I-MITSUBISHI RMF-CA200-V1 Control Interface

Izingxenye Ezinikeziwe

I-RMF-CA200-V1(A) isixhumi esibonakalayo se-thermostat (1), Imanuwali (1) Isiguquli ozikhethela sona (ULP24-210) sithengiswa ngokwehlukana ne-Mitsubishi Electric

Izinyathelo Zokuphepha

FUNDA KAHLE LEZI ZOKUQAPHELA EZLANDELAYO ZOKUPHEPHA NGAPHAMBI KOKUSEBENZISA NGASINYE LOMKHIQIZO (“IDIVAYISI”).

ISEXWAYISO - UKUPHATHA OKUNGINGAMELE kungaholela Ekulimaleni, EKUSEBENENI KAHLE KANYE/NOMA KONAKALA DIVAYISI

• Ungaluvezi ucingo noma ulucwilise ucingo emanzini. Ukwenza kanjalo kungaholela ekushaqekeni kukagesi, ukungasebenzi kahle kwedivayisi noma ukulimala.
• Ungafaki idivayisi endlini yokugezela, ekhishini, nanoma yiliphi igumbi lapho isitimu singakheka khona. Ukujiya kungakhula ocingweni noma eduze kwalo futhi kubangele ukushaqeka kukagesi, ukungasebenzi kahle kocingo noma ukulimala.
• Ungalufaki ucingo endaweni lapho kungenzeka khona ukuvuza kwegesi.
• Ungalibeki idivayisi ekushiseni noma emisebeni, okuhlanganisa ukukhanya kwelanga, noma faka idivayisi endaweni lapho izinga lokushisa lingaba likhulu kuno-40°C (104°F) noma ngaphansi kuka-0°C (32°F). Ukwenza noma iyiphi yalezi zinto kungase kubangele ukonakala noma ukungasebenzi kahle kwedivayisi.
• Njalo qinisekisa ukuthi idivayisi ifakwe endaweni ngaphandle kokuchayeka emsindweni wefrikhwensi ephezulu.
• Amajeneretha kagesi, ama-inverter, namaza aphezulu noma izinto zokuxhumana ngomsakazo zingaphazamisa ukusebenza kwalolu cingo.
• Wonke umsebenzi kagesi kufanele wenziwe uchwepheshe oqeqeshiwe futhi ngokuhambisana nemithetho esebenzayo kanye nemiyalelo echazwe kule ncwadi.
• Sebenzisa izintambo ezijwayelekile ezinomthamo wamanje ofanele ukuze ugweme ukuvuza kwamanje, ukushisa okukhulu, nomlilo.
• Sebenzisa kuphela izintambo ezishiwo kanye nezintambo; xhuma ngokuphepha ngayinye ukuze ama-terminals angabi nasisindo.
• Bandakanya ukuxega kuzintambo zokuphakela amandla. Ukungezwani kwezintambo kungase kubangele ukushisa kakhulu futhi kuphuke, okungase kubangele umlilo.
• Izintambo ezixhumeke ngendlela engafanele noma ezinesekhethi esifushane noma izintambo zingakhiqiza ukushisa futhi kubangele ukungasebenzi kahle kwedivayisi, ukulimala kwedivayisi, nomlilo.
• Amandla amancanetage kwisekethe yokuphakelwa kukagesi noma ukufakwa okungafanele kungase kubangele ukushaqeka kukagesi noma umlilo.
• Ungashintshi noma uguqule lolu cingo noma ikhebula nganoma iyiphi indlela.

Ukufakwa

I-Thermostat ingase ilungiselelwe ukuthi isebenze kumamodi epompo evamile noma yokushisa. Sebenzisa intambo ye-thermostat engu-18 AWG kukho konke ukuxhumana.

• Amatheminali okuxhuma ngocingo asekela i-20-30VAC.
• Amasiginali we-G1, G2, G3 Thermostat awasekelwe.
• Isivinini sabalandeli esizenzakalelayo singasethwa sibe phezulu, esimaphakathi, esiphansi nesithule kusetshenziswa ama-dipswitches. Ngenkathi ukumodi ye-FAN (i-signal ye-G kuphela isebenza) isilawuli esikude esingenantambo seyunithi yasendlini ye-Mitsubishi Electric singasetshenziswa ukulungisa isivinini sabalandeli ukusuka kusilungiselelo sokuqala esimisiwe siye kunoma yisiphi esinye isivinini sabalandeli. I-RMF-CA200 izogcina izilungiselelo ezintsha kuze kube yilapho iyunithi ijikeleziswa ngamandla lapho izophinda iqalise ngokusetha okuzenzakalelayo kwesivinini sokudonsa.
• Indawo ye-vane ezenzakalelayo ingasethwa kusetshenziswa ama-dipswitches. Indawo ye-vane ezenzakalelayo ingashintshwa ngokusebenzisa isilawuli esikude esingenantambo seyunithi yangaphakathi ye-Mitsubishi Electric kunoma iyiphi enye i-vane oyifunayo. I-RMF-CA200 izogcina indawo entsha ye-vane kuze kube yilapho iyunithi ijikeleziswa ngamandla lapho izophinda iqalise ngokulungiselelwa okuzenzakalelayo kwe-dipswitch vane.
• I-Convection isilawuli se-heater sihlinzekwa yisixhumi se-CN24 kumayunithi angaphakathi ebhodi le-PC. Isixhumi se-CN24 sikhipha i-12VDC ku-80mA. Uma isistimu inganikezi isixhumi se-CN24, xhuma isilawuli sokushisa esisizayo ngokuqondile sisuka ku-thermostat siye kumthombo wokushisa osizayo. Noma yikuphi ukuxhumeka kumthombo wokushisa oyisizayo kungaphandle kobubanzi bemikhiqizo ye-Mitsubishi Electric. Sicela uxhumane nochwepheshe abanelayisensi ukuze uqinisekise ukusethwa okufanele nokuphepha komthombo wokushisa osizayo ngokuhambisana namadokhumenti omkhiqizo womthombo wokushisa asizayo kanye namakhodi okwakha endawo.
• Idivayisi ihlinzeka ngezimbobo ezimbili ezifakwayo ukuze zinamathisele ikesi endaweni eqinile. Itheyiphu enezinhlangothi ezimbili ingase isetshenziselwe ukunamathisela idivayisi. Uma usebenzisa itheyiphu, qiniseka ukuthi itheyiphu ivunyelwe ukusetshenziswa ngaphakathi kwamazinga okushisa okusebenza alindelwe.
•  Faka i-transformer ngokwekhodi yase-Canadian Electrical, ikhodi yebhilidi yase-Canada nokuthobela amakhodi endawo, kanye nemiyalelo yokufaka yomkhiqizi.
• Xhuma ikhebula le-RMF-CA200-V1 kusixhumi esingu-CN105 ebhodini lokulawula iyunithi yasendlini.

ISINYATHELO 1: Khetha u-1 noma u-2 isekhonditagukusebenza kwe-thermostat usebenzisa i-dipswitch 1-1:

VALIWE isikhundla (okuzenzakalelayo)	Ilungiselelwe imizuzwana emi-2tagama-thermostat okushisa nawokupholisa (Y1, Y2 & W1, W2)
ON isikhundla	Ilungiselelwe ukusetshenziswa ne-single stagama-thermostat okushisa / okupholisa (Y1, W1)

Khetha Imodi Yempompi Evamile noma Yokushisa usebenzisa i-Dipswitch 1-2
I-single-Stage Ukusebenza- I-Dipswitch 1-1 isethwe ku-ON isikhundla Uma u-Y2 noma i-W2 ishiywe ingaxhumekile noma ingatholakali kusukela kusethi ye-thermostat engu-SW1-1 ukuya endaweni YOKUVULA. Lokhu kumisa i-single stage ukusebenza kwe-RMF-CA200-V1(A) elingisa ama-s amaningitagUkusebenza kusetshenziswa umehluko wezinga lokushisa okusekelwe ocingweni lwe-W1 / Y1 nesikhathi sokusebenza.

OFF isikhundla (Okuzenzakalelayo)

Okuzenzakalelayo OFF isikhundla silungiselela imodi evamile, UKUVULIWE kwenza imodi yePump Yokushisa

Ongashadile Stage I-Conventional Interface Connection

Imodi Ejwayelekile Ye-Thermostat Ukuxhumana
Phina	Isiginali	Incazelo
1	TC	I-Transformer evamile (IN).
2	C	Okujwayelekile (Okuphumayo) Ku I-Thermostat
3	TR	24 VAC (IN) Transformer
4	R	24 VAC (IN) Thermostat
5	Y2	Stage 2 Ukupholisa
6	Y1	Stage 1 Ukupholisa
7	W2	Stage 2 Ukushisa
8	W1	Stage 1 Ukushisa
9	W3	Stage 3 Ukushisa
10	G	Umlandeli
11	O	UNGAXHUMANI KU- INTERFACE
12	EO	Ukukhipha Iphutha (Ukuphuma)
Ku-single stagi-e operation Y2, W2 kanye nezimpawu ze-W3 azisetshenziswa

Ukuxhumana Kwemodi Yephampu Yokushisa

Imodi Yephampu Yokushisa I-Thermostat Ukuxhumana
Phina	Isiginali	Incazelo
1	TC	I-Transformer evamile (IN).
2	C	Okujwayelekile (Okuphumayo) Ku I-Thermostat
3	TR	24 VAC (IN) Transformer
4	R	24 VAC (OUT) ukuya ku-Thermostat
5	Y2	Iphampu Yokushisa Stage2 Ukushisa/Kupholile
6	Y1	Iphampu Yokushisa Stage1 Ukushisa/Kupholile
7	AUX1	N/A
8	OB	Iphampu yokushisa Ukushisa / Ukupholisa imodi
9	AUX2	Stage 4 Ukushisa
10	G	Umlandeli
11	O	UNGAXHUMANI KU- INTERFACE
12	EO	Ukukhipha Iphutha (Ukuphuma)

Example 3: Ukusebenza Kwemodi Yephampu Yokushisa - Dipswitch 1-1 isethwe ku-ON isikhundla
Uma i-Y2 noma i-W2 ishiywe ingaxhumekile noma ingatholakali ku-thermostat isethi SW1-1 ukuya endaweni ON. Lokhu kumisa i-single stage ukusebenza kwe-RMF-CA100-V1(A) elingisa ama-s amaningitagUkusebenza kusetshenziswa umehluko wezinga lokushisa okusekelwe ocingweni lwe-W1 / Y1 nesikhathi sokusebenza.

ISINYATHELO 2: Ukusetha Ukushintsha Kwe-DIP
Ku-PCB, kuneswishi ye-DIP enezindawo eziyi-10 yokusetha izilungiselelo. Indawo ngayinye inezifunda ezimbili: VULIWE noma VALIWE. Okokufaka kokushintsha kwe-DIP kukhonjwa ngumqambi wabo wereferensi ku-PCB kulandelwa indawo yabo yokushintsha.
I-DIPSWITCH BANK 1

#	Okokufaka	Incazelo (Imboni Okuzenzakalelayo - konke amaswishi abekwe endaweni OFF)
1	I-SW1-1	Uma KUVULIWE vula i-single stagukusebenza kokushisa / okupholile, okuzenzakalelayo KUVALIWE (i-dual stage W1, W2 & Y1, Y2) ukusebenza
2	I-SW1-2	Okuvamile (okuzenzakalelayo KUVALIWE) noma Iphampu Yokushisa (VULIWE).
3	I-SW1-3	Ichaza isivinini sabalandeli esizenzakalelayo lapho isignali ye-thermostat G isebenza a) PHANSI: SW1-3 IVALIWE, SW1-4 IVALIWE (okuzenzakalelayo) b) OKUPHAKATHI: I-SW1-3 IVALIWE, i-SW1-4 IVULIWE c) PHEZULU: I-SW1-3 IVULIWE, i-SW1-4 IVALIWE d) UKUTHULA: SW1-3 IVULIWE, SW1-4 IVULIWE
4	I-SW1-4
5	I-SW1-5	Elingisiwe 2nd stagImodi yokushisa / epholile phakathi ne-s singletagUkusebenza kwe-e kuchazwa isikhathi socingo se-Y1 / W1 esiqhubekayo:
6	I-SW1-6
7	SW1-7 SW1-8 SW1-9	Indawo ye-vane ezenzakalelayo ekukhuphuleni amandla a) Okuzenzakalelayo: SW1-7 OFF, SW1-8 OFF, SW1-9 VALIWE b) Indawo 1: SW1-7 VULIWE, SW1-8 IVALIWE, SW1-9 IVALIWE c) Isikhundla 2: SW1-7 IVALIWE, SW1-8 VULIWE, SW1-9 IVALIWE d) Indawo 3: SW1-7 ON, SW1-8 ON, SW1-9 IVALIWE e) Isikhundla 4: SW1-7 VALIWE, SW1-8 IVALIWE, SW1-9 VULIWE f) Isikhundla 5: SW1-7 VULIWE, SW1-8 VALIWE, SW1-9 VULIWE g) Swing 1: SW1-7 IVALIWE, SW1-8 ON, SW1-9 VULIWE h) Swing 2: SW1-7 ON, SW1-8 ON, SW1-9 ON
8
9
10	I-SW1-10	Imodi Yokuxilonga a) Indawo ezenzakalelayo (VALIWE) b) Imodi yokuxilonga inikwe amandla (IVULIWE)

Ukucushwa Kwesistimu

Ukucushwa Kwedivayisi:

Izilungiselelo zokuqala zingalungiselelwa ngokusebenzisa ama-dipswitches kubhodi lesifunda, amakhodi esicelo engeziwe angabhekwanga yi-RMF-CA200-V1(A) angase alungiselelwe ngokuxhuma okwesikhashana isilawuli esikude se-MA.

Ukuhlanganisa:
Ukuxhumeka kwe-RMF-CA200-V1 engaphezu kweyodwa ku-thermostat eyodwa akusekelwe.

Inzwa Yezinga lokushisa

I-RMF-CA200-V1 incike kukho kokubili okokufaka kwe-thermostat ye-dry-contact kanye nama-thermistors eyunithi yangaphakathi ye-Mitsubishi Electric ukuze kuqashwe izinga lokushisa legumbi. I-thermostat izwa izinga lokushisa legumbi futhi ibeka izinga lokushisa elibekiwe. I-Mitsubishi Electric unit's return air thermistor isetshenziselwa ukubala indawo yokupholisa nokushisisa.

Imiyalo yokusebenza

Sebenzisa i-thermostat yenkampani yangaphandle ngokwemiyalelo yomkhiqizi. Ukuxhumeka kanye nokusetshenziswa ngesikhathi esisodwa kwe-RMF-CA200-V1(A) kanye nezilawuli ezikude ze-Mitsubishi (isb. i-MA/ME) akusekelwa njengoba zizophazamisa ukusebenza kahle kwe-RMF-CA200-V1. Izilawuli ezikude ze-Infrared Wireless zingase zisetshenziselwe ukusetha isivinini sabalandeli kuyilapho isignali ye-G kuphela isebenza futhi kusetha indawo ye-vane. I-RMF-CA200-V1(A) namasiginali we-thermostat afika kuqala kunamasiginali wesilawuli esikude esingenantambo se-Mitsubishi ngaphandle kwezilungiselelo zabalandeli neze-vane.
Amanothi:

1. Iyunithi yasendlini izokhawulela iphoyinti lesethi yokulawula izinga lokushisa kwangaphakathi ngokusekelwe ekucacisweni kweyunithi yasendlini.
2. Isivinini sabalandeli kuphela esitholakala kuyunithi yasendlini ye-Mitsubishi Electric engasetshenziswa yi-Thermostat Interface.
3. Ukulawulwa kwefeni ne-vane kungasethwa kusetshenziswa isilawuli kude esingenantambo esingenantambo seyunithi ye-Mitsubishi Electric. Okuzenzakalelayo ukulungiselelwa okuzenzakalelayo.
4. Uma konke ukupholisa kanye namahora angu-2 ngemva kokushisisa kuvaliwe, ukunika amandla i-G kuzobeka i-IDU kumodi yabalandeli. Isivinini sabalandeli singashintshwa kusukela kuzilungiselelo kusetshenziswa isilawuli esikude esingenantambo futhi ukulungiselelwa okusha kuzohlala kuze kucishwe iyunithi.
5. Umsebenzi wemodi ezenzakalelayo awusekelwe kumasistimu we-multi-zone (MXZ).

Amadokhumenti / Izinsiza

I-MITSUBISHI RMF-CA200-V1 Control Interface [pdf] Incwadi Yeziqondiso I-RMF-CA200-V1 Control Interface, RMF-CA200-V1, Control Interface, Interface

Izithenjwa

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