I-EVCO EVJ506N2 Isilawuli Sokushisa Nomswakama
Ulwazi Lomkhiqizo
- Igama Brand: EVCO SpA
- Imodeli: EVJ506
- Inguqulo yeshidi lokufundisa: 1.0
- Inombolo yomthetho: 104J506E103
- Ikhasi: 1 kwangu-4
- Ubukhulu bomkhiqizo: 11.4 x 76.4 x 48.5mm (4 1/4 x 2 7/8 in)
- Ukunikezwa kwamandla: 12Vac/dc
- Izici:
- Izilawuli zokushisa nomswakama
- Ifanele Ukuswakama nezinga lokushisa EVCO EVHTP500 probe
- Inketho yewashi lesikhathi sangempela i-RTC nenkumbulo yokungena idatha
- I-BLE yokuxhumana ne-APP EVconnect (i-Android)
- Ukushintsha umnyango noma okokufaka kwedijithali okulungisekayo
- 6 okulungisekayo edluliselwe okukhiphayo, 16 noma 30 A res. @ 250 VAC compressor relay
- I-alamu Buzzer
- Imbobo yokuxhumana ye-TTL yokuzikhethela i-RS485 ne-RTC isixhumi esibonakalayo sangaphandle noma i-EVLINK / BLE (I-Cap. First Handling)
Imiyalo yokusetshenziswa komkhiqizo
- Landela imiyalelo enikezwe esigabeni esithi “DIMENSION NOKUFAKA” ukuze ufakwe.
- Xhuma idivayisi ekunikezeni amandla i-12Vac/dc njengoba kuchazwe esigabeni esithi “ELECTRICAL CONNECTION”.
- Lungiselela okukhiphayo kwedivayisi ngamapharamitha e-relay uc1..uc6, amapharamitha okokufaka Pr2 Pr3 e ic1 kanye no-uc3.
- Qinisekisa ukuthi zonke izilungiselelo zifanelekile yini.
- Nqamula idivayisi ekuphakeleni kwamapayipi amakhulu.
- Yenza uxhumano lukagesi njengoba kukhonjisiwe esigabeni esithi "ELECTRICAL CONNECTION" ngaphandle kokunika amandla idivayisi.
- Uma ufuna ukuxhuma iyunithi kunethiwekhi ye-RS-485, xhuma isixhumi esibonakalayo EVIF22TSX noma EVIF23TSX (Nge-RTC). Setha i-BLE=0 ukuze usebenzise ukuxhumana kwenethiwekhi esikhundleni sokudluliswa kwasendaweni nokuqoshwa kwedatha.
- Phakamisa idivayisi.
Idivayisi IVULIWE/IVALIWE
Ukuze UVULA noma UVALE idivayisi, landela lezi zinyathelo:
- Uma idivayisi ivaliwe, isibonisi sizobonisa isithonjana sokucisha imizuzwana embalwa, bese siba mnyama ngokonga amandla.
- UKUVULA idivayisi, thinta ukhiye WOKUVULA amasekhondi angu-2. Idivayisi izovula.
- Ukuze uvale idivayisi, thinta ukhiye WOKUVULA amasekhondi angu-2 futhi. Idivayisi izocima.
Isixhumi esibonakalayo somsebenzisi kanye Nemisebenzi Eyinhloko Eyinhloko:
- Izinga lokushisa elingaphezu kwesilinganiso: Lo msebenzi ushintsha izinga lokushisa le-SET libe inani le-SET+/-r6 lesikhathi esingu-r7. Sebenzisa u-d4 ukuhlehlisa ukuncibilika.
- I-rH eyengeziwe: Lo msebenzi ushintsha ukuswakama kwe-SET2 kube inani elingu-h4 ngesikhathi esisethwe ku-h5.
- Ukonga Amandla: Ukunika amandla lo msebenzi kushintsha i-SET1 ibe umehluko we-SET1 + r4. Phinda umsebenzi ukuze ukhubaze umsebenzi.
- I-Aux: Lo msebenzi uyatholakala uma i-auxiliary output ilungiswa njengokulawula okuzenzela u6.
Izinyathelo Zokufaka
- Ubukhulu bephaneli kufanele bube phakathi kuka-0.8 no-2.0 mm (1/32 kanye no-1/16 in).
- Qinisekisa ukuthi izimo zokusebenza zingaphakathi kwemikhawulo eshiwo esigabeni IMICIMBI YOBUCHWEPHESHE.
- Ungafaki idivayisi eduze nemithombo yokushisa, okokusebenza okunamandla kazibuthe, ezindaweni ezingaphansi kwelanga eliqondile, imvula, damp, uthuli oluningi, ukudlidliza kwemishini, noma ukushaqeka.
- Ngokuhambisana nemithetho yezokuphepha, idivayisi kufanele ifakwe kahle ukuze kuqinisekiswe ukuvikeleka okwanele ekuthinteni izingxenye zikagesi. Zonke izingxenye zokuzivikela kufanele zilungiswe ngendlela yokuthi zidinga usizo lwethuluzi lokuzisusa.
EVCO SpA | EVJ506 | Ishidi leziyalezo ver. 1.0 | Ikhodi 104J506E103 | Ikhasi 1 kwangu-4 | LC 36/18
I-EVJ506N2
Izilawuli zezinga lokushisa kanye nokuswakama kwe-Seasoning, isibonisi esingu-2.8″ esinokhiye bokuthinta
1. ISIZULU
-
Izilawuli zokushisa nomswakama
-
Ifanele Ukuswakama nezinga lokushisa EVCO EVHTP500 probe;
-
12Vac/dc ugesi
-
Inketho Iwashi lesikhathi sangempela i-RTC nenkumbulo yokungena idatha kanye ne-BLE ye
ukuxhumana ne-APP EVConnect (Android).
-
Ukushintsha umnyango noma okokufaka kwedijithali okulungisekayo
-
6 okulungisekayo edluliselwe okukhiphayo, 16 noma 30 A res. @ 250 VAC compressor
udlulise
-
I-alamu Buzzer
-
Imbobo yokuxhumana ye-TTL yokuzikhethela i-RS485 ne-RTC yangaphandle
interface noma EVLINK / BLE (Cap. First Handling).
DIMENSION NOKUFAKA
Ubukhulu ku-11,4 x 76,4 x4 8,5mm (4 1/4 x 2 7/8 in); Ukufakwa kwephaneli yangaphambili,
1. Faka ngokulandela imiyalelo enikezwe esigabeni esithi DIMENSION NOKUFAKA.
2. Phakamisa idivayisi njengoba kukhonjisiwe esigabeni esithi ELECTRICAL CONNECTION.
3. Lungiselela okukhiphayo kwedivayisi ngamapharamitha e-relay uc1..uc6, ipharamitha yokufaka-
eters Pr2 Pr3 e ic1 kanye uc3;
4. Bese uhlola ukuthi izilungiselelo ezisele zifanelekile yini;
5. Nqamula idivayisi endaweni ephumayo.
6. Xhuma ugesi njengoba kukhonjisiwe engxenyeni ethi UKUQINISEKISA KUKAgesi: Khetha into enokhiye abaphezulu naphansi, cindezela u-SET ukuze uqinisekise noma
ku
NECTION ngaphandle kokunika amandla idivayisi.
khipha isisu:
7. Ukuxhuma iyunithi kunethiwekhi ye-RS-485 xhuma isixhumi esibonakalayo
I-EVIF22TSX noma i-EVIF23TSX (Nge-RTC). Ukuxhumana kwenethiwekhi kungenye indlela yokudluliswa kwasendaweni nokuqoshwa kwedatha, setha i-BLE=0.
8. Phakamisa idivayisi.
Idivayisi IVULIWE/IVALIWE
Eminye imisebenzi ingacishwa ngokuphinda inqubo efanayo (I-Manual Ener-
gy Saving). Eminye imisebenzi izoqhubeka ilandela inqubo yayo kuze kube sekupheleni
Thinta ukhiye WOKUVULA 2″, idivayisi ivula noma Ivale.
umsebenzi (ukuncibilika okwenziwa ngesandla). Eminye imisebenzi ingase ingabonakali uma isimo seyunithi singasebenzi noma imodeli
Uma idivayisi ivaliwe, isibonisi sibonisa ukuthi isithonjana sokucisha asiwusekeli umsebenzi ngokwawo.
imizuzwana ethile. Bese iphenduka ibemnyama ukuze uthole amandla
ukulondoloza.
I-Defrost eyenziwa mathupha: Kwenza i-defrost uma i-evaporator probe ikhona
“Pr3=5” kanye nesimo se-evaporator siyakuvumela. Uma kungekho i-evaporator probe elungiselelwe-
ured the defrost isekelwe isikhathi.
I-INTERFACE YOMSEBENZISI KANYE IMISEBENZI EYINHLOKO EYINHLOKO
Ngokwezinga lokushisa lokushisa : ishintsha izinga lokushisa le-SET libe inani elithi “SET+/-r6” lesikhathi elithi “r7”. Nge-r7=0 umsebenzi uvaliwe. I-defrost ingahlehliswa nge-d4.
I-rH eyengeziwe: ishintsha ukuswakama kwe-SET2 kube inani elithi “h4” ngesikhathi esimisiwe
"h5". Nge-“h5=0” umsebenzi uvaliwe.
Ukonga Amandla : Ukunika amandla umsebenzi wokonga kushintsha i-SET1 ibe
“SET1 + r4 umehluko”. Phinda umsebenzi ukuze ukhubaze umsebenzi.
I-Aux: iyatholakala uma i-auxiliary output ilungiswa njengokulawula okwenziwa ngesandla "u6".
UKHIYE WE-COMMAND LOKUKHANYA
UKUFAKA IZIQINISEKISO
- Ugqinsi lwephaneli kufanele lube phakathi kuka-0.8 no-2.0 mm (1/32 kanye no-1/16 in) - Ukuqinisekisa ukuthi izimo zokusebenza zingaphakathi kwemikhawulo eshiwo KU-TECHNICAL SPECIFI-
Isigaba se-CATIONS. – Ungafaki idivayisi eduze nemithombo yokushisa, okokusebenza okunamandla kazibuthe, ngaphakathi
izindawo ezingaphansi kokukhanya kwelanga, imvula, damp, uthuli oluningi, ukudlidliza kwemishini noma ukushaqeka. – Ngokuhambisana nemithetho yezokuphepha, idivayisi kufanele ifakwe kahle ukuze kuqinisekiswe ukuvikeleka okwanele ekuthinteni izingxenye zikagesi. Zonke izingxenye zokuzivikela kufanele zilungiswe ngendlela yokuthi zidinga usizo lwethuluzi lokuzisusa.
I-LED
NGESIcelo sokupholisa isicelo sokususa umswakama
Abalandeli be-Evaporator bavuliwe
CALIWE i-compressor Vala ifeni ye-Evaporator
Humidify isicelo Humidify edluliselwe
UKUXHUMANA KUKAgesi
QAPHELA - Sebenzisa izintambo zesigaba esanele ukuze uthole ukusebenza kwamanje kuzo. - Ukunciphisa noma yikuphi ukuphazamiseka kwe-electromagnetic xhuma izintambo zamandla kude
ngangokunokwenzeka kusukela kuzintambo zesignali. – Sebenzisa i-TVHTP500 probe, iyunithi ayisekeli umswakama ongu-4..20mA noma ongu-0.10V.
Isicelo se-De-Humidify de-Humidify relay Isicelo sokushisa Ukudlulisa ukushisa De-Humidify Isicelo se-Compressor+heating
I-alamu ye-HACCP HACCP ingeniwe -
Ukonga amandla
-
Isondlo
-
C/F/% Iyunithi yokulinganisa
Umsebenzi wokusiza we-AUX
I-relay eyisiza
Umsizi awusebenzi
Khanyisa ngokhiye
Kucishiwe
I-probe value ngaphezu kwe-sepoint noma ngaphansi kwe-sepoint.
/
Isimo sekhibhodi
Vula Umnyango
Umnyango uvaliwe
Umjikelezo Wokugijima
Awukho umjikelezo osebenzayo
UKUBLINKING – Isikhathi sokulibaziseka kokuvikela – Isikhathi sokulibaziseka se-Defrost – Isikhathi sokulibaziseka se-Evaporator econsisayo
Thinta kanye umyalo wokukhanya UKUVULA noma UKUVALA isibani.
Okukhiphayo ukukhanya kuvula ngokuvula umnyango uma ic1=7/8/9.
UKUSHINTSHA AMASEKO
Kungenzeka ukushintsha amazinga okushisa kanye nokuswakama kwephoyinti ngendlela elandelayo:
1. Phusha ukhiye othi SET, indawo yokubeka izinga lokushisa ivela nenani elincane elitholakalayo kanye nebanga eliphezulu.
Libazisa lapho ususa ukuswakama nge-compressor.
I-alamu entsha ingenile ku-Collegamento remoto
2. Phusha imicibisholo iye phezulu noma phansi ukuze ushintshe inani bese USETHA ukuze uqinisekise;
3. Umswakama SET2 uyavela; 4. Phusha imicibisholo eya phezulu noma phansi ukuze ushintshe inani bese USETHA ukuze uqinisekise
ukuphuma.
UKUPHUMA OKUPHAKATHI: linda imizuzwana emi-5 noma phusha inani esibonisini.
ukuphuma nokukhipha okushintshiwe
Khanyisa emnyango vula I-alamu esebenzayo
9.
AMA-ALAMU
Zonke izehlakalo ze-alamu zikhonjiswa ngokuzungezisa kwemiyalezo ye-alamu emgqeni ongezansi wesibonisi.
UKUTHULISA I-TE BUZZER Ukukhala kwe-alamu kungase kusethwe kabusha ngokuthinta okhiye beMENU/SET.
Ama-alamu enzwa enephutha: uphenyo olungalungile noma uxhumano lwe-probe olungalungile luboniswa ngu-“–.-“. Isithonjana se-alamu kanye nomlayezo we-alamu kuyatholakala emgqeni ongezansi.
Biyela kokubekwe eceleni, omunye umsebenzi uyasebenza.
Amanani azenzakalelayo K1 = 30A noma 16= compressor k2 = 8A= Ukushisisa K3 = 16A= Ukukhanya K4 = 8A= Humidify K5 = 5A= I-Evaporator Fan K6 = 8A= I-Defrost
Pr1= Pr2= Pr3 / ic3 = ic1=
Ikhabhinethi iphenya Umswakamo EVCO probe EVHTP500 Evaporator / Okulungisekayo / Digital okokufaka Isicabha ukushintsha noma okulungisekayo
Imodeli yesiguquli se-EVCO ECTSFB001 230V/12vac 5,6VA (ayifakiwe)
I-EVHTP500 PROBE CONNECTION EVTHP500
Okuphuzi Okuluhlaza Okumhlophe T Brown RH
19 20 21
IZINYATHELO ZOKUXHUMANA KUKAgesi - Uma usebenzisa i-screwdriver kagesi noma i-pneumatic, lungisa i-torque eqinisayo. – Ukuhambisa idivayisi isuka emakhazeni iye ezindaweni ezifudumele, kungase kube nokujiya kwangaphakathi. Linda cishe ihora ngaphambi kokuvula amandla. - Qinisekisa ukuthi umthamo wokunikezelatage, imvamisa kagesi namandla kungaphakathi kwemikhawulo ebekiwe. Bheka ingxenye ethi IMINININGWANE YOBUCHWEPHESHE. – Nqamula ugesi ngaphambi kokwenza noma yiluphi uhlobo lokulungisa. – Ungasebenzisi idivayisi njengedivaysi yokuphepha. - Ukuze ulungise futhi uthole ulwazi olwengeziwe, xhumana nenethiwekhi yokuthengisa ye-EVCO.
Ukuze ushintshe iyunithi phakathi kwamadigri C kanye no-F kuyadingeka ukuhlela kabusha amapharamitha wezinga lokushisa.
6. IMIYALELO EYINGQOKA
Imisebenzi yomyalo obalulekile ingaba ngqo noma ibambezeleke:
I-alamu ye-RTC nokuhluleka kwamandla Uma inikwe amandla ngokuthi “Hr0=1” i-alamu ye-RTC ivela ikhanya ngemva komzuzu. I-alamu yokuphuma emnyama irekhodwa uma iyinde kune > A10.
I-LED MENU
I-AUX
Buyela emuva ngqo kusuka kumenyu
Ibambezelekile: cindezela imizuzwana emi-2
Ukuze ufinyelele imisebenzi ye-MENU - Ulimi - Amapharamitha - I-Probe Value .....
Ivula noma Ivale ngokushesha ukulawulwa kweyunithi, isibonisi siba mnyama ngemuva komzuzu.
Yehlisa inani noma yehlise ukwaziswa ohlwini lwezakhi.
Nyusa inani noma unyuse ukwaziswa ohlwini lwezakhi.
Ukuze ufinyelele imisebenzi ye-AUX
Vula noma Vala mathupha i-relay ephumayo yokukhanya.
UHLU LWAMA-alamu Asebenzayo Wonke ama-alamu asebenzayo nawo afakwe kuhlu lwe-MENU_SERVICE_ALARMS.
UHLU LWELOGU LWE-ALAMAMA YE-HACCP Yonke i-alamu ye-HacCP ifakwe ohlwini lwelogi ye-MENU_SERVICE_HACCP. SETHA KABUSHA Ukusetha kabusha isithonjana se-alamu ecwayizayo faka i-MENU_SERVICE: Setha kabusha imemori yedatha.
10. IMENU – UKULUNGISWA
Thinta i-
ukhiye wemizuzwana emi-2 ukufaka ukucushwa.
SET
Ukushintsha noma ukuqinisekisa iphoyinti lokubeka, Khetha noma uqinisekise isici noma inani.
KHIYA VULA IKHAYIBHADI Ngemva komzuzu ngaphandle kokusebenzisa ikhibhodi ikhiywa ngokuzenzakalelayo .
Ulimi Khetha ulimi lwesixhumi esibonakalayo. Isevisi Ukubonisa Amapharamitha wokumisa, Ama-alamu, Ukusethwa Kabusha kwe-alamu kanye nezibalo. Iwashi lesikhathi sangempela Ukusetha Iwashi uma livuliwe. Itholakala kuphela uma inketho yewashi ikhona.
Cindezela noma yibaphi okhiye imizuzwana emibili ukuze uvule ikhibhodi .
7. IMISEBENZI YE-AUX
Imiyalo yokusiza yomsebenzisi iyatholakala ngokuthinta ukhiye we-AUX:
ULIMI
Ukuze ukhethe ulimi lokusebenza. Izilimi eziyisisekelo I-GB
okunye kuye ngezibuyekezo zenguqulo (NA).
MENU_SERVICE ukuze ulungiselele i-I/O, amanani okufunda nokugcinwa.
4. UKUPHATHA OKOKUQALA
EVCO SpA | EVJ506 | Ishidi leziyalezo ver. 1.0 | Ikhodi 104J506E103 | Ikhasi 2 kwangu-4 | LC 36/18
I-MODULATION YOKUSHISA
I-compressor encane ethi "C3" ngesikhathi sokusebenza idlula i-thermoregula-
Okuphumayo kokushisisa kungashintshwa ngokuthi “r13″ ngokusetha isikhawu somjikelezo wemisebenzi ngisho nangaphandle kwezinga lokushisa noma ibhande lomswakamo kuze kuphele isikhathi. phakathi kuka-10 no-60”. Inani elithi “r13=60” (okuzenzakalelayo) lisho ukuthi i-relay yokushisisa i-PROBE SAFETY: uma kwenzeka isigameko sokuxhunywa kophenyo okuyiphutha noma okungalungile, i-dis-
ihlala ivuliwe uma isicelo sokushisisa sisebenza.
imidlalo yokudlala "-.-". I-compressor ilandela u-"C4" (off) & "C5" (on) isikhathi sokungena
Qaphela ukuthi ukukhulisa imvamisa yokushintsha kwe-relay kungase kwethule amaminithi. ubude bokuxhumana besikhathi eside mayelana.
Ngenxa yezizathu zokuphepha izinga lokushisa lokumisa ifeni elithi “F1” kufanele libekwe phezulu kakhulu
IZINTO ZEMENU YESERVISI
gwema ukumisa isiphephetha-moya ngesikhathi sokushisisa.
IFAN YOKUFINYELELA KANYE NE-CONNDENATION (okuzenzakalelayo: izomiswa) Ifeni ejiyayo ilandela umminyanisi osesimweni uma kungekho uphenyo olujiyayo olu- condensing
Amapharamitha Inani langaphakathi Ama-alamu Setha kabusha inkumbulo yedatha Amapharamitha Buyisela
Ukufinyelela nokumisa amapharamitha Ukukhombisa amanani we-I/O. Ukukhombisa uhlu lwama-alamu asebenzayo Hlela kabusha i-alamu (ikhodi 149) Layisha kabusha imephu yepharamitha yasekuqaleni. QAPHELA (*)
VULA UMNYANGO Umthetho ungamiswa kuye ngokuthi "ic1" umsebenzi wokufakwayo wedijithali. Umthetho ungaqalwa kabusha ngokuphoqa isilungiselelo sesikhathi esithi “i3”.
cabanga. Ngokuvumela i-condensing probe Pr3=1 izilawuli ezilandelayo ziyatholakala: “Fc1+Fc2” Umkhawulo wezinga lokushisa ukuze uvule ifeni ye-condenser; I-condenser fan ye-"Fc1" ngaphandle komkhawulo wezinga lokushisa; I-condenser fan ye-"Fc3" ivaliwe ngemuva kokuvalwa kwe-compressor;
Haccp
Bonisa Ilogi ye-HACCP kusukela ku-Alamu Yokusetha Kabusha.
Umthethonqubo womswakamo SET2
I-Humidity ilawulwa ngokuyisisekelo ngama-algorithms alandelayo:
I-ALARM YE-CONNDENSER
(*) ukulungiselelwa ngokwezifiso kungahluka kumanani azenzakalelayo. Ngokuphinda-
ukulayisha amanani asekuqaleni, imithwalo exhunywe emiphumeleni edluliswayo ingaba yingozi-
(2).
ubudala noma ukwenza ngokungalungile uma kungahambisani.
Umkhawulo othi “C6” wokujiya okuphezulu lapho uyingozi ku-compressor;
i-de-humidify ilawulwa phakathi kuka-“SET2+rd0=On” (1) kanye no-“SET2=Valiwe””C7” i-threshold ye-alamu ejiya kakhulu emisa i-compressor ngemva kwe-“C8”
ukubambezeleka kwesikhathi ngamaminithi. Ukusethwa kabusha mathupha kokuphakelwa kukagesi kucelwa ukuthi kuphinde-
i-humidify ilawulwa phakathi kwe-“SET2-rh0=Vuliwe” (3) kanye ne-“SET2=Valiwe” (4).
qala izilawuli.
IWASHI LESIKHATHI SAngempela Imisebenzi yewashi lesikhathi sangempela iyatholakala uma inikezwe ebhodini noma ixhunywe nezixhumi ezibonakalayo EVIF23TSX noma EVIF25TBX (Evlink), Faka le menyu ukuze usethe iwashi. Umsebenzi ohlobene newashi:
Faka imenyu yewashi bese: cindezela okuthi SET futhi ushintshe inani lonyaka YY; phusha i-SET futhi ushintshe inani lenyanga MM; cindezela i-SET futhi ushintshe inani losuku DD; cindezela i-SET futhi ushintshe inani lehora; phusha i-SET futhi ushintshe inani lamaminithi;
PHUMA kumenyu nge
INDAWO ENGAPHAKATHI iyatholakala ngokusetha u-“rh1” wenqubo ye-humidify kanye ne-“rd1” yenqubo yokususa umswakamo.
Imisebenzi yokulawula iyatholakala ngomsebenzi wewashi: – ukuncibilika kwansuku zonke: Hd1..Hd6. – nsuku zonke Ukonga Amandla: H01..H02
UKUHANJISELWA
I-defrost control yenziwa ngemva kwesikhathi esithi “d0” uma>0 futhi ingakhethwa phakathi kwemodi elandelayo ethi “d1”: 0=iheater kagesi, 1= igesi eshisayo, 2=stop compressor. TEMPERATURE THRESHOLD inqunywa ngokuthi “d2” futhi itholakala kuphela uma i-evaporator probe ivuliwe “Pr3=5”. MAXIMUM DURATION kunqunywa isikhawu sesikhathi “d3” ngamaminithi. I-DEFROST AMANDLA IVULIWE kunqunywa ipharamitha “d4”: 0 = cha , 1 = post overcooling, 2=power-on & post-overcooling. I-DEFROST DELAY: “d5” emaminithini alandela ukukhetha kuka-“d4”. ISIBONISO SIKHIYIWE ku-DEFROST sisebenzisa okuthi “d11”: 0=akukhiyiwe, 1= kukhiyiwe. ISIMO SECOMPRESSOR PRE DEFROST isikhathi sokugcina i-compressor ivuliwe ngaphambi kokuqedwa kwegesi eshisayo: 0=akukho amandla, d15>0 ivuliwe.
11. AMAPARAMETHA NAMAPHASIWEDI
FAKA: Phusha ukhiye weMENU imizuzwana emi-2;
I-RTC DEFROST Uma umsebenzi wewashi utholakala, umsebenzisi angasetha ama-defrosts angu-6 nsuku zonke aqala kumingcele ye-“hd1..hd6 > 0”. Umsebenzi uzimele kunoma imiphi eminye imisebenzi esuselwe kusikhathi seyunithi. I-Defrost setha kabusha ukubala kuka-"d0".
I-DEFROST OUTPUT NJENGOKUSHISA UMSEBENZI WOKUSHISA / DE-HUMIDIFY Ukusetha okuthi “rd5=1” kungenzeka ukusebenzisa okukhiphayo kwe-defrost njengenye into yokushisisa ireyi yokushisisa uma ingekho.
IPHASWEDI
Faka igama-mfihlo usebenzisa imicibisholo eqonde phezulu noma phansi, umbala wangemuva wephasi uphenduka ube luhlaza, cindezela okuthi SET ukuze uqinisekise: inani lephasiwedi elihambisana “PS1=1” ukuze ufake imingcele yeleveli 1.
inombolo yephasiwedi ehambelana ne-“PAS=-19” ukuze ufake wonke amapharamitha.
12. UMTHETHO
Ukulawulwa kwezinga lokushisa Indawo yokubeka izinga lokushisa ingasethwa phakathi kwemikhawulo emizuzwini “r1” kanye nobukhulu “r2”. Izinga lokushisa lilawulwa ngokuphuma okulandelayo:
Ukupholisa phakathi kuka-“SET+r0= on” (1) kanye nokuthi “SET=off” (2). Ukushisa phakathi kwe-“SET-r12= on” (3) kanye ne-“SET=Off” (4).
UKULAWULWA KWETEMPEPHU ENENDAWO EYI-NEUTRAL Itholakala ngokusetha okuthi “r11<>0” inani lifakwa phakathi kwe-SET kanye nokwehluka:
Umthetho wokupholisa othi “SET+r11+r0= on” (1) kanye “SET+r11=off” (2). Umthetho wokushisisa “SET-r11-r12” = on (3) kanye “SET-r11” = VALIWE (2).
Ukulawulwa kwe-OPEN DOOR kumisiwe kuye ngomsebenzi wokufaka wedijithali othi “ic1”. Ukulawulwa kokupholisa kungaqalwa kabusha ngokuphoqelela ipharamitha yesikhathi “i3”.
HUMIDIFY NGE-COMPRESSOR (defult rd4=1) Ukusetha okuthi “rd4=0” umsebenzi kuvaliwe, kuyilapho kusethwa amanani alandelayo: “rd4=1” ukuze kusetshenziswe i-compressor emsebenzini wokususa umswakama. “rd4=2” ukuze usebenzise i-compressor+heating emsebenzini wokukhipha umswakama.
13. OKUTHUTHUMELA IFAN
Ifeni ehwamukayo ilandela ipharamitha ethi “F0”. okuzenzakalelayo=1
ISIMO SOMFANSI Ipharamitha ethi “F0” ivumela ukuziphatha okulandelayo: 0= “Abalandeli bavuliwe ngomthethonqubo uvuliwe” (okuhloswe ngawo ukuminyanisa, ukufudumeza, ukunyakazisa, ukususa umswakama). F0=0 futhi ivumela ukulawula imijikelezo yabalandeli (*); 1= IVULIWE Njalo, (okuzenzakalelayo), 2= VULIWE ngomthetho IVULIWE, 3= Nge-threshold yezinga lokushisa F1, uma i-evaporator probe inikwe amandla “Pr3=5”. 4= VULIWE ngomthetho Uvuliwe kanye nomkhawulo F1, uma i-evaporator probe inikwe amandla “Pr3=5”.
Kunconywa ukusebenzisa amanani "F0= 3 noma 4" kuphela ngaphandle kwezinto zokushisisa. Ngesizathu sokuphepha izinga lokushisa lokumisa ifeni elithi “F1” kufanele limiswe ngobuhlakani ukugwema ukumisa ifeni ngesikhathi sokushisisa.
EZINYE IZILUNGISELELO
I-FAN TEMPERATURE THRESHOLD “F1” yokukhiya izinga lokushisa eliphezulu uma i-“Pr3=5” Ukusebenza ngezinto zokushisisa F1 kumelwe kumiswe amanani aphezulu ukuze kugwenywe ukucisha ifeni. PHUMELA ngemodi yabalandeli ethi “F2” ukuze unqume isimo sabalandeli. UKUTHWALA ngo-“F3” ukuze kunqunywe isikhathi sokuma kwefeni ngemuva kokumiswa kwesithwathwa.
Uc()=14 umsebenzi othi “evaporator fan 2” awutholakali kule modeli.
14. ABALANDELI BAJIKE F0=0 (*)
Ngokusebenzisa okuthi “F0=0” isiphephethasi se-evaporator singalandela imijikelezo yokuvala kuye ngomsebenzi osebenzayo: 1) uma zingekho izicelo zezinga lokushisa noma zomswakama: F11_on e F12_off; 2) uma kunesicelo sokususa umswakama nge-compressor futhi i-De-humidify relay ayilungiselelwe: rd2_On time – rd3_Off time; 3) uma kunesicelo somswakama futhi kungekho Humidify relay emisiwe: rh2_On time – rh3_Off time;
IZIMALI ZENZAKALO: amanani alandelayo avumela ukusebenzisa umsebenzi ovamile, amanani_abalandeli kufanele abe >0 futhi amanani e-Fan_Off kufanele alingane no-0: “F11, rd2 kanye no-rh2 = 60” “F12, rd3 kanye no-rh3 = 0” uma kukhona isicelo somthetho abalandeli bavula noma baqhubeke. UKUZE USEBENZISE UMJIKELELE: Ngokusetha okuthi “F12, rd3 kanye no-rh3>0” umsebenzi wokugibela amabhayisikili wabalandeli uyaqaliswa uma iceliwe.
I-AUXILIARY RELAY (inani elizenzakalelayo: lizolungiselelwa) Uma licutshungulwa ngo-“uc ()=15” isidluliseli esisizayo sisebenza ngokulandelayo:
i-on-off relay esekelwe ekufundweni kophenyo lwekhabhinethi uma kungekho uphenyo oluyisizayo olumisiwe;
i-on-off relay esekelwe ekufundeni okuyisizayo kophenyo uma Pr3=4; Ukuvala ukusebenza ngesandla ngokhiye we-AUX.
Ngemuva kokusetha i-relay ephumayo, lungiselela ukulawulwa njengokulandelayo: "u6" Umthetho wokushisa (0), ukulawulwa kokupholisa (1), imanuwali ngokhiye we-AUX (2). “u7” Setha izinga lokushisa ukuze uvale okukhiphayo uma “u6=0 noma 1”. “u8” Umehluko wezinga lokushisa elithi “u7” ukuze uvule okukhiphayo uma “u6=0 noma 1”.
Ngephutha lophenyo i-relay ivuliwe.
UMSEBENZI WOKUSEBENZA KWE-AUX Ngokusetha u-“u6=2” i-relay eyisizayo ingavulwa noma ivalwe ukungena kumenyu ye-AUX nokukhetha umsebenzi we-AUX.
16. OKUFAKAYO KWEDIDIJHI 1 UKULUNGISWA
Okokufaka kwedijithali 1 kungalungiselelwa kupharamitha ye-“ic1”, ukushintsha okuzenzakalelayo komnyango
(7):
0= Ikhutshaziwe,
1= Ukonga Amandla;
2= I-alamu Multifunction;
Ukusayina kuphela
3= Igodliwe;
4= Ukuvula kude;
Iyavala futhi Ivule iyunithi.
5= Iswishi eshisayo;
"i8" imicimbi , isikhawu "i7". uma “i8″=0 ukusetha kabusha okuzenzakalelayo
6= Igodliwe;
7= Umnyango uvula 1 :
I-Compressor neFan icishiwe, Khanyisa;
8= Umnyango uvula 2 :
I-Compressor icishiwe, i-Fan kanye nokukhanya kuvuliwe;
9= Umnyango uvula 3 :
Khanyisa;
I-polarity yokokufaka inqunywa “i-iP1”: 0= umsebenzi osebenzayo ngothintwayo ovaliwe ; 1= umsebenzi osebenzayo ngoxhumene naye ovulekile.
VULA UMNYANGO (inani elizenzakalelayo: ic1=7) Ukulawula kumisiwe kuyilapho i-compressor ingakwazi ukulandela izilungiselelo ze-“i3”: “i3=-1” i-compressor ilandela isimiso sayo; I-compressor ethi “i3=0” iyacima; I-“i3>0” i-compressor iyacisha, izoqala kabusha ngemva kwalokhu kubambezeleka emaminithini.
17. OKUFAKAYO 3
Ngokukhetha ipharamitha "Pr3" imisebenzi elandelayo iyatholakala:
0 = Okokufaka kwedijithali
(ukulungiswa nge-ic3)
1 = I-Condenser probe
(i-condenser fan nama-alamu)
2 = Uphenyo olunzulu
(bonisa kuphela)
3 = I-probe yomoya yangaphandle 4 = I-Axiliary probe
(ukubonisa kuphela) (umthethonqubo u6,u7,u8)
5= I-Defrost probe 2
(i-defrost control)
UKULUNGISWA KWE-PRESURE SHINTCH Ngokukhetha ipharamitha “Pr3=0” ungakwazi ukulungisa nomsebenzi wokufakwayo kwedijithali ngepharamitha ye-“iC3”: 0 ivaliwe e 1=iswishi yokucindezela (bona ama-alamu).
uma okuthi “r11<0” indawo emaphakathi itholakala kuphela ekushisiseni uhlangothi 3-4.
UKUMISA UBUMNANDI NGESIKHATHI NOMSEBENZI
18. UKULUNGISWA KWE-RELAY OUTPURATION
Ukusetha okuthi “F11 =0, rd2 =0 noma rh2 =0” okokukhiphayo kwefeni kuvaliwe isikhathi eside
umsebenzi oceliwe. Umsebenzi awufanelekile ngezinto zokushisa
ku.
UMSEBENZISI UCHWEPHESHE KUPHELA
UKULAWULWA KWETEMPERATU KANYE NE-HUMIDIFY NGE-COMPRESSOR
Imisebenzi edluliselwe iyalungiseka ngokusebenzisa uc1..6 amapharamitha ahambisana ne
Ngokusetha i-“rd4=1” umsebenzi wokukhipha umswakamo nge-compressor unikwe amandla, kuyilapho QAPHELA ukuthi inani elandayo lokushintsha kwesidluliseli kwabalandeli lingase libangele ukuphuma kwe-K1..K6. Ukucushwa okuzenzakalelayo:
ukusetha "rd4=2" umsebenzi ofanayo wenziwa ngokuvula futhi Ukushisa okuthintana naye kwe-relay yesikhathi eside. Kunconywa ukulinganisa umthwalo (ukushisa- 0 = Okungasetshenzisiwe
vula nge-Compressor.
ukupholisa) kanye nesikhathi sokushintsha ukuze kulondolozwe ukudluliselwa.
1 = Umidify (rh)
K4
2 = De-Umidify (drh)
(umsebenzi wenziwa yi-compressor)
IXESHA LOKUQALA ELIQALA NGAPHEZU KWE-DE-HUMIDIFY nge-compressor uma “rd4>0”. 15. EMINYE UMTHETHO
Ipharamitha ye-“r14” ingahlelwa njengokubalulekile okulandelayo:
3 = I-alamu
4 = I-Compressor
K1
0 = Izinga lokushisa kanye nomswakama zizimele futhi zilandela izicelo zabo.
5 = Ukushisisa
K2
1 = Ukushisa: uma izinga lokushisa likhuphuka, i-de-humidify iyamiswa.
COMPRESSOR PROTECTION (inani elizenzakalelayo: C2=3 amaminithi)
6 = I-condenser fan
2 = Ukushisa-Kupholile: uma izinga lokushisa likhukhuleka liye phezulu noma phansi, i-de-humidify i-sus-
7 = Isimo sedivayisi sivuliwe noma sivaliwe,
kumisiwe.
Amandla avuliwe: isiqalo sokuqala se-compressor singabambezeleka ngamaminithi angu-“C0”.
8 = Ukushintsha komoya
3 = Kuyaphola: uma izinga lokushisa liyehla, i-de-humidify iyamiswa.
UKUVIKELA: ngesikhathi somthethonqubo ojwayelekile "C2" igcina i-compressor icishiwe ku-9 = Light
K3
isikhathi esimiswe ngamaminithi, kuyilapho i-“C3” igcina i-compressor ivuliwe isikhathi esincane ku-10 = Compressor 2
imizuzwana.
11 = I-Evaporator fan
K5
EVCO SpA | EVJ506 | Ishidi leziyalezo ver. 1.0 | Ikhodi 104J506E103 | Ikhasi 3 kwangu-4 | LC 36/18
12 = I-Defrost 13 = Igodliwe 14 = I-Evaporator fan 2
I-K6 (Ifeni enesivinini esiphansi)
Isigaba sokumelana nokushisa nomlilo:
D.
Ubukhulu:
15 = AUX
(Isilekeleli esingu-u6,7,8)
111,4 x 76,4 x 48,0 mm
(4 3/8 x 3 x 1 15/16in)
Pbu
2
I-Buzzer inikwe amandla i-alamu nokhiye
BONKE UHLU LWE-PARAMETER PAS
Inqubo yokulayisha kabusha yemephu ezenzakalelayo itholakala kuphela ekucushweni okuzenzakalelayo kokuthi “MENU_SERVICE_ Parameters Restore” futhi kufanele kwenziwe ukunqamula imithwalo. Qaphela ukuze uqinisekise ngokunembile imisebenzi ehlobene nokuphumayo kwe-relay, amaphutha okulungiselela angase enze imithwalo engadingeki isebenze.
Izindlela zokukhweza:
Idigri yephaneli yangaphambili yokuvikela: Izixhumanisi:
iphaneli enama-flaps okunwebekayo okunwebekayo noma i-backpanel ene-double stick tape
IP65
19. AMAKHALA
isikulufu isixhumi sezintambo phezulu Amatheminali akhiphekayo ngokuphinda-
I-TTL Picoblade.
ku-2,5 mm².
ibanga 2,5 mm²;
Ama-alamu aboniswa emgqeni ongezansi wesibonisi
Ubude obukhulu bekhebuli yokuxhuma:
I-PROBE FAILURE: izinkinga ezijwayelekile: inzwa evulekile noma efushane, uhlobo lwenzwa olungalungile noma uxhumano olubi. "Ukwehluleka kwe-Probe 1" Ukuhluleka kwe-regulation probe, ukulawulwa kokushisisa kumisiwe, ukulawulwa kokupholisa kulandela imijikelezo yokuvala i-C4-C5 ngamaminithi.
ukunikezwa kwamandla: 10 m (32,8 ft) okokufaka kwe-digita: 10 m (32,8 ft) Izinga lokushisa elisebenzayo:
“Ukwehluleka kwe-Probe 2” Ukwehluleka kwe-humidity probe, umswakama kanye nokulawulwa komswakama- Izinga lokushisa lesitoreji:
ama-tions amisiwe. Ukubambezeleka kwesikhathi kokuyibhala kungasethwa kusetshenziswa okuthi “AH7”.
Umswakama osebenzayo:
"Ukuhluleka kwe-Probe 3" ukwehluleka kwe-3d kophenyo. Uma usebenza njenge-evaporator defrost
kwakhiwa ngesikhathi “d3”, uma isebenza njenge-condenser probe fan ye-condenser ilandela i-compressor, uma isebenza njengesisizi i-AUX relay iyacima.
Isimo sokungcoliswa kwedivayisi yokulawula:
okokufaka kwe-analog: 10 m (32,8 ft) okuphumayo kwedijithali: 10 m (32,8 ft). -5 .. 55 °C (32..131 °F). -10 .. 70 °C ( -13 .. 158 °F).
kusuka ku-10 kuye ku-90% ayinciphisi.
2.
AMA-ALAMU WETEMPERATURE “ITEMPERATURE ELIPHANSI” ebeka umkhawulo othi “A1”. Ukuze ulungiselele i-alamu: “A2” 0= ivaliwe, 1=ihlobene ne-SET, 3=inani eliphelele.
I-“HIGH TEMPERATURE” isetha umkhawulo othi “A4”. Ukumisa i-alamu: “A5” 0= ivaliwe, 1=ihlobene ne-SET, 3=inani eliphelele.
Ukuvumelana:
I-RoHS 2011/65/CE EN 60730-1
I-WEEE 2012/19/EU IEC 60730-1
REACH n. 1907/2006
Ukunikezwa kwamandla kagesi:
12vac/dc (±10%), 50/60Hz(±3 Hz), 10 VA max
Izindlela ze-Earthing zedivayisi yokulawula
Lutho.
(CE)
UKUBAMBEZELEKA KWE-ALARM YE-TEMPERATURE Ngemva kokukhanyisa ngamaminithi “A6”. Ngesikhathi sokulawulwa okuvamile nge-A7 ngemizuzu. Ngemva kokuncibilika nge-“A8” ngemizuzu. Ngemva kokuvala umnyango ngo-“A9” ngemizuzu.
AMA-ALAMU OKUMSUKA “I-ALARM YOMVUMO ONGAPHANSI” isetha i-AH1 ehlobene ne-SET2. I-“HIGH HUMIDIY ALARM” imisa isihlobo se-AH1 ku-SET2.
I-alamu yokuswakama ibambezeleka “AH7” ngemizuzu nangemva kokukhanyisa ngamaminithi “A6”.
UKWEHLULEKA KWAMANDLA Kuphawulwa ngemva kokuhluleka kwamandla okude kuno-“A10” ngemizuzu.
rated impulse-withstand voltage: Over-voltagisigaba se-e: Isakhiwo sekilasi le-Sftware: Iwashi lesikhathi sangempela: Iwashi lokuhamba: Ukuzimela kwebhethri lewashi kumnyama: Isikhathi sokushaja ibhethri lewashi:
Okokufaka kwe-Analogue:
Okokufaka kwedijithali:
4 kv.
III A. Ibhethri ye-lithium ehlanganisiwe 60 s/ngenyanga a 25 °C (77 °F). > Izinyanga eziyisi-6 25 °C (77 °F).
24 h (kunikezwe kusuka kudivayisi). 2 yenzwa ye-PTC noma ye-NTC (ikhabhinethi nophenyo olusizayo*). Umswakama ongu-1 we-Evco probe EVHTP500 1 olungisekayo
UKWEHLULEKA KWEWASHI LE-RTC Livela Uma iwashi linikwe amandla okuthi “Hr0=1” futhi amamojula angaphandle EVIF23TSX noma EVLINK ayakhishwa noma uma kwenzeka kuba nebhethri eliphansi noma ukwehluleka kwebhethri.
Okunye okokufaka: Okukhiphayo kwedijithali:
* I-probe eyisiza elungisekayo noma inkinobho yokucindezela. 6 ukudluliselwa kwe-electromechanical okulungisekayo:
UMNYANGO VULA I-ALMU
(K1) I-Compressor:
Kwenzeka lapho okokufaka kwedijithali okuthi “ic1 = 7/8/9” kusebenza ngemva kokubambezeleka kwe-“i2” eku(K2) Ukushisa: amaminithi. Nge-“iP1=0” esebenzayo lapho oxhumana naye evaliwe, i-“iP1=1” iyasebenza lapho othintwayo
ivuliwe. Ukusetha okuthi “i2=-1” i-alamu kuvaliwe, futhi “i2=0” i-alamu iqala uma
umnyango uvuliwe.
(K3) Ukukhanya:
SPST 30 A res. @ 250 VAC SPDT 8 A res. @ 250 VAC; I-SPST 16A kabusha. @ 250 VAC
I-ALAM YOBUNINGI Kwenzeka uma okokufaka kwedijithali kusethwe njenge-“iC1=2” kusebenza. Nge-“iP1=0” esebenzayo lapho oxhumana naye evaliwe, i-“iP1=1” iyasebenza lapho oxhumana naye evuliwe. Umthetho awushintshiwe.
(K4) Huidify: (K5) I-Evaporator fan (K6) defrost
Thayipha1 noma thayipha isenzo sesi-2
UKUSHINTSHWA KWE-THERMAL 1 ALARM Kwenzeka uma okokufaka kwedijithali “iC1=5” kusebenza. Nge-“iP1=0” esebenzayo lapho oxhumana naye evaliwe, i-“iP1=1” iyasebenza lapho oxhumana naye evuliwe.
Izici ze-Addition ze-Type1 noma thayipha isenzo sesi-2 sokuboniswa:
Umthethonqubo umisiwe futhi uqala kabusha lapho i-alamu inyamalala. Ukuqala i-Buzzer: kusukela kumcimbi wokuqala ngqa, iyunithi ibala izehlakalo ze-alamu "i8" ngesikhathi se-"i7". Uma inombolo yemicimbi isifinyelelwe i-alamu kufanele ibe imbobo yokuxhumana kabusha:
setha. Ukusetha okuthi “i8=0 i-alamu kuhlale kuzenzakalela, nge-“i8=1” i-alamu i-al-
izindlela manual.
SPST 8 A res. @ 250 VAC;
SPST 5 A res. @ 250 VAC;
I-SPDT 8 A res. @ 250 VAC; Thayipha 1. C. TFT 2,8 amayintshi, imibala engu-16, 320 x 240 pixel. abagibele. I-TTL picoblade yokhiye wepharamitha noma isiguquli se-RS485 MODBUS (okuhlukile kune-BLE)
I-ALARM YOKUSHINTSHA IMICINDEZELO
23. UKHIYE WE-PARAMETER
UMA i-“Ip3=0”, yenzeka lapho okokufaka kwedijithali kusethwe njenge-“iC3=1” kusebenza. WitUh cula ukhiye we-EVJKEY landela lezi zinyathelo:
I-“iP3=0” iyasebenza uma othintana naye evaliwe, i-“iP1=3” iyasebenza uma othintana naye evuliwe.
1. Ukunikezwa kwamandla kuvaliwe;
Umthethonqubo umisiwe futhi uqala kabusha lapho i-alamu inyamalala. Iyaqala
2. LAYISHA ukusuka ku-REGULATOR ukuya ku-EVJKEY: faka ikhebula ku-TTL futhi
kusukela kumcimbi wokuqala ngqa, iyunithi ibala inani lezehlakalo ze-alamu "i8" ngesikhathi sekhefu "i6". Lapho inani lemicimbi lifinyelelwa i-alamu kufanele ibe
i-EVJKEY dip-switches 1-2-3 isethwe ukuthi IVALIWE. noma
setha kabusha ngesandla. Ukusetha okuthi “i8=0 i-alamu kuhlale kuzenzakalela, nge-“i8=1” the
LANDA
ukusuka ku-EVJKEY ukuya ku-REGULATOR: faka ikhebula
i-alamu ihlezi isenziwa ngesandla. Uma ubude be-alamu bulingana no-“i6” isibali se-alamu
ku-TTL kanye ne-EVJKEY dip-swishi 1-2-3 isethwe kokuthi ON.
angandi.
3. VULA AMANDLA
I-CONNDENSER ISHISA KAKHULU Ukusetha i-condenser probe “Pr3=1” kanye nomkhawulo wezinga lokushisa “C6” iyunithi ibonisa i-alamu ye-condenser ngokushesha nje lapho izinga lokushisa likhuphuka ngaphezu kuka-“C6”.
amasekhondi athile amaledi amabili ayacwayiza ndawonye, ngesikhathi sokudlulisa idatha “okuholwa kokuxhumana” kuyacwayiza: DATA TRANSFER KULUNGILE “iledi yokuxhumana” ivuliwe. UKUDLULISELA IDATHA KULUNGILE "okuholwa ngephutha" kuvuliwe.
I-COMPRESSOR IVIMBIWE ngokujiya okuphezulu
Ukusetha i-condenser probe "Pr3=1" kanye nomkhawulo wezinga lokushisa "C7" iyunithi ibonisa i-alamu ye-condenser lapho izinga lokushisa likhuphuka ngaphezu kuka-"C7" ngesikhathi esithi "C8". Ukulawulwa kwe-Compressor kukhiyiwe. Ukusetha kabusha mathupha kuyadingeka ngokucisha kanye neyunithi.
20. I-EVCONNECT EVLINK ne-MODBUS nge-RS485
Imisebenzi yokuxhumana ingaphandle kokubilisa: ukuba khona kwe-EVLINK eshumekiwe noma ekude (isb. EVIF25TBX) ivimbela umsebenzisi ukuthi axhume i-serial interface ye-RS485 EVIF22TSX o EVIF23TSX futhi ngokuphambene nalokho.
Amapharamitha ahilelekile:
I-Hr0 inika amandla umsebenzi wewashi 0=cha 1=Yebo. Ukuxhuma i-EVLINK “Hr0” kuwu-
inikwe amandla ngokuzenzakalelayo bese kuvela i-alamu ethi "rtc". Uma i-EVLINK isusiwe noma
yehluleka i-alamu ye-RTC iyavela.
Ukufaka i-EVIF23TSX ipharamitha ye-Hr0 kufanele isethwe mathupha.
BLE= vula i-EVLINK. I-BLE=1 kanye ne-LA=247 ukuxhumana kwe-EVLINK kunikwe amandla
ngenkathi ukuxhumana kwe-modbus kuvaliwe. BLE=0 izixhumanisi ze-serial
I-EVIF22/23TSX ye-RS485 kanye nokuxhumana kwe-MODBUS kungasebenza.
PA1= 824 ukufinyelela kwephasiwedi yesevisi kusuka ku-EVCONNECT APP.
PA2= 642 ukufinyelela iphasiwedi yomsebenzisi kusukela EVCONNECT APP. Ivumela ukusetshenziswa kwe
I-EVCONNECT APP kumodi yomsebenzisi, ushintsho lwepharamitha nge-APP alutholakali.
24.
AMA-PARAMETER
21. IPHASWEDI YASEKHAYA YE-PARAMETER
Ukufinyelela amapharamitha ngephasiwedi yasendaweni ngekhibhodi: PAS=-19 iphasiwedi yesevisi yawo wonke amapharamitha; PS1= 1 iphasiwedi yokufinyelela ipharamitha yeleveli 1.
22. IDATHA YOBUCHWEPHESHE
Inhloso yedivayisi yokulawula: Ukwakhiwa kwedivayisi yesilawuli:
Icala:
isilawuli somsebenzi. idivaysi kagesi eyakhelwe ngaphakathi. Plastic Self ukuzicisha noma Open uhlaka.
IZINGA 1 AMAPHAKAMITHA iphasiwedi PS1=1
CA1 CA2 r0 r12 rd0 rh0 d0 d2 d3 PLi
0.0 0.0 2.0 -2.0 3.0 -3.0 amahora angu-0 8 30 iminithi 1
I-Probe 1 Calibration Probe 2 Ukulinganisa Ukulinganisa Okushisisayo Ukwehluka kokupholisa I-De-humidify differentiH Hlulisa umehluko phakathi kwesikhawu sokuncibilika Qeda izinga lokushisa lokuqhafaza Ubude besikhathi sokuncibilika Ukucushwa kokhiye wokukhanya kokubekwe eceleni
N. PAR.
SET SET2
N. PAR.
1
I-CA1
2
I-CA2
3
I-CA3
4
P0
5
P1
6
P2
7
I-Pr3
8
P5
9
P6
10
P8
11
P9
N. PAR.
12
r0
13
r1
14
r2
15
r4
16
r5
17
r6
18
r7
19 r11
20
r12
21
r13
22
r14
N. PAR. 23
h1
24 h2
25
h4
26
h5
N. PAR.
27
ngi rd0
28
ngi rd1
28
ngi rd2
30
ngi rd3
31
ngi rd4
32
ngi rd5
N. PAR.
33
rh0
34
rh1
35
rh2
36
rh3
N. PAR.
37
C0
38
C2
39
C3
40
C4
41
C5
42
C6
43
C7
44
C8
45
C10
46
C11
N. PAR.
47
d0
48
d1
49
d2
I-DEF. nv nv
I-DEF. 0 0 0 1 1 0
5
I-SETPOINT yakha ifomu lekhibhodi yekhibhodi OKUFAKAYO kwe-Ambient probe offset Humidity Probe Offset Auxiliary Probe Offset Probe Uhlobo Nika amandla i-°C Iphoyinti Ledesimali Leyunithi Yezinga Lokukala
Ukucushwa kwe-Probe 3
MIN… MAX. (°c)
r1..r2 h1..h2 MIN… MAX. -25..+25 ° C/F
-25..+25 %rH
-25..+25 °C/F
0=ptc 1=ntc
0=cha 1=yebo 0 = Celsius 1 = Fahrenheit 0 = I-Digital input 1 = I-Condenser Probe 2 = I-Core Probe 3 = Umoya Wangaphandle 4 = I-Axiliary Probe 5 = I-Defrost 2 Probe
1
2 5 5 DEF. 2 0 50 0 0 0 0 0
-2 60
2 DEF.
Inani elibonisiwe (uhlangothi lwesobunxele) Ukusetha okuthi 0 isibonisi sivaliwe.
Inani Libonisiwe 2 (uhlangothi lwesokudla). Ukusetha okuthi 0 isibonisi sivaliwe
0 = Akukho 1 = Okokufaka 1 2 = Okokufaka 2 3 = Okokufaka 3 4 = Iphoyinti 1 (T)
5 = Iphoyinti 2 (rH)
Bonisa Isikhathi Sokuvuselela ukuze ukhuphule/unciphise idijithi.
0..255 1/10 dec s
Bonisa 2 Isikhathi Sokuvuselela ukuze wandise/unciphise idijithi.
0..255 1/10 dec s
TEMPERATURE
Setpoint Ukupholisa Umehluko. (SET+r0) (SET+r11+r0 uma indawo engathathi hlangothi)
Ubuncane be-Setpoint Temp
MIN… MAX. 0,1..15 °C/F -30.. r2 °C/F
Ubukhulu be-Setpoint Temp
r1.. +99 °C/F
I-Setpoint Offset Ekongeni Amandla
0..99 °C/F
Khubaza i-Hymidity regulation ngesikhathi se-Over Temp
0=cha 1 =Yebo
Chaza inani lezinga lokushisa elithi “SET +/- r6” -40..+99 °C/F ku-Over Temp
Ubude besikhathi se-OverTemp
0..240 imiz
I-Neutral Zone Value. Nge
r11>0 inani liyasebenza kokuthi
ukufudumeza noma ukupholisa.
-10..+10 ° C/F
Ngo-r11<0 inani lithi ac-
tive kuphela ngomsebenzi wokushisa.
I-Setpoint Heating Differential
(SET-r12)
-25..-0,1 ° C/F
(SET-r11-r12 uma indawo engathathi hlangothi).
Umjikelezo Wemisebenzi Yokushisa. “r13=60″ = ivuliwe njalo, 0= Cishiwe.
0..60”s
Ukulawula Okubalulekile Kwezinga Lokushisa: uma >0 iyunithi ima ukukhipha umswakama (nge-compressor) ukulungisa izinga lokushisa kuqala.
0 = Ikhubazekile 1 = Ukushisa (uma i-T° iphakama) 2 = Ukushisa/Ukuphola
3 = Ukupholisa (uma u-T° wehla)
UKUTHUMEKA
MIN… MAX.
10
Iphoyinti eliphansi elingu-2
0..h2 %rH
95
0
0 DEF.
3 0 60 0
2
0 DEF.
-3 0 60
0 DEF.
0 3 0 10 10 80 90 0 0 10 DEF. 4 0
Iphoyinti eliphezulu 2
h1..100 %rH
I-Setpoint of Extra Humidity kusetshenziswa umsebenzi wemanuwali wokhiye we-AUX. Inani elithi “h4” liphinde- 0..100 %rH indawo SET2 ngesikhathi esisethwe kokuthi “h5″.
Ubude besikhathi somswakama owengeziwe. 0= umsebenzi awuvunyelwe.
0..240 imiz
I-DE-HUMIDIFY REGULATION
MIN… MAX.
Umehluko we-De-Humidity.
(SET2+rd0) (SET2+rd1+rd0 uma indawo engathathi hlangothi)
1..25 %rH
I-De-Humidify Neutral Zone
0..10 %rH
I-Fan On Time ku-De_humidify. 0= i-fan ivaliwe.
0..240 ”s
Isikhathi Sokuvala Umlandeli Ku-De-Humidify. 0=umsebenzi ojwayelekile.
0..240 ”s
De-Humidify nge-Compressor noma i-compressor ne-heater.
0= izinga lokushisa nomswakama ophumayo uzimele.
0 = Ikhubazekile 1 = I-Compressor 1 2 = I-Compressor kanye nokushisa
Imisebenzi yokushisisa kanye ne-de-Humidify yenziwe ngokukhipha kwe-Defrost uma kungekho okokukhiphayo kokushisisa okutholakalayo.
0=cha 1=Yebo
HUMIDIFISE IMINININGWANE YOMTHETHO… MAX.
Humidify Differential (SET2-rh0) (SET2-rh1-rh0 uma indawo engathathi hlangothi)
Humidify Neutral Zone
Humidify Output On Time (noma I-Fan uma kungekho okukhiphayo kwe-rH okumisiwe). 0= Humidify okukhiphayo kuvaliwe.
Humidify Output Off Time (noma I-Fan uma kungekho okukhiphayo kwe-rH okumisiwe). 0= Humidify okukhiphayo okuvamile.
-25..-1 %rH 0..10 % %rH 0..240 ” s
0..240 ”s
I-COMPRESSOR
MIN… MAX.
I-Compressor IVULA Ukubambezeleka Ngemva Kokukhanyisa
I-Compressor IVIMA Isikhathi Esincane
I-Compressor NGEsikhathi Esincane
Isikhathi sokuvala i-Compressor ngesikhathi se-alamu ye-Cabinet Probe
I-Compressor NGESIKHATHI ngesikhathi se-alamu ye-Cabinet Probe
I-Threshold Yesexwayiso Sokujiya Okuphezulu
I-Threshold Ye-alamu Yokujiya Kakhulu
Ukulibaziseka kwe-Alarm ye-Compressor Shutdown yokujiya okuphezulu.
Isikhathi sokusebenza seCompressor sesevisi
I-Compressor 2 Ekubambezelekeni ngemva kwe-Compressor 1
0..240 min 0..240 min 0..240 ” s 0..240 min 0..240 min 0..199 ° C/F 0..199 ° C/F 0..15 min izinsuku 0. .240 ” is
UKUHANJISELWA
MIN… MAX.
Isikhathi sokuphumula se-Defrost Uhlobo Lokuncibilika
0..99 imiz
0 = Ugesi 1 = Igesi eshisayo 2 = I-Compressor Stop
I-Threshold ye-Defrost End
-99..+99 ° C/F
EVCO SpA | EVJ506 | Ishidi leziyalezo ver. 1.0 | Ikhodi 104J506E103 | Ikhasi 4 kwangu-4 | LC 36/18
50
d3
30
Ubude be-Defrost
0..99 imiz
51
d4
0=akukho 1=amandla avuliwe
0
Nika amandla i-Defrost ku-Power-on
2= post overcooling
3= vula futhi uthumele
ukupholisa ngokweqile
52
d5
53
d6
0
I-Defrost Ukubambezeleka ngemva kokuvula Amandla angu-0..99 min
0 = Inani Lomthetho
1
Inani eliboniswa ngesikhathi sokumiswa kweqhwa
1 = Isibonisi Sikhiyiwe
2 = agodliwe
55
d7
2
Isikhathi Sokuconsa
0..15 imiz
56
d11
0
Nika amandla i-Alamu Yesikhathi Sokuqeda Iqhwa
0=CHA 1=YEBO
57
d15
N. PAR.
58
A1
59
A2
60
A4
61
A5
62
A6
63
A7
64
A8
65
A9
66
A10
67
A11
68
I-AH1
69
I-AH4
70
I-AH7
0 DEF.
0
2
50
2
120 15 15 15 15 1 50 50 30
I-Compressor ISIKHATHI Esilandelanayo Se-ALARMS Yokuqeda Igesi Eshisayo Umkhawulo We-alamu Yezinga Lezinga Eliphansi
Uhlobo Lwe-alamu Yezinga Lokushisa Eliphansi
I-Threshold Ye-alamu Yezinga Lokushisa Eliphezulu
Uhlobo lwe-alamu ye-HighTemperature
Ukubambezeleka Kwe-alamu Yezinga Lokushisa Ephakeme ngemva kokubambezeleka kwe-alamu yamandla okushisa ngemva kokubambezeleka kwe-alamu Yezinga Eliphakeme Lezinga Eliphakeme Ukubambezeleka Kwe-alamu Yezinga Lokushisa Eliphakeme Ukubambezeleka ngemva Kokungaphumeleli Kokuvala Komnyango Isikhathi Se-PF Alamu Yokurekhoda I-alamu Yezinga Lokushisa Eliphezulu/ Eliphansi Setha Kabusha Umehluko I-alamu Yokuswakama Okuphansi ehlobene ne-SET2 I-alamu Yokuswakama Okuphezulu ehlobene ne-SET2 Ukulibaziseka kwe-alamu yokuswakama kanye nephutha lenzwa.
0..99 iminithi MIN… MAX. -99..+99 ° C/F 0 = Ikhubazekile 1 = Ihlobene Nephoyinti 2 = Iphelele -99..+99 ° C/F 0 = Ikhubazekile 1 = Ihlobene Nephoyinti 2 = Iphelele 0..240 min 0. .240 imiz 0..240 imiz
0..240 imiz
0..240 imiz
0,1..15 ° C/F
0..100 %rH
0..100 %rH
0..240 imiz
N. PAR. 71
F0
awu 72f1
73
F2
74
F3
75
F7
76
F8
77
F9
78
F11
79
F12
N. PAR.
I-DEF.
1
99 0 0 99 2 5 60 0 DEF.
UMTHANDI WE-EVAPORATOR
MIN… MAX.
Imodi yabalandeli be-Evaporator ngesikhathi sokusebenza Okuvamile. Ngamapharamitha angu-F0=0 F11F12, rd2-rd3, rh2-rh3 anganika amandla ukulawulwa kwamabhayisikili abalandeli. Ngesizathu sokuphepha (ukusetshenziswa kwezinto zokushisisa namabhayisikili) hlola isahluko sokulawula abalandeli.
0 = VULIWE + Ukuhamba ngebhayisikili kwabalandeli. 1 = VULIWE (okuzenzakalelayo) 2 = VULIWE uma umthetho ON 3 = Thermoregulated
(ne-F1 ehlobene ne-Regulation Temperature)
4 = I-Thermoregulated uma
I-Compressor ON (ene-F1 ehlobene ne-Regulation Temper-
imvelo)
I-Threshold Yokusebenza Kwabalandeli Be-Evaporator nge-F0=3 noma 4. Isiphephetha-moya siqala ngaphansi kuka-F1 futhi sime kokuthi “F1+F8″.
-99..+99 °C/F
Imodi yabalandeli be-Evaporator phakathi ne-Defrost
0 = VULA 1 = VULA 2 = Ngokuka F0
I-Evaporator Fan IVALIWE Isikhathi Esikhulu Ngemva Kokuconsa
I-Threshold Ye-Evaporator Fan VALIWE ngemva kokuDripping (okuhlobene ne-Setpoint)
Umehluko we-Evaporator Setpoint
I-Evaporator Fan IVALIWE Ukubambezeleka ngemva Kokuvala kweCompressor
I-Fan On Time ngaphandle kwesimiso. Izosetshenziswa no-F0=0.
Isikhathi Sokuvala Umlandeli ngaphandle koMthethonqubo. Izosetshenziswa no-F0=0.
0..15 iminithi -99..+99 ° C/F 0,1..15 ° C/F 0..240 ” 0..240 ” 0..240 ”
I-CONNDENSER FAN
MIN… MAX.
80 ufc1
81 ufc2
82
I-Fc3
N. PAR.
83
i1
84
i2
85
i3
86
i5
87
i6
88
i7
89
i8
N. PAR.
90
u6
91
u7
92
u8
N. PAR.
93
iC1
94
iP1
95
iC3
96
iP3
N. PAR.
97
uc1
98
uc2
99
uc3
100 uc4
101 uc5
102 uc6
N. PAR.
103 PHO
104
I-PLi
105 Psr
25 5 5 DEF. 0 5
15
0 60 60
1 DEF.
0 0.0 1.0 DEF.
8
1 0 0 DEF. 4 5 9 1 11
12
I-DEF. 1 0
I-Threshold ye-Condenser fan IVULIWE
Umehluko Wefeni Ye-Condenser
Ukubambezeleka kwe-Condenser Fan Off
0..99 ° C/F
0,1..15 ° C/F 0..240 ” s
I-DIGITAL INPUTS FUNC
MIN… MAX.
Khiya Isibonisi Ngomnyango Ovulekile
Vula Ukubambezeleka Kwe-alamu Yomnyango. -1=ikhutshaziwe
0= ngokushesha
Isikhathi Esiphezulu Sokuvimbela Ukupholisa Nomnyango Ovulekile -1=ukhutshaziwe
0= ngokushesha ngaphandle kokuqala kabusha.
Ukubambezeleka kwe-alamu yokufaka izinjongo eziningi
Isikhawu Sokubala Imicimbi Yengcindezi Ephakeme
Ukubambezeleka kwe-alamu yokufaka izinjongo eziningi
I-Digital Input Event Ukubala I-Alarm Yengcindezi noma Eshisayo. 0= njalo kuyazenzakalela, 1= njalo kwenziwa ngesandla.
0..240 min -1..120 min
-1..120 imiz
0..120 min 0..120 min 0..120 min
0..15
I-UAXILIARY RELAY
Ukulungiselelwa kokuphumayo okusizayo. Ukulawula okwenziwa ngesandla kusebenza ngokhiye we-AUX.
I-Axiliary Setpoint uma “u6=1 noma 2”.
Umehluko osizayo we-“u7” uma “u6=1 noma 2”
MIN… MAX. 0= Ukushisisa 1= Ukupholisa 2= Ngemanuwali
-99..+99 ° C/F
0,1..15 ° C/F
I-DIGITAL INPUT CONF.
MIN… MAX.
Umsebenzi Wokufaka Wezinjongo Eziningi, ukushintsha komnyango: 7,8 noma 9.
0 = Ikhubazekile 1= I-alamu yemisebenzi eminingi 2= igodliwe 3= = igodliwe 4 = Imile 5 = I-Thermal Switch 1 5 = I-Thermal Switch 2 7 = I-Compressor + Evap-
I-orator Fan IVALIWE, Ukukhanya KUVULIWE 8 = I-Evaporator Fan IVALIWE, Ukukhanya KUVULIWE
9 = I-Compressor + Evap-
I-orator Fan VALIWE,
Khanyisa
Okokufaka kwezinhloso eziningi 1 Activa-
tion. 0= umsebenzi osebenzayo we
0=kuvaliwe 1=kuvuliwe
oxhumana naye uvaliwe.
Okokufaka Kwedijithali 3 ukucushwa Pr3=0.
0= ikhutshaziwe 1= iswishi yengcindezi ephezulu
Okokufaka kwezinhloso eziningi 3 Activa-
tion. 0= umsebenzi osebenzayo we
0=kuvaliwe 1=kuvuliwe
oxhumana naye uvaliwe.
I-DIGITAL OUTPUTS CONF. MIN… MAX.
I-K1 Output Configuration (C) K2 Output Configuration (Ht) K3 Output Configuration (L) K4 Output Configuration (rH) K5 Output Configuration ( EF)
Ukucushwa Kokukhiphayo kwe-K6 (Def)
0 = Ikhubazekile 1 = Umswakamo 2 = de-Humidfy 3 = I-alamu 4 = I-Compressor 1 5 = Ukushisa 6 = Abalandeli Be-Condenser 7 = KUVULIWE / KUMA-BY 8 = Ukushintsha Komoya 9 = Ukukhanya 10 = I-Compressor 2 11 = I-Evaporator Fans 12 = I-Defrost 13 = Igodliwe 14 = I-Evaporator Fan 2
15 = I-Axiliary Relay
UKHIYE AMAKHI
MIN… MAX.
Nika amandla inkinobho yokuVULA/Yima eduze kokhiye wokukhanya kokubekwe eceleni Khubaza i-Alarm Output ngoSi-
0 = no 0 = no 0 = no
1 = yebo 1 = yebo 1 = yebo
106 Pbu N. PAR. 107 PAS 108 PS1 109 PA1 110 PS2 N. PAR. 111 Hr0 N. PAR.
I-112 BLE
113 r0
114 r1
N. PAR.
115 116 117 118 119 120 N. 121
RS485 122
123
Inombolo 124
Hd1 Hd2 Hd3 Hd4 Hd5 Hd6 PAR. LA Lb
I-LP PAR. HE2
125 H01 126 H02
2 DEF. -19
1 426 824 DEF.
0/1
I-DEF.
1
15
4
I-DEF. – – – – – – – – – – – – DEF. 247
3 2 DEF. 0 0
eboleka iBuzzer
Nika amandla ukhiye nomsebenzi we-Buzzer
0 = no 1 = i-alamu kuphela, azikho izikhiye 2 = i-alamu nezikhiye
Iphasiwedi ye-PASSWORD yawo wonke amapharamitha Isevisi yezinga loku-1 Iphasiwedi yomsebenzisi ye-Evlink Iphasiwedi yesevisi ye-Evlink
MIN… MAX. -99… 999 -99… 999 -99… 999 -99… 999
IWASHI
MIN… MAX.
Nika amandla umsebenzi wewashi.
0 = no
1= yamamodeli ahlinzekwe nge
rtc noma i-EVLINK ebhodini.
1 = yebo
I-DATALOGGER
MIN… MAX.
“1”= Ubukhona be-EVLINK bushiya i-LA, Lb ne-LP kokuzenzakalelayo. Ukuze unike amandla ukuxhumana kwe-modbus ngamamojula we-EVIF22/23TSX asethelwe ku-“0”. Isikhawu sokurekhoda
Khetha ama-Probes wokurekhoda kwe-Data-logger
0 = cha (i-Modbus iyasebenza)
1 = Yebo (EVLINK iyasebenza)
0..240 imiz
0=akekho 1=uphenyo 1; 2 3= ipheshana 3; 1 futhi phenya 2; phenya
2= uphenyo
4= phenya 5= konke
ISIKHATHI SAngempela Hr0=1
NCIKA IMINININGWANE… MAX.
Isikhathi Soku-1 Sokuncibilika Kwansuku zonke
0..24 h
2nd Daily Defrost Isikhathi
0..24 h
3d Daily Defrost Isikhathi
0..24 h
4th Daily Defrost Isikhathi
0..24 h
5th Daily Defrost Isikhathi
0..24 h
6th Daily Defrost Isikhathi
0..24 h
IMODBUS
MIN… MAX.
Ikheli le-MODBUS uma BLE=0
1… 247
I-MODBUS I-Baud Rate uma i-BLE=0.
0= 2400; 1= 4800 2= 9600; 3= 19200
I-Modbus Parity uma i-BLE=0.
0= Lutho; 1= Okuyinqaba; 2= Ngisho
UKONGA AMANDLA
MIN… MAX.
I-Energy Saving Max kwimodi yezandla
Ubude besikhathi
0..990 imiz
Ukonga Amandla nge-rtc Hr0=1
Qala
Isikhathi
0..23h
Isikhathi Sokonga Amandla
0..24h
Qaphela: Umshini kufanele ulahlwe ngokwemithetho yendawo elawula ukuqoqwa kwemfucuza kagesi neye-elekthronikhi.
Lo mbhalo nezisombululo eziqukethwe kuwo ziyimpahla yengqondo ye-EVCO futhi ngaleyo ndlela ivikelwe Ikhodi Yamalungelo Empahla Yobuhlakani Yase-Italy (CPI). I-EVCO ibeka ukuvinjelwa okuphelele ekukhiqizweni kabusha okugcwele noma ingxenye kanye nokudalulwa kokuqukethwe ngaphandle kwemvume ecacile ye-EVCO. Ikhasimende (umkhiqizi, isifaki noma umsebenzisi wokugcina) uthatha wonke umthwalo wokucushwa kwedivayisi. I-EVCO ayamukeli icala lanoma imaphi amaphutha angaba khona kulo mbhalo futhi inelungelo lokwenza noma yiziphi izinguquko, nganoma yisiphi isikhathi ngaphandle kokubandlulula izici ezibalulekile zokusebenza nokuphepha kwamathuluzi.
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Amadokhumenti / Izinsiza
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I-EVCO EVJ506N2 Isilawuli Sokushisa Nomswakama [pdf] Incwadi Yeziqondiso I-EVJ506N2, EVJ506N2 Isilawuli Sezinga lokushisa Nomswakama, Isilawuli Sezinga lokushisa Nomswakama, Isilawuli Somswakama |
