Umkhiqizi kanye Nomhlinzeki we-thermostat ye-Electronic Electronic |I-HOPESTRADE

I-thermostat ye-elekthronikhi

Incazelo emfushane:

Inzuzo ye-Electronic thermostat yile:

I-1.Ingakwazi ukubona ukulawulwa kwezinga lokushisa okuzimele, setha izinga lokushisa elithile, inqubo yokulawula izinga lokushisa inembe kakhulu.

I-2.I-thermostat ye-elekthronikhi ingakwazi ukubona uhlelo oluzimele lwesiqandisi, ukuze umphumela wesiqandisi esiqandisini ube ngcono, ngesikhathi esifanayo ukuqeda inkinga yezinkinga zokuxuba iphunga lokudla.

3.Ukusebenza okulula, isikrini se-LCD sibonisa izinga lokushisa ngokucacile.

Okubi kwe-Electronic thermostat yilokhu:

1.Izindleko ziphezulu

2.Isakhiwo siyinkimbinkimbi, ukunakekelwa kunzima futhi izindleko ziphezulu.

3.Udinga ukunikezwa kwamandla okuzimele, ukwandisa ukusetshenziswa kwamandla.

SineMechanical thermostat kanye ne-Electronic thermostat enezinga eliphezulu , xhumana nathi uma unentshisekelo.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

1. Uhlobo lwesiqandisi

Izochazwa yiKhasimende

2. Ukulawula Isikhathi

2.1 Ipharamitha yokulawula

l Ipharamitha yeTemp

Ibanga lokushisa kusuka -40 ℃ kuya ku-10 ℃, ukubekezelela 0. 1 ℃.

2.2 Inkinobho nesibonisi

(Isibonelo)

2.2.1 Khiya futhi Vula ngenkinobho

l Ukuvula mathupha

Uma ivaliwe, cindezela u-“+” kanye “-” ngesikhathi esifanayo imizuzwana emi-3 ukuze uvule.

l Ilokhi ezenzakalelayo

Uma ivuliwe, isistimu izokhiywa kumasekhondi angu-8 uma kungekho msebenzi enkinobho.

2.2.2 Isibonisi se-Compressor

Iphuzu elincane ngakwesokunxele kwesikrini se-LED uphawu lwe-Compressor on / off , uma i-compressor isebenza, iphuzu elincane livela, uma kungenjalo, iphuzu elincane liyanyamalala.

3. Umsebenzi

3.1 Uhlobo lwesiqandisi

Guqula Phakathi Kwesiqandisi ↔ Yiqhwa

3.2 Isimo sokuqala

3.2.1

Uma amandla evuliwe okokuqala ngqa, zihlole (wonke amaledi ebhodini lokubonisa avuliwe isekhondi elingu-1), bese ufaka isimo sokusetha ngemva kokuzihlola, bese ukhiye uvuliwe.Isikrini sokubonisa izinga lokushisa sibonisa izinga lokushisa lamanje lezilungiselelo, ezisethwe njengokuthi -18.0℃ ngokuzenzakalela.

3.2.2

Uma amandla avulwa okokuqala ngqa, uma izinga lokushisa emshinini lingaphezulu kwendawo yokuvala shaqa, qalisa amandla kuze kube yilapho izinga lokushisa lehla liye endaweni yokuvala shaqa.

3.2.3

Ngemuva kokuthi isiqandisi sicishiwe, uma sikhanyisa futhi, sizosebenza ngokuvumelana nesimo sokucisha amandla ngaphambi kwesikhathi esikhunjulwa (okuhlanganisa nemodi yokuqandisa okusheshayo), iwindi lokubonisa lizobonisa izinga lokushisa elimisiwe, futhi inkinobho izoba ku- isimo sokuvula.

3.3 Uma ngabe izinga lokushisa.setting

3.3.1, Isilungiselelo SeTemp Esodwa

Esimeni sokuvula, Cindezela inkinobho ethi “+” noma “-” isikhathi esisodwa (cindezela) ukuze ulungise izinga lokushisa lokusetha liye phezulu naphansi.Cindezela inkinobho ethi “+” noma “-” isikhathi esisodwa ukuze ulungise izinga lokushisa lokusetha liye phezulu naphansi ngokuvumelana nokushintsha kuka-0.1℃/ S (inombolo ephelele ihlala ingashintshiwe futhi ingxenye eyiqhezu kuphela engashintshile).Izinga lokushisa lokusetha liyabaneka futhi libonise.

3.3.2, Ukulungiselelwa Kwesikhashana Esisheshayo

Esimeni sokuvula, izinga lokushisa lokusetha lilungiswa phezulu naphansi ngokucindezela isikhathi eside inkinobho ethi "+" noma "-" 3S.Izinga lokushisa lokusetha lishintsha ngokushesha nangokuqhubekayo.Isivinini esihamba kancane senani lokushisa ngu-1.0℃/1S(ingxenye eyiqhezu ihlala ingashintshile futhi kushintsha ingxenye ephelele kuphela).

3.4, Ukulungiselelwa kwemodi eqandisiwe:

3.4.1 Faka Imodi Eqandisiwe

Imibandela Yokusebenzisa Le NgosiUma kungenjalo, alikwazi ukukhethwa.

3.4.1.2 Ukusebenza:Esimeni sokuvula, cindezela kanye inkinobho “imodi ehlakaniphile”, futhi isistimu izosebenza ngokuzenzakalelayo ngaphansi kwesimo sokusetha esingu--18 °.Esimeni sokuvula, cindezela ukhiye "wemodi ehlakaniphile" imizuzwana emi-5, bese iwindi lesibonisi likhanyise "Sd".Misa ukhiye, futhi ikhibhodi iyakhiywa ngemva kwemizuzwana engu-8 bese isiqandisi singena kumodi yokuqandisa okusheshayo.

3.4.2, Phuma kumodi efriziwe

3.4.1.1

3.4.2.2、Umbandela wangaphambili wemodi eqandisiwe yokuphuma ngokuzenzakalelayo

l Ngemva kokufaka imodi yokuqandisa okusheshayo amahora angu-4, uma izinga lokushisa esimweni lingaphansi kuka -36.0℃, izophuma ngokuzenzakalelayo kumodi yokuqandisa okusheshayo.

l Ngemva kwamahora angu-48 okusebenza okuqhubekayo kumodi yokuqandisa ngokushesha, umshini uzophuma ngokuzenzakalelayo kumodi yokuqandisa ngokushesha bese umisa umshini imizuzu engu-15.

3.5、 Bonisa isilungiselelo sokukhanya kwesikrini

3.5.1, Ukukhanya kokubonisa kuhlukaniswe izifunda ezintathu

Ukukhanya okuphezulu/Ukukhanya-okumnyama/Kucishiwe

Okuzenzakalelayo kusimo senguquko sokukhanya okuphezulu nokukhanya okumnyama;

3.5.2, Vala ukusebenza kwesikrini sokubonisa

Esimeni sokukhiya (noma isiphi isimo sesikrini esibonisiwe), cindezela inkinobho "imodi ehlakaniphile" imizuzwana emi-3, futhi isikrini esibonisiwe sizovalwa.

3.5.3、Vula ukusebenza kwesikrini sokubonisa

Uma isikrini sokubonisa sicinyiwe noma simnyama.Cindezela noma iyiphi inkinobho ukuze ufake isimo sokugqamisa.Ngemuva kweminithi elingu-1 lokugqamisa, lizongena ngokuzenzakalelayo kusimo sobumnyama.Cindezela noma yimuphi ukhiye esimweni sokugqamisa ngaphandle kwanoma yimuphi umphumela;

3.5.4, Ukuguqulwa kokukhanya okuzenzakalelayo

Isikrini esibonisiwe siyagqanyiswa uma sisetshenzwa, futhi sizoshintshelwa ekukhanyeni okumnyama ngemva komzuzu ongu-1 ngaphandle kokusebenza.

3.6, Isibonisi

Uhlobo	Cindezela okukodwa Bonisa
Ukusetha Isikhathi	I-oda lokubonisa izinga lokushisa lapho kulungiswa 0.1℃↔0.2℃↔0.3℃↔0.4℃↔0.5℃↔0.6℃↔0.7℃↔0.8℃↔0.9℃↔0.1℃↔0.1℃
Uhlobo	Cindezela isikhathi eside Bonisa
Ukusetha Isikhathi	I-oda lokubonisa izinga lokushisa lapho kulungiswa 10.0℃↔9.0℃↔8.0℃… … ↔1.0℃↔0℃↔-1.0℃ … … ↔-38.0℃↔-39.0℃↔-40.0℃ↄ10.

3.7, Ukulawula

3.7.1, Ukulawulwa Kwesikhashana

l Ukulawulwa Kwesikhashana Kwesimo

TS=Isilungiselelo Sesikhashana,TSK=Shintsha Isikhathi ,TSG=Cisha Isikhathi

Uma ububanzi be-TS bungu-10.0℃～0.0℃;TSK=TS+2.5;TSG=TS-0.5

Uma ububanzi be-TS bungu -1.0℃～-40.0℃ ;I-TSK=TS+2.5;TSG=TS-2.5

l Ukumakwa nendawo yenzwa

Igama	Ukumaka	Isikhundla
Temp.Inzwa	I-SNR	Ecaleni

Indawo yenzwa

(Umzimba wesiqandisi)

u Isikhundla sesolwazi lwakho kuphela, sishintsha ngokuklama okuhlukile kwecala.

3.7.2, Ukulawula I-Compressor

Umbandela wangaphambili we-Compressor VULA/OFF

Umbandela othi ON	Umbandela othi OFF
I-In-Case Temp iphakeme kune-Setting	In-Case Temp iphansi kune-Setting

3.8 Umsebenzi wokubona ukwehluleka

3.8.1 Khombisa lapho ukwehluleka kwenzeka

Iterm

Bonisa

Isizathu

Isenzo

Ukuhluleka kwe-SNR

Bonisa "Err"

Isifunda esifushane

noma Vula isifunda

Hlola

umugqa wokuxhuma

I-alamu Yesikhashana Ephakeme

Bonisa “HHH”

Uma izinga lokushisa eliba khona lingaphezu kuka-+10 ℃ ngaphezu Kwezinga lokushisa elingaphezu kuka-2h

Hlola umugqa wesiqandisi

3.8.2 Lawula ipharamitha lapho ukwehluleka kwenzeka

NO	Iterm	Ipharamitha yomsebenzi we-Compressor
1	Ukwehluleka kwe-SNR (-10℃~-32℃)	Ukusebenza imizuzu engu-20 Bese ume imizuzu engu-30
2	I-SNR故障 (10℃~-9℃)	Ukusebenza imizuzu emi-5 Bese ume imizuzu engu-20
3	I-alamu Yesikhathi Esiphezulu	Ululama ngokunephunga elimnandi uma izinga lokushisa elizinzile lingaphansi kuno-Setting Temp+10℃

4, Ukuvikelwa okusebenzayo

Uma i-compressor isebenza ngokuqhubekayo isikhathi esingaphezu kwamahora angu-4, izoma ngokuzenzakalelayo imizuzu engu-15, bese iqhubeka nokusebenza ngokuvumelana nesilungiselelo sokuqala.

5, Umdwebo kanye nosayizi wokufaka

Umdwebo ↓