lae BD2-28 Isiqandisi Isilawuli
Imininingwane Yomkhiqizo
- Okukhiphayo kwe-thermostat
- Okukhipha abalandeli
- Defrost okukhiphayo
- Ukwenza kusebenze isethi yepharamitha yesi-2
- Ukwenza kusebenze mathupha kwe-alamu
- Ukwakheka okuphezulu kokulawula isithwathwa
- Bonisa izinkomba zama-alamu namazinga okushisa ahlukahlukene
Imiyalo yokusetshenziswa komkhiqizo
Ukufakwa
Ngaphambi kokufaka ithuluzi, funda ngokucophelela ibhukwana lemiyalelo yokufaka okuphephile nokusebenza kahle.
Ukusebenza
Ngesikhathi sokusebenza okuvamile, isibonisi sizobonisa ukufundwa kwezinga lokushisa okuhlukahlukene nezinkomba ze-alamu. Finyelela IMENU YOLWAZI ukuze uthole ulwazi oluningiliziwe.
Imenyu yolwazi
I-INFO MENU inikeza ukufinyelela emazingeni okushisa asheshayo e-probe, amaviki okusebenza e-compressor, nezilungiselelo zokukhiya ikhiphedi.
Ukuguqulwa Kwephoyinti
- Ukuze ubonise inani lephoyinti lokusetha, cindezela inkinobho kafushane.
- Cindezela bese ubamba inkinobho okungenani isigamu sesekhondi ukuze ulungise inani lephoyinti lokusetha.
- Sebenzisa izinkinobho ukuze ulungise inani elifunekayo ngaphakathi kwemikhawulo ebekiwe.
- Ukuze uphume, cindezela inkinobho futhi noma ulinde imizuzwana eyi-10.
I-stand-by kanye nekhiphedi yokukhiya
Ukucindezela inkinobho yokulinda imizuzwana emi-3 kuvumela isilawuli ukuthi singene kumodi yokulinda. Ilokhi yekhiphedi ingenziwa isebenze ukuvimbela ukusebenza okungafuneki. Lungisa izilungiselelo kumenyu ULWAZI ukuze unike amandla noma ukhubaze ukuvala ikhiphedi.
Ukucushwa kwepharamitha
Ukuze ufinyelele imingcele yokumisa, cindezela bese ubamba inkinobho + imizuzwana emi-5. Sebenzisa izinkinobho ukuze ulungise amapharamitha futhi usethe amanani owafunayo. Cindezela izinkinobho ukuze ugcine izinguquko futhi uphume kumenyu yokumisa.
BD1-28 IMIYALELO YOKUSEBENZISA
Siyabonga ngokukhetha umkhiqizo we-elekthronikhi we-LAE. Ngaphambi kokufaka ithuluzi, sicela ufunde le ncwajana yemiyalelo ngokucophelela ukuze uqinisekise ukuyifaka okuphephile nokusebenza kahle.
DESCRIPTION
Inkinobho yolwazi / yephoyinti.
Inkinobho yokuncibilika ngokwenza / Nciphisa.
IZIKHOMBISO
Okukhiphayo kwe-thermostat
Okukhipha abalandeli
Defrost okukhiphayo
Ukwenza kusebenze isethi yepharamitha yesi-2
I-alamu
Ukwenza kusebenze mathupha / inkinobho yokwandisa.
Inkinobho yokuphuma / yokulinda.
UKUFAKA
- Isilawuli se-BD1-28, usayizi 107x95x47 mm (WxHxD), kufanele sivikelwe kuloliwe we-DIN esimeni sokuqinisekisa ukuthi alukho uketshezi olungena oludala umonakalo omkhulu kanye nokuphepha okulimazayo.
- Qinisekisa ukuthi ukuxhunywa kukagesi kuhambisana nepharagrafu “imidwebo yezintambo”. Ukuze unciphise imithelela yokuphazamiseka kazibuthe, gcina inzwa nezintambo zesignali zihlukene kahle nezintambo zamandla.
- Beka i-probe T1 ngaphakathi kwegumbi endaweni emele ngempela izinga lokushisa lomkhiqizo ogciniwe.
- Beka i-probe T2 ku-evaporator lapho kunokwakheka okuphezulu kwesithwathwa.
- Umsebenzi we-probe T3 unqunywa ipharamitha T3. Nge-T3=DSP uphenyo lukala izinga lokushisa elizoboniswa. Nge-T3=CND i-probe ikala izinga lokushisa le-condenser, ngakho-ke kufanele ibekwe phakathi kwamaphiko eyunithi ejiya. Nge-T3=2EU i-probe ikala izinga lokushisa le-evaporator yesibili futhi kufanele ibekwe lapho kunokwakheka okuphezulu kwesithwathwa. Nge-T3=NON, uphenyo lwesithathu luvaliwe.
UKUSEBENZA
BONISA
Ngesikhathi sokusebenza okuvamile, isibonisi sibonisa izinga lokushisa elilinganisiwe noma enye yalezi zinkomba ezilandelayo:
IMENU YOLWAZI
Ulwazi olutholakala kule menyu yilo:
*: kuvezwa kuphela uma kunikwe amandla (bona §Izikhawu zokuhlela) **: kuboniswa kuphela uma i-ACC > 0
Ukufinyelela kumenyu nolwazi olubonisiwe.
- Cindezela bese ukhulula ngokushesha inkinobho
.
- Ngenkinobho
khetha idatha ezoboniswa.
- Cindezela inkinobho
- Ukuze uphume kumenyu, cindezela inkinobho
noma ulinde imizuzwana eyi-10. |
- Ukusethwa kabusha kwe-THI, TLO, CND okuqoshiwe
- Ngenkinobho
- Bonisa inani elinenkinobho
- Ngenkathi ugcina inkinobho icindezelwe
I-SETPOINT: ukubonisa nokuguqulwa
- Cindezela inkinobho
- Ngokugcina inkinobho
- Inkinobho yenini
HLALA ULINDILE
Inkinobho , uma icindezelwe imizuzwana emi-3, ivumela isilawuli ukuthi sibekwe kokubekwe eceleni noma ukulawula okukhiphayo ukuthi siqaliswe kabusha (nge-SB=YES kuphela).
IKHIYI YOKUKHIYA
Ukhiye wekhiphedi ugwema imisebenzi engafuneki, engase ibe yingozi, engase izanywe lapho isilawuli sisebenza endaweni yomphakathi. Kumenyu yoLWAZI, setha ipharamitha LOC=YEBO ukuze uvimbele yonke imisebenzi yezinkinobho. Ukuze uqalise kabusha ukusebenza okuvamile kwekhiphedi, lungisa ukulungiselelwa ukuze LOC=NO.
UKUKHETHWA KWEQEMBU LESIBILI LE-PARAMETER
Kuyenzeka ukhethe amapharamitha okulawula phakathi kwamaqembu amabili ahlukene ahlelwe ngaphambilini, ukuze amapharamitha okulawula ayisisekelo ashintshwe ngokushesha ukuze ashintshe izidingo. Ukushintsha ukusuka kuQembu I kuye kuQembu II (futhi okuphambene nalokho) kungase kwenzeke NGOKUZENZAKALELAYO ngokucindezela inkinobho M imizuzwana emi-2 (nge-IISM=MAN), noma NGOKUZENZAKALELAYO lapho izimo ze-ECO zitholwa (nge-IISM=ECO), noma lapho IISM=DI, DxO=IISM kanye nokokufaka kwedijithali kucushiwe (ukusebenza kwe-DIx kukhethwa iQembu II, x= 1,2,3, XNUMX, XNUMX). Uma i-IISM=NON, ukushintshela kuQembu II kuyavinjelwa. Ukwenziwa kusebenze kweQembu II kusayinwa ukukhanyiswa kwe-LED efanelekile kusibonisi sesilawuli.
UKUHANJISELWA
I-defrost ezenzakalelayo. I-Defrost iqala ngokuzenzakalelayo lapho nje isikhathi esisethwe ngepharamitha ye-DFT sesidlulile.
- Ukuncishiswa kweqhwa okunesikhathi. Nge-DFM=TIM defrosts zenzeka njalo ngezikhathi ezithile lapho isibali sikhathi sifinyelela inani le-DFT. Okwesiboneloample, nge-DFM=TIM kanye ne-DFT=06, ukuncishiswa kweqhwa kuzokwenzeka njalo emahoreni ayisi-6.
- Ukuqedwa kweqhwa okulungiselelwe. Nge-DFM=FRO isibali-sikhathi sinyuka kuphela lapho izimo zeqhwa zakha ku-evaporator, kuze kube yilapho isikhathi esibekwe nepharamitha ye-DFT sihambisana. Uma i-evaporator isebenza ku-0°C, ukuvama kwe-defrost kuncike kumthwalo oshisayo nezimo zezulu. Ngama-setpoints aphansi kakhulu kuno-0°C, imvamisa yokuncishiswa kweqhwa incike kakhulu esikhathini sokusebenza sesiqandisi.
- I-defrost evumelanisiwe. Nge-D3O=DSY futhi uma amayunithi engeziwe exhunywe elinye kwelinye, kuzokwenziwa ukumiswa kwamaqhwa okuvumelanisiwe kwazo zonke izilawuli ezixhunyiwe. Isilawuli sokuqala esizoqala ukuncibilika, sizothola zonke ezinye izilawuli zivumelaniswe.
- Ikhophi yasenqolobaneni yokubala isikhathi. Emandleni, uma DFB=YEBO, isibali-sikhathi sokuncibilika siqalisa kabusha ukubala isikhathi ukusuka lapho besishiywe khona ngaphambi kokuphazanyiswa kwamandla. Ngokuphambene, nge-DFB=CHA, ukubala kwesikhathi siqala kabusha ukusuka ku-0. Uma ulindile, isibalo sesikhathi esiqoqiwe simisiwe. Ukuqala kokumiswa kweqhwa okwenziwa ngesandla noma okukude. Kuyenzeka ukuthi uqalise ngokwenza i-defrost, ngokucindezela inkinobho
imizuzwana emi-2, noma ukuncibilika kungase kuqalwe ukude, uma i-DxO=RDS, ngokwenza kusebenze othintana naye osizayo i-DIx.
- Uhlobo lwe-Defrost. Uma i-defrost isiqalile, ukuphuma kwe-Compressor ne-Defrost kulawulwa ngokuya ngepharamitha ye-DTY. Uma FID=YEBO, abalandeli be-evaporator bayasebenza ngesikhathi sokuncibilika.
Ukuqedwa kwe-Defrost. Ubude besikhathi sangempela sokuncibilika buthonywa uchungechunge lwamapharamitha. - njengesikhathi se-DTO.
Ukuqapha izinga lokushisa kwe-evaporator eyodwa: T2=YES kanye ne-T3 ehlukile ku-2EU. Kulokhu, uma inzwa T2 ikala izinga lokushisa le-DLI ngaphambi kokuthi kudlule isikhathi se-DTO, i-defrost izonqanyulwa kusenesikhathi. - Ukwenganyelwa kwezinga lokushisa kwama-evaporator amabili T2=YES, T3=2EU, AOx=2EU. Lo msebenzi ungowokulawula ama-evaporator amabili azimele futhi ucisha ukushisisa ngakunye kwe-evaporator efika ezingeni lokushisa elingu-DLI kuqala, ilinde ukuthi isihwaphuzisi sesibili sifike kulelo zinga ngaphambi kokuthi kudlule i-DTO.
- Iqalisa kabusha umjikelezo we-thermostatic. Uma i-defrost isiphelile, uma i-DRN inkulu kuno-0, yonke imiphumela izohlala ivaliwe imizuzu ye-DRN, ukuze iqhwa lincibilike ngokuphelele futhi amanzi aphume.
- Ngaphezu kwalokho, uma i-probe T2 isebenza (T2=YES), abalandeli bazoqala kabusha lapho i-evaporator ifika ezingeni lokushisa elingaphansi kwe-FDD; Ngokuphambene nalokho, uma i-probe T2 ingasebenzi (T2=NO) noma ngemva kokuphela kwe-defrost, isimo esinjalo asenzeki ekupheleni kwesikhathi se-FTO, ngemva kokuphela kwemizuzu ye-FTO abalandeli bazovulwa noma kunjalo.
- Isexwayiso: uma i-DFM=NON noma CH=HEA yonke imisebenzi ye-defrost ivinjiwe; uma i-DFT=0, imisebenzi ye-defrost ezenzakalelayo ayifakiwe. Ngesikhathi se-alamu yengcindezi ephezulu, ukuchithwa kweqhwa kuyamiswa. Phakathi ne-defrost, i-alamu yokushisa okuphezulu ayidluli.
UKWENZA IZIMPAHLA
- Ukuze uthole ukufinyelela kumenyu yokumisa ipharamitha,
cindezela inkinobho + imizuzwana emi-5.
- Ngenkinobho
- Cindezela inkinobho
- Ngokugcina inkinobho
- Inkinobho yenini
- Ukuze uphume ekusetheni, cindezela inkinobho
| PAR | RANGE | DESCRIPTION |
| I-SPL | -50..SPH | Umkhawulo omncane wokulungiselelwa kwe-SP. |
| I-SPH | I-SPL...110° | Umkhawulo omkhulu wokulungiselelwa kwe-SP. |
| SP | SPL… SPH | I-setpoint (inani okufanele ligcinwe ekamelweni). |
| CH | I-REF; HEA | Imodi yokulawula yesiqandisi (REF) noma Yokushisa (HEA). |
| HY0 | 1… 10 ° | I-Thermostat IVALIWE -> VULA umehluko. |
| HY1 | 0… 10 ° | I-Thermostat IVULIWE -> VALIWE umehluko. |
| I-CRT | 0…30 imiz | Isikhathi sokuphumula se-compressor. Okukhiphayo kuyavulwa futhi ngemva kokuphela kwamaminithi e-CRT kusukela ekushintsheni kwangaphambilini. Sincoma ukusetha i-CRT=03 nge-HY0<2.0°. |
| I-CT1 | 0…30 imiz | I-Compressor/Heater ephumayo iyasebenza uma i-probe T1 inephutha. Nge-CT1=0 okukhiphayo kuzohlala KUVALIWE. |
| I-CT2 | 0…30 imiz | Ukuma kokuphuma kwe-Compressor/Heater uma i-probe T1 inephutha. Nge-CT2=0 kanye ne-CT1>0 okukhiphayo kuzohlala KUVULIWE.Example: I-CT1=4, CT2= 6: Esimeni lapho uphenyo lwe-T1 lwehluleka, i-compressor izojikeleza imizuzu emi-4 IVULIWE kanye nemizuzu engu-6 IVULIWE. |
| I-DFM | OKUNGEKHO; I-TIM; FRO | Imodi yokuqalisa i-Defrost NON : umsebenzi wokunciphisa uqhwa ukhutshaziwe (ipharamitha elandelayo izoba FCM).I-TIM : i-defrost yesikhathi esivamile.FRO : isikhathi sokuncibilika sikhuphuka kuphela lapho izimo zeqhwa zimila ku-evaporator (ukwanda kwesikhathi esilungisiwe). |
| I-DFT | 0…99 amahora | Isikhathi sokuphumula phakathi kwama-defrosts. Uma lesi sikhathi sesidlulile kusukela ekuncibilikeni kokugcina, umjikelezo omusha wokususa uqhwa uyaqalwa. |
| I-DFB | CHA/YEBO | Ikhophi yasenqolobaneni yesibali sikhathi. Nge-DFB=YEBO, ngemva kokuphazanyiswa kwamandla, isibali sikhathi siqalisa kabusha ukubala lapho sishiywe khona ngo-±30 min. ukulinganisa. Nge-DFB=NO, ngemva kokuphazamiseka kwamandla, isibali sikhathi sokuncibilikisa sizoqala kabusha ukubala sisuka kuziro. |
| I-DLI | -50…110° | Defrost ekupheleni kwezinga lokushisa. |
| I-DTO | 1…120 imiz | Ubude besikhathi sokuncibilika. |
| I-DTY | VALIWE; ELE; IGAS | I-Defrost typeOFF: i-Defrost evaliwe yomjikelezo (I-Compressor ne-heater IVALIWE). I-ELE: i-defrost kagesi (I-Compressor OFF futhi i-heater IVULIWE). I-GAS: i-hot gas defrost (I-Compressor ne-Heater ON). |
| I-DSO | VALIWE; LO; HI | I-Defrost start optimisationOFF : akukho optimisation.LO : defrost ilinda kuze kunqanyulwe isigaxa se-compressor.HI : i-defrost ilinda kuze kunqanyulwe i-compressor. |
| I-SOD | 0…30 imiz | Qala ukubambezeleka kokuthuthukisa. |
| I-DPD | 0…240isekhondi | I-Evaporator ipompa phansi. Ekuqaleni kwe-defrost, ukuphuma kwe-defrost (okunqunywe yi-DTY) KUVALIWE kumasekhondi e-DPD. |
| DRN | 0…30 imiz | Misa isikhashana ngemva kokuncibilika (isikhathi sokukhipha i-evaporator). |
| I-DDM | I-RT;LT;SP; I-DEF | Imodi yokubonisa i-Defrost. Ngesikhathi sokuncibilika isibonisi sizobonisa:RT: izinga lokushisa langempela;LT : izinga lokushisa lokugcina ngaphambi kokumiswa kweqhwa;SP : inani lamanje lephoyinti lokusetha;DEF : “dEF”. |
| I-DDY | 0…60 imiz | Bonisa ukubambezeleka. Isibonisi sibonisa ulwazi olukhethiwe ngepharamitha ye-DDM ngesikhathi sokuncibilika kanye namaminithi angu-DDY ngemva kokunqanyulwa kwesithwathwa. |
| I-FID | CHA/YEBO | Abalandeli bayasebenza ngesikhathi sokuncibilika. |
| FDD | -50…110° | I-Evaporator fan iqala kabusha izinga lokushisa ngemva kokumiswa kwesithwathwa. |
| I-FTO | 0…120 imiz | Ubuningi befeni ye-evaporator yokuma ngemva kokumiswa kweqhwa. |
| FCM | OKUNGEKHO; I-TMP; I-TIM | Imodi yabalandeli ngesikhathi sokulawula kwe-thermostatic.NON : Amafeni ahlala EVULIWE ngaso sonke isikhathi;TMP : Ukulawula okusekelwe kumazinga okushisa. Abalandeli BAVULIWE uma i-compressor IVULIWE. Uma i-compressor IVALIWE, abalandeli bahlala VULIWE inqobo nje uma umehluko wezinga lokushisa i-Te-Ta mkhulu kune-FDT. Abalandeli bavuliwe futhi ngokuhluka kwe-FDH. (Te = Evaporator lokushisa, Ta = Ukushisa komoya); I-TIM : Ukulawula okusekelwe kusikhathi. Abalandeli BAVULIWE uma i-compressor IVULIWE. Lapho i-COMPR. I-COMPR. IVALIWE I-COMPR.ON I-ONcompressor IVALIWE, abalandeli bayacisha futhi BAVALE ngokwezimiso FT1, FT2,FT3 (Bheka i-Fig.2). Fig.2 Ukulawulwa kwabalandeli okulungiselelwe isikhathi (FCM=TIM) I-FT1 FT2 FT3 FT2 FT3 |
| I-FDT | -12…0° | Umehluko wethempelesha ye-Evaporator-Air ukuze abalandeli BAVALE ngemva kokuba i-compressor imile. |
| I-FDH | 1… 12 ° | Umehluko wezinga lokushisa lokuqalisa kabusha kwabalandeli.Example: FDT = -1, FDH=3. Kulokhu, ngemva kokuba i-compressor imile, abalandeli BAYAVAMILE uma i-Te> Ta – 1 (FDT), kuyilapho abalandeli BAVULIWE uma i-Te < Ta – 4 (FDT-FDH). |
| I-FT1 | 0…180isekhondi | Ukubambezeleka kokumisa abalandeli ngemva kokumiswa kwe-compressor/heater. Bheka umdwebo 2 |
| I-FT2 | 0…30 imiz | Isitobhi sabalandeli esinesikhathi. Nge-FT2=0 abalandeli bahlala bekhona ngaso sonke isikhathi. |
| I-FT3 | 0…30 imiz | Ukugijima kwabalandeli okunesikhathi. Nge-FT3=0, kanye ne-FT2 > 0, abalandeli bahlala becishile ngaso sonke isikhathi. |
| I-ATM | OKUNGEKHO; I-ABS; I-REL | I-Alarm threshold management.NON : wonke ama-alamu okushisa avinjelwe (ipharamitha elandelayo izoba I-ACC).I-ABS : amanani ahlelwe nge-ALA kanye ne-AHA amele imingcele ye-alamu yangempela.REL : umkhawulo we-alamu utholwa ngesamba se-setpoint, umehluko we-thermostat kanye ne-ALR/AHR. |
| I-ALA | -50… 110° | Umkhawulo we-alamu wezinga lokushisa eliphansi. |
| AHA | -50… 110° | Umkhawulo we-alamu wokushisa okuphezulu. |
| I-ALR | -12… 0° | Umehluko we-alamu yezinga lokushisa eliphansi. Nge-ALR=0 i-alamu yezinga lokushisa eliphansi ayifakiwe. |
| I-AHR | 0… 12° | Umehluko we-alamu yokushisa okuphezulu. Nge-AHR=0 i-alamu yezinga lokushisa eliphezulu ayifakiwe. |
| I-ATI | i-T1; i-T2; T3 | Uphenyo lusetshenziselwa ukuthola i-alamu yezinga lokushisa. |
| I-ATD | 0… 120min | Ukubambezeleka ngaphambi kwesixwayiso sezinga lokushisa le-alamu. |
| I-ACC | 0 amasonto | I-Condenser yokuhlanza ngezikhathi ezithile. Uma isikhathi sokusebenza kwe-compressor, esivezwa ngamaviki, sifana nevelu ye-ACC ehleliwe, i-“CL” iyakhanya kusibonisi. Nge-ACC=0 isexwayiso sokuhlanza i-condenser siyacishwa futhi i-CND iyanyamalala kumenyu yolwazi. |
| IISM | OKUNGEKHO; INDODA; I-ECO; DI | Imodi yokushintsha ibe yisethi yepharamitha yesibili
AKUKHO : ukuvimbela ukusebenzisa iqembu lepharamitha yesibili (ipharamitha elandelayo izoba SB). INDODA : inkinobho M ishintsha amaqembu amabili epharamitha. |
| IISL | -50… IISH | Umkhawulo omncane wokulungiselelwa kwe-IISP. |
| IISH | IISL… 110° | Umkhawulo omkhulu wokulungiselelwa kwe-IISP. |
| IISP | IISL… IISH | Setha iphoyinti kumodi 2. |
| IIH0 | 1… 10° | I-Thermostat IVALIWE->KUVULIWE umehluko kumodi 2. |
| IIH1 | 0… 10° | I-Thermostat IVULIWE->KUVALIWE umehluko kumodi 2. |
| IIDF | 0…99 amahora | Isikhawu sesikhathi phakathi kwama-defrosts kumodi 2. |
| IIFC | AKUKHO;TMP; I-TIM | Ukulawula abalandeli kumodi 2. Bona i-FCM. |
| I-ECS | 1…5 | Ukuzwela kwesilawuli ekushintsheni okuzenzakalelayo ukusuka kuQembu I ukuya kuQembu II (1=ubuncane, 5=ubukhulu). |
| EPT | 0…240 imiz | Isikhathi sokukhipha i-Eco. Kuphela nge-IISM=ECO. Amapharamitha eqembu I asetshenziswa kumthethonqubo okungenani imizuzu ye-EPT. Bheka Fig.3 |
| SB | CHA/YEBO | Inkinobho yokuma |
| I-DSM | OKUNGEKHO; I-ALR; I-STP | Imodi yokufaka yokushintsha umnyango: NON : inkinobho yesicabha ivinjiwe: uma i-DIx=DOR kanye nokokufaka kwedijithali kuvuliwe, i-alamu ikhiqizwa ngemva kwemizuzu ye-ADOSTP : uma i-DIx=DOR kanye nokokufaka kwedijithali kuvuliwe, ngaphezu kwe-alamu, amafeni ayamiswa ngokushesha kanye ne-compressor. iyamiswa ngemva kwemizuzu ye-CSD. |
| BABA | 0…30 imiz | Ukubambezeleka ngaphambi komnyango ovulekile isexwayiso se-alamu. |
| CSD | 0…30 imiz | Ukubambezeleka kokumiswa kwe-Compressor/heater ngemva kokuvulwa komnyango. |
| I-D1O | OKUNGEKHO; DOR; I-ALR; IISM; RDS | I-DI1 digital input operation NON : digital input 1 ayisebenzi. DOR : okokufaka komnyango.ALR : uma okokufaka kuvuliwe, i-alamu iyakhiqizwa (uma i-AHM=STP, i-compressor iyamiswa futhi ama-defrosts amisiwe).IISM : uma okokufaka kuvuliwe, isilawuli sizosebenzisa imingcele yeqembu 2. I-RDS : uma okokufaka kuvuliwe, i-defrost iyaqalwa (isilawuli kude). |
| D1A | I-OPN; CLS. | I-DI1 digital input activation.OPN : ku-openCLS : ivaliwe |
| I-D2O | Bheka i-D1O | Ukusebenza kokufaka kwedijithali kwe-DI2. Bheka i-D1O. |
| D2A | I-OPN; CLS. | I-DI2 digital input activation.OPN : ku-openCLS : ivaliwe |
| I-D3O | OKUNGEKHO; DOR; I-ALR; IISM; RDS; I-DSY. | DI3 digital input operationNON … RDS : Bona D1O.DSY : defrost synchronization. Izilawuli zonke zizoqala futhi ziqede ukuqothuka ndawonye. Isilawuli sokuqala ku-defrost sizothola ukuncibilika kwazo zonke ezinye eziqalisiwe. Isilawuli sokugcina esiqeda ukuncibilika sizothola ukuncibilika kwawo wonke amanye amisiwe. |
| D3A | I-OPN; CLS. | I-DI3 digital input activation.OPN : ku-openCLS : ivaliwe |
| I-LSM | OKUNGEKHO; INDODA; I-ECO; I-DI1; I-DI2; DI3. | Imodi yokulawula ukukhanya AKUKHO : okukhipha ukukhanya akulawuleki. UMUNTU : ukuphuma kokukhanya kulawulwa ngenkinobho M (uma i-OAx=LGT). I-ECO : izibani zenziwe zasebenza/zenziwe zangasebenzi ngokulandela isimo se-ECO. I-DIx : izibani zenziwe zasebenza/zenziwe zangasebenzi ngokulandela isimo se-DIx. |
| I-LSA | I-OPN; I-CLS | Ukwenza kusebenze ukukhanya (kuphela nge-LSM=ECO noma i-LSM=DIx).OPN : izibani zikhanyisa nge-DIx evuliwe noma imodi ye-ECO iyekisiwe.CLS : izibani zikhanya nge-DIx ivaliwe noma imodi ye-ECO yenziwe yasebenza. |
| I-OA1 | OKUNGEKHO; I-LGT; 0-1;2CU;2EU; I-ALO; I-ALC | Ukusebenza kokukhiphayo kwe-AUX 1NON : okukhiphayo kuvaliwe (kuvaliwe njalo).LGT : okukhiphayo kunikwe amandla okulawula ukukhanya.0-1 : oxhumana nabo abadluliswayo balandela isimo sesilawuli sokuhlala/sokubekwe eceleni.2CU : okukhiphayo kuhlelwe ukuze kulawulwe i-compressor eyi-auxiliary.2EU : okukhiphayo kunikwe amandla okulawula ukuncibilika kukagesi kwe-evaporator yesibili.ALO : abathintwayo bavula uma kwenzeka isimo se-alamu.ALC : othintana nabo benza lapho isimo se-alamu senzeka. |
| I-OA2 | Bheka i-OA1 | Ukusebenza kokukhiphayo kwe-AUX2. Bheka i-OA1. |
| 2CD | 0…120 isekhondi | I-compressor eyisizayo ibambezeleka. Uma i-OAx=2CU i-axiliary output ivulwa ngokubambezeleka kwamasekhondi angu-2CD ngemva kokuba i-compressor enkulu isike yangena. Womabili ama-compressor avaliwe ngasikhathi sinye. |
| OS1 | -12.5..12.5° | I-Probe T1 offset. |
| T2 | CHA/YEBO | I-Probe T2 inika amandla (i-evaporator). |
| OS2 | -12.5..12.5° | I-Probe T2 offset. |
| T3 | OKUNGEKHO; I-DSP; CND; 2EU | I-Axiliary probe T3 operationNON : i-probe T3 ayifakelwe.DSP : izinga lokushisa elingu-T3 lizoboniswa.CND : isilinganiso sezinga lokushisa le-condenser.2EU : isilinganiso sesibili sezinga lokushisa evaporator. |
| OS3 | -12.5..12.5° | I-Probe 3 offset. |
| I-AHM | OKUNGEKHO; I-ALR; STP; | Ukusebenza esimweni se-alamu ye-condenser ephezuluNON : i-alamu ye-condenser ephezulu ivinjiwe.ALR : uma i-alamu ikhala, i-"HC" ikhanya esibonisini bese i-buzzer ivuliwe.STP : ngaphezu kwezimpawu ze-alamu ezibonisiwe, i-compressor iyamiswa futhi incibilike zimisiwe. |
| I-AHT | -50…110° | I-alamu yethempelesha yokufingqa (kubhekiselwa ku-T3 probe). |
| I-TLD | 1…30 imiz | Ukubambezeleka kwezinga lokushisa elincane (TLO) kanye nezinga lokushisa eliphezulu (THI) lokungena. |
| I-TDS | T1; 1-2; T3 | Ikhetha i-temperature probe ezoboniswa.T1 : probe T11-2 : isilinganiso sesisindo se-AVG phakathi kwe-T1 ne-T2T3 : probe T3 |
| I-AVG | 0… 100% | Isisindo esihlobene se-T2 ku-T1 (uma i-TDS = 1-2)Example 1: T1 = -5°, T2 = -20°, AVG = 100%. Izinga lokushisa elibonisiwe lizoba -20° (i-T1 ayinawo umphumela) Example 2: T1 = -5°, T2 = -20°, AVG = 60%. Izinga lokushisa elibonisiwe lizoba -14. |
| I-SCL | 1°C;2°C;°F | Isikali sokufunda.1°C : ibanga lokulinganisa -50…110°C (ukulungiswa okungu-0.1°C phakathi kwe- -9.9 ÷ 19.9°C isikhawu, 1°C ngaphandle)2°C : ibanga lokulinganisa -50 … 110°C°F : ukulinganisa ububanzi -55 … 180°F |
| I-SIM | 0…100 | Bonisa ukwehla. |
| I-ADR | 1…255 | Ikheli le-BD1-28 lokuxhumana kwe-PC. |
IDATHA YOBUCHWEPHESHE
Ukunikezwa kwamandla kagesi
- BD1-28.…W 100-240Vac ±10%, 50/60Hz, 3W
Imithwalo yokukhishwa kwe-Relay (240Vac)
| BD1-28..S/T..-. | BD1-28..Q/R..-. | |
| I-Compressor | 16A ukumelana 12 FLA 48 RLA | 12A ukumelana 12 FLA 48 RLA |
| Evap. Umlandeli | 16A ukumelana 4 FLA 12 RLA | 8A ukumelana 4 FLA 12 RLA |
| I-Defrost | 16A ukumelana 4 FLA 12 LRA | 16A ukumelana 4 FLA 12 LRA |
| Izimpahla ezisizayo 1 | 7A ukumelana | 7A ukumelana |
| Izimpahla ezisizayo 2 | 7A ukumelana | 7A ukumelana |
Okokufaka
I-NTC 10KΩ@25°C LAE Ingxenye No. SN4...
Ibanga Lokulinganisa
- 50…110°C, -58…180°F
- 50 / -9.9 … 19.9 / 110°C
Ukunemba kokulinganisa
<0.5°C phakathi kwebanga lokulinganisa
Izimo zokusebenza
-10 ... +50°C; 15%…80% rH
I-CE (Izimvume Nezithenjwa ezijwayelekile)
- I-EN60730-1; I-EN60730-2-9; EN55022 (Ikilasi B);
- EN50082-1
IMIDLALO YEZINKHI
VIA PADOVA, 25
- 31046 ODERZO /TV /ITALY
- TEL. +39 – 0422 815320
- Ifeksi +39 – 0422 814073
- www.lae-electronic.com
- I-imeyili: sales@lae-electronic.com
VIA PADOVA, 25Amadokhumenti / Izinsiza
| lae BD2-28 Isiqandisi Isilawuli [pdf] Incwadi Yeziqondiso I-BD2-28 Isilawuli Sesiqandisi, BD2-28, Isilawuli Sefriji, Isilawuli |