I-BTC-9090 iFuzzy Logic Micro Processor Based Controller
Incwadi Yemiyalelo

INTSHAYELELO

Le ncwadana iqulethe ulwazi lofakelo kunye nokusebenza kwemodeli ye-Brainchild ye-BTC-9090 Fuzzy Logic micro-processor based controller.
I-Fuzzy Logic luphawu olubalulekileyo lwalo mlawuli uguquguqukayo. Nangona ulawulo lwe-PID lwamkelwe ngokubanzi ngamashishini, kodwa kunzima kulawulo lwe-PID ukusebenzisana neenkqubo ezithile ezintsonkothileyo ngokufanelekileyo, kwi-ex.ampIinkqubo ezincinci zolandelelwano lwesibini, ixesha elide, amanqaku ahlukeneyo, imithwalo eyahlukeneyo, njl.tage yemigaqo yokulawula kunye nemilinganiselo emiselweyo yolawulo lwe-PID, akusebenzi ukulawula iinkqubo ezinobuninzi beentlobo, kwaye isiphumo siyakhathaza ngokucacileyo kwezinye iinkqubo. I-Fuzzy Logic ilawula i-disadvantage yolawulo lwe-PID, ilawula inkqubo ngendlela esebenzayo ngamava ebinawo ngaphambili. Umsebenzi we-Fuzzy Logic kukulungelelanisa amaxabiso e-PID ngokungathanga ngqo ukwenzela ukuba ixabiso lemveliso yokukhwabanisa i-MV ihlengahlengise ngokuguquguqukayo kwaye ilungelelanise ngokukhawuleza kwiinkqubo ezahlukeneyo. Ngale ndlela, ivumela inkqubo ukuba ifikelele kwindawo yayo emiselweyo ngexesha elifutshane kunye nokugqithiswa okuncinci ngexesha lokulungisa okanye ukuphazamiseka kwangaphandle. Ihluke kulawulo lwe-PID ngolwazi lwedijithali, i-Fuzzy Logic lulawulo olunolwazi lolwimi.

Ukongeza, esi sixhobo sinemisebenzi ye-s singletageramp kwaye uhlale, i-auto-tunung kunye nokusebenza kwemowudi yezandla. Ukusebenziseka ngokulula kwakhona yinto ebalulekileyo kunye nayo.

INKQUBO YOKUNOMBOLA

Umzekelo No. (1) Igalelo laMandla

4	90-264VAC
5	20-32VAC/VDC
9	Okunye

(2) Igalelo loMqondiso
1 0 – 5V 3 PT100 DIN 5 TC 7 0 – 20mA 8 0 – 10V
(3) Uluhlu lweKhowudi

1	Iyalungiseka
9	Okunye

(4) Indlela yokulawula

3	PID / ON-OFF Ulawulo

(5) Isiphumo 1 Inketho

0	Akukho nanye
1	I-Relay ilinganiswe nge-2A / 240VAC yokumelana
2	I-SSR Drive ilinganiswe nge-20mA/24V
3	4-20mA umgca, max. umthwalo 500 ohms (Imodyuli OM93-1)
4	0-20mA umgca, max. umthwalo 500 ohms (Imodyuli OM93-2)
5	0-10V umgca, min. I-impedance 500K ohms (Imodyuli OM93-3)
9	Okunye

(6) Isiphumo 2 Inketho

0	Akukho nanye

(7) UKhetho lweAlam

0	Akukho nanye
1	I-Relay ilinganiswe nge-2A / 240VAC yokumelana
9	Okunye

(8) Unxibelelwano

0	Akukho nanye

IPHAneli ANGAPHAMBI INKCAZO
UDIDI LWEGALELO & UKUCHANEKA

IN	Isivamvo	Uhlobo Longeniso	Uluhlu (BC)	Ukuchaneka
0	J	Iron-Constantan	-50 ukuya 999 BC	A2 BC
1	K	Chromel-Alumel	-50 ukuya 1370 BC	A2 BC
2	T	Ubhedu-uConstantan	-270 ukuya 400 BC	A2 BC
3	E	Chromel-Constantan	-50 ukuya 750 BC	A2 BC
4	B	Pt30%RH/Pt6%RH	300 ukuya 1800 BC	A3 BC
5	R	Pt13%RH/Pt	0 ukuya 1750 BC	A2 BC
6	S	Pt10%RH/Pt	0 ukuya 1750 BC	A2 BC
7	N	Nicrosil-Nisil	-50 ukuya 1300 BC	A2 BC
8	RTD	PT100 ohms(DIN)	-200 ukuya 400 BC	A0.4 BC
9	RTD	PT100 ohms(JIS)	-200 ukuya 400 BC	A0.4 BC
10	Umgca	-10mV ukuya ku-60mV	-1999 ukuya kuma-9999	A0.05%

INGCACISO

Igalelo

Thermocouple (T/C):	uhlobo J, K, T, E, B, R, S, N.
I-RTD:	PT100 ohm RTD (DIN 43760/BS1904 okanye JIS)
Umgca:	-10 ukuya ku-60 mV, ukuthomalalisa igalelo elilungisekayo
Uluhlu:	Umsebenzisi uqwalaselwe, bhekisa kwiTheyibhile engentla
Ukuchaneka:	Jonga kwiTheyibhile engentla
Imbuyekezo ye-Cold Junction:	0.1 BC/BC ambient eqhelekileyo
Ukhuseleko lweSensor Break:	Imo yokhuseleko iyalungiseka
Uchaso lwangaphandle:	100 ohms max.
Ukwala iNdlela eQhelekileyo:	60 dB
Ukwala iNdlela eqhelekileyo:	120dB
SampIreyithi:	3 amaxesha / okwesibini

ULAWULO

Umyinge webhendi:	0 - 200 BC ( 0-360BF)
Phinda umisele ( Integral ):	0 - 3600 imizuzwana
Ireyithi ( ephuma kwi-derivative ):	0 - 1000 imizuzwana
Ramp Ixabiso:	0 - 200.0 BC / umzuzu (0 - 360.0 BF / umzuzu)
Hlala:	0 – 3600 imizuzu
LAYITA ICIMA:	Nge-hysteresis ehlengahlengiswayo (0-20% ye-SPAN)
Ixesha lomjikelo:	0-120 imizuzwana
Isenzo sokulawula:	Ngqo (ngokupholisa) kunye nokubuya umva (ukufudumeza)
AMANDLA	90-264VAC, 50/ 60Hz 10VA 20-32VDC/VAC, 50/60Hz 10VA

OKUSINGQONGILEYO & NOKWAMZIMBA

Ukhuseleko:	UL 61010-1, uHlelo lwesi-3. CAN/CSA-C22.2 No. 61010-1(2012-05), Uhlelo lwesi-3.
Ukukhutshwa kwe-EMC:	EN50081-1
Ukhuseleko lwe-EMC:	EN50082-2
Ubushushu bokusebenza:	-10 ukuya 50 BC
Ukufuma:	0 ukuya 90 % RH (non-codensing)
Ukhuselo:	20M ohms min. ( 500 VDC )
Yoyisakala:	AC 2000V, 50/60 Hz, 1 umzuzu
Ukungcangcazela:	10 – 55Hz, ampubukhulu 1 mm
Umothuko:	200 m/s ( 20g )
Ukusinda okushiyekile:	170 grams
Izixhobo zeZindlu:	Iplastiki yePoly-carbonate
Ukuphakama:	Ngaphantsi kwe-2000 m
Ukusetyenziswa kwangaphakathi
Ukugqithisatage Udidi	II
Isidanga songcoliseko:	2
Ukuguquguquka kweVoltae ngegalelo laMandla:	I-10% yomthamo wegamatage

UKUFAKWA

6.1 IMILINGANISELO & UKUSIKWA KWEPHAneli6.2 I-WIRING DIAGRAM

UKUSETYENZISWA
Phawula: Ungaqhubeki ngeli candelo ngaphandle kokuba kukho imfuneko yokwenyani yokuphinda ulinganise umlawuli. Wonke umhla wokulinganisa wangaphambili uya kulahleka. Musa ukuzama ukulinganisa kwakhona ngaphandle kokuba unezixhobo ezifanelekileyo zokulinganisa. Ukuba idatha yolungelelaniso ilahlekile, kuya kufuneka ubuyisele umlawuli kumboneleli wakho onokufaka intlawulo yokulinganisa kwakhona.
Ngaphambi kokulungelelaniswa qinisekisa ukuba zonke izicwangciso zeparameter zichanekile (uhlobo lwegalelo, C / F, isisombululo, uluhlu oluphantsi, uluhlu oluphezulu).

1. Susa i-wiring yokufaka i-sensor kwaye udibanise i-simulator yegalelo eliqhelekileyo lohlobo oluchanekileyo kwigalelo lomlawuli. Qinisekisa ipolarity echanekileyo. Seta isignali eyenziweyo ukuze ihambelane nomqondiso wenkqubo ephantsi (umz. izidanga zero).
2. Sebenzisa iqhosha lokuSkrola kude kube ” ” ivela kwiPV Display. (Jonga ku-8.2)
3. Sebenzisa amaqhosha aphezulu nasezantsi de uMboniso wePV umele igalelo elifanisiweyo.
4. Cofa iqhosha lokuBuyisa ubuncinci imizuzwana emi-6 (ubuninzi bemizuzwana eli-16), emva koko uyeke. Oku kungena kumlinganiselo ophantsi wolungelelwaniso kwinkumbulo yomlawuli engaguquguqukiyo.
5. Cofa kwaye uyeke Iqhosha lokuSkrola. ” ” ivela kwi-PV Display. Oku kubonisa indawo ephezulu yokulinganisa.
6. Ukwandisa umqondiso wegalelo owenziweyo ukuze uhambelane nophawu oluphezulu lwenkqubo ye-11 (umz. i-100 degrees).
7. Sebenzisa amaqhosha aPhezulu naPhantsi de uMboniso we-SV umele igalelo eliphezulu elifanisiweyo.
8. Cofa iqhosha lokuBuyisa ubuncinci imizuzwana emi-6 (ubuninzi bemizuzwana eli-16), emva koko uyeke. Oku kungena kwinani eliphezulu lokulinganisa kwimemori yomlawuli engaguquguqukiyo.
9. Cima umbane kwiyunithi, susa zonke iintambo zovavanyo kwaye ubuyisele i-sensor wiring (ukuqwalasela i-polarity).

UKUSEBENZA

8.1 UKUSEBENZA KWE-KEYPAD
* Ngombane ovuliweyo, kufuneka ilinde imizuzwana eyi-12 ukunkqaya amaxabiso amatsha eeparamitha xa sele itshintshiwe.

IZIQINISEKISO	UMSEBENZI	INKCAZO
	Skrola iqhosha	Dlulisa phambili umboniso wesalathisi kwindawo oyifunayo. Isalathiso siqhubele phambili ngokuqhubekekayo kwaye ngokomjikelo ngokucofa lephedi yamaqhosha.
	Isitshixo esiPhezulu	Yandisa ipharamitha
	Ezantsi isitshixo	Yehlisa ipharamitha
	Buyisela isitshixo	Seta kwakhona isilawuli kwisimo saso sesiqhelo. Ikwayekisa ulungelelwaniso oluzenzekelayo, ipesenti yemvelisotage esweni kunye nokusebenza imo yezandla.
Cinezela imizuzwana emi-6	Umqulu omde	Ivumela iiparamitha ezininzi ukuba zihlolwe okanye zitshintshwe.
Cinezela  imizuzwana emi-6	Ukubuya Okude	1. Yenza umsebenzi wokuzilungisa ngokuzenzekelayo 2. Uhlengahlengiso lolawulo xa ukwinqanaba lolungelelwaniso
Cinezela kwaye	Ipesenti Yemvelisotage Ukubeka iliso	Ivumela umboniso wenqaku lokumisela ukubonisa ixabiso lemveliso yolawulo.
Cinezela kwaye  imizuzwana emi-6	Ukwenziwa kweNdlela yeNcwadana	Ivumela umlawuli ukuba angenise imo yesandla.

8.2 ISHATHI YOKUQHUBEKAIqhosha elithi "return" lingacinezelwa nangaliphi na ixesha.
Oku kuya kubangela umboniso ukuba ubuyele kwixabiso leNkqubo/Seta ixabiso lendawo.
Amandla asetyenzisiweyo:

1. Iboniswe imizuzwana emi-4. (ISoftware Version 3.6 okanye ngaphezulu)
2. Uvavanyo lwe-LED. Onke amacandelo e-LED kufuneka alayite imizuzwana emi-4.
3. Ixabiso lenkqubo kunye nendawo yokumisela ibonisiwe.

8.3 I-PARAMETER INKCAZELO

IKHOWUDI YE-INDEX	INKCAZELO UHLELO LOKULUNGISA	**USEKO OLUSILAYO
SV	Seta indawo yoLawulo lwexabiso *Umda ophantsi ukuya kwiXabiso eliPhezulu loMda	Ayichazwanga
	I-Alarm Seta ixabiso lendawo * UMda oPhantsi ukuya kuMda oPhezulu weValue. if  =0, 1, 4 okanye 5) * 0 ukuya kwi-3600 imizuzu (ukuba  =12 okanye 13) * Umlinganiselo ophantsi thabathas Cwangcisa indawo ephezulu Ukunciphisa thabatha ixabiso lendawo yokumisela (ukuba              =2, 3, 6 ukuya kwi-11 )	200 BC
	Ramp Ireyithi yexabiso lenkqubo ukunqanda utshintsho olukhawulezileyo lwenkqubo (Isiqalo esithambileyo) * 0 ukuba 200.0 BC (360.0 BF) / umzuzu ( ukuba    = 0 ukuya ku-9 ) * 0 ukuya 3600 iyunithi / umzuzu ( ukuba  =10 )	0 BC / min.
	Ixabiso le-Offset lokuSeta ngokutsha ngesandla (ukuba  = 0 ) * 0 ukuya kwi-100%	0.0%
	I-offset shift yexabiso lenkqubo * -111 BC ukuya 111 BC	0 BC
	Ibakala leProportional * 0 ukuya ku-200 BC (kusetelwe ku-0 kulawulo oluvaliweyo)	10 BC
	Ixesha elidibeneyo (Seta kwakhona) * 0 ukuya 3600 imizuzwana	120 imizuzwana.
	Ixesha eliphumayo (Ireyithi). * 0 ukuya 360.0 imizuzwana	30 imizuzwana.
	Imo yasekuhlaleni 0: Akukho iiparamitha zokulawula zingatshintshwa 1: Iiparamitha zokulawula zingatshintshwa	1
	Ukukhetha iParameter (ivumela ukhetho lweeparamitha ezongezelelweyo ukuba zifikeleleke kwinqanaba le-0 lokhuseleko)	0
	Ixesha le-Proportional Cycle * 0 ukuya 120 imizuzwana	Udluliselo		20
		I-Pulsed Voltage		1
		Umgca weVolt/mA		0
	Ukhetho lweNdlela yokuNgenisa 0: J uhlobo T / C 6: S uhlobo T / C 1: K uhlobo T / C 7: N uhlobo T / C 2: T uhlobo T / C 8: PT100 I-DIN 3: E uhlobo T / C 9: PT100 JIS 4: B uhlobo T / C 10: Linear Voltage okanye Ngoku 5: R uhlobo T/C Qaphela: T / C-Vala isithuba somthengisi we-G5, i-RTD-Vula i-G5	T/C	0
		RTD	8
		Umgca	10
	Ukukhetha iNdlela yeAlam 0: Inkqubo ye-Alarm ephezulu 8: IAlam ephuma ngaphandle 1: Inkqubo yeAlam ephantsi 9: iAlarm yangaphakathi 2: Ukutenxa iAlarm ephezulu I-10: Inhibit Outband Alarm 3: Ukutenxa i-Alarm ephantsi 11: Inhibit Inband Alarm 4: Inhibit Process High Alarm 12: I-Alarm Relay CIMA njenge-5: Inhibit Process Low Alarm Ukuhlala Ixesha 6: Nqanda ukutenxa i-Alarm ePhezulu 13: i-Alarm Relay ON ngo-7: Thintela ukutenxa i-Alarm ePhantsi yokuHlala ixesha	0
	I-Hysteresis ye-Alamu 1 * 0 ukuya kwi-20% ye-SPAN	0.5%
	BC / BF Ukhetho 0: BF, 1: BC	1
	UKhetho lweSigqibo 0: Akukho nqaku ledesimali 2: 2 Digit Decimal 1: 1 Digit Decimal 3: 3 Digit Decimal (i-2 & 3 ingasetyenziselwa kuphela umqulu womgcatage okanye okwangoku    =10 )	0
	Isenzo sokulawula 0: Ngqo (Ukupholisa) Isenzo soku-1: Ukubuya umva (Ubushushu) Isenzo	1
	Ukhuseleko lwempazamo 0: Lawula, I-Alarm IVALIWE 2: Lawula , I-Alarm IVALIWE 1: Lawula, i-Alarm ON 3: Lawula, i-Alarm IVULIWE	1
	I-Hysteresis yoLawulo lwe-ON/OFF *0 ukuya kwi-20% ye-SPAN	0.5%
	Umda ophantsi woHlelo	-50 BC
	Umda oPhezulu woLuhlu	1000 BC
	Umfanekiso ophantsi woCalibration	0 BC
	Umzobo wokuCalibration oPhezulu	800 BC

AMANQAKU: * Ukulungelelanisa uluhlu lweParamitha
** Useto lwefektri. Ii-alam zenkqubo zikwindawo ezimiselweyo zobushushu. Ii-alam zokutenxa zihamba kunye nexabiso lamanqaku amiselweyo.
8.4 UKULUNGISWA NGOKUZENZAKALELAYO

1. Qinisekisa ukuba isilawuli silungiswe ngokuchanekileyo kwaye sihlonyelwe.
2. Qinisekisa ukuba iBhanti yoMlinganiselo 'Pb' ayimiselwanga ku-'0'.
3. Cofa iqhosha lokuBuyisa ubuncinci imizuzwana emi-6 (ubuninzi bemizuzwana eyi-16). Oku kuqalisa umsebenzi we-Auto-Tune. (Ukuyekisa inkqubo yohlengahlengiso oluzenzekelayo cofa iSitshixo sokuBuyisa kwaye ukhulule).
4. Indawo yeDesimali kwikona esezantsi ekunene kwi-PV yokubonisa idanyaza ukubonisa ukushuna okuzenzekelayo kuyaqhubeka. Ukuguqula okuzenzekelayo kugqityiwe xa ukudanyaza kuyeka.
5. Ngokuxhomekeke kwinkqubo ethile, ulungelelwaniso oluzenzekelayo lungathatha ukuya kwiiyure ezimbini. Iinkqubo ezinamaxesha amade ziya kuthatha ixesha elide ukucula. Khumbula, ngelixa indawo yokubonisa idanyaza isilawuli si-auto-tuning.

PHAWULA: Ukuba imposiso ye-AT ( ) kwenzeka, inkqubo yolungiso oluzenzekelayo iyekisiwe ngenxa yenkqubo esebenza kwi-ON-OFF control(PB=0).
Inkqubo iyakuyekiswa kwakhona ukuba indawo emiselweyo imiselwe ukuvala ubushushu benkqubo okanye ukuba akukho mthamo waneleyo kwisistim ukufikelela kwindawo ebekiweyo (umz. amandla anganelanga okufudumeza akhoyo). Ekugqityweni kwe-Auto-Sulani useto olutsha lwe-PID lungeniswa ngokuzenzekelayo kwimemori yomlawuli engaguquguqukiyo.
8.5 UKULUNGISWA KWE-PID EYINCWADI
Ngelixa i-auto-tuning function ikhetha imimiselo yolawulo ekufuneka ingqineke yanelisayo kuninzi lweenkqubo, unokufumanisa kuyimfuneko ukwenza uhlengahlengiso kwezi setingi zingenamkhethe kumaxesha ngamaxesha. Oku kunokuba njalo ukuba kukho utshintsho olwenziwe kwinkqubo okanye ukuba unqwenela 'ukulungisa kakuhle' izicwangciso zolawulo.
Kubalulekile ukuba ngaphambi kokwenza utshintsho kwiisethingi zolawulo ukuba urekhode useto lwangoku ukuze ubhekisele kwixesha elizayo. Yenza utshintsho oluncinci kwisilungiselelo esinye ngexesha kwaye ujonge iziphumo kwinkqubo. Ngenxa yokuba useto ngalunye lusebenzisana kunye, kulula ukubhideka kunye neziphumo ukuba awuqhelananga neenkqubo zolawulo lwenkqubo.
ISIKHOKELO SOKULUNGISA
Ibakala leProportional

Uphawu	Isisombululo
Impendulo ecothayo	Yehlisa ixabiso lePB
I-Oscillation ephezulu okanye i-Oscillations	Nyusa ixabiso lePB

Ixesha elidibeneyo (Seta kwakhona)

Uphawu	Isisombululo
Impendulo ecothayo	Nciphisa Ixesha elidibeneyo
Ukungazinzi okanye ii-Oscillations	Yandisa Ixesha Elibalulekileyo

Ixesha eliphumayo (Ixabiso)

Uphawu	Isisombululo
Impendulo ecothayo okanye i-Oscillations	Nciphisa iDeriv. Ixesha
I-Overshoot ephezulu	Yandisa iDeriv. Ixesha

8.6 INKQUBO YOKULUNGISWA KWEENCWADI
Inyathelo 1: Lungisa amaxabiso adityanisiweyo kunye ne-derivative ukuya ku-0. Oku kuthintela izinga kunye nokuseta kwakhona isenzo
Inyathelo lesi-2: Seta ixabiso elingafanelekanga lebhendi yomlinganiselo kwaye ubeke iliso kwiziphumo zolawulo
Inyathelo lesi-3: Ukuba useto lwentsusa luzisa inkqubo enkulu yokuguquguquka, ngoko ngokuthe ngcembe wandise ibhendi yolungelelwaniso de kwenzeke ibhayisekile ezinzileyo. Rekhoda eli xabiso lebhendi elinganayo (Pc).
Inyathelo lesi-4: Linganisa ixesha lokuhamba ngebhayisikile okuzinzileyoRekhoda eli xabiso (Tc) ngemizuzwana
Inyathelo 5: Izicwangciso zolawulo zimiselwa ngolu hlobo lulandelayo:
Uluhlu lweBhanti(PB)=1.7 IPc
Ixesha elidibeneyo (TI)=0.5 Tc
Ixesha eliphumayo(TD)=0.125 Tc
I-8.7 RAMP & HLALA
Umlawuli we-BTC-9090 unokuqwalaselwa ukuba usebenze njengomlawuli wenqaku elimiselweyo okanye njenge-r enye.amp isilawuli kumandla phezulu. Lo msebenzi wenza ukuba umsebenzisi acwangcise i-r emiselwe kwangaphambiliamp izinga ukuvumela inkqubo ukuba ngokuthe ngcembe ifikelele kwindawo yokushisa ebekiweyo, ngaloo ndlela ivelisa umsebenzi 'wokuQala okuthambileyo'.
Isibali-xesha sokuhlala sibandakanyiwe ngaphakathi kwe-BTC-9090 kwaye i-alarm relay inokuqwalaselwa ukubonelela nokuba ngumsebenzi wokuhlala oza kusetyenziswa ngokubambisana ne-r.amp umsebenzi.
I-ramp umyinge umiselwa yi ' ' ipharamitha enokulungelelaniswa kuluhlu lwe-0 ukuya kwi-200.0 BC/ngomzuzu. I-ramp umsebenzi womlinganiselo uvaliwe xa i ' ' ipharamitha imiselwe ku ' 0 '.
Umsebenzi we-soak unikwe amandla ngokuqwalasela imveliso ye-alamu ukuba isebenze njengexesha lokuhlala. Ipharamitha ifuna ukusetwa kwixabiso 12. Umfowunelwa we-alam ngoku uza kusebenza njengomfowunelwa wesibali-xesha, kunye nomfowunelwa evalwa kumbane kunye nokuvula emva kwexesha eligqithisiweyo elimiselwe kwiparameter. .
Ukuba unikezelo lwamandla omlawuli okanye imveliso ifakwe kwi-alam yoqhagamshelwano, umlawuli uya kusebenza njengomlawuli oqinisekisiweyo we-soak.

Kwi-example ngaphantsi kwe-Ramp Ireyithi imiselwe ku-5 BC/ngomzuzu, = 12 Kunye =15 (imizuzu). Amandla asetyenziswa ngexesha le-zero kwaye inkqubo ikhuphuka kwi-5 BC / ngomzuzu ukuya kwindawo emiselweyo ye-125 BC. Ekufikeleleni kwindawo yokumisela, i-timer yokuhlala ivuliwe kwaye emva kwexesha lokucwina kwemizuzu ye-15, umnxeba we-alarm uya kuvula, ukucima umphumo. Iqondo lobushushu lenkqubo liya kuthi ekugqibeleni lehle ngesantya esingamiselwanga.Umsebenzi wokuhlala ungasetyenziselwa ukusebenzisa isixhobo sangaphandle esifana ne-siren ukuze ulumkise xa ixesha lokufunxa lifikile.
idinga ukusetwa kwixabiso 13. Umfowunelwa we-alam ngoku uya kusebenza njengomfowunelwa wesibali-xesha, kunye nomfowunelwa ovulwe ekuqaleni kokuqala. Isibali-xesha siqala ukubala ukuhla nje ukuba ubushushu bendawo ebekiweyo bufikelelwe. Emva kokuba useto luphelile, umfowunelwa we-alam uyavala.
IMIYALEZO YEMPASO

Uphawu	Unobangela (s)	Isisombululo (s)
	Impazamo yoqhawulo lwenzwa	Buyisela i-RTD okanye isivamvo Sebenzisa umsebenzi wemowudi yesandla
	Umboniso wenkqubo ngaphaya kwendawo yokumisela uluhlu olusezantsi	Lungisa kwakhona ixabiso
	Umboniso wenkqubo ngaphaya kwendawo yokuseta uluhlu oluphezulu	Lungisa kwakhona ixabiso
	Umonakalo wemodyuli ye-analog hybrid	Faka enye imodyuli. Jonga umthombo womonakalo wangaphandle onje ngomthamo wethutyanatage spikes
	Ukusebenza ngendlela engafanelekanga kwenkqubo yokucula ngokuzenzekela. Ibhendi isetelwe ku-0	Phinda inkqubo. Yandisa ibhendi yeProp ukuya kwinani elikhulu kuno-0
	Imo yezandla ayivumelekanga kwinkqubo yolawulo ON-OFF	Yandisa ibhendi elinganayo
	Qwalasela imposiso yesibambiso, amaxabiso kwimemori anokuthi atshintshe ngempazamo	Jonga kwaye uqwalasele kwakhona iiparamitha zolawulo

Imiyalelo eyoNgezelelweyo yeNguqulelo eNtsha
Iyunithi ene-firmware version V3.7 ineeparamitha ezimbini ezongezelelweyo - "PVL" kunye ne "PVH" ebekwe kwinqanaba le-4 njengeeparitha ezihambayo kwitshati kwicala lasekhohlo.
Xa kufuneka utshintshe ixabiso le-LLit kwixabiso eliphezulu okanye utshintshe ixabiso le-HLit kwixabiso eliphantsi, iinkqubo ezilandelayo kufuneka zilandelwe ukwenza ixabiso le-PVL lilingana nesinye seshumi sexabiso le-LCAL kunye ne-PVH alue elingana nesinye seshumi sexabiso le-HCAL. Kungenjalo amaxabiso enkqubo elinganisiweyo aya kuba ngaphandle kobalulo.

1. Sebenzisa iSitshixo sokuSkrola de kuvele "LLit" kwiSiboniso sePV. Sebenzisa amaqhosha aPhezulu naPhantsi ukuseta ixabiso le-LLit kwixabiso eliphezulu kunexabiso lokuqala.
2. Cinezela kwaye ukhulule iSitshixo sokuSkrola, emva koko u-"HLit" uvele kwi-PV Display. Sebenzisa amaqhosha aPhezulu naPhantsi ukuseta ixabiso le-HLit kwixabiso eliphantsi kunexabiso lokuqala.
3. Vala umbane kwaye ON.
4. Sebenzisa iSitshixo sokuSkrola de kuvele “LCAL” kwiSiboniso sePV. Thatha inqaku kwixabiso le-LCAL.
5. Cofa kwaye ukhulule iSitshixo sokuSkrola, emva koko u-"HCAL" uvele kwi-PV Display. Thatha inqaku ngexabiso le-HCAL.
6. Cofa iSitshixo sokuSkrola ubuncinci imizuzwana emi-6 kwaye emva koko ukhulule, "PVL" ivela kwiSiboniso sePV. Sebenzisa amaqhosha Phezulu naPhantsi ukuseta ixabiso lePVL ukuya kwisishumi sexabiso le-LCAL.
7. Cinezela kwaye ukhulule iSitshixo sokuSkrola, "PVH" ivela kwiSiboniso sePV. Sebenzisa amaqhosha Phezulu naPhantsi ukuseta ixabiso le-PVH ukuya kwisinye eshumini sexabiso le-HCAL.

-Nceda ufake i-20A i-circuit breaker ekupheleni kokunikezelwa kwamandla
-Ukususa uthuli nceda usebenzise ilaphu elomileyo
-Ufakelo lokuba ukhuseleko lwaso nasiphi na isixokelelwano esibandakanya izixhobo luxanduva lomhlanganisi wenkqubo
-Ukuba isixhobo sisetyenziswe ngendlela engachazwanga ngumenzi, ukhuseleko olunikezelwa sisixhobo lunokonakala
Musa ukuzigquma izithuba zokupholisa ukugcina ukuhamba komoya
Qaphela ukuba ungaziqinisi kakhulu izikrufu zetheminali. I-torque akufanele idlule. I-1 14 Nm (i-10 Lb-in okanye i-11.52 KgF-cm), iqondo lokushisa i-Min.60 ° C, sebenzisa abaqhubi bezobhedu kuphela.
Ngaphandle kwee-wiring ze-thermocouple, zonke iintambo kufuneka zisebenzise umqhubi wobhedu oxinyiweyo kunye ne-gauge ephezulu ye-18 AWG.
ISIQINISEKISO
I-Brainchild Electronic Co., Ltd. iyavuya ukunika iingcebiso malunga nokusetyenziswa kweemveliso zayo ezahlukeneyo.
Nangona kunjalo, uBrainchild akenzi ziqinisekiso okanye umboniso walo naluphi na uhlobo malunga nokufaneleka kokusetyenziswa, okanye ukusetyenziswa kweemveliso zakhe nguMthengi. Ukukhetha, ukusetyenziswa okanye ukusetyenziswa kweemveliso zeBrainchild luxanduva loMthengi. Akukho mabango aya kuvunyelwa ngawo nawuphi na umonakalo okanye ilahleko, nokuba ngokuthe ngqo, ngokungathanga ngqo, okwenzeke, okukhethekileyo okanye okusisiphumo. Iinkcukacha zinokutshintshwa ngaphandle kwesaziso. Ukongeza, u-Brainchild unelungelo lokwenza utshintsho-ngaphandle kwesaziso kuMthengi-kwizinto eziphathekayo okanye ukusetyenzwa okungachaphazeli ukuthotyelwa kwayo nayiphi na ingcaciso esebenzayo. Iimveliso ze-Brainchild ziqinisekisiwe ukuba zikhululekile kwizinto eziphathekayo kunye nokusebenza kweenyanga ezili-18 emva kokunikezelwa kumthengi wokuqala ukuba asetyenziswe. Ixesha elongeziweyo liyafumaneka kunye neendleko ezongezelelweyo xa uceliwe. Uxanduva olulodwa lukaBrainchild phantsi kwesi siqinisekiso, kukhetho lukaBrainchild, luthintelwe ekutshintsheni okanye ukulungisa, simahla, okanye imbuyiselo yexabiso lokuthenga ngexesha lewaranti echaziweyo. Esi siqinisekiso asisebenzi kumonakalo obangelwa kuthutho, ukuguqulwa, ukusetyenziswa kakubi okanye ukuphathwa kakubi.
UKUBUYELA
Akukho mveliso ibuyiswayo inokwamkelwa ngaphandle kwefomu egcwalisiweyo yoBuyiselo lweMathiriyeli (i-RMA).
PHAWULA:
Ulwazi olukule ncwadana yomsebenzisi lunokutshintshwa ngaphandle kwesaziso.
Ilungelo lokushicilela ngo-2023, i-Brainchild Electronic Co., Ltd., onke amalungelo agciniwe. Akukho nxalenye yolu papasho inokuphinda iveliswe, igqithiswe, ikhutshelwe okanye igcinwe kwinkqubo yokubuyisela, okanye iguqulelwe kulo naluphi na ulwimi ngayo nayiphi na indlela ngaphandle kwemvume ebhaliweyo yeBrainchild Electronic Co., Ltd.

Kuzo naziphi na iimfuno zokulungisa okanye zokulungisa, nceda uqhagamshelane nathi.
Electronic Co., Ltd.
No.209, Chung Yang Rd., Nan Kang Dist.,
eTaipei 11573, eTaiwan
Umnxeba: 886-2-27861299
Ifeksi: 886-2-27861395
web indawo: http://www.brainchildtw.com

Amaxwebhu / Izibonelelo

I-BrainChild BTC-9090 iFuzzy Logic Micro Processor Based Controller [pdf] Incwadi Yomyalelo I-BTC-9090, i-BTC-9090 G UL, i-BTC-9090 iFuzzy Logic i-Micro Processor Based Controller, i-Fuzzy Logic i-Micro Processor Based Controller, isiLawuli esiSekelwe kwiProsesa, isiLawuli esekwe kwiProsesa, uMlawuli oSekelweyo.

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