Izinyathelo zokuphepha zokulinganisa izinga lokushisa nomswakama

Izinga lokushisa kanye Nomswakama Ukukalwa okuvela ku-HENGKO

Uma usebenzisa okuningiama-humidity probes, ama-humidity transmitters, nomaimitha yokuswakama ngesandlanjalo, ukwenza ukulinganisa kwakho kwangaphakathi kungonga isikhathi nemali eningi.

Sibhale Amaphuzu Ama-5 Okufanele Uwanakekele Nini Umsebenzi Wokukala Izinga lokushisa Nomswakama. Ngethemba Kuzoba usizo Ngomsebenzi Wakho.

Okokuqala, Linganisa Amapharamitha Ekulinganisweni Komswakama

Uma usunqume ukuthi ukulinganisa umswakama endlini kuyindlela engcono kakhulu yebhizinisi lakho, kubalulekile ukuqinisekisa ukuthi ucacisa uhlelo olulungile. Lo mhlahlandlela uhloselwe ukukusiza ufunde kabanzi mayelana nezinketho ezitholakalayo, kodwa futhi kunconywa kakhulu ukuthi ufune ukuqondiswa kochwepheshe kulo mkhakha. I-HENGKO ingahlinzeka ngezinsizakalo eziphelele zokusekelwa kwezobuchwepheshe kumakhasimende afuna ukusungula uhlelo lokulinganisa umswakama.

Izinto ezibalulekile okufanele uzicabangele ngaphambi kokukhetha isistimu yilezi:

1. Izilinganiso zokulinganisa zemishini yakho;

2. Ibanga lokulinganisa lemishini yakho.

3. Kudingeka i-automation engakanani;

4. Ngilufaka kanjani ucingo lwakho ohlelweni

Okwesibili, Amapharamitha wokulinganisa

Inqubo yokunquma ukuthi iyiphi isistimu yokulinganisa engcono kakhulu ezidingweni zakho incike emishinini okufanele ilinganiswe kanye nemingcele yayo yokulinganisa.

1. Iphuzu Lamazolo

Uma idivayisi ikala iphoyinti lamazolo, i-manifold yokulinganisa ivamise ukutholakala endaweni yezinga lokushisa elizungezile. Ngenxa yokuthi amasistimu okulinganisa ama-dewpoint ngokuvamile aklanyelwe ukukhiqiza umswakama ophansi kakhulu, i-multifold idinga ukuklanywa ngobuqotho obuphezulu; Isetshenziswa ngokuhambisana nendlela yokuvala yenzwa ukuze kuqinisekiswe ukuthi umswakama uyavinjelwa ukuthi ungangeni usuka endaweni ezungezile. Ukuze uthole amaphuzu amazolo aphansi kakhulu (< - 80 ° C (& lt; -- 112 ° F)), ngezinye izikhathi kuyadingeka (ngokuya ngezimo zemvelo) ukuvala inqwaba ekamelweni elingahlanzwa ngomoya owomile ukuze kukhawulwe ukungena komphumela.

2. Umswakama Ohlobene Nezinga Lokushisa

Kunezindlela ezimbili ezihlukene zokulinganisa izinzwa zomswakama ohlobene. Enye indlela ukubeka inzwa ngokuqondile "egunjini" lokulinganisa, indawo ehlukile elawulwa izinga lokushisa kanye nomswakama. Lokhu kusebenza ngendlela efanayo negumbi lesimo sezulu, ngesilinganiso esincane kakhulu nangokufana okukhulu kakhulu. Amakamelo okulinganisa angenawo ukulawulwa kwezinga lokushisa akhona, okusho ukuthi umswakama okhethiwe uzokhiqizwa ezingeni lokushisa eliyinhloko le-ambient -- nokho, kubalulekile ukuqinisekisa ukuthi uma usebenzisa lezi zinhlobo zamajeneretha, abekwe endaweni ekwazi ukumelana nezinga lokushisa.

Enye indlela ukusebenzisa ijeneretha yangaphandle yamazolo ukuze idlulise umoya nge-multifolded sensor-mounted. I-manifold ifakwa ekamelweni elikhudlwana elilawulwa izinga lokushisa. Inzuzo yale ndlela ukuthi i-multifold incane ngosayizi futhi inezindawo zokungena ezimbalwa, ngakho-ke izinguquko zesinyathelo zivame ukwenzeka ngokushesha; Umswakama ophansi kakhulu ungafinyelelwa kusetshenziswa i-volumetric exubile ijeneretha yamazolo uma kuqhathaniswa negumbi lokulinganisa. Okubi ukuthi izingxenye ezihilelekile zinkulu ngokomzimba, futhi zingabiza kakhulu kunamakamelo ngamanye.

Okwesithathu, Ibanga Lokulinganisa

Isici esilandelayo esinqumayo ububanzi bokulinganisa. Umbuzo okufanele uwubuze lapha uthi: Yiluphi uhla oluphelele olusebenzayo lwedivayisi yakho? (Cabangela ububanzi bezinga lokushisa uma i-probe yomswakama ohlobene ikala umswakama olinganiselwe.) Ingabe udinga ukulinganisa kuyo yonke i-spectrum, noma unezindawo ezithile noma izindawo ozithakaselayo?

Okwesine, Umswakama Ohlobene

Ububanzi besistimu yokulinganisa i-RH buncike ekhonweni lokulawula imingcele emibili ezimele: ububanzi bezinga lokushisa legumbi kanye nobubanzi bomswakama obuhlobene (ezimweni eziningi, iphoyinti le-RH eliphansi kakhulu yisici esikhawulelayo).

Imitha yokushisa nomswakamakufanele inembe kakhulu kunezinga lokushisa elivamile kanye nesidlulisi somswakama, esingahlangabezana nebanga lokulinganisa cishe layo yonke imikhiqizo yezinzwa futhi inembe kakhudlwana. Imitha yezinga lokushisa eliphathwayo le-Hengko eliphathwayo eliphathwa ngesandla liphasise isitifiketi se-CE, ngokuhambisana nezidingo eziyisisekelo ze-European Union "Indlela Entsha Yokuxhumanisa Ubuchwepheshe Nokujwayelekile". Igunyazwe i-Shenzhen Metrology Institute, ukunemba komswakama okuhlobene kungafinyelela ku-± 1.5%RH (0 kuya ku-80% RH). Ibanga: -20 kuya ku-60°C (-4 kuya ku-140°F), ibanga lokushisa lezinga lamazolo: -74.8 kuya ku-60°C (-102.6 kuya ku-140°F), lifanele izinhlobonhlobo zezinga lokushisa nokunemba okuphezulu. , izingxenye zethuluzi lokulinganisa iphuzu lamazolo.

Okwesihlanu, Uhlelo Lokukhomba Amazolo

Amasistimu okulinganisa amaphuzu amazolo ngokuvamile akhiqiza umswakama ophelele ophansi kakhulu kunezinhlelo zokulinganisa ze-RH. Ububanzi bezinhlelo zamazolo ezikhiqizwayo buncike ezicini ezimbili: indawo yokukhipha amazolo yesomisi se-transformer, esetshenziselwa ukunikeza umthombo womoya owomile (ngezinye izikhathi obizwa ngokuthi "ukoma okuphelele") we-generator yomswakama.

Ukulungiswa kwejeneretha yephoyinti lamazolo - iyakwazi ukuhlanganisa inani elithile lomoya omile ngokuphelele futhi osuthekile ngezigaba ukuze ithole ukukhishwa okunembile kokuqukethwe komswakamo ophansi kakhulu. Lapho kubandakanyeka amajeneretha ahlanganisa ukugeleza kwevolumu; Lapho izigaba eziningi zokuxutshwa, ijeneretha ingakwazi ukulawula amazolo. Isibonelo, kungakhathaliseki ukuthi umoya ofakiwe womile kangakanani, i-DG3 yesiteji esisodwa ingalawulwa kuphela endaweni encane yamazolo ecishe ibe -40°C (-40°F); I-DG2 yezigaba ezimbili ikhiqiza amaphuzu amazolo afika ku--75°C (-103°F). Izigaba ezintathu zokuhlanganisa zikhiqiza iphuzu lamazolo elingu -100°C (-148°F).