UBUnjiniyela
KUSASA
Umhlahlandlela wokufaka
Isilawuli secala
Thayipha i-EKC 223

Ukuhlonza

Isicelo

Ubukhulu

Ukukhweza

Imidwebo yezintambo

Isicelo	Imidwebo yezintambo
1
2
3
4

Qaphela: Izixhumi zamandla: usayizi wentambo = 0.5 - 1.5 mm 2, ubuningi. i-torque eqinisayo = 0.4 Nm Ivolumu ephansitagizixhumi zesignali e: usayizi wentambo = 0.15 - 1.5 mm 2, ubuningi. i-torque eqinisayo = 0.2 Nm 2L ne-3L kumele ixhunywe esigabeni esifanayo.

Ukuxhumana kwedatha

Ukufakwa	Izintambo
Isilawuli se-EKC 22x singahlanganiswa kunethiwekhi ye-Modbus nge-adaptha ye-RS-485 (EKA 206) kusetshenziswa ikhebula lesixhumi esibonakalayo (080N0327). Ukuze uthole imininingwane yokufaka sicela ubheke kumhlahlandlela wokufaka we-adaptha ye-EKA 206 – RS485.

Idatha yobuchwepheshe

Izici	Incazelo
Inhloso yokulawula	Ukulawulwa kwezinzwa zokushisa ezisebenzayo kulungele ukufakwa ku-air-conditioning yokuhweba kanye nezinhlelo zokusebenza zesiqandisi.
Ukwakhiwa kokulawula	Ukulawula okuhlanganisiwe
Ukunikezwa kwamandla kagesi	084B4055 – 115 V AC / 084B4056 – 230 V AC 50/60 Hz, galvanic isolated low voltage ukunikezwa kwamandla okulawulwayo
Amandla alinganiselwe	Ngaphansi kuka-0.7 W
Okokufaka	Okokufaka kwenzwa, okokufaka kwedijithali, Ukhiye Wokuhlela Ixhunywe ku-SELV amandla alinganiselwe <15 W
Izinhlobo zezinzwa ezivunyelwe	I-NTC 5000 Ohm ku-25 °C, (inani le-Beta=3980 ku-25/100 °C – EKS 211) I-NTC 10000 Ohm ku-25 °C, (inani le-Beta=3435 ku-25/85 °C – EKS 221) I-PTC 990 Ohm ku-25 °C, (EKS 111) I-Pt1000, (AKS 11, AKS 12, AKS 21)
Ukunemba	Ibanga lokulinganisa: -40 - 105 °C (-40 - 221 °F)
	Ukunemba kwesilawuli: ±1 K ngaphansi -35 °C, ±0.5 K phakathi -35 - 25 °C, ±1 K ngaphezu kuka-25 °C
Uhlobo lwesenzo	1B (i-relay)
Okukhiphayo	DO1 - Relay 1: 16 A, 16 (16) A, EN 60730-1 I-10 FLA / 60 LRA ku-230 V, UL60730-1 I-16 FLA / 72 LRA ku-115 V, UL60730-1
	DO2 - Relay 2: 8 A, 2 FLA / 12 LRA, UL60730-1 8 A, 2 (2 A), EN60730-1
	DO3 - Relay 3: 3 A, 2 FLA / 12 LRA, UL60730-1 3 A, 2 (2 A), EN60730-1
	DO4 – Relay 4:2 A
Bonisa	Isibonisi se-LED, amadijithi angu-3, ​​iphoyinti ledesimali nezithonjana zemisebenzi eminingi, isikali sika-°C + °F
Izimo zokusebenza	-10 – 55 °C (14 – 131 °F), 90% Rh
Izimo zokugcina	-40 - 70 °C (-40 - +158 °F), 90% Rh
Ukuvikelwa	Ngaphambili: IP65 (I-Gasket ihlanganiswe) Ngemuva: IP00
Ezemvelo	Idigri yokungcola II, engafinyeleli
I-Overvoltagisigaba	II – 230 V inguqulo yokunikezela - (i-ENEC, i-UL iqashelwe) III – 115 V inguqulo yokunikezela - (i-UL iqashelwe)
Ukumelana nokushisa nomlilo	Isigaba D (UL94-V0) Izinga lokushisa lesitatimende sokuhlolwa kwengcindezi yebhola Ngokwe-Annex G (EN 60730-1)
Isigaba se-EMC	Isigaba I
Izimvume	Ukuqashelwa kwe-UL (US & Canada) (UL 60730-1) I-CE (LVD & EMC Directive) I-EAC (GHOST) UKCA UA CIM I-ROHS2.0 Ukugunyazwa kwe-hazloc yeziqandisi ezivuthayo (R290/R600a). U-R290/R600a izicelo zokusetshenziswa ekugcineni eziqashwe ngokuhambisana nezidingo ze-IEC60079-15.

Umsebenzi wokubonisa

Izinkinobho ezingaphambili kwesibonisi zingasebenza ngokucindezela okufushane nokude (3s).

A	Inkomba yesimo: Ama-LED akhanyisa kumodi ye-ECO/Night, ukupholisa, ukumisa isithwathwa kanye nokusebenza kwefeni.
B	Inkomba ye-alamu: Isithonjana se-alamu siyakhanya uma kuba ne-alamu.
C	Cindezela okufushane = Zulazula emuva Cindezela isikhathi eside = Qalisa umjikelezo wokudonsa. Isibonisi sizovela "Pod" ukuze uqinisekise ukuqala.
D	Cindezela okufushane = Zulazula uye phezulu Cindezela isikhathi eside = Shintsha isilawuli VULIWE/CIMILE (ukusetha u-r12 Iswishi eyinhloko endaweni IVULIWE/VALIWE)
E	Cindezela okufushane = Zulazula uye phansi Cindezela isikhathi eside = Qala umjikelezo we-defrosting. Isibonisi sizobonisa ikhodi “-d-" ukuze uqinisekise ukuqala.
F	Cindezela okufushane = Shintsha iphoyinti lokusetha Cindezela isikhathi eside = Yiya kumenyu yepharamitha

Ukusetha kabusha kwasefekthri

Isilawuli singasethwa sibuyele kuzilungiselelo zasembonini ngokusebenzisa le nqubo elandelayo:

1. Vala isilawuli
2. Qhubeka nezinkinobho zomcibisholo ezithi “∧” neziphansi “∨” zicindezelwe ngenkathi uxhuma kabusha ivolumu yokunikezelatage
3. Uma ikhodi ethi “Face” iboniswa esibukweni, khetha “yebo”

Qaphela: Ukulungiselelwa kwefekthri ye-OEM kuzoba izilungiselelo zasembonini ze-Danfoss noma isilungiselelo sefekthri esichazwe umsebenzisi uma senziwe. Umsebenzisi angalondoloza ukulungiselelwa kwakhe njengokusetha kwefekthri ye-OEM ngepharamitha o67.

Bonisa amakhodi

Ikhodi yokubonisa	Incazelo
-d-	Umjikelezo we-Defrost uyaqhubeka
I-Pod	Umjikelezo wokwehlisa izinga lokushisa uqalile
Iphutha	Izinga lokushisa alikwazi ukuboniswa ngenxa yephutha lenzwa
-	Kuboniswa phezulu kwesibonisi: Inani lepharamitha lifinyelele umkhawulo. Umkhawulo
-	Kuboniswa ngezansi kwesibonisi: Inani lepharamitha lifinyelele ubuncane. Umkhawulo
Khiya	Ikhibhodi yesibonisi ikhiyiwe
Null	Ikhibhodi yesibonisi ivuliwe
PS	Ikhodi yokufinyelela iyadingeka ukuze ufake imenyu yepharamitha
Izembe/Ext	I-alamu noma ikhodi yephutha ekhanya ngezinga lokushisa elivamile. Funda ngokuphimisela
VALIWE	Ukulawula kuyamiswa njengoba iswishi engu-r12 Main ISEthiwe
On	Ukulawula kuqalwa njengoba i-r12 Iswishi eyinhloko IVULIWE (ikhodi eboniswa ngemizuzwana emi-3)
Ubuso	Isilawuli sisethwe kabusha kusilungiselelo sasekuqaleni

Ukuzulazula

Imenyu yepharamitha ifinyelelwa ngokucindezela inkinobho ethi “SET” imizuzwana emi-3. Uma ikhodi yokuvikela ukufinyelela “o05” ichaziwe isibonisi sizocela ikhodi yokufinyelela ngokubonisa ikhodi ethi “PS”. Uma ikhodi yokufinyelela isinikezwe umsebenzisi, uhlu lwepharamitha luzofinyelelwa.

Qala kahle

Ngenqubo elandelayo ungaqala ukulawulwa ngokushesha okukhulu:

1. Cindezela inkinobho ethi “SET” imizuzwana emi-3 bese ufinyelela imenyu yepharamitha (isibonisi sizovela “ngaphakathi”)
2. Cindezela inkinobho ephansi ethi “∨” ukuze uye kumenyu ethi “tcfg” (isibonisi sizobonisa “tcfg”)
3. Cindezela ukhiye ongakwesokudla/“>” ukuze uvule imenyu yokumisa (i-display izobonisa u-r12)
4. Vula ipharamitha ethi “r12 Main switch” bese umisa ukulawula ngokuyivala (Cindezela okuthi SET)
5. Vula i-“o61 application mode” bese ukhetha imodi yohlelo edingekayo (Cindezela okuthi SET)
6. Vula “uhlobo lwenzwa ye-o06” bese ukhetha uhlobo lwenzwa yokushisa esetshenzisiwe (n5=NTC 5 K, n10=NTC 10 K, Pct.=PTC, Pt1=Pt1000) – (Cindezela okuthi “SET”).
7. Vula i-“o02 DI1 Configuration” bese ukhetha umsebenzi ohlotshaniswa nokokufaka kwedijithali 1 (Sicela ubhekisele ohlwini lwepharamitha) – (Cindezela okuthi “SET”).
8. Vula i-“o37 DI2 Configuration” bese ukhetha umsebenzi ohlotshaniswa nokokufaka kwedijithali 2 (Sicela ubhekisele ohlwini lwepharamitha) – (Cindezela okuthi “SET”).
9. Vula ipharamitha ethi “o62 Quick setting” bese ukhetha ukuhlela kusengaphambili okufanelana nohlelo lokusebenza olusetshenziswayo (sicela ubhekisele kuthebula elisethiwe ngezansi) – (Cindezela okuthi “SET”).
10. Vula "o03 Ikheli lenethiwekhi" bese usetha ikheli le-Modbus uma lidingeka.
11. Zulazulela emuva kupharamitha “r12 Main switch” bese uyimisa endaweni ethi “VULIWE” ukuze uqale ukulawula.
12. Dlula kulo lonke uhlu lwepharamitha bese ushintsha izilungiselelo zasembonini lapho kudingeka khona.

Ukukhethwa kwezilungiselelo ezisheshayo

Isilungiselelo esisheshayo	1	2	3	4	5	6	7
	IKhabhinethi MT Incazelo yemvelo. Yima ngesikhathi	IKhabhinethi MT El. def. Yima ngesikhathi	IKhabhinethi MT El. def. Yima esitofini	IKhabhinethi LT El. def. Yima esitofini	Igumbi MT El. def. Yima ngesikhathi	Igumbi MT El. def. Yima esitofini	Igumbi LT El. def. Yima esitofini
r00 Sika	4 °C	2 °C	2 °C	-24 °C	6 °C	3 °C	-22 °C
r02 Max Ukusika	6 °C	4 °C	4 °C	-22 °C	8 °C	5 °C	-20 °C
r03 Amaminithi Ukusika	2 °C	0 °C	0 °C	-26 °C	4 °C	1 °C	-24 °C
I-A13 Umoya Ophakeme	10 °C	8 °C	8 °C	-15 °C	10 °C	8 °C	-15 °C
Al 4 Lowly Air	-5 °C	-5 °C	-5 °C	-30 °C	0 °C	0 °C	-30 °C
d01 Def. Indlela	Okwemvelo	Ezogesi	Ezogesi	Ezogesi	Ezogesi	Ezogesi	Ezogesi
d03 Def.lnterval	6 ihora	6 ihora	6 ihora	12 ihora	8 ihora	8 ihora	12 ihora
d10 DefStopSens.	Isikhathi	Isikhathi	Inzwa ye-S5	55 Inzwa	Isikhathi	Inzwa ye-S5	Inzwa ye-S5
o02 DI1 Config.					Umnyango fct.	Umnyango fct.	Umnyango fct.

Ukhiye wokuhlela

Isilawuli sohlelo esinokhiye we-Mass Programming (EKA 201)

1. Nika amandla isilawuli. Qiniseka ukuthi izilawuli zixhunywe kumapayipi amakhulu.
2. Xhuma i-EKA 201 kusilawuli usebenzisa ikhebuli yesilawuli esibonakalayo.
3. I-EKA 201 izoqala ngokuzenzakalelayo inqubo yokuhlela.

Uhlu lwepharamitha

Ikhodi	Imanuwali yombhalo omfushane	Okuncane.	Ubukhulu.	2	Iyunithi	R/W	EKC 224 Appl.
							1	2	3	4
CFg	Ukucushwa
r12	Iswishi eyinhloko (-1=isevisi /0=CIMILE / 1=0N)	-1	1	0		R/W	*	*	*	*
o61¹)	Ukukhethwa kwemodi yohlelo lokusebenza (1)API: Cmp/Def/Fan/Light (2)AP2: Cmp/Def/Fan/Alarm (3)AP3: Cmp/ Al/F an/Light (4)AP4: Ukushisa/I-alamu/Ukukhanya	1	4			R/W	*	*	*	*
o06¹)	Ukukhetha uhlobo lwenzwa (0) n5= NTC 5k, (1) n10 = NTC 10k, (2)Pt = Pt1003, (3) Pct. = I-PTC 1000	0	3	2		R/W	*	*	*	*
o02¹)	Ukucushwa kwe-Dell (0) kwe=okungasetshenzisiwe (1) SD=isimo, (2) umsebenzi we-doo-door, (3) yenza=i-alamu yomnyango, (4) SCH=iswishi eyinhloko, (5)iseduze=imodi yemini/yasebusuku, (6) rd=ukususwa kwesithenjwa (7) EAL=i-alamu yangaphandle, (8) def.=defrost, (9) I-Pod =donsela phansi, (10) Sc=inzwa ye-condenser	0	10	0		R/W	*	*	*	*
037¹)	DI2 ukucushwa (0) kwe=okungasetshenzisiwe (1) SD=isimo, (2) umsebenzi we-doo-door, (3) yenza=i-alamu yomnyango, (4) SCH=iswishi eyinhloko, (5) eduze=imodi yemini/yasebusuku, (6) isihlibhi=ukususwa kwe-ref refence (7) EAL=i-alamu yangaphandle, (8) def.=defrost, (9) I-Pod=donsela phansi	0	9	0		R/W	*	*	*	*
o62¹)	Ukusetha ngaphambilini okusheshayo kwamapharamitha ayinhloko 0= Ayisetshenziswa I-1 = MT, I-defrost yemvelo, yeka ngesikhathi 2 = MT, El defrost, yima ngesikhathi 3= MT, El defrost, yima ku-temp. 4 = LT, El defrost stop on temp. 5 = Igumbi, MT, El defrost, yima ngesikhathi 6= Igumbi, MT, El defrost, stop on temp. 7= Igumbi, i-LT, i-El defrost, yima ku-temp.	0	7	0		I-RIW	*	*	*
o03¹)	Ikheli lenethiwekhi	0	247	0		R/W	*	*	*	*
r-	I-Thermostat
r00	I-temperature setpoint	r03	r02	2.0	°C	R/W	*	*	*	*
r01	Umehluko	0.1	20.0	2.0	K	R/W	*	*	*	*
r02	Ubukhulu. umkhawulo wokusetha iphuzu	r03	105.0	50.0	°C	R/W	*	*	*	*
r03	Okuncane. umkhawulo wokusetha iphuzu	–40.0	r02	–35.0	°C	R/W	*	*	*	*
r04	Ukulungiswa kwezinga lokushisa lesibonisi	–10.0	10.0	0.0	K	R/W	*	*	*	*
r05	Iyunithi yezinga lokushisa rC / °F)	0/C	1 / F	0/C		R/W	*	*	*	*
r09	Ukulungiswa kwesiginali evela kunzwa yakwa-Sair	–20.0	20.0	0.0	°C	R/W	*	*	*	*
r12	Iswishi eyinhloko (-1=isevisi /0=CIMILE / 1=0N)	-1	1	0		R/W	*	*	*	*
r13	Ukususwa kwereferensi ngesikhathi sokusebenza ebusuku	–50.0	50.0	0.0	K	R/W	*	*		*
r40	Ukususwa kwereferensi ye-thermostat	–50.0	20.0	0.0	K	R/W	*	*	*	*
r96	Ubude besikhathi sokudonsela phansi	0	960	0	imiz	R/W	*	*	*
r97	Izinga lokushisa lomkhawulo wokudonsela phansi	–40.0	105.0	0.0	°C	R/W	*	*	*
A-	Izilungiselelo ze-alamu
A03	Ukubambezeleka kwe-alamu yezinga lokushisa (kufushane)	0	240	30	imiz	R/W	*	*	*	*
Al2	Ukubambezeleka kwe-alamu yezinga lokushisa ekudonseleni phansi (isikhathi eside)	0	240	60	imiz	R/W	*	*	*	*
A13	Umkhawulo we-alamu ophezulu	–40.0	105.0	8.0	°C	R/W	*	*	*	*
A14	Umkhawulo we-alamu ophansi	–40.0	105.0	–30.0	°C	R/W	*	*	*	*
A27	Ukubambezeleka kwe-alamu Dll	0	240	30	imiz	R/W	*	*	*	*
A28	Ukubambezeleka kwe-alamu DI2	0	240	30	imiz	R/W	*	*	*	*
A37	Umkhawulo we-alamu we-alamu yezinga lokushisa le-condenser	0.0	200.0	80.0	°C	R/W	*	*	*
A54	Umkhawulo we-alamu ye-condenser block kanye ne-com. Ima	0.0	200.0	85.0	°C	R/W	*	*	*
A72	Voltagi-e protection inika amandla	0/Cha	1/Yebo	0/Cha		R/W	*	*	*
A73	Ivolumu encane yokusikatage	0	270	0	I-Volt	R/W	*	*	*
A74	Ivolumu encane yokusikatage	0	270	0	I-Volt	R/W	*	*	*
A75	Umthamo omkhulu wokusikatage	0	270	270	I-Volt	R/W	*	*	*
d-	I-Defrost
d01	Indlela ye-Defrost (0) okungeyona =Akukho, (1) hhayi = Kwemvelo, (2) E1 = Okukagesi, (3) igesi = Igesi eshisayo	0	3	2		R/W	*	*	*
d02	Defrost stop lokushisa	0.0	50.0	6.0	°C	R/W	*	*	*
d03	Isikhawu phakathi kokuqala kwe-defrost	0	240	8	ihora	R/W	*	*	*
d04	Ubukhulu. ubude be-defrost	0	480	30	imiz	R/W	*	*	*
d05	i-lime offset ekuqaleni kokuncibilika kokuqala ekuqaleni	0	240	0	imiz	R/W	*	*	*
d06	Isikhathi sokuphumula	0	60	0	imiz	R/W	*	*	*
d07	Ukubambezeleka kokuqala kwefeni ngemva kokumiswa kwesithwathwa	0	60	0	imiz	R/W	*	*	*
d08	Izinga lokushisa lokuqala labalandeli	-40.0	50.0	-5.0	°C	R/W	*	*	*
d09	Ukusebenza kwabalandeli ngesikhathi sokuqhafaza	0/Cishiwe	1/ Vuliwe	1/Vuliwe		R/W	*	*	*
d10″	Inzwa ye-Defrost (0=isikhathi, 1=Sair, 2=55)	0	2	0		R/W	*	*	*
d18	Ubukhulu. comp. isikhathi sokusebenza phakathi kwama-defrosts amabili	0	96	0	ihora	R/W	*	*	*
d19	I-Defrost uma idingeka - amazinga okushisa angama-55 avumela ukuhlukahluka ngesikhathi sokwakheka kwesithwathwa. Embonini emaphakathi khetha 20 K (=off)	0.0	20.0	20.0	K	R/W	*	*	*
d30	Ukulibaziseka kokunciphisa ngemva kokudonsela phansi (0 = VALIWE)	0	960	0	imiz	R/W	*	*	*
F—	Umlandeli
F1	Ifeni ekumeni kwe-compressor (0) I-FFC = Landela i-com., (1) Foo = VULIWE, (2) FPL = Ukushaywa kwabalandeli	0	2	1		R/W	*	*	*
F4	Izinga lokushisa lokumisa abalandeli (55)	-40.0	50.0	50.0	°C	R/W	*	*	*
F7	I-Fan pulsing ON umjikelezo	0	180	2	imiz	R/W		*	*
F8	I-Fan pulsing OFF umjikelezo	0	180	2	imiz	R/W	*	*	*
c-	I-Compressor
c01	Okuncane. Ngesikhathi	0	30	1	imiz	R/W	*	*	*
c02	Okuncane. ISIKHATHI esingasebenzi	0	30	2	imiz	R/W	*	*	*
c04	Ukulibaziseka kwe-Compressor OFF emnyango ovulekile	0	900	0	isekhondi	R/W	*	*	*
c70	Ukukhetha ukuwela iqanda	0/Cha	1/Yebo	1/Yebo		R/W	*	*	*
o-	Okunhlobonhlobo
o01	Ukubambezeleka kokuphumayo ekuqaleni	0	600	10	isekhondi	R/W	*	*	*	*
o2″	DI1 ukucushwa (0) cishiwe=akusetshenzisiwe (1) Sdc=isimo, (2) doo=umsebenzi womnyango, (3) doA=i-alamu yesicabha, (4) SCH=iswishi eyinhloko (5) nig=imodi yosuku/yasebusuku, (6) rFd=ireferensi yokugudluka, (7) EAL=i-alamu yangaphandle, (8) dEF=clefrost, (9) Pud=donsela phansi, (10) Sc=inzwa yecondenser	0	10	0		R/W	*	*	*	*
o3″	Ikheli lenethiwekhi	0	247	0		R/W	*	*	*	*
5	Ikhodi yokufinyelela	0	999	0		R/W	*	*	*	*
006″	Ukukhetha uhlobo lwenzwa (0) n5 = NTC 5k, (1) n10 = NTC 10k, (2)Pt = Pt1000, (3) Ptc = PTC 1000	0	3	2		R/W	*	*	*	*
o15	Ukulungiswa kwesibonisi (0) 0.1, (1)0.5, (2)1.0	0	2	0		R/W	*	*	*	*
o16	Ubukhulu. i-lime ebekwe eceleni ngemuva kokuncibilika okuhlanganisiwe	0	360	20	imiz	R/W	*	*	*
o37.	Dl? ukumisa (0) kwe=okungasetshenzisiwe (1) Isaka=isimo, (2) doo=umsebenzi womnyango, (3) yenza=i-alamu yomnyango, (4) SCH=iswishi eyinhloko, (5) eduze=imodi yemini/yasebusuku, (6) rd=ref Ukufuduka kwe-Terence, (7) EAL=i-alamu yangaphandle, (8) def.=def ran, (9) IPod=ngidonsele phansi	0	9	0		R/W	*	*	*	*
o38	Ukucushwa komsebenzi wokukhanya (0) ku=njalo kuvuliwe, (1) Dan=usuku/ubusuku (2) doo=ngokusekelwe esenzweni somnyango, (3) amanethi = Inethiwekhi	0	3	1		R/W	*		*	*
o39	Ukulawula ukukhanya ngenethiwekhi (kuphela uma o38=3(.NET))	0/Cishiwe	1/ Vuliwe	1/Vuliwe		R/W	*		*	*
061″	Ukukhethwa kwemodi yohlelo lokusebenza (1) I-API: Cmp/Def/Fan/Light (2) AP2: Cmp/Def/Fan/A 6 rim (3) AP3: Cmp/Al/Fan/Light (4) AP4: Ukushisa/I-alamu/Ukukhanya	1	4	1		R/W	*	*	*	*
o62 kwe	Ukusetha ngaphambilini okusheshayo kwamapharamitha ayinhloko 0= Akusetshenziswanga 1= MT, Ukuncibilika kwemvelo, yima ngesikhathi 2 = MT, El defrost, yima ngesikhathi 3= MT, El defrost, yima ku-temp. 4= LT, El defrost stop on temp 5 = Igumbi, MT, El defrost, yima ngesikhathi 6= Igumbi, MT, El defrost, stop on temp. 7= Igumbi, i-LT, i-El defrost, yima ku-temp.	0	7	0		R/W	*	*	*
67	Shintshanisa izilungiselelo zasembonini zezilawuli ngezilungiselelo zamanje	0/Cha	1/Yebo	0/Cha		R/W	*	*	*	*
91	Bonisa ngokuncibilika (0) Umoya=Izinga lokushisa le-Sari / (1) I-Fret=izinga lokushisa eliqandayo/ (2) -drvd liyaboniswa	0	2	2		R/W	*	*	*
P—	I-polarity
P75	Guqula i-alamu edluliselwe (1) = Guqula isenzo sokudlulisa	0	1	0		R/W	*	*	*
P76	Ukhiye wekhibhodi uvule amandla	0/Cha	1/Yebo	0/Cha		R/W	*	*	*	*
u-	Isevisi
u00	Isimo sokulawula 50: Okujwayelekile, 51: I-Wart ngemva kokuqothula. 52: Min ON timer, 53: Min OFF timer, 54: Drip kaningi 510: r12 Main switch set QIWA, 511: Thermostat cut-out 514: Defrosting, $15: Ukubambezeleka kwabalandeli, 517: Umnyango uvuliwe, 520: Ukupholisa okuphuthumayo,525 : Ukulawula mathupha, 530: Umjikelezo wokudonsela phansi, 532: Ukulibaziseka kokunyusa amandla, S33: Ukushisisa	0	33	0		R	*	*	*	*
u01	Izinga lokushisa le-Sari Air	-100.0	200.0	0.0	°C	R	*	*	*	*
u09	Izinga lokushisa le-S5 Evaporator	-100.0	200.0	0.0	°C	R	*	*	*	*
u10	Isimo sokufakwayo kwe-DI1	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*	*	*
u13	Isimo sasebusuku	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*	*	*
u37	Isimo sokufakwayo kwe-DI2	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*	*	*
u28	Ireferensi yangempela ye-thermostat	-100.0	200.0	0.0		R	*	*	*	*
u58	I-Compressor/ I-valve ye-solenoid yomugqa onguketshezi	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*	*
u59	Ukudluliselwa kwabalandeli	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*	*
u60	I-Defrost relay	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*	*
u62	I-alamu edluliselwe	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R		*	*	*
u63	Ukudlulisa ukukhanya	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R	*		*	*
LSO	Ukufundwa kwenguqulo ye-Firmware					R	*	*	*	*
u82	Inombolo yesilawuli					R	*	*	*	*
u84	Ukudluliselwa kokushisa	0/Cishiwe	1/ Vuliwe	0/Cishiwe		R				*
U09	Izinga lokushisa le-Sc Condenser	-100.0	200.0	0.0		R	*	*	*

1) Ipharamitha ingashintshwa kuphela uma ipharamitha engu-r12 Iswishi eyinhloko IVALIWE.

Amakhodi we-alamu

Esimeni se-alamu isibonisi sizoshintshana phakathi kokufunda izinga lokushisa langempela lomoya kanye nokufunda amakhodi e-alamu yama-alamu asebenzayo.

Ikhodi	Ama-alamu	Incazelo	I-alamu yenethiwekhi
E29	Iphutha lenzwa ye-Sari	Inzwa yezinga lokushisa lomoya alisebenzi noma ukuxhumeka kukagesi kulahlekile	- Iphutha likaSari
E27	Iphutha lenzwa yokuvala	Inzwa ye-S5 Evaporator inesici noma ukuxhumeka kukagesi kulahlekile	- Iphutha le-S5
E30	Iphutha lenzwa ye-SC	Inzwa ye-Sac Condenser inesici noma ukuxhumeka kukagesi kulahlekile	- Iphutha le-Sac
A01	I-alamu yezinga eliphezulu	Izinga lokushisa lomoya ekhabetheni liphezulu kakhulu	- I-alamu ephezulu
A02	I-alamu yezinga eliphansi	Izinga lokushisa lomoya ekhabetheni liphansi kakhulu	- Iphansi t. I-alamu
A99	I-alamu ye-Volt ephezulu	Ukunikezwa kwevoltagi-e iphezulu kakhulu (ukuvikelwa kwe-compressor)	- High Voltage
AA1	I-alamu ye-Volt ephansi	Ukunikezwa kwevoltagi-e iphansi kakhulu (ukuvikelwa kwe-compressor)	- Ivolumu ephansitage
A61	I-alamu ye-Condenser	Izinga lokushisa le-Condenser. phezulu kakhulu - hlola ukugeleza komoya	- I-alamu yomsindo
A80	Cond. vimba i-alamu	Izinga lokushisa le-Condenser. kuphezulu kakhulu - Ukusetha kabusha i-alamu mathupha kuyadingeka	- I-Cond Blocked
A04	I-alamu yomnyango	Umnyango ubuvuliwe isikhathi eside kakhulu	- I-alamu yomnyango
A15	I-alamu ye-DI	I-alamu yangaphandle evela ku-DI input	- I-alamu ye-DI
A45	I-alamu yokulinda	Ukulawula kumiswe “i-r12 Main switch”	— Imodi yokulinda

1) I-alamu ye-condenser block alarm ingasethwa kabusha ngokusetha u-r12 Main switch IVALIWE futhi VULA futhi noma ngokunika amandla isilawuli.

I-Danfoss A/S
Climate Solutions « danfoss.com « +45 7488 2222

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Amadokhumenti / Izinsiza

	I-Danfoss EKC 223 Case Controller [pdf] Umhlahlandlela wokufaka EKC 223, 084B4053, 084B4054, Case Controller, EKC 223 Case Controller
	I-Danfoss EKC 223 Case Controller [pdf] Umhlahlandlela wokufaka EKC 223 Case Controller, EKC 223, Case Controller, Controller

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