Iyini i-Humidity Transmitter?

Iyini i-Humidity Transmitter?

I-Humidity Transmitter, eyaziwa nangokuthiInzwa Yomswakama Womkhakhanoma inzwa encike emswakameni, iyithuluzi elithola umswakama ohlobene wendawo elinganisiwe bese liyiguqulela ekuphumeni kwesignali kagesi, ukuze kuhlangatshezwane nezidingo zokuqapha kwemvelo zabasebenzisi.

Iyini Isimiso Sokusebenza Se-Humidity Transmitter?

Inzwa yokuswakama isetshenziselwa ukutholwa komswakama kanye nesidlulisi sezinga lokushisa ngokuvamile siyi-polymer humidity sensitive resistor noma i-polymer humidity sensitive capacitor, isignali yenzwa yomswakama iguqulwa yisidlulisi somswakama sibe isignali yamanje evamile noma isignali ye-voltage ejwayelekile ngomjikelezo wokuguqulwa.

Yiziphi Izigaba Ze-Humidity Transmitter?

Isidlulisi somswakamaisetshenziswa kakhulu ukukala umswakama wendawo ezungezile.Iboniswa ngendlela yedijithali esikrinini sokubonisa. I-transmitter iguqula isignali yomswakama ibe isignali ye-analog, futhi ingaphendula emyalweni okhishwe umsingathi, futhi ilayishe idatha elinganisiwe ngendlela yamaphakethe wedatha ngokusebenzisaRS485ibhasi eliya kumphathi. Kusukela esakhiweni somkhiqizo, isidlulisi somswakama singahlukaniswa sibe uhlobo oluhlukanisiwe nohlobo oluhlanganisiwe, umehluko omkhulu ukuthi ingabe i-probe yakhelwe ngaphakathi. Uma i-probe ingaphandle, i-transmitter iyi-transmitter ehlukanisayo. Isakhiwo sokuhlukaniswa singahlukaniswa ngohlobo lokukhweza kubakaki kanye nohlobo lokukhweza intambo ngokusho kokufakwa kwe-probe.

1. Uhlobo lokuhlukanisa

I-HENGKO HT802P I-Temperature and Humidity Transmitter, Idizayini yokuhlukanisa, i-Humidity Sensor probe + Isixhumi Socingo + Isidluliseli 

I-HT-802Puchungechunge yizinga lokushisa eliphumayo ledijithali nesidlulisi somswakama esine-RS485 esibonakalayo, silandela umthetho olandelwayo we-Modbus. Ivumelana ne-DC 5V-30V kagesi kagesi, futhi idizayini yamandla aphansi inciphisa kakhulu umthelela wokuzifudumeza. Izindlela ezimbili zokufaka zokukhweza izindlebe nesikulufu zilungele ukufakwa ngokushesha kwe-transmitter ezindaweni ezahlukahlukene. I-transmitter ihlinzeka ngesixhumi se-RJ45 kanye netheminali ye-shrapnel crimp ukuze kufakwe izintambo ezisheshayo, i-cascading kanye nokugcinwa.

Izici zayo zifaka: ububanzi bokulinganisa, ukunemba okuphezulu, isikhathi sokuphendula esifushane, ukuzinza okuhle, okukhiphayo okuningi, idizayini encane nethambile, ukufakwa okulula kanye nophenyo lwe-I²C lwangaphandle.

Izinhlelo zokusebenza eziyinhloko: imvelo yasendlini ezinzile, i-HAVC, indawo yokubhukuda yasendlini, igumbi lekhompyutha, indawo yokushisa ukushisa, isiteshi sesisekelo, isiteshi sezezulu kanye nendawo yokugcina impahla.

2. Uhlobo Oludidiyelwe

HENGKO HT800 Series IntegratedI-Temperature ne-Humidity Transmitter

I-HT-800uchungechunge lokushisa nomswakama probe isebenzisa izinzwa zochungechunge lwe-HENGKO RHTx. Ingakwazi ukuqoqa idatha yezinga lokushisa nomswakama ngesikhathi esifanayo. Phakathi naleso sikhathi, inezici zokunemba okuphezulu, ukusetshenziswa kwamandla okuphansi nokuvumelana okuhle. Izinga lokushisa eliqoqiwe kanye nedatha yesignali yomswakama kanye nedatha yephoyinti lamazolo ingabalwa ngesikhathi esifanayo, engakhishwa ngesixhumi esibonakalayo se-RS485. Ukwamukela ukuxhumana kwe-Modbus-RTU, kungaxhunywa kunethiwekhi ne-PLC, isikrini somshini womuntu, i-DCS kanye nesofthiwe yokucushwa ehlukahlukene ukuze kutholakale izinga lokushisa nomswakama ukutholwa kwedatha.

Izinhlelo zokusebenza eziyinhloko: izinga lokushisa elibandayo lesitoreji kanye nokuqoqwa kwedatha yomswakama, ukushisa kwemifino, indawo yezimboni, i-granary nokunye.

Yiziphi Izicelo Eziyinhloko Ze-Humidity Transmitter?

Ukusetshenziswa Civil

Noma ubani ongumnikazi wendlu uyazi ukuthi umswakama owedlulele ekhaya ungaholela ekukhuleni okusheshayo kwesikhunta, okungenye yezimbangela eziyinhloko zekhwalithi yomoya engenampilo yasendlini. Kungabhebhethekisa isifuba somoya kanye nezinye izifo ezingaba khona zokuphefumula, futhi kulimaze iphansi lezinkuni, amapulangwe odonga, ngisho nezakhi zesakhiwo sendlu. Bambalwa abaqaphelayo ukuthi ukugcina amazinga omswakamo afanele ekhaya lakho kuyindlela yokunciphisa ukusabalala kwamagciwane kanye nezifo ezihlobene negciwane.

Ukuntuleka komswakama okungaba ngamaphesenti amahlanu kuya kwayi-10 nakho kungabangela ukungakhululeki emizimbeni nasemizini yethu. Emazingeni omswakamo acishe abe ngu-5%, abantu abaningi bangase babe nezinkinga zesikhumba ezomile ngendlela engathandeki kanye ne-sinus. Amazinga omswakama aphansi aphikelelayo angabangela nokuthi izinkuni ezindlini zethu zome ngokushesha, okungase kuholele ekubhidlikeni nasekuqhekekeni. Le nkinga ingase ithinte ukuqina kwesakhiwo sesakhiwo futhi iholele ekuvuzeni komoya, ngaleyo ndlela yehlise ukusebenza okushisayo nokusebenza kahle kwamandla.

Ngakho-ke, i-transmitter yokushisa nomswakama ibalulekile ekuqapheni umswakama wendawo yasekhaya. Ngesimo sokukhiqizwa kwesikhunta esibangelwa umswakama ekhaya, isidlulisi somswakama sikuvumela ukuthi uqaphe noma yiliphi izinga lokuswakama elihlobene ngaphezu kuka-50% kuya ku-60% futhi wenze izinguquko ezidingekayo ukuze unciphise leli zinga. Uma izinkinga zezempilo ziphakama ngenxa yamazinga omswakamo aphezulu noma aphansi, njenge-sinusitis, isidlulisi somswakama singakwazisa uma izinga lomswakamo elihlobene lingaphansi komkhawulo wokucupha (isb. 10% ukuya ku-20%). Ngokufanayo, kubantu abaphethwe isifuba somoya noma abazwela kakhulu isikhunta, isidlulisi somswakama singakwazisa futhi lapho amazinga okuswakama kwekhaya lakho engase abe nomthelela kulezi zinhlobo zezinkinga zezempilo. Kubanikazi bezindlu abafuna ukuhlola ukusebenza kahle kwamasu ahlukene okulawula ukungena komoya kanye nomswakama, ama-transmitters omswakama angasiza abanikazi bezindlu banqume ngokushesha ukuthi amaqhinga okulawula umswakama ayasebenza yini.

Ukusetshenziswa Kwezimboni

① Ukusetshenziswa kwesidlulisi sezinga lokushisa nomswakama endaweni yokugcinwa kweketango elibandayo lokugoma kanye nezokuthutha

Isitoreji somuthi wokugoma kufanele sibe nezindinganiso eziqinile zokulawula izinga lokushisa, futhi uchungechunge lokugoma olusemthethweni lokugcina kanye nokusabalalisa kufanele lufakwe imishini yokuqapha izinga lokushisa kanye nomswakama kuyo yonke inqubo ukuze kuhlangatshezwane nezidingo Zomkhuba Wokuhlinzeka Ngempahla Enhle (GSP). Ngakho-ke, ukubamba iqhaza komshini wokushisa nomswakama kubalulekile. Ukuqapha izinga lokushisa kuyarekhodwa futhi kurekhodwe kulo lonke uchungechunge olubandayo ngesikhathi sokugcinwa komgomo, ukuthuthwa kanye nokusatshalaliswa. Lapho ihlola iqoqo ngalinye lezimpahla, i-CDC kufanele ihlole amarekhodi okushisa nomswakama endleleni ngesikhathi esifanayo, futhi iqinisekise ukuthi amarekhodi okushisa ngesikhathi sokuthutha ahlangabezana nezinhlinzeko ezifanele ze-GSP ngaphambi kokwamukelwa kanye nokugcinwa kwempahla.

Inhlanganisela yesidlulisi sezinga lokushisa nomswakama kanye nobuchwepheshe bethegi ye-elekthronikhi inikeza isisombululo esihle kakhulu sokuqapha izinga lokushisa nomswakama kanye nokulinganisa ezinhlelweni ezinjalo. Ithegi ye-elekthronikhi iyi-chip yenkampani yenethiwekhi esebenzisa ubuchwepheshe be-RF ekuxhumaneni okuseduze. Ihlangene ngosayizi, ilungele ukufakwa nokusetshenziswa, futhi ifaneleka kakhulu ekulebulani kolwazi nokubandlululwa kwezinto ezihlakazekile.

I-transmitter yezinga lokushisa nokuswakama ihlanganiswe kumaka we-elekthronikhi ukuze ithegi ye-elekthronikhi ikwazi ukukala izinga lokushisa kanye nomswakama wento efakiwe noma indawo yohlelo lokusebenza. Amanani alinganisiwe adluliselwa kumfundi ngemodi ye-RF, bese umfundi ethumela amanani alinganiselwe ohlelweni olungemuva lohlelo ngemodi engenantambo noma enezintambo.

Ngekhompuyutha noma i-APP yeselula, abasebenzi bomnyango wokuphathwa kokugoma kwe-CDC bangabheka izinga lokushisa lesikhathi sangempela kanye nedatha yomswakama edluliselwa yizinzwa ze-T/H emishinini ebandayo efana nesiqandisi noma i-cold chain transporter kuso sonke isifunda noma iyunithi noma nini nanoma kuphi. . Ngaleso sikhathi, abasebenzi bangakwazi ukubuyisa amarekhodi okushisa omlando wemishini ebandayo nganoma yisiphi isikhathi ukuze babambe ngokunembile isimo sokusebenza kwemishini ebandayo nganoma yisiphi isikhathi.

isimo sokusebenza kwemishini. Esimeni sokuphelelwa amandla kanye nezinye izimo eziphuthumayo, izisebenzi zokuphatha zizothola umlayezo we-alamu okokuqala ngqa futhi zibhekane nakho kusenesikhathi ukuze kuncishiswe ukulahleka kwemithi yokugoma okubangelwa izinga lokushisa leketango elibandayo.

② Ukusetshenziswa kwesidlulisi sezinga lokushisa nomswakama ekuqapheni okuhlakaniphile kwezolimo

I-“Intelligent Agriculture” iwuhlelo lobuchwepheshe oludidiyelwe olusebenzisa ikhompuyutha nenethiwekhi, i-inthanethi Yezinto, ukuxhumana okungenantambo nobunye ubuchwepheshe ukuze kufezeke imisebenzi yokuphatha okuhle, ukulawula kude kanye nesixwayiso senhlekelele sokukhiqizwa kwezolimo zesimanje. Kule nqubo, uma isidlulisi somswakama womhlabathi singaphansi kuka-20% isikhathi eside, lonke uhlelo luzonikeza isixwayiso kusenesikhathi ekomkhulu lebhizinisi.

I-transmitter yokushisa nomswakama ikhuthaza ukwakhiwa kwe-"greenhouse ehlakaniphile". Ochwepheshe ekhaya ngekhompyutha noma umakhalekhukhwini, bangalawula ngokuqondile umyalo. Uma izinga lokushisa ku-greenhouse kutholakala ukuthi lidlule ku-35 ℃, uchwepheshe angavula ifeni ngqo kuyo yonke indawo ngokusebenzisa isilawuli kude sefoni ephathekayo. Uma umswakama wenhlabathi ungaphansi kwama-35%, qala ngokufafaza ngokunisela futhi ugcwalise amanzi ngokushesha futhi abantu bangalawula le ndawo nganoma yisiphi isikhathi nanoma kuphi. Ngokusebenzisa imodeli ye-greenhouse, imodi yokulawula eyikude ye-greenhouse iyabonakala.

③Ukusetshenziswa kwesidlulisi sezinga lokushisa nokuswakama ekulondolozweni kokudla kwesuphamakethe

Emkhakheni wokuphepha kokudla, ngaphezu kokuba yingxenye ebalulekile yesistimu yokuqapha izinga lokushisa lokushisa kanye nomswakama, inzwa yokushisa nomswakama nayo ibaluleke kakhulu ekulawuleni izinga lokushisa lokudla kanye nomswakama ezitolo ezinkulu.

Ngenxa yezici zezitolo ezinkulu, akukona konke ukudla okudayiswa kahle, futhi okunye kudinga ukugcinwa isikhathi eside. Ngalesi sikhathi, ukulawulwa nokuphathwa kwezinga lokushisa kanye nomswakama kubaluleke kakhulu, uma izinga lokushisa kanye nomswakama kuphansi kakhulu, ikakhulukazi izinga lokushisa eliphansi lokugcina izithelo kanye nomswakama kuzodala izinguquko zokunambitheka kokudla kanye nekhwalithi kanye nezifo zomzimba. Izinga lokushisa eliphezulu kanye nomswakama yiyona ndawo yokukhiqiza isikhunta, okubangela ukubola kokudla. Ngakho-ke, isidingo sokushisa okufanelekile kanye nomswakama kusiza kakhulu ukulondolozwa kokudla. Kusixhumanisi sokugcina, kuyadingeka ukuthi izinga lokushisa lokugcina lemifino nezithelo lilawulwe ku-5-15 ℃, ukudla okuqandisiwe kufanele kugcinwe efrijini ngaphansi -18 ℃, futhi izinga lokushisa lekhabhinethi elishisayo kufanele libe ngaphezulu. 60 ℃, njll.

Ukuvimbela ithonya lomswakama nokushisa, inzwa yokushisa nomswakama idlala indima ebalulekile. Isiza abaphathi ukuthi barekhode ukuguqulwa kwezinga lokushisa kanye nomswakama ngaso sonke isikhathi, futhi iqinisekisa ukuthi izinto eziphethwe zingagcinwa isikhathi eside ekamelweni lemishini kanye negumbi lokugcina umlando.

Ungasikhetha Kanjani I-Humidity Transmitter Yephrojekthi Yakho?

Kulo mbuzo, ekuqaleni, sidinga ukwazi imininingwane mayelana nesicelo sakho, ngoba sizokwethula isidlulisi somswakama esihlukile esisekelwe kuhlelo lwakho lokusebenza oluthile.

①I-Greenhouse

Uma uxakwe ubunzima besilinganiso somswakama ku-greenhouse, singancoma izinga lokushisa le-HENGKO HT 802P kanye nesidlulisi somswakama.

Uchungechunge lwe-HT-802P iyizinga lokushisa eliphumayo ledijithali nesidlulisi somswakama esine-RS485 esibonakalayo, silandela umthetho olandelwayo we-Modbus. Ivumelana ne-DC 5V-30V kagesi kagesi, futhi idizayini yamandla aphansi inciphisa kakhulu umthelela wokuzifudumeza. Ngokunemba kwezinga lokushisa okungu-±0.2℃ (25℃) nokunemba komswakama okungu-±2%RH (10%RH~90%RH, 25℃), ingakusiza ukuqapha izinga lokushisa nomswakama we-greenhouse ngokunembile. Izinga lokushisa kwemvelo kanye nomswakama -20~85℃ kanye 10%~95%RH ngokulandelana. Ngesibonisi se-LCD, kukulungele ukuthi uthole ukufundwa.

② Cold Chain

Uma ukhathazekile ngokuthi izinga lokushisa nomswakama kufanelekile yini ngesikhathi sokuthutha futhi ungazi ukuthi ungakala kanjani izinga lokushisa nomswakama ngokunembile, i-HENGKO HT802 C isidlulisi sezinga lokushisa nomswakama kuzoba inketho yakho yokuqala.

I-HT-802C ithenda ehlakaniphile ne-humidity transmitter iwuhlobo lwesidlulisi esihlakaniphile ukuze sithole futhi siqoqe izinga lokushisa lendawo kanye nomswakama. I-transmitter yamukela isikrini esikhulu se-LCD ukuze sibonise izinga lokushisa, umswakama kanye nenani lephoyinti lamazolo lendawo yamanje ngesikhathi sangempela. I-HT-802C ingakwazi ukuxhumana nekhompyutha ngokusebenzisa isixhumi esibonakalayo sokuxhumana se-RS485 ukuze ibone ukugadwa okukude kwezinga lokushisa kanye nesidlulisi somswakama.

Ngokunemba kwezinga lokushisa okungu-±0.2℃ (25℃) nokunemba komswakama okungu-±2%RH (10%RH~90%RH, 25℃), ingakusiza ukuqapha izinga lokushisa kanye nomswakama ngesikhathi sokuthutha ngokunembile. Izinga lokushisa kwemvelo kanye nomswakama -20~85℃ kanye 10%~95%RH ngokulandelana. Ngesibonisi esikhulu se-LCD kanye ne-probe eyakhelwe ngaphakathi, kukulungele ukuthi ufake isidlulisi bese uthola ukufundwa.

③Isikhungo Samakhemikhali

Uma unesidingo sokukalwa kwezinga lokushisa nokuswakama kwesitshalo samakhemikhali, uchungechunge lwe-HENGKO HT 800 oludidiyelwe lokushisa kanye nesidlulisi somswakama siyanconywa.

I-HT-800 yochungechunge lwezinga lokushisa nokuswakama lisebenzisa izinzwa zochungechunge lwe-HENGKO RHTx. Ingakwazi ukuqoqa idatha yezinga lokushisa nomswakama ngesikhathi esifanayo. Phakathi naleso sikhathi, inezici zokunemba okuphezulu, ukusetshenziswa kwamandla okuphansi nokuvumelana okuhle. Izinga lokushisa eliqoqiwe kanye nedatha yesignali yomswakama kanye nedatha yephoyinti lamazolo ingabalwa ngesikhathi esifanayo, engakhishwa ngesixhumi esibonakalayo se-RS485. Ukwamukela ukuxhumana kwe-Modbus-RTU, kungaxhunywa kunethiwekhi ne-PLC, isikrini somshini womuntu, i-DCS kanye nesofthiwe yokucushwa ehlukahlukene ukuze kutholakale izinga lokushisa nomswakama ukutholwa kwedatha.

Ngokunemba kwezinga lokushisa okungu-±0.2℃ (25℃) nokunemba komswakama okungu-±2%RH (10%RH~90%RH, 25℃), ingakusiza ukuqapha izinga lokushisa kanye nomswakama wesitshalo samakhemikhali ngokunembile. Ungathola ukufundwa kudivayisi yokukhiphayo yangaphandle uma kungenankinga kuwe ukuthi ufake isitshalo samakhemikhali ukuze uthole izinga lokushisa kanye nomswakama.

Kuyini Umswakama Ohlobene? Kungani Umswakama Oyisihlobo Ubaluleke Kangaka Esilinganisweni Sansuku Zonke?

Umswakamo ohlobene (RH) wengxube yamanzi omoya uchazwa njengesilinganiso sokucindezela okuyingxenye komhwamuko wamanzi () enhlanganisweni kuya kungcindezi yomhwamuko olinganayo wamanzi () phezu kwendawo eyisicaba yamanzi ahlanzekile ngezinga lokushisa elithile:

Ngamanye amazwi, umswakama ohlobene isilinganiso senani lomhwamuko wamanzi osemoyeni nenani lomhwamuko wamanzi umoya ongase ube nawo ezingeni lokushisa elithile. Iyahlukahluka nezinga lokushisa: umoya obandayo ungabamba umhwamuko omncane. Ngakho ukushintsha izinga lokushisa lomoya kuzoshintsha umswakama ohlobene ngisho noma umswakama ophelele uhlala ungashintshi.

Umoya obandayo wandisa umswakama ohlobene futhi ungabangela umhwamuko wamanzi ukuthi uminyene (iphoyinti lokugcwala uma umswakama ohlobene ukhuphuka ngaphezu kuka-100%). Ngokufanayo, umoya ofudumele wehlisa umswakama ohlobene. Ukushisa omunye womoya oqukethe inkungu kungase kubangele inkungu ukuthi ihwamuke, njengoba umoya ophakathi kwamaconsi amanzi uba namandla okubamba umhwamuko wamanzi.

Umswakama ohlobene ubheka kuphela umhwamuko wamanzi ongabonakali. Izinkungu, amafu, inkungu nama-aerosols amanzi awabalwa ngezilinganiso zomswakama ohlobene komoya, nakuba ukuba khona kwawo kubonisa ukuthi umzimba womoya ungase usondele endaweni yamazolo.

Umswakama ohlobenengokuvamile kuvezwa njengephesenti; amaphesenti aphezulu asho ukuthi ingxube yomoya namanzi inomswakama kakhulu. Ngomswakama ohlobene no-100%, umoya ugcwele futhi usendaweni yamazolo. Uma ungekho umzimba wangaphandle ongakwazi ukwenza amaconsi noma amakristalu, umswakama ohlobene ungadlula i-100%, lapho kuthiwa umoya ugcwele kakhulu. Ukwethula izinhlayiya ezithile noma indawo ethile emzimbeni womoya onomswakama ohlobene ngaphezu kuka-100% kuzovumela ukufingqa noma iqhwa kulawo ma-nuclei, ngaleyo ndlela kukhishwe omunye umhwamuko futhi kunciphise nomswakama.

I-RelativI-e humidity iyimethrikhi ebalulekile esetshenziswa kuzibikezelo zesimo sezulu nemibiko, ngoba iyinkomba yamathuba emvula, amazolo, noma inkungu. Esimweni sezulu esishisayo sasehlobo, ukwanda komswakama ohlobene kuvimbela ukuhwamuka komjuluko esikhumbeni, kukhuphule izinga lokushisa elibonakalayo kubantu (nezinye izilwane). Isibonelo, ezingeni lokushisa lomoya elingu-80.0 °F (26.7 °C), umswakama ohlobene ongu-75% uzwakala njengo-83.6 °F ±1.3 °F (28.7 °C ±0.7 °C), ngokuya nge-Heat Index.

Isizathu esikhulu kakhulu sokuqapha umswakama olinganiselwe ukulawula umswakama ozungeze umkhiqizo wokugcina. Ezimweni eziningi lokhu kusho ukuqinisekisa ukuthi i-RH ayikhuphuki kakhulu. Isibonelo, ake sithathe umkhiqizo ofana noshokoledi. Uma i-RH endaweni yokugcina ikhuphuka ngaphezu kwezinga elithile futhi ihlala ngaphezu kwalelo zinga isikhathi eside ngokwanele, into ebizwa ngokuthi ukuqhakaza ingenzeka. Yilapho umswakama wenza khona phezu kukashokoledi, uhlakaza ushukela. Njengoba umswakama uhwamuka, ushukela wenza amakristalu amakhulu, okuholela ekushintsheni kombala.

Umswakamo nawo ungaba nomthelela omkhulu futhi obizayo emikhiqizweni efana nezinto zokwakha. Ake sithi unweba indawo yakho futhi ubeka ama-subfloor kakhonkolo ngaphambi kokufakwa phansi ngokhuni oluqinile. Uma ukhonkolo ungomi ngokwanele ngaphambi kokuba kubekwe phansi, kungabangela izinkinga ezinkulu, njengoba noma yimuphi umswakama kukhonkolo uzozama ngokwemvelo ukuthuthela endaweni eyomile, kulokhu i-flooring material. Lokhu kungabangela ukuthi iphansi likhukhumale, liqhume, noma liqhekeke, kushiye wonke umsebenzi wakho onzima futhi kungashiyi lutho ngaphandle kokushintsha.

Umswakamo nawo uyinkinga enkulu emikhiqizweni ezwela kakhulu kumswakama njengemithi ethile. Lokhu kungenxa yokuthi ingashintsha izici zomkhiqizo uze ungabi namsebenzi, yingakho imikhiqizo efana namaphilisi nezimpushana ezomile zigcinwa ngaphansi kwezimo ezilawulwayo kumswakama onembile kanye namazinga okushisa.

Okokugcina, umswakama ohlobene nawo uyisici esibalulekile sokwakha amasistimu ezishintshayo agxile ekunethezekeni komuntu, njenge-air conditioning. Ikhono lokulinganisa nokulawula umswakama ohlobene alisizi nje kuphela ukugcina indawo enethezekile ngaphakathi kwesakhiwo, kodwa futhi lisiza ukuthuthukisa ukusebenza kahle kwesakhiwo.I-HVACamasistimu, njengoba angabonisa ukuthi ungakanani umoya ongaphandle odinga ukulawulwa, kuye ngokuthi izinga lokushisa ngaphandle.

Uma futhi unayo iphrojekthi Museum kudingeka ukulawulaTumbuso kanyeHubumnene, wamukelekile ukuthi usithinte ukuze uthole imininingwane, noma ungathumela i-imeyili ngeka@hengko.com,sizothumela emuva kungakapheli amahora angama-24.