisa incike ekujuleni kwepayipi, izinto ezingaphezu kwepayipi, isembozo saphansi, ukufudumala, izinga lokushisa lamanzi kanye nokulahlekelwa ukushisa kwegumbi. I-Nu-Heat ichaza i-LowBoard 2 yayo engu-18 mm njengohlelo lokulungisa impendulo esheshayo, kuyilapho izinhlelo ezigayiwe zibeka nepayipi lokushisa eduze kwendawo eqediwe.
Kunjiniyela, ukuqhathanisa okungcono yindlela ephelele yokushisa esuka epayipini iye ekamelweni. Ukwakheka okuncane kungasiza ekunciphiseni inani lezinto okumele zifudunyezwe, kodwa phansi elihle kakhulu alikwazi ukuvala isikhala sokushisa okubi noma uhlelo lokushisa olungalingani kahle lwegumbi.
Iyiphi Indlela Edala Umsebenzi Ofihliwe Kakhulu Wokuvuselela?
Izinhlelo zokumboza zingaletha umsebenzi owengeziwe eduze kweminyango, ukugudla, izitebhisi kanye neminyango ngoba phansi eliqediwe liyaphakama. Ukugaya kugwema ushintsho olukhulu lwejometri, kodwa kudala uhlu oluhlukile lwemisebenzi: ukuhlolwa kwe-screed, ukutholwa kwesevisi, ukukhishwa kothuli, ukusika imisele kanye nokulungiselela ubuso okulandelayo.
Kumaphrojekthi amakhulu noma aphindaphindwayo okugaya, umthwalo womsebenzi womqhubi uba yingxenye yesinqumo semishini. Umshini wokugoqa ongaphansi komhlaba we-GESP400V oziqhubayo inikeza isibonelo esifanele kosonkontileka abaqhathanisa imishini yohlobo olucindezelwayo nemishini ezishayela yona ukuze kwenziwe umsebenzi wokulungisa kabusha osezingeni eliphezulu.
Isimo sothuli kanye nomshini wokusika nakho kuthinta indlela iphrojekthi yokugaya esebenza kahle ngayo. isihlungi somshini wokugaya ongaphansi komhlaba ofudumezayo, isikhathi sokusebenza kanye nomhlahlandlela we-blade ihlanganisa izinto zokuhlunga, isikhathi sokusebenza kanye nezinto zokulungisa ezihlobene ne-blade okufanele zifakwe lapho kuhlelwe umsebenzi wokusika ophindaphindwayo.
Yingakho izindleko zokulungisa kabusha zizonke kufanele zibalwe kusukela emsebenzini ophelele kunokuba zithathwe kumkhiqizo wokushisa kuphela. Ukuqhathanisa okuwusizo kufanele kufake phakathi ukulungiswa kwephansi + izinto zokugaya noma zokumboza + ukulevelisha + ukuguqulwa komnyango kanye nomngcele + isembozo sokugcina sephansi + umsebenzi . Ukuqhathanisa intengo yokugaya kuphela nezindleko zephaneli yokumboza kungenza amaphrojekthi amabili ahluke kakhulu abukeke afana ngokwenziwa.
Ukugaya Noma Ukuphakamisa Iphansi? Ithebula Lesinqumo Esisheshayo
| Isimo Sephrojekthi | Ngokuvamile Kuthandwa | Isizathu |
|---|---|---|
| Ukubekezelela ukuphakama okulinganiselwe kakhulu phansi | Ukugaya | Isebenzisa ukujula kwe-screed okukhona |
| Umsindo, i-screed ekhona eqinisekisiwe | Ukugaya | Ukwakhiwa kwephansi okukhona kungagcinwa |
| I-substrate engaqinisekile noma engafaneleki | Imbondela | Igwema ukusika phansi okungabazekayo |
| Kudingeka ukuvikela okwengeziwe | Imbondela | Ukufakwa kokushisa kungafakwa ekwakhiweni okusha |
| Ukuphakama phansi okungu-15–20 mm kuyamukeleka | Imbondela ephansi | Izinhlelo zesimanje zingahlala zincane kakhulu |
| Iminyango kanye neminyango akubekezeleli kangako | Ukugaya | Kunciphisa izinguquko ezingeni eliqediwe |
| Iphrojekthi enkulu yokugaya ephindaphindwayo | Imishini yokugaya + eziqhuba ngokwayo | Kunciphisa ukusunduza ngesandla okuqhubekayo |
Imibuzo Evame Ukubuzwa: Ukugaya Ukushisa Ngaphansi Komhlaba vs Ukuphakamisa Iphansi
Ungakwazi yini ukulungisa ukufudumeza ngaphansi komhlaba ngaphandle kokuphakamisa i-screed ekhona?
Yebo. Izinhlelo ezigayiwe zingabeka iziteshi zokushisa ngqo ku-screed ekhona ngaphandle kokwengeza iphaneli ehlukile ye-UFH ngaphezu kwayo. Kodwa-ke, ukulungiswa kwendawo okulandelayo kungase kudinge cishe u- 5-10 mm we-leveling compound kwezinye izakhiwo, ngakho-ke izinga lephansi eliqediwe kufanele lihlolwe.
Ukushisa okuphansi okuphansi kwengeza ubude obungakanani?
Akukho sibalo esisodwa. I-Nu-Heat ishicilela izinhlelo cishe ezingama-15 mm kanye nama -18 mm , kuyilapho izibonelo ze-Uponor's Siccus Mini zisukela ku -15 mm kuya ku-33 mm kuye ngokuthi isembozo sokugcina sephansi kanye nezendlalelo ezisekelayo zibaluleke kangakanani. Yingakho ukwakheka kwephansi okuphelele kubaluleke kakhulu kunobukhulu bephaneli kuphela.
Ingabe ukugaya kungcono njalo kunokushisa okungaphansi komhlaba?
Cha. Ukugaya ngokuvamile kufaneleka phansi okuqinile okufanelekile lapho ukuphakama phansi okuqediwe kufanele kulondolozwe khona. Ingaphezulu kungaba yisinqumo esingcono lapho i-substrate ekhona kungafanele inqunywe khona, lapho kudingeka khona ukufudumala okwengeziwe, noma lapho isakhiwo esisha sephansi esilawulwayo sesivele siyingxenye yokuvuselelwa.
Ingabe ukugaya kunikeza ukushisa okusheshayo kunesistimu yokumboza?
Hhayi ngokuzenzakalelayo. Zombili izinhlelo zokumboza ezigayiwe kanye neziphansi zingabeka ipayipi eduze kwendawo eqediwe. Impendulo yokushisa incike ekushiseni, ukumbozwa phansi, isikhala sepayipi, izinga lokushisa lokugeleza kanye nokulahlekelwa ukushisa kwegumbi, ngakho-ke ukwakhiwa kwephansi okuphelele kufanele kuqhathaniswe kunendlela yokufaka yodwa.
Yini okufanele osonkontileka bayiqhathanise ngaphambi kokukhetha indlela yokulungisa kabusha?
Hlola isimo se-screed esikhona, ukuphakama kwephansi okutholakalayo, isidingo sokushisa, ukwakheka kwepayipi, isembozo sokugcina sephansi, ukubekezelelana komnyango nomkhawulo, umthwalo womsebenzi wansuku zonke kanye nomsebenzi wokufaka wonke. Uma kukhethwa ukugaya, imishini kufanele ihambisane ne-substrate, ubukhulu be-groove kanye nokunikezwa kwamandla okutholakalayo. Ama-ACE umhlahlandlela wokukhetha umshini wokugaya ofudumeza phansi inikeza isinyathelo esilandelayo esiwusizo sokuqhathanisa umshini.
Ukuthatha Kokugcina
Ukugaya phansi ngokushisa ngaphansi kophahla uma kuqhathaniswa nokuphakamisa phansi akuyona ngempela into ephikisanayo phakathi kobuchwepheshe obubili. Kuyindlela yokukhetha phakathi kwezindlela ezimbili ezahlukene zokuphatha isakhiwo esikhona.
Ukugaya ngokuvamile kunengqondo kakhulu lapho i-screed ifaneleka khona futhi yonke i-millimeter yokuphakama kwephansi ibalulekile. Izinhlelo zokumboza eziphansi ziba zinhle kakhulu lapho i-substrate kungafanele inqunywe, lapho ukufudumala okwengeziwe kuwusizo, noma lapho ukwanda okuncane kwezinga lephansi eliqediwe kungavunyelwa.
Ngakho-ke ukuqhathanisa okuwusizo kakhulu kulula: hlola isitezi esikhona kuqala, ubale ukwakheka kwesitezi esiqediwe okwesibili, bese uqhathanisa indlela yokufaka kanye nemishini kuphela. Iphrojekthi yokulungisa iba lula kakhulu ukuyiphatha lapho isitezi sinquma indlela esikhundleni sencwajana.
