BTC-9090 Fuzzy Logic Micro Processor Based Controller
Jagoran Jagora

GABATARWA

Wannan littafin ya ƙunshi bayani don shigarwa da aiki na ƙirar Brainchild BTC-9090 Fuzzy Logic tushen mai sarrafa ƙarami mai sarrafawa.
Fuzzy Logic shine muhimmin fasalin wannan madaidaicin mai sarrafa. Duk da cewa masana'antu sun karɓi sarrafa PID sosai, amma duk da haka yana da wahala sarrafa PID yayi aiki tare da wasu na'urori na zamani yadda ya kamata, ga tsohonamples tsarin na biyu tsari, dogon lokaci-lalawa, daban-daban saiti maki, daban-daban lodi, da dai sauransu Saboda disadvantage na ka'idodin sarrafawa da ƙayyadaddun ƙimar kulawar PID, ba shi da inganci don sarrafa tsarin tare da nau'i mai yawa, kuma sakamakon yana da takaici ga wasu tsarin. The Fuzzy Logic yana sarrafa rashin nasaratage na PID iko, yana sarrafa tsarin a cikin ingantacciyar hanya ta abubuwan da yake da su a baya. Ayyukan Fuzzy Logic shine daidaita ƙimar PID a kaikaice don yin ƙimar fitarwar magudin MV ta daidaita cikin sassauƙa kuma cikin sauri ya dace da matakai daban-daban. Ta wannan hanya, yana ba da damar tsari don isa wurin da aka ƙaddara a cikin mafi ƙanƙanta lokaci tare da ƙaramar wuce gona da iri yayin kunnawa ko hargitsi na waje. Daban-daban da sarrafa PID tare da bayanan dijital, Fuzzy Logic shine sarrafawa tare da bayanin harshe.

Bugu da ƙari, wannan kayan aiki yana da ayyuka na guda stageramp da zama, atomatik-tunung da aiwatar da yanayin aikin hannu. Sauƙin amfani kuma muhimmin fasali tare da shi.

TSARIN LAMBA

Model No. (1) Shigar da wutar lantarki

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

(2) Shigar siginar
1 0 – 5V 3 PT100 DIN 5 TC 7 0 – 20mA 8 0 – 10V
(3) Range Code

1	Mai iya daidaitawa
9	Sauran

(4) Yanayin sarrafawa

3	PID / Ikon ON-KASHE

(5) Fitowa 1 Zabi

0	Babu
1	Relay rated 2A/240VAC resistive
2	SSR Drive rated 20mA/24V
3	4-20mA madaidaiciya, max. Load 500 ohms (Module OM93-1)
4	0-20mA madaidaiciya, max. Load 500 ohms (Module OM93-2)
5	0-10V madaidaiciya, min. impedance 500K ohms (Module OM93-3)
9	Sauran

(6) Fitowa 2 Zabi

0

Babu

(7) Zaɓin ƙararrawa

0	Babu
1	Relay rated 2A/240VAC resistive
9	Sauran

(8) Sadarwa

0

Babu

BAYANIN FANSA NA GABA
MAZAN SHIGA & GASKIYA

IN	Sensor	Nau'in shigarwa	Rage (BC)	Daidaito
0	J	Iron-Constantan	-50 zuwa 999 BC	A2 BC
1	K	Chromel-Alumel	-50 zuwa 1370 BC	A2 BC
2	T	Copper-Constantan	-270 zuwa 400 BC	A2 BC
3	E	Chromel-Constantan	-50 zuwa 750 BC	A2 BC
4	B	Pt30% RH/Pt6% RH	300 zuwa 1800 BC	A3 BC
5	R	Pt13% RH/Pt	0 zuwa 1750 BC	A2 BC
6	S	Pt10% RH/Pt	0 zuwa 1750 BC	A2 BC
7	N	Nicrosil-Nisil	-50 zuwa 1300 BC	A2 BC
8	RTD	PT100 ohms (DIN)	-200 zuwa 400 BC	A0.4 BC
9	RTD	PT100 ohms (JIS)	-200 zuwa 400 BC	A0.4 BC
10	Litattafai	-10mV zuwa 60mV	-1999 zuwa 9999	A0.05%

BAYANI

INPUT

Thermocouple (T/C):	nau'in J, K, T, E, B, R, S, N.
RTD:	PT100 ohm RTD (DIN 43760/BS1904 ko JIS)
Litattafai:	-10 zuwa 60 mV, daidaitawar shigarwar shigarwa
Kewaye:	Mai daidaita mai amfani, koma zuwa Teburin da ke sama
Daidaito:	Koma zuwa Teburin da ke sama
Rarraba Junction:	0.1 BC / BC na yanayi na yau da kullun
Kariyar Hutun Sensor:	Yana iya daidaita yanayin kariya
Juriya na Waje:	100 ohms max.
Ƙimar Yanayin Al'ada:	60db ku
Kin amincewar Yanayin gama gari:	120dB ku
Sampku Rate:	3 sau / na biyu

MULKI

Maɗaukakin Maɗaukaki:	0 - 200 BC (0-360BF)
Sake saitin (Maɗaukaki):	0 - 3600 seconds
Rate (Sabo):	0 - 1000 seconds
Ramp Darajar:	0 – 200.0 BC/minti (0 – 360.0 BF/minti)
Zauna:	Minti 0-3600
KASHE:	Tare da daidaitacce hysteresis (0-20% na SPAN)
Lokacin Zagayowar:	0-120 seconds
Ayyukan Gudanarwa:	Kai tsaye (don sanyaya) da kuma baya (don dumama)
WUTA	90-264VAC, 50/60Hz 10VA 20-32VDC/VAC, 50/60Hz 10VA

MUhalli & JIKI

Tsaro:	UL 61010-1, Bugu na 3. CAN/CSA-C22.2 No. 61010-1(2012-05), Bugu na 3.
Fitar EMC:	Saukewa: EN50081-1
Immunity na EMC:	Saukewa: EN50082-2
Yanayin Aiki:	-10 zuwa 50 BC
Danshi:	0 zuwa 90% RH (ba codensing)
Insulation:	20M ohms min. (500 VDC)
Rushewa:	AC 2000V, 50/60 Hz, minti 1
Jijjiga:	10-55 Hz, amptsawon 1 mm
girgiza:	200m/s (20g)
Cikakken nauyi:	170g ku
Kayan Aiki:	Poly-Carbonate Filastik
Matsayi:	Kasa da 2000 m
Amfani na cikin gida
Ƙarfafawatage Category	II
Matsayin Gurɓatawa:	2
Juyin shigar da wutar lantarki:	10% na ma'auni voltage

SHIGA

6.1 GIRMA & YANKEWA6.2 MAGANAR WIRING

RADDEWA
Lura: Kar a ci gaba ta wannan sashe sai dai idan suna da ainihin buƙatu don sake daidaita mai sarrafawa. Za a rasa duk ranar daidaitawa da ta gabata. Kada ku yi ƙoƙarin sake daidaitawa sai dai idan kuna da kayan aikin daidaitawa da suka dace. Idan bayanan daidaitawa ya ɓace, kuna buƙatar mayar da mai sarrafawa zuwa ga mai siyar ku wanda zai iya yin cajin don sake daidaitawa.
Kafin daidaitawa tabbatar da cewa duk saitunan sigina daidai ne (nau'in shigarwa, C / F, ƙuduri, ƙananan kewayo, babban kewayon).

1. Cire na'urar shigar da firikwensin kuma haɗa daidaitaccen na'urar na'urar shigar da daidaitaccen nau'in zuwa shigarwar mai sarrafawa. Tabbatar da polarity daidai. Saita siginar da aka kwaikwayi don dacewa da ƙananan siginar tsari (misali digiri sifili).
2. Yi amfani da Maɓallin Gungurawa har zuwa " ” yana bayyana akan Nuni na PV. (Duba zuwa 8.2)
3. Yi amfani da Maɓallan Sama da ƙasa har sai Nuni na PV yana wakiltar shigarwar da aka kwaikwayi.
4. Danna maɓallin Komawa na akalla daƙiƙa 6 (mafi girman daƙiƙa 16), sannan a saki. Wannan yana shigar da ƙananan siffa mai ƙima cikin ƙwaƙwalwar mara jujjuyawar mai sarrafawa.
5. Danna kuma saki Maɓallin Gungurawa. ” ” yana bayyana akan Nuni na PV. Wannan yana nuna babban matakin daidaitawa.
6. Ƙara siginar shigarwar da aka kwaikwayi don dacewa da babban siginar tsari 11 (misali digiri 100).
7. Yi amfani da Maɓallan Sama da ƙasa har sai Nuni na SV yana wakiltar babban shigarwar da aka kwaikwayi.
8. Danna maɓallin Komawa na akalla daƙiƙa 6 (mafi girman daƙiƙa 16), sannan a saki. Wannan yana shigar da adadi mai girma a cikin ƙwaƙwalwar mara jurewa mai sarrafawa.
9. Kashe wutan naúrar, cire duk na'urorin gwajin kuma maye gurbin firikwensin firikwensin (lura da polarity).

AIKI

8.1 KYAUTA KYAUTA
* Tare da kunnawa, dole ne ya jira na daƙiƙa 12 don haddace sabbin ƙimar sigogi da zarar an canza shi.

KYAUTA	AIKI	BAYANI
	Gungura Maɓalli	Ci gaba da nunin fihirisar zuwa matsayin da ake so. Fihirisar ta ci gaba da ci gaba da zagayawa ta hanyar latsa wannan faifan maɓalli.
	Maɓallin Sama	Yana ƙara siga
	Makullin Kasa	Yana rage siga
	Makullin dawowa	Yana sake saita mai sarrafawa zuwa matsayinsa na yau da kullun. Hakanan yana dakatar da daidaitawa ta atomatik, kashi na fitarwatage saka idanu da aikin yanayin aiki.
Latsa na 6 seconds	Dogon Gungura	Yana ba da damar ƙarin sigogi don dubawa ko canza su.
Latsa  na 6 seconds	Dogon Dawowa	1. Yana aiwatar da aikin daidaitawa ta atomatik 2. Calibrates iko lokacin da yake cikin matakin daidaitawa
Latsa kuma	Fitowa Kashitage Saka idanu	Yana ba da damar nunin saiti don nuna ƙimar fitarwar sarrafawa.
Latsa kuma  na 6 seconds	Yanayin Kisa na Manual	Yana ba mai sarrafawa damar shigar da yanayin jagora.

8.2 KYAUTA KYAUTAAna iya danna maɓallin “dawowa” a kowane lokaci.
Wannan zai sa nuni ya dawo zuwa ƙimar Tsari/Kimar Saiti.
An Aiwatar da Wuta:

1. An nuna don 4 seconds. (Sigar Software 3.6 ko sama)
2. Gwajin LED. Duk sassan LED dole ne a kunna su na daƙiƙa 4.
3. Ƙimar tsari da saiti da aka nuna.

8.3 BAYANIN MATSALA

CODEX	BAYANIN GYARAN GYARA	** TSOHON STING
SV	Saita Mahimmin Ƙimar Ƙimar *Ƙarancin Iyaka zuwa Babban Ƙimar Iyaka	Ba a bayyana ba
	Ƙararrawa Saita Ƙimar Ƙimar * Ƙarƙashin iyaka zuwa Babban Iyakaue. if  = 0, 1, 4 ko 5) * Minti 0 zuwa 3600 (idan  = 12 ko 13) * Karancin iyaka minus saita batu zuwa babban Iyaka na debe ƙimar saiti (idan              = 2, 3, 6 zuwa 11)	200 BC
	Ramp Ƙimar ƙimar tsari don iyakance canjin tsari ba zato ba tsammani (Soft Start) * 0 zuwa 200.0 BC (360.0 BF) / minti (idan    = 0 zuwa 9) * 0 zuwa 3600 raka'a / minti (idan  =10)	0 BC / min.
	Ƙimar Ragewa don Sake saitin Manual (idan  = 0) * 0 zuwa 100%	0.0%
	Matsala don ƙimar tsari * -111 BC zuwa 111 BC	0 BC
	Bandungiyoyin Daidai * 0 zuwa 200 BC (saita zuwa 0 don sarrafa kashewa)	10 BC
	Lokacin Haɗin kai (Sake saitin). * 0 zuwa 3600 seconds	120 dakika
	Lokacin Haɓaka (Rate). * 0 zuwa 360.0 seconds	30 dakika
	Yanayin gida 0: Ba za a iya canza sigogin sarrafawa ba 1: Ana iya canza sigogin sarrafawa	1
	Zaɓin sigar (yana ba da damar zaɓin ƙarin sigogi don samun dama a matakin tsaro na 0)	0
	Daidaiton Lokacin Zagayowar * 0 zuwa 120 seconds	Relay		20
		Pulsed Voltage		1
		Linear Volt/mA		0
	Zaɓin Yanayin shigarwa 0: J nau'in T/C 6: S nau'in T/C 1: K nau'in T/C 7: N irin T/C 2: T nau'in T/C 8: PT100 DIN 3: E nau'in T/C 9: PT100 JIS 4: B nau'in T/C 10: Linear Voltage ko Yanzu 5: R nau'in T/C Lura: T/C-Rufe tazarar solder G5, RTD-Buɗe G5	T/C	0
		RTD	8
		Litattafai	10
	Zaɓin Yanayin ƙararrawa 0: Tsari Babban Ƙararrawa 8: Ƙararrawa na waje 1: Tsarin Ƙararrawar Ƙararrawa 9: inband Alarm 2: Karɓar Babban Ƙararrawa 10: Hana Ƙararrawar Waje 3: Ƙarfafa ƙararrawa 11: Hana Ƙararrawar Inband 4: Hana Tsari Babban Ƙararrawa 12: Kashe Ƙararrawa kamar 5: Hana Ƙaramar Ƙararrawa Zaman Zaman Lafiya 6: Hana Babban Ƙararrawa 13: Ƙararrawar Ƙararrawa ON kamar yadda 7: Hana Ƙarƙashin Ƙaramar Ƙararrawa Lokacin Ƙarewa	0
	Ƙararrawar ƙararrawa 1 * 0 zuwa 20% na SPAN	0.5%
	Zaɓin BC/BF 0: BF, 1: BC	1
	Zaɓin Ƙaddamarwa 0: Babu Decimal Point 2: 2 Lambobin Decimal 1: 1 Lambobin Decimal 3: 3 Lambobin Decimal (2 & 3 za a iya amfani da su kawai don madaidaiciyar voltage ko halin yanzu    =10)	0
	Ayyukan Gudanarwa 0: Kai tsaye (Cooling) Aiki 1: Juya (Zafi) Aiki	1
	Kariyar Kuskure 0: Kashe Ƙarfafawa, Ƙararrawa 2: Sarrafa , Ƙararrawa KASHE 1: Ƙarfafawa , Ƙararrawa ON 3: Sarrafa ON , Ƙararrawa ON	1
	Jijjiga don ON/KASHE Control * 0 zuwa 20% na SPAN	0.5%
	Karancin Iyakar Rage	-50 BC
	Babban Iyakar Rage	1000 BC
	Siffar Ƙarƙashin Ƙira	0 BC
	Hoto Mai Girma	800 BC

LABARI: * Daidaita Rage na Siga
** Saitunan masana'anta. Ƙararrawa na tsari suna a ƙayyadaddun wuraren zafi. Ƙararrawar karkarwa tana motsawa tare da saita ƙimar maki.
8.4 TUNANIN AUTOMATIC

1. Tabbatar cewa an saita mai sarrafawa daidai kuma an shigar dashi.
2. Tabbatar ba a saita Madaidaicin Ƙirar 'Pb' a '0' ba.
3. Danna Maɓallin Komawa na akalla daƙiƙa 6 (mafi girman daƙiƙa 16). Wannan yana fara aikin kunnawa ta atomatik. (Don soke aikin kunnawa kai tsaye danna Maɓallin Maɓalli kuma a saki).
4. Ma'aunin Decimal a kusurwar hannun dama na nunin PV yana walƙiya don nuna kunnawa ta atomatik yana ci gaba. Gyaran atomatik yana cika lokacin da walƙiya ya tsaya.
5. Dangane da takamaiman tsari, kunna atomatik na iya ɗaukar har zuwa awanni biyu. Tsari tare da dogon lokaci zai ɗauki mafi tsayi don kunnawa. Ka tuna, yayin da wurin nuni yana walƙiya mai sarrafawa yana daidaitawa ta atomatik.

NOTE: Idan kuskure AT ( ) yana faruwa, an soke tsarin daidaitawa ta atomatik saboda tsarin da ke aiki a cikin ON-KASHE (PB=0).
Hakanan za'a soke tsarin idan an saita wurin da aka saita zuwa kusa da yanayin yanayin aiki ko kuma idan babu isasshen ƙarfi a cikin tsarin don isa wurin da aka saita (misali ƙarancin wutar lantarki da ake samu). Bayan an gama kunnawa ta atomatik sabon saitin PID ana shigar da su ta atomatik cikin ƙwaƙwalwar mara mara ƙarfi
8.5 GYARAN PID TA HANNU
Duk da yake aikin daidaitawa ta atomatik yana zaɓar saitunan sarrafawa waɗanda yakamata su tabbatar da gamsarwa ga yawancin matakai, ƙila za ku ga ya zama dole don yin gyare-gyare ga waɗannan saitunan sabani lokaci zuwa lokaci. Wannan na iya zama lamarin idan an yi wasu canje-canje ga tsarin ko kuma idan kuna son 'gyara' saitunan sarrafawa.
Yana da mahimmanci cewa kafin yin canje-canje ga saitunan sarrafawa ku yi rikodin saitunan yanzu don tunani na gaba. Yi ƴan canje-canje zuwa saiti ɗaya kawai a lokaci ɗaya kuma duba sakamakon kan aikin. Saboda kowane saitunan suna hulɗa da juna, yana da sauƙi a rikice tare da sakamakon idan ba ku saba da hanyoyin sarrafa tsari ba.
JAGORAN TUNAWA
Bandungiyoyin Daidai

Alama	Magani
Sannun Amsa	Rage darajar PB
High Overshoot ko Oscillations	Ƙara darajar PB

Lokacin Haɗin Kai (Sake saitin)

Alama	Magani
Sannun Amsa	Rage Lokacin Haɗin Kai
Rashin kwanciyar hankali ko Oscillations	Ƙara Lokacin Haɗin Kai

Lokacin Haihuwa (Rate)

Alama	Magani
Slow Response ko Oscillations	Rage Deriv. Lokaci
Babban Overshoot	Ƙara Deriv. Lokaci

8.6 TSARIN TUNAWA DA HANNU
Mataki 1: Daidaita haɗin kai da ƙimar ƙima zuwa 0. Wannan yana hana ƙimar da sake saiti aikin
Mataki na 2: Saita ƙima ta sabani na madaidaicin band kuma saka idanu sakamakon sarrafawa
Mataki na 3: Idan saitin asali ya gabatar da babban oscillation na tsari, to sannu a hankali ƙara madaidaicin band ɗin har sai tsayayyen hawan keke ya auku. Yi rikodin wannan madaidaicin ƙimar band (Pc).
Mataki na 4: Auna lokacin tsayayyen hawan kekeYi rikodin wannan ƙimar (Tc) a cikin daƙiƙa
Mataki na 5: An ƙayyade saitunan sarrafawa kamar haka:
Adadin Ƙimar (PB) = 1.7 PC
Lokacin Haɗin Kai (TI) = 0.5 Tc
Lokacin Haihuwa(TD)=0.125 Tc
8.7 RAMP & ZAMA
Ana iya saita mai sarrafa BTC-9090 don yin aiki azaman mai sarrafa madaidaicin saiti ko azaman r guda ɗaya.amp mai sarrafawa akan wuta. Wannan aikin yana bawa mai amfani damar saita r da aka riga aka ƙaddaraamp ƙididdigewa don ƙyale tsarin ya kai ga matakin zafin jiki a hankali, don haka samar da aikin 'Soft Start'.
An haɗa mai ƙidayar zama a cikin BTC-9090 kuma ana iya saita relay na ƙararrawa don samar da ko dai aikin zama da za a yi amfani da shi tare da r.amp aiki.
A ramp an ƙaddara ƙimar' ' siga wanda za'a iya daidaita shi a cikin kewayon 0 zuwa 200.0 BC/minti. A ramp An kashe aikin ƙimar lokacin da ' An saita siga zuwa '0'.
Ana kunna aikin jiƙa ta hanyar saita fitowar ƙararrawa don aiki azaman mai ƙidayar lokaci. Siga Ana buƙatar saita lambar ƙararrawa zuwa ƙimar 12. Yanzu lambar ƙararrawa za ta yi aiki azaman lambar mai ƙidayar lokaci, tare da rufe lambar a sama da buɗewa bayan an saita lokacin da ya wuce a siga. .
Idan an haɗa wutar lantarki ko fitarwa mai sarrafawa ta hanyar lambar ƙararrawa, mai sarrafawa zai yi aiki azaman garantin mai sarrafa jiƙa.

A cikin example kasa da Ramp An saita ƙimar zuwa 5 BC/minti, =12 kuma =15 (minti). Ana amfani da wutar lantarki a lokacin sifili kuma tsarin yana hawa a 5 BC/minti zuwa wurin da aka saita na 125 BC. Bayan isa wurin saiti, ana kunna mai ƙidayar zama kuma bayan lokacin jiƙa na mintuna 15, lambar ƙararrawa zata buɗe, tana kashe abin fitarwa. Yanayin zafin jiki zai faɗi a ƙayyadadden ƙimar da ba a tantance ba.Ana iya amfani da aikin zama don sarrafa na'urar waje kamar siren don faɗakarwa lokacin da lokacin jiƙa ya kai.
Ana buƙatar saitawa zuwa ƙimar 13. Yanzu lambar ƙararrawa za ta yi aiki azaman lambar ƙidayar lokaci, tare da buɗe lambar a farkon farawa. Mai ƙidayar lokaci ya fara ƙirgawa da zarar an kai madaidaicin ma'aunin zafin jiki. Bayan saitin a ya wuce, lambar ƙararrawa tana rufe.
SAKON KUSKURE

Alama	Dalili (s)	Magani (s)
	Kuskuren karya na Sensor	Sauya RTD ko firikwensin Yi amfani da aikin yanayin hannu
	Nuni tsari fiye da ƙananan saiti	Sake daidaita ƙima
	Nuni tsari fiye da babban wurin saitin kewayon	Sake daidaita ƙima
	Analog hybrid module lalacewa	Sauya tsarin. Bincika tushen lalacewar waje kamar voltage spikes
	Ayyukan da ba daidai ba na tsarin tune auto Prop. Band saita zuwa 0	Maimaita hanya. Ƙara Ƙirar Ƙira zuwa lamba mafi girma fiye da 0
	Ba a yarda da yanayin hannu don tsarin sarrafa ON-KASHE ba	Ƙara madaidaicin band
	Bincika kuskuren jimla, ƙima a cikin ƙwaƙwalwar ajiya ƙila sun canza ba da gangan ba	Duba kuma sake saita sigogin sarrafawa

Ƙarin Umarni don Sabon Siffar
Naúrar da firmware version V3.7 yana da ƙarin sigogi biyu - "PVL" da "PVH" da ke cikin matakin 4 a matsayin sigogi masu gudana a gefen hagu.
Lokacin da kake buƙatar canza ƙimar LLit zuwa ƙima mafi girma ko canza ƙimar Hlit zuwa ƙima maras nauyi, bin hanyoyin dole ne a bi hanyoyin don sanya ƙimar PVL daidai da kashi ɗaya cikin goma na ƙimar LCAL da PVH alue daidai da kashi ɗaya cikin goma na ƙimar HCAL. In ba haka ba ƙimar tsari da aka auna za su kasance daga ƙayyadaddun bayanai.

1. Yi amfani da Maɓallin Gungurawa har sai "LLit" ya bayyana akan Nuni na PV. Yi amfani da Maɓallan Sama da ƙasa don saita ƙimar Llit zuwa mafi girma fiye da ƙimar asali.
2. Danna ka saki Maɓallin Gungura, sannan "HLit" ya bayyana akan Nuni na PV. Yi amfani da Maɓallan Sama da ƙasa don saita ƙimar Hlit zuwa ƙima mafi ƙasƙanci fiye da ƙimar asali.
3. Kunna wuta kuma ON.
4. Yi amfani da Maɓallin Gungurawa har sai “LCAL” ya bayyana akan Nuni na PV. Ɗauki bayanin kula akan ƙimar LCAL.
5. Danna ka saki Maɓallin Gungura, sannan "HCAL" ya bayyana akan Nuni na PV. Ɗauki bayanin kula akan ƙimar HCAL.
6. Danna Maɓallin Gungura na akalla daƙiƙa 6 sannan a saki, "PVL" yana bayyana akan Nuni na PV. Yi amfani da UP da Down Keys don saita ƙimar PVL zuwa kashi ɗaya cikin goma na ƙimar LCAL.
7. Latsa ka saki Maɓallin Gungurawa, "PVH" yana bayyana akan Nuni na PV. Yi amfani da UP da Down Keys don saita ƙimar PVH zuwa kashi ɗaya cikin goma na ƙimar HCAL.

-Don Allah shigar da 20A circuit breaker a kan karshen samar da wutar lantarki
-Don cire ƙurar da fatan za a yi amfani da busasshen kyalle
-Shigar da amincin kowane tsarin da ke haɗa kayan aiki shine alhakin mai haɗa tsarin
-Idan an yi amfani da kayan aiki ta hanyar da masana'anta ba ta bayyana ba, kariya ta kayan aikin na iya lalacewa
Kar a rufe hukunce-hukuncen sanyaya don kiyaye kwararar iska
Hattara kar a wuce gona da iri akan skru na tasha. Girgizar ƙasa kada ta wuce . 1 14 Nm (10 Lb-in ko 11.52 KgF-cm), zafin jiki Min.60°C, yi amfani da madugu na jan karfe kawai.
Sai dai na'urar wutar lantarki, duk wayoyi ya kamata su yi amfani da madugu na jan ƙarfe mai maƙalli tare da matsakaicin ma'auni 18 AWG.
GARANTI
Brainchild Electronic Co., Ltd. yana farin cikin bayar da shawarwari game da amfani da samfuran sa daban-daban.
Koyaya, Brainchild baya yin garanti ko wakilci na kowane nau'i dangane da dacewa don amfani, ko aikace-aikacen samfuran sa ta mai siye. Zaɓin, aikace-aikace ko amfani da samfuran Brainchild alhakin mai siye ne. Ba za a ƙyale wani iƙirari ko asara ba, kai tsaye, kai tsaye, na bazata, na musamman ko kuma mai tasiri. Ana iya canza ƙayyadaddun bayanai ba tare da sanarwa ba. Bugu da kari, Brainchild yana da haƙƙin yin canje-canje-ba tare da sanarwa ga Mai siye-zuwa kayan aiki ko sarrafawa waɗanda ba su shafar yarda da kowane takamaiman ƙayyadaddun bayanai. Samfurori na kwakwalwa suna da garantin samun 'yanci daga lahani a cikin kayan aiki da aiki na tsawon watanni 18 bayan isarwa ga mai siye na farko don amfani. Akwai ƙarin lokaci tare da ƙarin farashi akan buƙata. Babban alhakin Brainchild a ƙarƙashin wannan garanti, a zaɓi na Brainchild, yana iyakance ga sauyawa ko gyara, kyauta, ko mayar da farashin siya tsakanin lokacin garanti da aka kayyade. Wannan garantin baya aiki ga lalacewa ta hanyar sufuri, canji, rashin amfani ko cin zarafi.
MAYARWA
Babu samfurin dawowar da za'a iya karba ba tare da cikakken siffan Izinin Komawa (RMA).
NOTE:
Bayani a cikin wannan jagorar mai amfani yana iya canzawa ba tare da sanarwa ba.
Haƙƙin mallaka a 2023, The Brainchild Electronic Co., Ltd., duk haƙƙin mallaka. Babu wani ɓangare na wannan ɗaba'ar da za'a iya sake bugawa, watsawa, rubutawa ko adanawa cikin tsarin dawo da, ko fassara zuwa kowane harshe ta kowace hanya ba tare da rubutacciyar izinin Brainchild Electronic Co., Ltd.

Don kowane buƙatun gyara ko kulawa, da fatan za a tuntuɓe mu.
Electronic Co., Ltd.
No.209, Chung Yang Rd., Nan Kang Dist.,
Taipei 11573, Taiwan
Lambar waya: 886-2-27861299
Fax: 886-2-27861395
web site: http://www.brainchildtw.com

Takardu / Albarkatu

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