I-HANYOUNG NUX AX Series Digital Temperature

Ulwazi Lomkhiqizo

Uchungechunge lwe-Universal Input Digital Temperature Controller AX luwumkhiqizo we-HanyoungNux oklanyelwe ukulawula izinga lokushisa.
Iza nolwazi lwezokuphepha okufanele lufundwe ngokucophelela ngaphambi kokusetshenziswa. Izexwayiso ezikubhukwana zihlukaniswe zibe Ingozi, Isexwayiso, kanye Nesexwayiso ngokubaluleka kwazo. Umkhiqizo uza namakhodi ahlukene esijobelelo akhombisa imodeli, usayizi, ukukhetha okukhiphayo, kanye nevolumu yamandlatage.

Ulwazi Lokuphepha

• Ingozi: Ibonisa isimo esiyingozi esiseduze, okuthi uma singagwenywa, siphumele ekufeni noma ekulimaleni okubi kakhulu.
• Isexwayiso: Ibonisa isimo esingaba yingozi, okuthi uma singagwenywa, siphumele ekufeni noma ekulimaleni okubi kakhulu.
• Isexwayiso: Ibonisa isimo esingase sibe yingozi, okuthi uma singagwenywa, siphumele ekulimaleni okuncane noma ekulimaleni kwezakhiwo.

INGOZI
Amatheminali okokufaka/okukhiphayo angaphansi kwengozi yokushaqeka kukagesi. Ungalokothi uvumele amatheminali okokufaka/okukhiphayo athintane nomzimba wakho noma izinto ezibambayo.
ISEXWAYISO

• Uma isetshenziswa ezintweni ezinobungozi obukhulu bokulimala komuntu siqu noma ukulimala kwezakhiwo (isbamples: izinto zezokwelapha, ukulawula kwenyukliya, imikhumbi, izindiza, izimoto, ujantshi, izinto ezivuthayo, izinto zokuphepha, okokuvikela ubugebengu/izinto zokuvimbela inhlekelele njll.) faka izinto zokuphepha ezikabili futhi uvimbele Ukwehluleka ukwenza kanjalo kungaholela emlilweni, engozini yabasebenzi noma emonakalweni wezakhiwo. .
• Njengoba lo mkhiqizo ungenayo i-switch yamandla kanye ne-fuse, zifake ngokuhlukana ngaphandle (isilinganiso se-fuse: 250 V c., 0.5 A).
• Sicela unikeze amandla alinganisiwe voltage, ukuze kuvinjelwe ukuwohloka komkhiqizo noma
• Ukuze uvimbele ukushaqeka nokungasebenzi kahle kukagesi, unganikezi amandla kuze kuqedwe izintambo.
• Umkhiqizo awunaso isakhiwo esivikela ukuqhuma, ngakho gwema ukusisebenzisa ezindaweni ezinamagesi avuthayo noma aqhumayo.
• Ungalokothi uhlakaze, uguqule, ucubungule, uthuthukise noma ulungise lo mkhiqizo, ngoba ungabangela ukusebenza okungavamile, ukushaqeka kukagesi noma
• Sicela uqaqa umkhiqizo ngemva kokucisha Ukwehluleka ukwenza kanjalo kungase kubangele ukushaqeka kukagesi, ukusebenza okungavamile komkhiqizo noma ukungasebenzi kahle.
• Noma yikuphi ukusetshenziswa komkhiqizo ngaphandle kwalezo ezishiwo umenzi kungase kubangele ukulimala komuntu siqu noma izakhiwo
• Sicela usebenzise lo mkhiqizo ngemva kokuwufaka kuphaneli, ngoba kunengozi yokushaqeka kukagesi.

ISEXWAYISO

• Okuqukethwe kuleli bhukwana kungase kushintshwe ngaphandle kwalokho
• Sicela wenze isiqiniseko sokuthi imininingwane yomkhiqizo iyafana neyakho
• Sicela uqiniseke ukuthi akukho monakalo noma okungavamile komkhiqizo okwenzeke phakathi
• Sebenzisa umkhiqizo ebangeni lokushisa elisuka -5 kuye ku-50 ° C (ubukhulu obungu-40 ° C ukuze ufakwe eduze) / 35 kuya ku-85% RH (ngaphandle kokujiya)
• Sicela usebenzise umkhiqizo ezindaweni lapho okungakhiqizwe khona amagesi abolayo (ikakhulukazi amagesi ayingozi, i-ammonia, ) namagesi avuthayo.
• Sebenzisa umkhiqizo ezindaweni lapho ukudlidliza nomthelela kungasebenzi khona ngqo emzimbeni womkhiqizo.
• Sicela usebenzise umkhiqizo ezindaweni ezingenaso uketshezi, amafutha, amakhemikhali, isitimu, uthuli, usawoti, insimbi, (idigri 1 noma 2 yokungcola).
• Sicela ungasuli umkhiqizo ngezincibilikisi eziphilayo ezifana notshwala, i-benzene, njll. (usule ngezihlanzi ezingathathi hlangothi).
• Sicela ugweme izindawo lapho kukhona ukuphazamiseka okukhulu kwe-inductive, ugesi omile, umsindo kazibuthe
• Izinhlamvu zesibonisi zingase zingabonakali ekukhanyeni kwelanga kwangaphandle noma zikhanyiswe kakhulu endlini
• Sicela ugweme izindawo ezinokushisa okunqwabelanayo okubangelwa ukukhanya kwelanga, ukushisa okukhazimulayo, njll.
• Lapho amanzi engena, ukujikeleza okufushane noma umlilo kungenzeka, ngakho-ke sicela uhlole umkhiqizo ngokucophelela.
• Okokufaka kwe-thermocouple, sebenzisa intambo yesinxephezelo enqunywe kusengaphambili (amaphutha ezinga lokushisa ayenzeka uma usebenzisa ikhebula elivamile).
• Okokufaka kwe-RTD, sebenzisa ikhebula elinezintambo ezincane zokuhola futhi ngaphandle komehluko wokumelana phakathi kwezintambo ezi-3 (amaphutha okushisa ayenzeka uma inani lokumelana phakathi kwezintambo ezi-3 lihlukile).
• Sebenzisa ulayini wesignali wokufaka kude nolayini wamandla kanye nolayini wokulayisha ukuze ugweme umthelela we-inductive
• Ulayini wesiginali yokokufaka kanye nolayini wesiginali yokuphumayo kufanele kuhlukaniswe ngayinye Uma ukuhlukana kungenzeki, sebenzisa izintambo zesivikelo kulayini wesiginali yokufaka.
• Sebenzisa inzwa engagxilile ye-thermocouple (ukusebenzisa inzwa ephansi kungase kubangele ukungasebenzi kahle kudivayisi ngenxa yamasekhethi amafushane).
• Uma kunomsindo omkhulu ovela emandleni, sincoma ukuthi usebenzise isiguquli sokushisa kanye nomsindo Sicela ufake isihlungi somsindo ephanelini eliphansi noma isakhiwo, njll. futhi wenze izintambo zesihlungi esiphumayo kanye netheminali yokuphakela amandla omkhiqizo ibe mfushane ngangokunokwenzeka .
• Ukusonta ngokuqinile izintambo zikagesi kuphumelela ngokumelene
• Uma umsebenzi we-alamu ungasethiwe kahle, ngeke uphume uma kwenzeka kusebenza okungavamile, ngakho-ke sicela uyihlole ngaphambi
• Lapho ushintsha inzwa, qiniseka ukuthi uyayicisha
• Sebenzisa i-relay eyengeziwe uma imvamisa yokusebenza (njengokusebenza ngokulinganayo, ) iphezulu, ngoba ukuxhuma umthwalo esilinganisweni sokukhiphayo kokudlulisela ngaphandle kwanoma yiliphi igumbi kufinyeza impilo yesevisi. Kulokhu, uhlobo lokukhishwa kwedrayivu ye-SSR luyanconywa.
  • Uma usebenzisa iswishi ye-electromagnetic: setha umjikelezo wokulingana ube okungenani amasekhondi angama-20.
  • Uma usebenzisa i-SSR: setha umjikelezo wokulinganisa ube okungenani ongu-1
• Uma ufaka lo mkhiqizo kuphaneli, sicela usebenzise amaswishi noma ama-circuit breaker athobela i-IEC60947-1 noma i-IEC60947-3.
• Sicela ufake amaswishi noma ama-circuit breaker ebangeni eliseduze lomsebenzisi
• Sicela ucacise kuphaneli ukuthi, njengoba ama-switch noma ama-circuit breaker efakiwe, uma ama-switch noma ama-circuit breaker evuliwe, amandla azonqanyulwa.
• Sincoma ukunakekelwa okuvamile ukuze kusetshenziswe ngokuphephile lokhu
• Ezinye izingxenye zalo mkhiqizo zingase zibe nesikhathi sokuphila noma zonakale
• Isikhathi sewaranti yalo mkhiqizo, unyaka ongu-1, kufaka phakathi izesekeli zawo, ngaphansi kwezimo ezijwayelekile zokusetshenziswa.
• Isikhathi sokulungiselela sokuphuma kokuxhumana siyadingeka phakathi nokunikezwa kwamandla. Uma isetshenziswa njengesiginali yesekethe yokuxhuma yangaphandle, sicela nisebenzise i-relay yokulibaziseka ndawonye.
• Uma umsebenzisi eshintsha umkhiqizo uma kwenzeka ukungasebenzi kahle, ukusebenza kungase kuhluke ngenxa yokusetha umehluko wemingcele ngisho noma igama lemodeli liyi-So, sicela uhlole ukuhambisana.

Imiyalo yokusetshenziswa komkhiqizo

1. Funda imininingwane yokuphepha ngokucophelela ngaphambi kokusebenzisa futhi usebenzise umkhiqizo ngendlela efanele.
2. Hlola umkhiqizo ngokucophelela futhi ungavumeli amatheminali okokufaka/okukhiphayo athintane nomzimba wakho noma izinto eziphathwayo.
3. Sebenzisa ikhebula lenzwa yezinga lokushisa elizinikele ukuze ugweme amaphutha okushisa.
4. Qinisekisa ukuthi inani lokumelana phakathi kwezintambo ezi-3 liyafana ukuvimbela ukungasebenzi kahle.
5. Uma usebenzisa umkhiqizo wezisetshenziswa zezokwelapha, ukulawula kwenyukliya, imikhumbi, izindiza, izimoto, imizila yezitimela, izinto ezivuthayo, izinto zokuphepha, okokusebenza kobugebengu/ukuvimbela inhlekelele, njll., faka amadivayisi okuphepha akabili futhi uvimbele izingozi.
6. Gwema umthelela womsindo we-inductive futhi usebenzise izintambo zesivikelo kumugqa wesiginali yokufaka uma ukuhlukana kungenzeki.
7. Sebenzisa i-insulation transformer nesihlungi somsindo ukuvikela ukuwohloka noma ukungasebenzi kahle.
8. Uma usebenzisa iswishi ye-electromagnetic, setha umjikelezo wokulingana ube okungenani amasekhondi angama-20. Uma usebenzisa i-SSR, setha umjikelezo wokulinganisa ube okungenani isekhondi elingu-1.
9. Ungawusebenzisi umkhiqizo ezindaweni ezinamagesi avuthayo noma aqhumayo.
10. Hlola ukusebenza okungavamile ngaphambi kokusetshenziswa.
11. Uma usebenzisa i-relay noma okukhiphayo kwe-SSR, khetha okukhiphayo usebenzisa ipharamitha yangaphakathi.
12. Uma usebenzisa okukhiphayo kwamanje, qinisekisa ukuthi umthwalo uxhumekile ngaphakathi kwesilinganiso sokudlulisa okukhiphayo ukuze ugweme ukufinyeza impilo yesevisi. Kulokhu, uhlobo lokukhishwa kwedrayivu ye-SSR luyanconywa.
13. Kumamodeli AX2, 3, 7, kanye no-9, sebenzisa i-SSR + Relay 1 (Ifomu c) + Relay 2 noma i-SSR + Relay 1 (Ifomu c) + Relay 2 + Relay 3 ukuze ukhethe okukhiphayo. Kumamodeli 4-20, sebenzisa i-4-20 + Relay 2 noma 4-20 + Relay 2 + Relay 3 ukuze ukhethe okukhiphayo.
14. Qinisekisa amandla voltage ifana nemininingwane yomkhiqizo.

Ikhodi yesijobelelo

Imodeli	Ikhodi			Okuqukethwe
AX	⃞-	□	□	I-Universal Input Digital Temperature Controller
Usayizi	2			48(W) × 96(H) × 63(D) ㎜
	3			96(W) × 48(H) × 63(D) ㎜
	4			48(W) × 48(H) × 63(D) ㎜
	7			72(W) × 72(H) × 63(D) ㎜
	9			96(W) × 96(H) × 63(D) ㎜
Ukukhethwa kokukhipha		1		I-SSR + Relay 1 + Relay 2	Uma usebenzisa i-relay noma okukhiphayo kwe-SSR (ukukhethwa ngepharamitha yangaphakathi)
		2		I-SSR + Relay 1 + Relay 2 + Relay 3
		1B		I-SSR + Relay 1 (Ifomu c) + I-Relay 2	Okwe-AX2, 3, 7, 9 kuphela
		2B		I-SSR + Relay 1 (Ifomu c) + Relay 2 + Relay 3
		3		4 – 20 ㎃ + Relay 2	Uma usebenzisa okukhiphayo kwamanje
		4		4 – 20 ㎃ + Relay 2 + Relay 3
Amandla voltage			A	100 – 240 V ac 50/60 Hz

Imininingwane

Ukwahlukanisa			АХ2	АХ3	АХ4	АХ7	АХ9
Okokufaka	Thermocouple		K, J, R, T (ukukhethwa ngepharamitha yangaphakathi)
	I-RTD		I-Pt100 Ω (ukukhethwa ngepharamitha yangaphakathi)
	Ukumelana nomugqa okuvunyelwe		Ubukhulu. 10 Ω/1 intambo (RTD). Ukumelana phakathi kwezintambo ezi-3 kufanele kufane
	Sampumjikelezo wezilimi		0.1 isekhondi
	Impedance		Ubukhulu. 1 ㏁
	Okokufaka ivoltage		Ubukhulu. 10v dc
	Bonisa ukunemba		±0.3 % yedijithi ye-FS ±1 (uma kuwuhlobo lwe-R, ±1.0 % yedijithi engu-±1 ebangeni elingu-0 ~ 600 ℃)
Lawula okukhiphayo	Okukhiphayo kwe-relay		1a othintana naye, 3 A 240 V ac, 3 A 30 V dc (umthwalo ophikisayo) Ungakhetha ubuningi. 3 okukhiphayo, kanye nokuphumayo kokulawula ukudluliselwa kukhishwa njenge-RLY1. 2 oxhumana nabo be-alamu (AL1, AL2), okukhiphayo kwe-alamu ye-loop (LBA) eyabelwe umsebenzisi phakathi kwe-RLY1, RLY2, RLY3.
	Okukhiphayo kwe-SSR	Ukulawulwa komjikelezo wokwabelana kwesikhathi (CYC)	12 - 15 V dc ivolumu ye-pulsetage (umthwalo ophikisayo ubuncane. 600 Ω)
		Ukulawulwa kwesigaba (PHA)
	Okukhiphayo kwamanje (SCR)		4 – 20 ㎃ dc (umthwalo ophikisayo ubuningi. 600 Ω)
Lawula	Uhlobo lokulawula		Isilawuli se-PID (ngokushuna okuzenzakalelayo), isilawuli se-P, isilawuli VULIWE/VILE
	Ukulungisa okuzenzakalelayo		Ukusebenza kwe-PID ngokushuna okuzenzakalelayo
	VULIWE/VALIWE ukulawula		Uma i-PV>SV, 0% okukhiphayo. Lapho i-PV
	Ukusetha kabusha mathupha		Umsebenzisi usethwe phakathi kwebanga elingu-0.0% ukuya ku-100.0%.
	Lawula ukusebenza okukhiphayo		Izenzo eziqondile/ezihlehlisayo ※ Ukukhetha ngokulungiselelwa kwepharamitha
	Lawula okukhiphayo		I-Relay/voltage pulse (SSR) Imiphumela ※ Ukukhetha by ipharamitha setting
Amandla	Amandla voltage		100 – 240 V ac, 50/60 Hz
	Voltage izinga lokuguquguquka		±10 % wevolthi yamandlatage
	Ukumelana ne-insulation		Okuncane. 20 ㏁, 500 V dc iminithi elingu-1 (itheminali eyinhloko – itheminali yesibili)
	Amandla e-Dielectric		2,300 V ac 50/60Hz, iminithi elingu-1 (itheminali eyinhloko – itheminali yesibili)
	Ukusetshenziswa kwamandla		Ubukhulu. 5.5 VA
	Izinga lokushisa elizungezile nomswakama		-5 ~ 50 ℃, 35 ~ 85 % RH (ngaphandle kokujiya)
Ukumelana nokudlidliza			10 - 55 Hz, eyodwa ampububanzi 0.75 mm. Amahora ama-2 endaweni ngayinye ye-eksisi emi-3
Ukumelana nokushaqeka			300 m/s² kuya 3 izikhombisi-ndlela izikhathi ezi-3
Ukugunyazwa			CE
Isisindo (g)			320	320	180	300	400

Ububanzi nezinhlobo zokufakwayo

Amagama engxenye nemisebenzi

Ubukhulu kanye nokusika kwephaneli

• Ubukhulu
• Ukusika kwephaneli
  

  Ukwahlukanisa	Uhlobo	I-AX2	I-AX3	I-AX4	I-AX7	I-AX9
  Ubukhulu bomkhiqizo	W	48.0	96.0	48.0	72.0	96.0
  	H	96.0	48.0	48.0	72.0	96.0
  	D	63.0	63.0	63.0	63.0	63.0
  	D1	5.5	5.5	5.5	5.5	5.5
  Ukusika kwephaneli	W1＊	45.0	92.0	45.0	68.0	92.0
  	H1＊	92.0	45.0	45.0	68.0	92.0
  	A	70.0	122.0	60.0	83.0	117.0
  	B	122.0	70.0	60.0	100.0	117.0

• Ukuhlanganisa amabakaki
  • AX2, AX3, AX4, AX7, AX9
• Ukuqaqa icala
  • AX4, AX7, AX9
  • I-AX2

Incazelo yomsebenzi oyinhloko

Ukushuna okuzenzakalelayo (AT)
Umsebenzi wokushuna okuzenzakalelayo uzikala ngokuzenzakalelayo, ubala izici zesistimu yokulawula, futhi usethe ngokuzenzakalelayo ukulingana okuhle kakhulu.
ibhendi (P), isikhathi esibalulekile (1), nesikhathi sokuphuma kokunye (D) okungaguquki. Cindezela bese ubamba  futhi   kanyekanye ngaphezu kwamasekhondi angu-2. ukuqala ukushuna okuzenzakalelayo. Uma ukushuna okuzenzakalelayo kunqanyuliwe, isilawuli siqala ngokuzenzakalelayo.
I-alamu

• Ukusetshenziswa kwe-alamu
  Uchungechunge lwe-AX lusekela ama-alamu azimele angu-2 (AL1 kanye ne-AL2). Lawa ma-alamu angabela isignali ye-AL1 noma ye-AL2 kokuphumayo kwe-RLY1~RLY3 futhi asetshenziswe.
  Uma isignali ye-alamu ingabelwe i-RLY1-RLY3 khona-ke imenyu ehlobene ne-alamu ngeke iboniswe.
• Ukusebenza kwe-alamu
  Uma i-alamu ephansi IVULIWE ngenkathi kunikezwa amandla nezinga lokushisa likhuphuka, setha (i-alamu n imodi yokulinda) ukuze KUVULIWE, ukuze kuvinjwe i-alamu ephansi ukuthi ingavuli ngenkathi izinga lokushisa likhuphuka, futhi uzokwazi ukuvimbela ukusebenza kwe-alamu ephansi kusukela emandleni kuze kube yilapho inani lesethi ye-alamu seliphumile.
• I-alamu yokukhiya LOCK
  Uma i value isethwe ukuze ithi IVULIWE, okukhipha i-alamu akukhanselwa ngisho naphakathi kwesimo sokukhansela i-alamu, ngemva kokuphuma kwe-alamu.
  Cindezela bese ubamba cishe. 2 isekhondi. ukukhansela okukhiphayo kwe-alamu.

I-alamu ye-Loop break (LBA)
Uma inani lokukhiphayo lokulawula ngokusebenza kwe-PID lithi “0”% noma “100%” ohlelweni lokulawula, lithola amakhefu e-heater kanye ne-sensor break actuator.
ukuhlukaniswa ngokuqhathanisa inani loshintsho lwevelu elinganiselwe ngesikhathi ngasinye esimisiwe. Ungasetha futhi i-LBA deadband ukuze ingathinteki
izihibe zokulawula ezijwayelekile.

1. Uma lawula inani lokukhiphayo ngomsebenzi we-PID lingu-100%, uma izinga lokushisa lingakhuphuki ngaphezu kwevelu engu-L bAw phakathi nesikhathi esimisiwe se-LBA, okukhiphayo kwe-LBA KUZOVULA.
2. Uma inani lokukhiphayo lokulawula ngomsebenzi we-PID lingu-0%, uma izinga lokushisa linganciphi ngaphezu kwevelu ye-L b Ru phakathi nesikhathi esimisiwe se-LBA, okukhiphayo kwe-LBA KUZOVULA.

Ukulawulwa komjikelezo wesabelo sesikhathi kanye nokulawulwa kwesigaba somthamotage okukhipha ishayela ※ for SSR okukhiphayo kuphela
Lapho ukhetha uhlobo lokukhiphayo lokulawula njenge-SSR, ungakhetha ivolumutaguhlobo lokuphuma kwe-pulse. Ukulawulwa komjikelezo wokwabelana kwesikhathi KUVULA/KIVULA okukhiphayo ngokuhlanganisa isikhathi senani lokukhiphayo emijikelezweni yesikhathi evamile. Setha kupharamitha yenkathi yokuphuma kokulawula. Ngaphakathi komjikelezo wesigamu segagasi lamandla, isilawuli sesigaba silawula inani lokukhiphayo ngokubala ikhompuyutha okukhiphayo NGESIsigaba, kuye ngenani lokukhiphayo.
Okuphumayo okuqhubekayo kunokulawula umjikelezo kungatholakala. Kodwa-ke, uma usebenzisa isilawuli sesigaba, abasebenzisi kufanele basebenzise uhlobo lwe-SSR RANDOM ON/OFF.

Uhlobo lokulawula	Layisha okwamanje ngo-50 % wokuphumayo
Ukulawulwa kwesigaba
Ukulawula umjikelezo wokwabelana kwesikhathi

Imodi yokusebenza
Ukunikeza amandla ngemva kokufakwa kwezintambo kuzobonisa izinga lokushisa lamanje. Njalo uma ucindezela izinga lokushisa elimisiwe kanye nenani lokukhiphayo lizoboniswa ngokuhlukile kunani elimisiwe (SV) eliboniswayo.
Imodi yokusetha yomsebenzisi
Imodi yokusetha yomsebenzisi imodi esetha amanani amisiwe ashintshwa abasebenzisi njalo nje njenge-alamu ne-loop break alarm (LBA) set values.
Imingcele yemodi yokusetha u-opharetha nayo iboniswa kumodi yokusetha yomsebenzisi, ukuze ikwazi ukusethwa kalula.
Imodi yokusetha yesisebenzisi
Imodi yokusetha isisebenzisi imodi yokusetha esetha izicaciso zesilawuli sezinga lokushisa lapho unjiniyela esifaka okokuqala.
Iyacindezela futhi ngesikhathi esisodwa ngaphezu kwamasekhondi angu-2. kwimodi yokusebenza noma imodi yokusetha umsebenzisi izongena kumodi yokusetha u-opharetha.
Iyacindezela futhi futhi ngaphezu kwamasekhondi ama-2. izobuyela kumodi yokusebenza.



Ukushintsha kwe-SV

1. Kumodi yokusetha u-opharetha, nini I-SuE inani lepharamitha livuliwe, ungashintsha inani kumodi yokusebenza nge kwesobunxele, Phansi, Kwesokudla bese usetha nge
2. Kumodi yokusetha u-opharetha, nini I-SuE inani lepharamitha livaliwe , ungashintsha inani kupharamitha yemodi yokusetha yomsebenzisi nge kwesobunxele, Phansi, Kwesokudla bese usetha nge .

Isibonisi sephutha lokokufaka
Uma ikhefu lokufakwayo (ukuphuka kwezinzwa) kwenzeka noma uma izinga lokushisa eliphezulu leqiwe, lizoboniswa

Imidwebo yokuxhuma

• I-AX4
• AX2, AX3, AX9
• AX2-B, AX3-B, AX9-B
• I-AX7
• I-AX7-B

Ukucushwa kwepharamitha

Ukuze uthole ukwaziswa okwengeziwe, sicela uvakashele ikhasi lethu eliyisiqalo (www.hanyoungnux.com) futhi ubheke imanuwali yomsebenzisi kungobo yomlando.

Amadokhumenti / Izinsiza

I-HANYOUNG NUX AX Series Digital Temperature Controller [pdf] Incwadi Yeziqondiso I-AX Series Digital Temperature Controller, AX Series, Digital Temperature Controller, Temperature Controller, Controller

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