GIA20 EB
tare da samar da wutar lantarki
Shafin 2.0

E31.0.12.6C-03 Manual don haɗi da aiki na GIA 20 EB tare da wadataccen kayan lantarki
Manual don haɗi da aiki na

Dokokin tsaro

An ƙirƙira wannan na'urar kuma an gwada ta la'akari da ƙa'idodin aminci na na'urorin aunawa na lantarki.
Za'a iya tabbatar da aiki mara lahani da amincin aiki na na'urar aunawa kawai idan an yi la'akari da Babban Ma'aunin Tsaro da ƙa'idodin ƙa'idodin aminci na na'urorin da aka ambata a cikin wannan jagorar mai amfani.

1. Ana iya tabbatar da aiki mara lahani da amincin aiki na na'urar aunawa kawai idan an yi amfani da na'urar a cikin yanayin yanayin da aka kayyade a babin "Takaddun bayanai"
2. Koyaushe cire haɗin na'urar daga kayanta kafin buɗe ta. Kula cewa babu wanda zai iya taɓa kowane lambobin naúrar bayan shigar da na'urar.
3. Dole ne a kiyaye daidaitattun ƙa'idodi don aiki da aminci ga kayan lantarki, haske da nauyi na yanzu, tare da kulawa ta musamman ga ƙa'idodin aminci na ƙasa (misali VDE 0100).
4. Lokacin haɗa na'urar zuwa wasu na'urori (misali PC) haɗin haɗin dole ne a tsara shi sosai, saboda haɗin ciki a cikin na'urori na ɓangare na uku (misali haɗin ƙasa tare da ƙasa mai kariya) na iya haifar da vol maras so.tage mai yiwuwa.
5. Dole ne a kashe na'urar kuma dole ne a yi masa alama game da sake amfani da ita, idan akwai kurakurai a fili na na'urar waɗanda suka haɗa da:
   – lalacewa mai gani.
   – babu sayan aikin na'urar.
   – adana na'urar a ƙarƙashin yanayin da bai dace ba na tsawon lokaci.
   Lokacin da ba a tabbatar ba, ya kamata a aika na'urar zuwa ga masana'anta don gyarawa ko yin hidima.

HANKALI: Lokacin gudanar da na'urorin lantarki, sassansu koyaushe za su kasance cikin wutar lantarki. Sai dai idan an lura da gargaɗin na iya haifar da munanan raunuka na mutum ko lalacewar dukiya. ƙwararrun ma'aikata kawai yakamata a bar su suyi aiki da wannan na'urar.
Don aiki mara matsala da aminci na na'urar don Allah tabbatar da jigilar ƙwararru, ajiya, shigarwa da haɗin kai da aiki da kulawa da kyau.

MUTUM KWARE
Shin mutane sun saba da shigarwa, haɗi, ƙaddamarwa da sarrafa samfurin kuma suna da ƙwararrun ƙwararrun da suka shafi aikinsu.
Don misaliampda:

• Horo ko koyarwa resp. cancanta don kunnawa ko kashewa, keɓewa, ƙasa da alamar da'irori da na'urori ko tsarin lantarki.
• Horo ko koyarwa bisa ga jiha.
• Horar da taimakon farko.

HANKALI:
KAR KA yi amfani da wannan samfur azaman aminci ko na'urar dakatar da gaggawa, ko a cikin kowane aikace-aikacen da gazawar samfurin zai iya haifar da rauni na mutum ko lalacewar abu.
Rashin bin waɗannan umarnin na iya haifar da mutuwa ko mummuna rauni da lalacewa.

Gabatarwa

GIA20EB na'ura ce mai nuni, sa ido da sarrafa microprocessor.
Na'urar tana goyan bayan mahaɗin duniya ɗaya don haɗin:

• Daidaitaccen siginar watsawa (0-20mA, 4-20mA, 0-50mV, 0-1V, 0-2V da 0-10V)
• RTD (na Pt100 da Pt1000),
• Thermocouple bincike (nau'in K, J, N, T da S)
• Mitar (TTL da canza lamba)

Kazalika ma'aunin juyawa, kirga, da sauransu….
Na'urar tana da abubuwan canzawa guda biyu, waɗanda za'a iya saita su azaman 2-point-controller, 3-point-controller, 2-point-controller tare da min./max. ƙararrawa, gama gari ko ɗaya min./max. ƙararrawa.
Ana nuna yanayin abubuwan fitarwa tare da LED guda biyu a ƙarƙashin nunin LED mai lamba 4 na gaba.

LED na hagu yana nuna yanayin fitarwa na 1st, LED na dama yana nuna yanayin fitarwa na 2.
Haɗin wutar lantarki an keɓe shi ta hanyar lantarki zuwa sauran haɗin na'urar.
Bugu da ƙari, na'urar tana goyan bayan hanyar sadarwa mai sauƙi na BUS guda ɗaya don sadarwa tare da kwamfuta mai ɗaukar hoto wanda ke sa na'urar ta zama cikakkun ayyuka SAUKI BUS-module.
Lokacin barin masana'antar mu GIA20EB an fuskanci gwaje-gwaje daban-daban na dubawa kuma an daidaita shi gaba ɗaya.
Kafin a iya amfani da GIA20EB, dole ne a saita shi don aikace-aikacen abokin ciniki.

Alama: Don guje wa jihohin shigarwa da ba a bayyana ba da maras so ko tsarin sauyawa mara kyau, muna ba da shawarar haɗa abubuwan da ke sauya na'urar bayan kun daidaita na'urar yadda ya kamata.

Don saita GIA20EB don Allah a ci gaba kamar haka:

• Kashe farantin gaba na ja (duba zane).
• Haɗa na'urar zuwa wadatar ta (duba babi na 3 'Haɗin Wutar Lantarki').
• Canja a kan wadata voltage kuma jira har sai na'urar ta gama ginannen gwajin sashinta.
• Daidaita na'urar zuwa siginar shigarwa da ake buƙata. Bi umarnin a babi na 4 'Input configuration'
• Bi umarnin da aka bayar a babi na 5 'Fitarwa da daidaitawar ƙararrawa' don saita abubuwan da aka fitar na GIA20EB.
• Sake haɗa farantin gaba na ja.
• Haɗa na'urar da kyau (duba babi na 3 'Haɗin wutar lantarki')

Haɗin lantarki

Waya da ƙaddamar da na'urar dole ne a aiwatar da ƙwararrun ma'aikata kawai.
Idan aka yi kuskuren wayoyi, ana iya lalata GIA20EB. Ba za mu iya ɗaukar kowane garanti ba idan aka yi kuskuren wayoyi na na'urar.
3.1. Aiki na ƙarshe

11	SAUKIBU S-Interface
10	SAUKIBU S-Interface
9	Shigarwa: 0-1V, 0-2V, mA, mita, Pt100, Pt1000
8	Input: 0-50mV, thermocouples, Pt100
7	Shigarwa: GND, Pt100, Pt1000
6	Input: 0-10V
5	Saukewa: GND
4	Ƙarar voltage: +Uv
3	Suppy voltage:- Uv
2	Sauyawa fitarwa: 2
1	Sauyawa fitarwa: 1

Alama: Lambobin 5 da 7 an haɗa su a ciki - babu haɗi zuwa lamba 3

 

3.2. Bayanan haɗi

		Tsakanin tashoshi	na hali		iyakoki		bayanin kula
			min.	max.	min.	max.
Ƙarar voltage	12 V	4 da 3	11 V	14 V	0 V	14 V	Halarci ginin na'urar!
	24 V	4 da 3	22 V	27 V	0 V	27 V
Sauyawa fitarwa 1 da 2	NPN	1 da 5, 2 da 5				30V, I<1A	Ba gajeriyar kewayawa ba ce
	PNP					Ina <25mA	Ba gajeriyar kewayawa ba ce
Shigar mA		9 da 7	0 mA	20 mA	0 mA	30 mA
Shigarwa 0-1(2)V, Freq.,…			0 V	3.3 V	-1 V	30V, I<10mA
Shigar da 0-50mV, TC,…		8 da 7	0 V	3.3 V	-1 V	10V, I<10mA
Shigarwa 0-10V		6 da 7	0 V	10 V	-1 V	20 V

Kada a ketare waɗannan iyakoki (ko da ɗan gajeren lokaci)!
3.3. Haɗa siginar shigarwa
Da fatan za a kula kada ku wuce iyakokin abubuwan shigarwa lokacin haɗa na'urar saboda hakan na iya haifar da lalata na'urar:
3.3.1. Haɗa bincike na Pt100 ko Pt1000 RTD ko bincike na thermocouple

3.3.2. Haɗa mai watsawa 4-20mA a cikin fasaha na waya-2

3.3.3. Haɗa mai watsawa 0(4) -20mA a cikin fasahar waya 3

3.3.4. Haɗa mai watsa 0-1V, 0-2V ko 0-10V a cikin fasahar waya 3

3.3.5. Haɗa mai watsa 0-1/2/10V ko 0-50mV a cikin fasaha na waya 4

3.3.6. Haɗin mitar-ko siginar juyi
Lokacin auna mitar ko juyawa ana iya zaɓar siginonin shigarwa daban-daban uku a cikin tsarin na'urar.
Akwai yuwuwar haɗa sigina mai aiki (= TTL, …), siginar firikwensin firikwensin tare da NPN (= Fitarwa NPN, maɓallin turawa, relay,…) ko PNP (= fitarwar PNP yana canzawa zuwa + Ub, babba. -maballin turawa gefe,…).
Lokacin da aka saita na'urar tare da fitarwa na sauyawa na NPN, an haɗa wani juyi-juyi (~ 11kO yana nufin + 3.3V) a ciki. Don haka lokacin da kuke amfani da na'ura mai fitarwar NPN Ba kwa buƙatar haɗa resistor a waje.
Lokacin saita na'urar tare da fitowar sauyawa na PNP, an haɗa resistor mai saukarwa (~ 11kO yana nufin GND) a ciki. Don haka lokacin da kuke amfani da na'ura mai fitowar PNP Ba kwa buƙatar resistor a waje.
Yana iya zama tushen siginar ku yana buƙatar haɗin haɗin waje na waje misali jan-upvoltage na 3.3V bai isa ga tushen siginar ba, ko kuna son auna a cikin kewayon mitar matakin saman. A wannan yanayin dole ne a kula da siginar shigarwa kamar sigina mai aiki kuma dole ne ka saita na'urar azaman "TTL".

Alama:
Lokacin haɗa na'urar Dole ne ku kula kar ku ƙetare iyakokin shigarwar voltage daidai da shigar da halin yanzu na shigarwar mita.

Haɗin transducer (tare da samar da wutar lantarki daban) tare da fitowar TTL ko PNP da resistor na waje don iyakancewa na yanzu.	Haɗin transducer (ba tare da raba wutar lantarki ba) tare da fitowar TTL ko PNP da resistor na waje don iyakancewa na yanzu.
Haɗin transducer (tare da wutar lantarki daban) tare da fitowar NPN.	Haɗin transducer (ba tare da raba wutar lantarki ba) tare da fitowar NPN.
Haɗin transducer (tare da samar da wutar lantarki daban) tare da fitowar NPN da kuma abin da ake buƙata na resistor na waje	Haɗin transducer (ba tare da samar da wutar lantarki daban ba) tare da fitowar NPN kuma ana buƙatar resistor na waje.
Haɗa na'urar transducer (tare da samar da wutar lantarki na mutum ɗaya) Fitar PNP tare da wayoyi masu juriya na waje.	Haɗin na'urar transducer (ba tare da samar da wutar lantarki ɗaya ba) Fitar PNP da wayoyi na resistor na waje.

Alamar: Rv2 = 600O, Rv1 = 1.8O (tare da wutar lantarki voltage = 12V) ko 4.2k O (tare da wutar lantarki voltage = 24V), tsarin na'urar

3.3.7. Haɗa siginar counter
Lokacin saita na'urar zaku iya zaɓar hanyoyin siginar shigarwa daban-daban guda 3 kama da haɗin mitar- da juyi-sigina. Haɗin siginar firikwensin don sigina na gaba ɗaya ne da ake amfani da shi don siginar mitar- da juyi.
Da fatan za a yi amfani da zanen waya da aka bayar a ƙasa.
Akwai yuwuwar sake saita counter. Lokacin haɗa lamba 8 tare da GND (misali lamba 7) za'a sake saita ma'aunin. Kuna iya yin wannan da hannu (misali tare da taimakon maɓallin turawa) ko ta atomatik (tare da fitarwa ɗaya na na'urar).
Alama:
Lokacin haɗa na'urar, kula kar a ƙetare iyakokin shigarwa-voltage ko shigar da halin yanzu na shigarwar mita.

da hannu sake saita na'urar tare da taimakon maɓallin turawasake saiti ta atomatik tare da taimakon fitarwa 2 da ƙarin sake saita na'urar ta hanyar maɓallin turawa
Alamomi: Fitowar 2 dole ne a daidaita shi azaman fitarwar NPNSaukewa: GIA20EB

Bayani na GIA20EB:
Na'ura 1 - Siginar shigarwa kamar mai watsawa, fitarwa 2 an daidaita shi azaman fitarwar NPN
Na'ura 2 - Siginar shigar-shiga = lambar sadarwa

3.4. Haɗa abubuwan da ke sauyawa
Na'urar tana da abubuwan canzawa guda biyu, tare da nau'ikan aiki daban-daban guda uku don kowane fitarwa, waɗanda sune:

Ƙananan Gefe:	"GND-switching" NPN fitarwa (bude-karba) Ana haɗa fitarwar sauyawa zuwa GND (haɗin kai 5) lokacin aiki (kunna fitarwa).
Babban Gefe:	Fitowar PNP (buɗaɗɗen mai tarawa) Ana haɗa fitarwar sauyawa zuwa wani vol na cikitage (kimanin + 9V) lokacin aiki (canja fitarwa a kunne).
Tura-Ja:	Ana haɗa fitarwar sauyawa zuwa GND (haɗin 5) lokacin da ba ya aiki. Lokacin da fitarwar sauyawa ke aiki, ana haɗa ta zuwa vol na cikitage (kimanin +9V).

Idan ana saita fitarwa ɗaya azaman fitarwar ƙararrawa, fitarwar zata yi aiki a cikin rashin aiki (babu ƙararrawa a yanzu). Na'urar transistor mai fitarwa yana buɗewa ko fitarwar turawa ta canza daga kusan +9V zuwa 0V lokacin da yanayin ƙararrawa ya faru.
Alama:
Don gujewa hanyoyin sauyawa maras so ko kuskure, muna ba da shawarar haɗa abubuwan da ke sauya na'urar bayan kun daidaita abubuwan da ke sauya na'urar yadda ya kamata.

Da fatan za a kula cewa kada ku wuce iyakar voltage da kuma na matsakaicin halin yanzu na abubuwan sauyawa (ba ma na ɗan gajeren lokaci ba). Da fatan za a kula sosai lokacin da ake canza kayan aiki (kamar coils ko relays, da sauransu) saboda girman ƙarfinsu.tage kololuwa, dole ne a dauki matakan kariya don iyakance wadannan kololuwar.
A lokacin da canza manyan capacitive lodi a jerin resistor ga halin yanzu iyakance da ake bukata, saboda high turn-on-yanzu na high capacitive lodi. Hakanan ya shafi incandescent lamps, wanda jujjuyawar su kuma yana da girma sosai saboda ƙarancin juriyar sanyi.

3.4.1. Haɗin kai tare da ƙayyadaddun kayan fitarwa na ƙananan gefe (fitarwa na NPN, canzawa zuwa GND)

3.4.2. Haɗin kai tare da ƙayyadaddun kayan fitarwa na babban gefen (fitarwa na PNP, canzawa zuwa + 9V)

Alamomi:
Don wannan haɗin, matsakaicin sauyawa-na yanzu dole ne ya wuce 25mA! (ga kowane fitarwa)

3.4.3. Haɗin kai tare da ƙayyadaddun kayan fitarwa-pull-canza

3.5. Wayoyin gama gari na GIA20EB da yawa
Abubuwan shigarwa da abubuwan da ake fitarwa ba su keɓanta ta hanyar lantarki ba (abin da ake samarwa kawai). Lokacin haɗa haɗin GIA20EB da yawa dole ne ku tabbatar cewa babu yuwuwar ƙaura.
Kula, lokacin haɗa kayan fitarwa zuwa wadatar na'urar (misali ta hanyar transistor zuwa -Vs ko +Vs), keɓancewar wutar lantarki na wadatar ba zai ƙara kasancewa ba. Lokacin yin haka, da fatan za a kiyaye waɗannan abubuwan:

• Lokacin da aka haɗa GIA20EB's da yawa zuwa naúrar samar da wutar lantarki iri ɗaya ana ba da shawarar sosai don ware na'urori masu auna firikwensin, masu aunawa da sauransu.
• Lokacin da na'urori masu auna firikwensin, masu aunawa da dai sauransu suna haɗa ta hanyar lantarki, kuma ba za ku iya sarrafa su ba, ya kamata ku yi amfani da keɓantattun na'urorin samar da wutar lantarki na kowace na'ura. Lura, cewa ana iya ƙirƙirar haɗin lantarki ta hanyar matsakaicin da za a auna (misali pH-electrodes da conductivity-electrodes a cikin ruwaye).

Tsarin na'urar

Da fatan za a kula: Lokacin da kuke saita na'urar kuma kada ku danna kowane maɓalli fiye da daƙiƙa 60. za a soke tsarin na'urar. Canje-canjen da kuka yi ba za su sami ceto ba kuma za su ɓace!
Alama:
Maɓallan 2 da 3 suna nuna tare da 'aiki-roll'. Lokacin danna maɓallin sau ɗaya za a ɗaga darajar (maɓallin 2) ɗaya ko saukar da (maɓallin 3) ɗaya. Lokacin riƙe maɓallin dannawa fiye da 1 sec. ƙimar ta fara ƙirga sama ko ƙasa, saurin ƙidayar za a ɗaga bayan ɗan gajeren lokaci. Na'urar kuma tana da aikin 'overflow-aiki', lokacin da aka kai iyakar kewayon, na'urar tana canzawa zuwa ƙananan iyaka, akasin haka.

4.1. Zaɓi nau'in siginar shigarwa

• Kunna na'urar kuma jira har sai ta gama ginanniyar gwajin sashinta.
• Latsa maɓallin 2 don> 2 seconds. (misali tare da ƙaramin direba) Na'urar tana nuna "InP" ('INPUT').
• Yi amfani da maɓalli 2 ko maɓalli na 3 (tsakiyar resp. maɓallin dama) don zaɓar siginar shigarwa (duba tebur a ƙasa).
• Tabbatar da zaɓi tare da maɓallin 1 (maɓallin hagu). Nunin zai sake nuna "InP" kuma.

Dangane da siginar shigarwa da aka zaɓa, za a buƙaci ƙarin daidaitawa.

Nau'in shigarwa	Sigina	don zaɓar azaman shigarwa	ci gaba a babi
Voltage sigina	0-10 V	U	4.2
	0-2 V
	0-1 V
	0-50 mV
Sigina na yanzu	4-20 mA	I	4.2
	0-20 mA
RTD	Pt100 (0.1°C)	t.rES	4.3
	Pt100 (1°C)
	Pt1000
Thermocouples	NiCr-Ni (Nau'in K)	t.tc	4.3
	Pt10Rh-Pt (Nau'in S)
	NiCrSi-NiSi (Nau'in N)
	Fe-CuNi (Nau'in J)
	Cu-CuNi (Nau'in T)
Yawanci	siginar TTL	FreEq	4.4
	Canja-lamba NPN, PNP
Juyawa	siginar TTL	rPn	4.5
	Canja-lamba NPN, PNP
A mayar da martani	siginar TTL	Co.up	4.6
	Canja-lamba NPN, PNP
Kaddara	siginar TTL	Co.dn	4.6
	Canja-lamba NPN, PNP
Yanayin mu'amala	Serial dubawa	SEri	4.7

Da fatan za a kula: Lokacin canza yanayin aunawa "InP", siginar shigarwa "SEnS" da "Unit" duk saituna za a canza su zuwa tsohuwar masana'anta. Dole ne ku saita duk sauran saitunan. Wannan kuma ya shafi saituna don daidaitawa da daidaitawa tare da wuraren sauyawa!

4.2. Aunawa voltage da na yanzu (0-50mV, 0-1V, 0-2V, 0-10V, 0-20mA, 4-20mA)
Wannan babin yana bayyana yadda kuke saita GIA20EB don auna voltage- resp. sigina na yanzu daga mai watsawa na waje. Wannan umarnin yana buƙatar ka zaɓi "U" ko "I" azaman nau'in shigarwar da kake so kamar yadda aka bayyana a babi na 4.1. Nuni dole ne ya nuna "InP".

• Danna maɓallin 1. Nunin yana nuna "SEnS".
• Zaɓi siginar shigarwar da ake so ta amfani da maɓalli 2 ko maɓalli 3 (maɓallin dama na tsakiya).

Nunawa	Siginar shigarwa (voltage aunawa)	Bayanan kula
10.00	0-10 V
2.00	0-2 V
1.00	0-1 V
0.050	0-50 mV

Nunawa	Siginar shigarwa (auni na yanzu)	Bayanan kula
4-20	4-20 mA
0-20	0-20 mA

• Tabbatar da siginar shigarwa da aka zaɓa ta danna maɓallin 1. Nunin yana nuna "SEnS" kuma.
• Latsa maɓallin 1 kuma, nunin zai nuna "dP" (maki goma).
• Zaɓi wurin maki goma da ake so ta latsa maɓallin 2 resp. baton 3.
• Tabbatar da zaɓin matsayi na ƙima ta latsa maɓallin 1. Nunin yana nuna "dP" kuma.
• Latsa maɓallin 1 kuma, nunin zai nuna "di.Lo" (Nuna Low = ƙarancin nuni).
• Yi amfani da maɓallin 2 resp. maballin 3 don zaɓar ƙimar da ake so na'urar yakamata ta nuna lokacin da 0mA, 4mA resp. Ana haɗe siginar shigarwar 0V.
• Tabbatar da ƙimar da aka zaɓa ta danna maɓallin 1. Nunin yana nuna "di.Lo" kuma.
• Latsa maɓallin 1 kuma, nunin zai nuna "di.Hi" (Nuni High = ƙimar nuni mai girma).
• Yi amfani da maɓallin 2 resp button 4 don zaɓar ƙimar da ake so da na'urar ya kamata ta nuna lokacin da 20mA, 50mV, 1V, 2V resp. Ana haɗe siginar shigarwa 10V.
• Tabbatar da ƙimar da aka zaɓa ta danna maɓallin 1. Nunin yana nuna "di.Hi" kuma.
• Danna maɓallin 1 kuma. Nunin zai nuna "Li" (Iyaka = Ƙimar iyaka).
• Yi amfani da maɓallin 2 resp. maballin 3 don zaɓar iyakar iyakar awo da ake so.

Nunawa	Iyakar iyaka	Bayanan kula
Kashe	An kashe	Ana iya jurewa ƙetare iyakar ma'auni na kusan kashi 10% na siginar shigarwa da aka zaɓa.
kan.Er	Mai aiki, (yana nuna kuskure)	Madaidaicin kewayon ma'auni yana da iyakacin siginar shigarwa. Lokacin wucewa ko gajarta siginar shigarwa na'urar zata nuna saƙon kuskure.
ku.rG	Mai aiki, (yana nuna iyakar da aka zaɓa)	Madaidaicin kewayon ma'auni yana da iyakacin siginar shigarwa. Lokacin da ya wuce ko gajarta siginar shigarwa na'urar za ta nuna ƙimar nunin ƙasa da babba. [misali zafi: lokacin raguwa ko wuce gona da iri, na'urar zata nuna 0% jinkiri. 100%]

• Danna maɓallin 1 don tabbatar da zaɓin, nunin yana nuna "Li" kuma.
• Lokacin sake danna maɓallin 1, nunin zai nuna "FiLt" (Tace = tace dijital).
• Yi amfani da maɓalli 2 da maɓalli 3 don zaɓar matatar da ake so [a cikin dakika.].
  Zaɓaɓɓun ƙima: 0.01 … 2.00 sec.
  Bayani: wannan matatar dijital kwafin dijital ce ta ƙananan tacewa.
  Lura: lokacin amfani da siginar shigarwa 0-50mV ana ba da shawarar ƙimar tace akalla 0.2
• Danna maɓallin 1 don tabbatar da ƙimar ku, nunin yana nuna "FiLt" kuma.

Yanzu an daidaita na'urar zuwa tushen siginar ku. Yanzu abin da ya rage shi ne daidaita abubuwan da na'urar ke fitarwa.

• Lokacin sake danna maɓallin 1, nuni yana nuna "outP". (fito)
  Don daidaita abubuwan GIA20EB, da fatan za a bi umarnin da aka bayar a babi na 4.8.

4.3. Auna zafin jiki (Pt100, Pt1000 RTD bincike da thermocouple irin J, K, N, S ko T)
Wannan babin yana bayyana yadda ake saita na'urar don auna zafin jiki tare da taimakon na'urorin RTD na platinum na waje ko na'urorin thermocouple. Wannan umarni yana buƙatar ka zaɓi "t.res" ko "t.tc" azaman nau'in shigarwar da kake so kamar yadda aka bayyana a babi na 4.1. Dole ne na'urar ta nuna "InP".

• Lokacin danna maɓallin 1 nuni yana nuna "SEnS".
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar siginar shigar da kuke so.

Nunawa	Siginar shigarwa (RTD)	Bayanan kula
Pt0.1	Pt100 (waya 3)	Ma'auni: -50.0 ... +200.0 °C (-58.0 ... + 392.0 °F) Ƙimar: 0.1°
Pt1	Pt100 (waya 3)	Ma'auni: -200 ... + 850 °C (-328 ... + 1562 °F) Ƙimar: 1°
1000	Pt1000 (waya 2)	Ma'auni: -200 ... + 850 °C (-328 ... + 1562 °F) Ƙimar: 1°

Nunawa	Siginar shigarwa (Thermocouples)	Bayanan kula
NiCr	NiCr-Ni (nau'in K)	Matsayi: -270 ... +1350 °C (-454 ... + 2462 °F)
S	Pt10Rh-Pt (nau'in S)	Ma'auni: -50 ... +1750 °C (- 58 ... + 3182 °F)
n	NiCrSi-NiSi (nau'in N)	Matsayi: -270 ... +1300 °C (-454 ... + 2372 °F)
J	Fe-CuNi (nau'in J)	Ma'auni: -170 ... + 950 °C (-274 ... + 1742 °F)
T	Cu-CuNi (nau'in T)	Ma'auni: -270 ... + 400 °C (-454 ... + 752 °F)

• Tabbatar da siginar shigarwa da aka zaɓa ta danna maɓallin 1. Nunin yana nuna "SEnS" kuma.
• Lokacin sake danna maɓallin 1, nuni zai nuna "Unit" (naúrar da kuke son nunawa).
• Yi amfani da maɓallin 2 da maɓallin 3 don zaɓar yanayin da kake son nunawa °C ko °F.
• Yi amfani da maɓallin 1 don inganta rukunin da aka zaɓa, nunin yana nuna "Unit" kuma.
• Latsa maɓallin 1 zuwa sake, nunin zai nuna "FiLt" (Tace = tace dijital).
• Yi amfani da maɓalli 2 da maɓalli 3 don saita ƙimar tace-ƙimar da ake so [a cikin dakika.].
  Zaɓaɓɓun ƙima: 0.01 … 2.00 sec.
  Bayani: wannan matatar dijital kwafin dijital ce ta ƙananan tacewa.
• Yi amfani da maɓallin 1 don tabbatar da zaɓin ku, nunin yana nuna "FiLt" kuma.

Yanzu an daidaita na'urar zuwa tushen siginar ku. Yanzu abin da ya rage shi ne daidaita abubuwan da na'urar ke fitarwa.

• Lokacin sake danna maɓallin 1, nuni yana nuna "outP". (fito)
  Don daidaita abubuwan GIA20EB, da fatan za a bi umarnin da aka nuna a babi na 4.8.

Don saita biya da kuma saita gangara-daidaitacce, da fatan za a bi umarnin da aka bayar a babi na 6.

4.4. Auna mitar (TTL, mai canzawa-lamba)
Wannan babin yana bayyana yadda ake saita na'urar don auna mitar.
Wannan umarni yana buƙatar ka zaɓi "FrEq" azaman nau'in shigarwar da kake so kamar yadda aka bayyana a babi na 4.1.
Dole ne na'urar ta nuna "InP".

• Lokacin danna maɓallin 1 nuni zai nuna "SEnS".
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar siginar shigarwa da ake so.

Nunawa	Siginar shigarwa	Lura
ttL	siginar TTL
nPn	Canja wurin lamba, NPN	Don haɗin kai tsaye na lambar sadarwa mai canzawa (misali maɓallin turawa, gudun ba da sanda) resp. Transmitter tare da fitowar NPN. Ana haɗe da juriya-up-up. Alamomi: lokacin amfani da maɓallan turawa ko relays, dole ne su kasance marasa billa!
pnp	Canja wurin lamba, PNP	Don haɗin kai tsaye na mai watsawa tare da fitowar PNP. An haɗa siginar-ƙasa-ƙasa a ciki.

Alama:
Don haɗin mitar mai watsawa, da fatan za a bi umarnin da aka bayar a babi na 3.3.6
Lokacin haɗa mai sauyawa-lambar sadarwa-transmitter tare da ƙãra kewayon mitar (= tare da kewayawa waje) dole ne ka zaɓi TTL azaman siginar shigar da kake so.

• Tabbatar da zaɓin siginar shigarwar ku ta latsa maɓallin 1. Nunin yana nuna "SEnS" kuma.
• Lokacin sake danna maɓallin 1, nunin zai nuna "Fr.Lo" (ƙananan mitar = ƙananan iyakar iyaka).
• Yi amfani da maɓalli 2 da maɓalli 3 don zaɓar mafi ƙarancin mitar da zai iya faruwa lokacin aunawa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "Fr.Lo" kuma.
• Lokacin sake latsa maɓallin 1, nunin zai nuna "Fr.Hi" (mai girma mai girma = iyakar kewayon mitar babba).
• Yi amfani da maɓallin 2 da maɓalli 3 don zaɓar mafi girman mitar da zai iya faruwa lokacin aunawa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "Fr.Hi" kuma.
• Lokacin sake danna maɓallin 1, nuni zai nuna "dP" (maki goma).
• Yi amfani da maɓalli na 2 da maɓalli 3 don zaɓar wurin da ake so.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "dP" kuma.
• Lokacin sake latsa maɓallin 1, nunin zai nuna "di.Lo" (nuni low = nuni a ƙananan iyakar kewayon mitar).
• Saita ƙimar da na'urar zata nuna a ƙananan iyakar kewayon mitar ta latsa maɓallin 2 resp. button 3.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "di.Lo" kuma.
• Lokacin sake danna maɓallin 1, nunin zai nuna "di.Hi" (nuni mai girma = nuni a iyakar kewayon mitsawa na sama).
• Saita ƙimar da na'urar zata nuna a saman iyakar kewayon mitar ta latsa maɓallin 2 resp. button 3.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "di.Hi" kuma.
• Lokacin sake danna maɓallin 1, nunin zai nuna "Li" (iyaka = iyakance iyaka).
• Yi amfani da maɓalli na 2 da maɓalli 3 don zaɓar iyakance kewayon da ake so.

Nunawa	Iyakar iyaka	Lura
kashe	Mara aiki	Ana iya jurewa ƙetare mitar aunawa har sai kun isa iyakar iyakar aunawa.
kan.Er	mai aiki, (alamar kuskure)	Ma'aunin ma'auni yana da iyaka daidai da zaɓin mitar-ma'auni-iyaka. Lokacin wucewa ko gazawar iyaka na'urar zata nuna saƙon kuskure.
ku.rG	mai aiki, (iyakan mitar mitoci)	Ma'aunin ma'auni yana da iyaka daidai da zaɓin mitar-ma'auni-iyaka. Lokacin da ya wuce ko gajarta iyaka na'urar zata nuna žasa ko babba-iyakan nuni. [misali don zafi: lokacin da yake raguwa. wuce na'urar zai nuna 0% resp. 100%]

Alama:
Lokacin da ya wuce iyakar iyaka (10kHz) ba tare da izini ba daga saitunan iyaka za a nuna saƙon kuskure ("Err.1").

• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "Li" kuma.
• Lokacin sake danna maɓallin 1, nunin zai nuna "FiLt" (Tace = tace dijital).
• Yi amfani da maɓallin 2 da maɓalli 3 don zaɓar ƙimar tacewa da ake so [a cikin dakika.].
  Ƙididdiga masu amfani: 0.01 … 2.00 sec.
  Bayani: wannan matatar dijital kwafin dijital ce ta ƙananan tacewa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "FiLt" sake.

Yanzu an daidaita na'urar zuwa tushen siginar ku. Abinda kawai kuka bari shine daidaita abubuwan da na'urar ke fitarwa.

• Lokacin sake danna maɓallin 1, nuni zai nuna "outP". (Fitowa)
  Don daidaita abubuwan GIA20EB, da fatan za a bi umarnin da aka nuna a babi na 4.8.

4.5. Auna saurin jujjuyawa (TTL, mai canzawa-lamba)
Wannan babin yana bayanin yadda ake saita na'urar don auna saurin juyawa.
Wannan umarni yana buƙatar ka zaɓi "rPn" azaman nau'in shigarwar da kake so kamar yadda aka bayyana a babi na 4.1.
Dole ne na'urar ta nuna "InP".

• Lokacin danna maɓallin 1 na'urar zata nuna "SEnS".
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar siginar shigarwa da ake so.

Nunawa	Siginar shigarwa	Bayanan kula
ttL	siginar TTL
nPn	Canja wurin lamba, NPN	Don haɗin kai tsaye na lambar sadarwa mai canzawa (misali maɓallin turawa, gudun ba da sanda) resp. transmitter tare da fitowar NPN. Ana haɗe da juriya-up-up. Alamomi: lokacin amfani da maɓallan turawa ko relays, dole ne su kasance marasa billa!
pnp	Canja wurin lamba, PNP	Don haɗin kai tsaye na mai watsawa tare da fitowar PNP. An haɗa siginar-ƙasa-ƙasa a ciki.

Alama:
Don haɗin mitar mai watsawa, da fatan za a bi umarnin da aka bayar a babi na 3.3.6
Lokacin haɗa mai sauyawa-lambar sadarwa-transmitter tare da ƙãra kewayon mitar (= tare da kewayawa waje) dole ne ka zaɓi TTL azaman siginar shigar da kake so.

• Latsa maɓallin 1 don inganta siginar shigarwar da kuka zaɓa. Nunin yana nuna "SEnS" kuma.
• Lokacin sake danna maɓallin 1, nuni zai nuna "diu" (mai rarrabawa).
• Yi amfani da maɓallin 2 da 3 don zaɓar mai rarraba da kuke so.
  Saita mai rarrabawa zuwa bugun jini a kowane juyi kayan watsawa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "diu" kuma.
• Lokacin sake danna maɓallin 1, nuni zai nuna "dP" (maki goma).
• Yi amfani da maɓalli na 2 da maɓalli 3 don zaɓar wurin da ake so.
  Yi amfani da matsayi na ƙima don canza ƙudurin ma'aunin ku. Da yawan matsayi na ƙima a hagu, mafi kyawun ƙuduri zai zama. Lura cewa ka rage matsakaicin ƙimar da za a iya nunawa, ko dai.
  Example: injin ku yana aiki tare da jujjuyawar 50 a cikin minti daya.
  Ba tare da maki goma ba na'urar za ta nuna wani abu kamar 49 - 50 - 51, matsakaicin darajar da za a iya nunawa ita ce juyawa 9999 a cikin minti daya.
  Tare da matsayi na ƙima a hagu misali XX.XX na'urar za ta nuna wani abu kamar 49.99 - 50.00 - 50.01, amma matsakaicin darajar da za a iya nunawa shine 99.99 juyawa a minti daya.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "dP" kuma.

Yanzu an daidaita na'urar zuwa tushen siginar ku. Abinda kawai ya rage a yi shine daidaita abubuwan da na'urar ke fitarwa.

• Lokacin sake danna maɓallin 1, nuni zai nuna "outP". (Fitowa)
  Don daidaita abubuwan GIA20EB, da fatan za a bi umarnin da aka nuna a babi na 4.8.

4.6. Ƙarfin sama-/ ƙasa (TTL, mai sauyawa-lamba)

Ƙididdigar sama tana fara ƙirga zuwa sama daga 0 bisa ga saitunan sa.
Ƙimar ƙasa tana fara ƙirga ƙasa daga ƙimar sama da aka zaɓa.
Siffar: Ana iya sake saita ƙimar na'urar yanzu kowane lokaci ta haɗa fil 8 zuwa GND (misali fil 7).
Ma'aunin yana farawa daga farkonsa yayin da kake cire haɗin fil 8 da fil 7.
Ƙimar counter na yanzu ba za ta rasa ba idan voltage yana katsewa. Bayan sake kunna ma'aunin yana farawa daga wannan ƙimar.
Wannan babin yana bayyana yadda ake saita na'urar azaman counter.
Wannan umarni yana buƙatar ka zaɓi "Co.up" ko "Co.dn" kamar yadda kake so irin shigar da kake so kamar yadda aka bayyana a babi na 4.1. Na'urar dole ne ta nuna "InP".

• Lokacin danna maɓallin 1 nuni zai nuna "SEnS".
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar siginar shigarwa da ake so.
  

  Nunawa	Siginar shigarwa	Lura
  ttL	siginar TTL
  nPn	Canja wurin lamba, NPN	Don haɗin kai tsaye na lambar sadarwa mai canzawa (misali maɓallin turawa, gudun ba da sanda) resp. transmitter tare da fitowar NPN. Ana haɗe da juriya-up-up. Alamomi: lokacin amfani da maɓallan turawa ko relays, dole ne su kasance marasa billa!
  pnp	Canja wurin lamba, PNP	Don haɗin kai tsaye na mai watsawa tare da fitowar PNP. An haɗa siginar-ƙasa-ƙasa a ciki.

  Alama:
  Don haɗa mitar mai watsawa, da fatan za a bi umarnin da aka bayar a babi na 3.3.7
  Lokacin haɗa mai sauyawa-lambar sadarwa-transmitter tare da ƙãra kewayon mitar (= tare da da'irar waje) dole ne ka zaɓi TTL azaman siginar shigar da kake so.

• Latsa maɓallin 1 don inganta siginar shigarwar da kuka zaɓa. Nunin yana nuna "SenS" kuma.
• Lokacin sake latsa maɓallin 1, na'urar za ta nuna "EdGE" (gefen sigina).
• Yi amfani da maɓalli 2 ko maɓalli3 (tsakiyar resp. maɓallin dama) don zaɓar gefen siginar da ake so.
  

  Nunawa	Gefen sigina	Lura
  PoS	M	Ana kunna counter ɗin akan gefen tabbatacce (mai tashi).
  nEG	Korau	Ana kunna counter ɗin akan gefen mara kyau (fashe).

• Danna maɓallin 1 don tabbatar da zaɓin ku, nunin yana nuna "EdGE" kuma.
• Lokacin sake latsa maɓallin 1, nunin zai nuna "diu" (mai rarraba = abubuwan da aka riga aka gyara).
• Yi amfani da maɓalli na 2 da maɓalli 3 don zaɓar abin da ake so kafin sikeli.

Za a raba nau'ikan nau'ikan da ke shigowa tare da abubuwan da aka zaɓa na pre-scaling, bayan haka za a watsa su zuwa na'urar don ƙarin sarrafawa.
Ta wannan yanayin zaku iya daidaita na'urar zuwa mai watsawa ko zaɓi abin da ya riga ya ƙirƙira don manyan ƙima
Exampku 1: Mai isar da kuɗin kwararar ku yana samar da bugun jini 165 kowace lita. Lokacin saita ma'aunin pre-scaling na 165 kowane bugun jini na 165th (don haka bugun jini 1 a kowace lita) za a yi amfani dashi don ƙarin sarrafawa.
Exampku 2: Mai watsawa naka yana ba da kusan nau'ikan bugun jini 5 000 000 yayin aunawa, wanda ya wuce iyakar GIA20EB. Amma a lokacin da aka kafa wani pre-scaling factor na 1000 kawai kowane bugun jini na 1000th ana amfani da shi don ƙarin aiki. Don haka kawai kun sami ƙimar 5000 wanda ba zai wuce iyakar GIA20EB ba.

• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "diu" kuma.
• Danna maɓallin 1 kuma. Nunin yana nuna "Co.Hi" (madaidaicin ƙidayar = iyakar iyakar ƙirgawa).
• Yi amfani da maɓallin 2 da maɓalli 3 don zaɓar matsakaicin ƙidayar bugun bugun jini (bayan abubuwan da aka riga aka ƙirƙira) don aiwatar da kirgawa.

ExampLe: Resptitarfin Rage ku yana wadatar da 1800 Prames kowace lita, kun zabi wani yanki na 100 kuma kuna tsammanin iyakar adadin adadin lita 300 a lokacin ma'auni. Tare da adadin pre-scaling na 100 da aka zaɓa, za ku sami bugun jini 18 kowace lita. Tare da matsakaicin matsakaicin adadin lita 300 za ku sami adadin bugun jini na 18 * 300 = 5400.

• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "Co.Hi" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "dP" (maki goma).
• Yi amfani da maɓalli na 2 da maɓalli 3 don zaɓar wurin da ake so.
• Latsa maɓalli 1 don tabbatar da zaɓin matsayi na lamba goma. Nunin yana nuna "dP" kuma.
• Danna maɓallin 1 kuma. Nunin yana nuna "di.Hi" (babban nuni = iyakar nuni na sama).
• Yi amfani da maɓallin 2 da maɓalli 3 don saita ƙimar da za a nuna lokacin da aka kai matsakaicin adadin bugun bugun jini (saitin co.Hi).

Exampda: Mai isar da kuɗin kwararar ku yana ba da ƙwanƙwasa 1800 a kowace lita kuma kuna tsammanin matsakaicin ƙimar lita 300. Kun zaɓi madaidaicin sikeli na 100 da madaidaicin kewayon 5400. Lokacin da kuke son ƙuduri na lita 0.1 da aka nuna a cikin nunin na'urar, dole ne ku saita matsayi na ƙima zuwa -.- da iyakar iyakar nuni 300.0.

• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "di.Hi" kuma.
• Latsa maɓallin 1. Nuni zai nuna "Li" (Limit = ma'aunin iyaka).
• Yi amfani da maɓalli 2 da maɓalli 3 don zaɓar iyakar kewayon da ake so (iyakar kewayon ƙididdiga).

Nunawa	Iyakar iyaka	Lura
kashe	Mara aiki	Ana iya jurewa ƙetare kewayon ƙididdiga har sai kun isa iyakar iyakar awo.
kan.Er	mai aiki, (alamar kuskure)	Ma'aunin ma'auni yana daidai da iyaka da zaɓaɓɓen ƙiyayya-iyaka. Lokacin wucewa ko gazawar iyaka na'urar zata nuna saƙon kuskure.
ku.rG	aiki, (aunawa iyaka iyaka)	Ma'aunin ma'auni yana daidai da iyaka da zaɓaɓɓen ƙiyayya-iyaka. Lokacin da ya wuce ko gazawar iyaka na'urar zata nuna babban madaidaicin-iyakar ko 0

• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "Li" kuma.

Yanzu an daidaita na'urar zuwa tushen siginar ku. Abinda kawai ya rage a yi shine daidaita abubuwan da na'urar ke fitarwa.

• Lokacin sake danna maɓallin 1, nuni zai nuna "outP". (Fitowa)
  Don daidaita abubuwan GIA20EB, da fatan za a bi umarnin da aka nuna a babi na 4.8.

4.7. Yanayin mu'amala
Lokacin da na'urar ke cikin yanayin mu'amala, ba za ta yi kowane ma'auni da kanta ba. Ana aika ƙimar da aka nuna a cikin nunin na'urar ta hanyar dubawar siriyal. Amma canje-canje da ayyukan ƙararrawa na ƙimar da aka nuna suna nan har yanzu.
Adireshin BUS-SAUKI na na'urar da ake buƙata don sadarwa ana iya saita shi da hannu tare da na'urar kanta ko tare da taimakon software mai sauƙi na BUS (kamar EbxKonfig). Lura, lokacin aiwatar da tsarin tsarin BUS MAI SAUKI, za a sake saita adireshin na'urar ta atomatik.
Wannan babin yana bayyana yadda ake saita na'urar azaman nunin BUS MAI SAUKI.
Wannan umarnin yana buƙatar ka zaɓi "SEri" azaman nau'in shigarwar da kake so kamar yadda aka bayyana a babi na 4.1 Dole ne na'urar ta nuna "InP".

• Lokacin sake danna maɓallin 1, na'urar zata nuna "Adr" (adireshin).
• Yi amfani da maɓallin 2 da maɓallin 3 don zaɓar adireshin da ake so [0 … 239] na na'urar.
• Latsa maɓallin 1 don inganta adireshin na'urar da aka zaɓa. Nunin yana nuna "Adr" kuma.

Ba kwa buƙatar ƙarin tsari sai abubuwan da aka fitar.

• Lokacin sake danna maɓallin 1, na'urar za ta nuna "outP" (fitarwa).
  Don daidaita abubuwan da aka fitar da fatan za a bi umarnin da aka bayar a babi na 4.8.

4.8. Zaɓin aikin fitarwa

• Bayan daidaita shigarwar (babi na 4.2 - 4.7) dole ne ku zaɓi aikin fitarwa.
  Nunin yana nuna "outP" (fitarwa).
• Yi amfani da maballin 2 da maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar aikin fitarwa da ake so.
  

  Bayani	Aiki		Don zaɓar azaman fitarwa	Duba babi
  	Fitarwa 1	Fitarwa 2
  Babu fitarwa, ana amfani da na'urar azaman naúrar nuni	—	—	a'a	—
  2-maki-mai kula	dijital 2-point-control-ler	—	2P	5.1
  3-maki-mai kula	dijital 2-point-con-troller	dijital 2-point- mai sarrafawa	3P	5.1
  2-point-controller tare da Min-/Max- ƙararrawa	dijital 2-point- mai sarrafawa	Min-/Max- ƙararrawa	2P.AL	5.2
  Min-/Max- ƙararrawa, gama gari	—	Min-/Max- ƙararrawa	AL.F1	5.3
  Min-/Max- ƙararrawa, mutum ɗaya	Matsakaicin ƙararrawa	Ƙararrawa	AL.F2	5.3

• Danna maɓallin 1 don inganta aikin fitarwa da aka zaɓa. Nunin yana nuna "outP" kuma.

Ya danganta da saitin aikin fitarwa na ku, yana iya yiwuwa ba za a samu ɗaya ko fiye da saituna da aka kwatanta a ƙasa ba.

• Lokacin sake danna maɓallin 1, na'urar zata nuna "1.dEL" (jinkirin fitarwa 1).
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so [a cikin dakika.] don jinkirin sauyawa na fitarwa 1.
• Danna maɓallin 1 don tabbatar da zaɓin. Nunin yana nuna "1.dEL" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "1.out" (nau'in fitarwa 1).
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar aikin fitarwa da ake so.
  

  Nunawa	Irin fitarwa	Lura
  nPn	Low-Side NPN, bude mai tarawa, canza GND
  pnp	Babban Side PNP, buɗe mai tarawa, sauyawa +9V
  Pu.Pu	Tura-Ja

• Danna maɓallin 1 don tabbatar da zaɓin. Nunin yana nuna "1.out" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "1.Err" (yanayin fitarwa 1 da aka fi so).
• Yi amfani da maɓalli 2 da maɓalli na 3 (tsakiyar resp. maɓallin dama) don saita yanayin farko da ake so idan akwai kuskure.
  

  Nunawa	Yanayin da aka fi so na fitarwa	Lura
  kashe	Mara aiki idan akwai kuskure	Ana buɗe ƙananan-/Maɗaukakin-gefe-canzawa idan akwai kuskure. Push-Pull-fitarwa yana da ƙasa idan akwai kuskure.
  on	Mai aiki idan akwai kuskure	Ƙananan-/Maɗaukakin-gefe-canzawa yana rufe idan akwai kuskure. Push-Pull-fitarwa yana da girma idan akwai kuskure.

• Danna maɓallin 1 don tabbatar da zaɓin. Nunin yana nuna "1.Err" sake.
• Idan kun zaɓi mai sarrafa maki 3 dole ne ku sanya saitunan masu zuwa kama da saitunan da kuka riga kuka yi don fitarwa 1: "2.dEL" (jinkirta fitarwa 2), "2.out" (nau'in fitarwa 2). ), "2.Err" (yanayin fitarwa 2 da aka fi so).
• Lokacin sake danna maɓallin 1, (kawai idan kun saita na'urar tare da min-/max-alarm) na'urar za ta nuna "A.out" (nau'in fitowar ƙararrawa).
• Yi amfani da maɓalli 2 ko maɓalli 3 (tsakiyar resp. maɓallin dama) don zaɓar nau'in ƙararrawar da ake so.
  

  Nunawa	Irin ƙararrawar-fitarwa	Lura
  nPn	Low-Side NPN, bude mai tarawa, canza GND	Ana rufe fitarwa (haɗe zuwa GND) muddin babu ƙararrawa, kuma ana buɗewa idan akwai yanayin ƙararrawa.
  pnp	Babban Side PNP, buɗe mai tarawa, sauyawa +9V	Ana rufe fitarwa (yana ƙarƙashin voltage) idan dai babu yanayin ƙararrawa, kuma ana buɗewa idan akwai yanayin ƙararrawa.
  Pu.Pu	Tura-Ja	Sauyawa fitarwa yana da girma ba tare da ƙararrawa ba kuma yana canzawa zuwa ƙasa idan akwai yanayin ƙararrawa.

  Da fatan za a kula: Ana juyar da abubuwan da ake fitarwa lokacin amfani da su azaman ƙararrawa!
  Wannan yana nufin muddin babu ƙararrawa-sharadi, fitarwa na sauyawa zai yi aiki! Idan akwai yanayin ƙararrawa abin fitarwa zai zama mara aiki!
  Lura:
  Lokacin amfani da aikin fitarwa "min-/max-ararrawa, mutum ɗaya" ana amfani da saitin nau'in fitarwar ƙararrawa don duka abubuwan ƙararrawa.

• Danna maɓallin 1 don tabbatar da zaɓin. Nunin yana nuna "A.out" kuma.

Dangane da aikin fitarwa da aka zaɓa dole ne ka yi saitunan don sauyawa resp. alamun ƙararrawa.
Dubi bayanin a babin ''switchpoints resp. ƙararrawa-iyakoki" don ƙarin bayani.
Alama:
Za a iya yin saituna don sauyawa da wuraren ƙararrawa daga baya a cikin ƙarin menu (duba babi na 5)

Sauyawa Points resp. ƙararrawa-iyakoki

Da fatan za a kula: Za a soke saitunan wuraren sauya sheka, lokacin da ba a danna maballin sama da daƙiƙa 60 ba. canje-canjen da kuka yi ba za su sami ceto ba kuma za su ɓace!
Da fatan za a kula: Saitunan wuraren sauyawa da iyakokin ƙararrawa za a sake saita su ta atomatik zuwa tsohuwar masana'anta lokacin da kowane canje-canje ga saitunan "InP", "SEnS" resp. "Unit" an yi!
Alama:
Maɓallan 2 da 3 suna nuna tare da 'aiki-roll'. Lokacin danna maɓallin sau ɗaya za a ɗaga darajar (maɓallin 2) ɗaya ko saukar da (maɓallin 3) ɗaya. Lokacin riƙe maɓallin dannawa fiye da 1 sec. ƙimar ta fara ƙirga sama ko ƙasa, saurin ƙidayar za a ɗaga bayan ɗan gajeren lokaci. Na'urar kuma tana da aikin 'overflow-function', lokacin da ta kai iyakar babba na'urar tana juyawa zuwa ƙananan iyaka, akasin haka.

• Lokacin latsa maɓallin 1 don> 2 seconds. menu don zaɓar wuraren sauyawa da ƙararrawa-iyakoki za a kira.
• Dangane da tsarin da kuka yi a cikin menu na "fitarwa" zaku sami ƙimar Nuni daban-daban. Da fatan za a bi takamaiman babin don ƙarin bayani.

Bayani	Aiki		An zaɓa azaman fitarwa	Ci gaba a cikin babi
	Fitarwa 1	Fitarwa 2
Babu fitarwa, ana amfani da na'urar azaman naúrar nuni	—	—	a'a	Babu aikin da zai yiwu
2-maki-mai kula	dijital 2-point-controller	—	2P	5.1
3-maki-mai kula	dijital 2-point-controller	dijital 2-point-controller	3P	5.1
2-point-controller tare da min-/max-ararrawa	dijital 2-point-controller	min-/max-ararrawa	2P.AL	5.2
min-/max-ararrawa, gama gari	—	min-/max-ararrawa	AL.F1	5.3
min-/max-alarm, mutum ɗaya	ƙararrawa max	ƙararrawa	AL.F2	5.3

5.1. 2-point-controller, 3-point-controller
Wannan babin yana bayyana yadda ake saita na'urar azaman resp mai sarrafawa mai maki 2. 3-maki-mai kula.
Wannan umarnin yana buƙatar ka zaɓi "2P" ko "3P" kamar yadda aikin fitarwa da kake so kamar yadda aka bayyana a babi na 4.8.

• Danna maɓallin 1 (lokacin da ba a riga an yi ba). Na'urar za ta nuna "1.on" (kunna-kunne na fitarwa 1).
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 1 yakamata a kunna.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "1.on" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "1.off". (kashe-maganin fitarwa 1)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 1 yakamata a kashe.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "1.off"sake.

Exampda: Kuna so ku sarrafa zafin wutar lantarki, tare da yanayin zafi na +2 ° C, zuwa 120 ° C.
Don haka dole ne ku zaɓi wurin kunnawa "1.on" zuwa 120 ° C da maɓallin kashewa zuwa "122 ° C".
Lokacin da zafin wutan ku ya faɗi ƙasa da 120 ° C za a kunna. Lokacin da zafin jiki ya tashi sama da 122 ° C za a kashe wutar lantarki.
Lura: Dangane da inertia na na'urar dumama ku, za a iya yin wuce gona da iri na zafin jiki.
Lokacin da aka zaɓi '2-point-controller' kun gama daidaita na'urar ku. Danna maɓallin 3 don kunnawa don nuna ƙimar aunawa.
Lokacin da aka zaɓa '3-point-controller' da fatan za a bi umarnin da aka bayar a ƙasa.

• Danna maɓallin 1 (lokacin da ba a riga an yi ba). Na'urar za ta nuna "2.on" (kunna-kunne na fitarwa 2).
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 2 yakamata a kunna.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "2.on" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "2.off". (kashe-maganin fitarwa 2)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 2 yakamata a kashe.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "2.off"sake.

Yanzu kun gama saita na'urar ku. Danna maɓallin 3 don canzawa don nuna ƙimar aunawa.

5.2. 2-point-controller tare da aikin ƙararrawa
Wannan babin yana bayyana yadda ake saita na'urar azaman mai sarrafa maki 2 tare da aikin ƙararrawa.
Wannan umarni yana buƙatar ka zaɓi "2P.AL kamar yadda aikin fitarwa da kake so kamar yadda aka bayyana a babi na 4.8.

• Danna maɓallin 1 (lokacin da ba a riga an yi ba). Na'urar za ta nuna "1.on" (kunna-kunne na fitarwa 1).
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 1 yakamata a kunna.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "1.on" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "1.off". (kashe-maganin fitarwa 1)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, fitarwar na'urar 1 yakamata a kashe.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "1.off"sake.

Exampda: Kuna son sarrafa zafin dakin sanyaya tsakanin -20 ° C da -22 ° C.
Don haka dole ne ku zaɓi -20 ° C don madaidaicin-on-1 "1.on" da -22 ° C don wurin kashewa 1 "1.off". Lokacin da zafin jiki ya tashi sama da -20 ° C na'urar tana kunna kayan aikinta 1, lokacin da ya faɗi ƙasa -22 ° C na'urar za ta kashe fitarwa 1.
Lura: Dangane da inertia na da'irar sanyaya ku, za a iya yin overshooting na zafin jiki.

• Lokacin danna maɓallin 1, na'urar zata nuna "AL.Hi". (mafi girman ƙararrawa-darajar)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, na'urar yakamata ta kunna matsakaicin ƙararrawa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "AL.Hi" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "AL.Lo". (mafi ƙarancin ƙararrawa-darajar)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, na'urar ya kamata ta kunna ƙaramar ƙararrawa
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "AL.Lo" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "A.dEL". (jinkirin aikin ƙararrawa)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita jinkirin da ake so na aikin ƙararrawa.
  Lura:
  Ƙungiyar ƙimar da za a saita tana cikin [sec.]. Na'urar za ta kunna ƙararrawa bayan mafi ƙarancin hutu. Matsakaicin ƙimar ƙararrawa yana aiki don jinkirin-lokacin da kuka saita.
• Danna maɓallin 1 don tabbatar da lokacin jinkiri. Nunin yana nuna "A.dEL" kuma.

Exampda: Kuna son samun sa ido na ƙararrawa don ɗakin sanyaya da aka ambata a sama. Ya kamata ƙararrawa ta fara lokacin da zafin jiki zai tashi sama da -15°C resp. sauka a kasa -30 ° C.
Don haka dole ne ka zaɓi -15°C don matsakaicin ƙimar ƙararrawa "Al.Hi" da -30°C don ƙaramar ƙimar ƙararrawa "AL.Lo".
Ƙararrawar za ta fara ne bayan zafin jiki ya tashi sama da -15 ° C kuma ya tsaya sama da -15 ° C don lokacin jinkirin shiga. Bayan ya faɗi ƙasa -30 ° C kuma ya tsaya ƙasa -30 ° C don lokacin jinkirin shigar.
Lura cewa an juyar da abubuwan ƙararrawa! Wannan yana nufin, cewa fitarwa zai yi aiki idan babu ƙararrawa!
Yanzu kun gama saita na'urar ku. Danna maɓallin 3 don canzawa don nuna ƙimar aunawa.

5.3. Mafi ƙanƙanta/mafi girman ƙararrawa (na ɗaya ko na kowa)
Wannan babin yana bayyana yadda ake daidaita iyakokin ƙararrawa na na'urar don kula da min-/max-alarm-monitoring.
Wannan umarnin yana buƙatar ka zaɓi "AL.F1" resp. "AL.F2" kamar yadda aikin fitar da kuke so kamar yadda aka bayyana a babi na 4.8.

• Danna maɓallin 1 (lokacin da ba a riga an yi ba), na'urar za ta nuna "AL.Hi". (mafi girman ƙararrawa-darajar)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, na'urar yakamata ta kunna matsakaicin ƙararrawa.
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "AL.Hi" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "AL.Lo". (mafi ƙarancin ƙararrawa-darajar)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita ƙimar da ake so, na'urar ya kamata ta kunna ƙaramar ƙararrawa
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "AL.Lo" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "A.dEL". (jinkirin aikin ƙararrawa)
• Yi amfani da maɓallin 2 da maɓallin 3 don saita jinkirin da ake so na aikin ƙararrawa.
  Lura:
  Ƙungiyar ƙimar da za a saita tana cikin [sec.]. Na'urar za ta kunna ƙararrawa bayan ƙaramar hutu. Matsakaicin ƙimar ƙararrawa tana aiki don jinkirin-lokacin da kuka saita.
• Danna maɓallin 1 don tabbatar da lokacin jinkiri. Nunin yana nuna "A.dEL" kuma.

Exampda: Kuna son samun ƙararrawar zafin jiki-sa ido kan greenhouse. Ya kamata ƙararrawa ta fara lokacin da zafin jiki ya tashi sama da 50°C resp. ya faɗi ƙasa da 15 ° C.
Don haka saitin ku zai zama 50°C don matsakaicin ƙimar ƙararrawa “AL.HI“ da 15°C don ƙaramar ƙimar ƙararrawa “AL.Lo“.
Ƙararrawar za ta fara bayan zafin jiki ya tashi sama da 50 ° C kuma ya tsaya sama da 50 ° C don lokacin jinkirin da aka shigar. Bayan ya faɗi ƙasa 15 ° C kuma ya kasance ƙasa da 15 ° C don lokacin jinkirin shigar.
Lura cewa an juyar da abubuwan ƙararrawa! Wannan yana nufin, cewa fitarwa za ta yi aiki lokacin da babu ƙararrawa!
Yanzu kun gama saita na'urar ku. Danna maɓallin 3 don canzawa don nuna ƙimar aunawa.

Matsakaicin-da daidaitawa

Za a iya amfani da aikin daidaitawa da gangara don rama haƙurin firikwensin da aka yi amfani da shi, resp. don daidaitawa na vernier na transducer da aka yi amfani da shi. watsawa.
Da fatan za a kula: Za a soke saitunan daidaitawar- / gangara, lokacin da ba a danna maballin sama da 60 seconds. Canje-canjen da wataƙila kun yi ba za a sami ceto ba kuma za su yi asara!
Da fatan za a kula: Saitunan daidaita- / gangara-daidaitacce da iyakokin ƙararrawa za a sake saita su ta atomatik zuwa tsohowar masana'anta lokacin da kowane canje-canje ga saitunan "InP", "SEnS" resp. "Unit" an yi!
Alama:
Maɓallan 2 da 3 suna nuna tare da 'aiki-roll'. Lokacin danna maɓallin sau ɗaya za a ɗaga darajar (maɓallin 2) ɗaya ko saukar da (maɓallin 3) ɗaya. Lokacin riƙe maɓallin dannawa fiye da 1 sec. ƙimar ta fara ƙirga sama ko ƙasa, saurin ƙidayar za a ɗaga bayan ɗan gajeren lokaci.
Na'urar kuma tana da aikin 'overflow-function', lokacin da ta kai iyakar babba sai na'urar ta canza zuwa ƙananan iyaka, akasin haka.

• Kunna na'urar kuma jira bayan ta gama ginannen gwajin sashinta.
• Danna maɓallin 3 > 2 sec. (misali tare da ƙaramin screwdriver). Na'urar za ta nuna "KASHE" (offset).
• Yi amfani da maɓallin 2 da maɓalli 3 don saita ƙimar sifili da ake so.
  Shigar da biya diyya zai kasance a lambobi resp. °C/F.
  Za a rage ƙimar da aka saita daga ƙimar da aka auna. (duba ƙasa don ƙarin bayani)
• Danna maɓallin 1 don tabbatar da zaɓinku. Nunin yana nuna "OFFS" kuma.
• Lokacin sake danna maɓallin 1, na'urar zata nuna "SCAL". (ma'auni = gangara)
• Yi amfani da maɓalli 2 da maɓalli 3 don zaɓar daidaitawar gangaren da ake so.
  Za a shigar da daidaitawar gangara cikin %. Ana iya ƙididdige ƙimar da aka nuna kamar haka: Ƙimar da aka nuna = (ƙimar da aka auna - ƙimar sifili) * (1 + daidaita gangara [% / 100]).
  Exampda: Saitin shine 2.00 => gangaren ya tashi 2.00% => gangara = 102%.
  Lokacin auna ƙimar 1000 (ba tare da daidaitawar gangara ba) na'urar zata nuna 1020 (tare da daidaitawar gangara na 102%)
• Danna maɓallin 1 don tabbatar da zaɓin daidaitawar gangara. Nunin yana nuna "SCAL" kuma.

ExampLes don gyare-gyare- da gyare-gyaren gangara:
Example 1: Haɗa Pt1000-sensor (tare da kuskuren kashewa dangane da tsawon na USB na firikwensin)
Na'urar tana nuna dabi'u masu zuwa (ba tare da daidaitawa-ko daidaitawa ba): 2°C a 0°C da 102°C a 100°C
Don haka ka lissafta: sifili: 2
Dole ne ku saita:
gangara: 102 – 2 = 100 (bangare = 0)
biya diyya = 2 (= karkacewar sifili)
sikelin = 0.00

Example 2: Haɗawa na 4-20mA-matsa lamba-transducer
Na'urar tana nuna dabi'u masu zuwa (ba tare da daidaitawa-ko daidaitawa ba): 0.08 a mashaya 0.00 da 20.02 a mashaya 20.00
Don haka ka lissafta: sifili: 0.08
Dole ne ku saita:
gangara: 20.02 - 0.08 = 19.94
sabawa: 0.06 (= manufa- gangara - ainihin gangara = 20.00 - 19.94)
biya diyya = 0.08 (= karkacewar sifili)
sikelin = 0.30 (= karkacewa / ainihin gangara = 0.06 / 19.94 = 0.0030 = 0.30%)

Example 3: Haɗa na'ura mai juzu'i-mai canzawa
Na'urar tana nuna dabi'u masu zuwa (ba tare da daidaitawa-ko daidaitawa ba): 0.00 a 0.00 l/min da 16.17 a 16.00 l/min
Don haka ka lissafta: sifili: 0.00
Dole ne ku saita:
gangara: 16.17 - 0.00 = 16.17
sabawa: - 0.17 (= gangaren-manufa - gangara ta ainihi = 16.00 - 16.17)
biya = 0.00
sikelin = - 1.05 (= karkacewa / ainihin- gangara = - 0.17 / 16.17 = - 0.0105 = - 1.05%)

Minaramin-/max-darajar ajiya:

Na'urar tana da ƙayyadaddun ma'auni/mafi ƙima. A cikin wannan ma'ajiyar mafi girman resp. an adana mafi ƙarancin aiki \ bayanai.

Kiran mafi ƙarancin ƙima	danna maballin 3 jim kadan	na'urar za ta nuna "Lo" a takaice, bayan haka ana nuna ƙimar min na kusan 2 seconds.
Kira na matsakaicin-darajar	danna maballin 2 jim kadan	na'urar za ta nuna "Hi" a takaice, bayan haka ana nuna max-darajar kusan 2 seconds.
Goge ƙimar min/max	latsa maɓallin 2 da 3 don 2 seconds.	Na'urar za ta nuna "CLr" a takaice, bayan haka an saita ƙimar min/max zuwa ƙimar da aka nuna ta yanzu.

Serial interface:

Na'urar tana da fasalin Interface BUS-SAUKI guda ɗaya. Kuna iya amfani da na'urar azaman cikakken aikin na'urar BUS-SAUKI. Serial interface yana ba na'urar damar sadarwa tare da kwamfuta mai masauki. Zaɓen bayanai da canja wurin bayanai ana yin su a cikin yanayin master/bayi, don haka na'urar za ta aika bayanai ne kawai akan buƙata. Kowace na'ura tana da lambar ID na musamman wanda ke sa ainihin gano kowace na'ura mai yiwuwa. Tare da taimakon software (kamar EbxKonfig – sigar kyauta da ake samu ta intanet) zaku iya sake sanya adireshi zuwa na'urar.

Ana buƙatar ƙarin na'urorin haɗi don yanayin mu'amala:

• Mai canza matakin BUS MAI SAUKI ⇔ PC: misali EBW1, EBW64, EB2000MC
• Software don sadarwa tare da na'urar

EBS9M: 9-tashar-software don nuna ƙimar ƙima.
SAUKI MAI SAUKI: software na tashoshi da yawa don yin rikodi na ainihi da kuma nuna ƙimar ma'auni na na'ura a cikin tsarin ACCESS®-database-format.
EASYBUS-DLL: Kunshin mai haɓaka EASYBUS don haɓaka software na kansa. Wannan fakitin yana fasalta WINDOWS®-Library na duniya tare da takardu da shirye-shirye-misaliamples. Ana iya amfani da DLL a kowane yaren shirye-shirye na yau da kullun.

Lambobin kuskure

Lokacin gano yanayin aiki wanda bai halatta ba, na'urar zata nuna lambar kuskure
An bayyana lambobin kuskure masu zuwa:

Kuskure.1: Wuce iyakar awo
Yana nuna cewa an ƙetare ingantacciyar kewayon na'urar.
Dalilai masu yiwuwa:

• Siginar shigarwa zuwa babba.
• Sensor ya karye (Pt100 da Pt1000).
• Sensor gajere (0(4-20mA).
• Mayar da hankali.

Magani:

• Za a sake saita saƙon kuskure idan siginar shigarwar tana cikin iyaka.
• duba firikwensin, transducer resp. watsawa.
• duba tsarin na'urar (misali siginar shigarwa)
• sake saita counter.

Kuskure.2: Ƙimar da ke ƙasa da kewayon aunawa
Yana nuna cewa ƙimar suna ƙasa da ingantaccen kewayon auna na'urar.
Dalilai masu yiwuwa:

• Siginar shigarwa ita ce ƙaramar amsawa. korau.
• A halin yanzu ƙasa da 4mA.
• Sensor gajere (Pt100 da Pt1000).
• Sensor ya karye (4-20mA).
• Ƙaddamar da ƙasa.

Magani:

• Za a sake saita saƙon kuskure idan siginar shigarwar tana cikin iyaka.
• Duba firikwensin, transducer resp. watsawa.
• duba tsarin na'urar (misali siginar shigarwa)
• Sake saita counter

Kuskure.3: An ƙetare kewayon nuni
Yana nuna cewa ingantaccen kewayon nuni (lambobin 9999) na na'urar an ƙetare.
Dalilai masu yiwuwa:

• Ma'aunin da ba daidai ba.
• Mayar da hankali.

Magani:

• Za a sake saita saƙon kuskure idan ƙimar nuni ta ƙasa da 9999.
• Sake saita counter
• Lokacin faruwa akai-akai, duba ma'auni-saitin, watakila an saita shi da yawa kuma yakamata a rage shi.

Kuskure.4: Ƙimar da ke ƙasa kewayon nuni
Yana nuna ƙimar nuni tana ƙasa da ingantaccen kewayon nuni na na'urar (-1999 lambobi).
Dalilai masu yiwuwa:

• Ma'aunin da ba daidai ba.
• Ƙaddamar da ƙasa.

Magani:

• Za a sake saita saƙon kuskure idan ƙimar nuni ta sama -1999.
• Sake saita counter
• Lokacin faruwa akai-akai, duba ma'auni-saitin, watakila an saita shi da ƙasa kuma ya kamata a ƙara.

Kuskure.7: Kuskuren tsarin
Na'urar tana da haɗe-haɗen aikin gano-kai wanda ke bincika mahimman sassan na'urar har abada. Lokacin gano gazawa, saƙon kuskure Err.7 zai nuna.
Dalilai masu yiwuwa:

• An ƙetare iyakar zafin aiki mai inganci. yana ƙasa da ingantaccen kewayon zafin jiki.
• Na'urar tana da lahani.

Magani:

• Tsaya cikin ingantaccen kewayon zafin jiki.
• Musanya na'urar mara kyau.

Kuskure.9: Sensor mara kyau
Na'urar tana da haɗe-haɗe-haɗe-haɗen bincike-aiki don haɗakar firikwensin resp. watsawa.
Lokacin gano gazawa, saƙon kuskure Err.9 zai nuna.
Dalilai masu yiwuwa:

• Sensor karye resp. gajeriyar firikwensin (Pt100 ko Pt1000).
• Sensor ya karye (kayan zafin jiki).

Magani:

• Duba firikwensin resp. musayar m firikwensin.

Er.11: Ba a iya ƙididdige ƙima
Yana nuna ƙimar aunawa, da ake buƙata don ƙididdige ƙimar nuni, ba daidai ba ne. daga iyaka.

Dalilai masu yiwuwa: - Ma'aunin da ba daidai ba.
Magani: – Duba saituna da siginar shigarwa.

Ƙayyadaddun bayanai

Cikakken madaidaicin kima:

		Haɗin kai tsakanin	Bayanin aiwatarwa		Iyakance ƙima		Bayanan kula
			min.	max.	min.	max.
Ƙarar voltage	12 V	4 da 3	11 V	14 V	0 V	14 V	Halarci ginin na'urar!
	24 V	4 da 3	22 V	27 V	0 V	27 V
Sauyawa fitarwa 1 da 2	NPN	1 da 5, 2 da 5				30V, I<1A	ba gajeriyar da'ira ba kariya
	PNP					Ina <25mA	ba gajeriyar da'ira ba kariya
Shigar mA		9 da 7	0 mA	20 mA	0 mA	30 mA
Shigarwa 0-1(2)V, Freq,…		9 da 7	0 V	3.3 V	-1 V	30V, I<10mA
Shigar da 0-50mV, TC,…		8 da 7	0 V	3.3 V	-1 V	10V, I<10mA
Shigarwa 0-10V		6 da 7	0 V	10 V	-1 V	20 V

Ba dole ba ne a wuce cikakkiyar ma'aunin ƙididdiga (ko da ɗan gajeren lokaci)!
Ana auna abubuwan shigarwa: Daidaitaccen bayanai don

Nau'in shigarwa	Sigina	Rage	Ƙaddamarwa	Lura
Standard-voltage- siginar	0-10 V	0… 10 V		Ri > 300 ku
	0-2 V	0… 2 V		Ri > 10 ku
	0-1 V	0… 1 V		Ri > 10 ku
	0-50 mV	0 … 50 mV		Ri > 10 ku
Sigina na yau da kullun	4-20 mA	4… 20mA		Ri = ~ 125 Ohm
	0-20 mA	0… 20mA		Ri = ~ 125 Ohm
RTD bincike	Pt100 (0.1°C)	-50.0… +200.0 ° C (sake -58.0 … +392.0 °F)	0.1 ° C mai zafi. °F	3-waya-haɗin max. perm. juriya na layi: 20 Ohm
	Pt100 (1°C)	-200 … +850 °C (resp. -328 … +1562 °F)	1 °C mai zafi. °F	3-waya-haɗin max. perm. juriya na layi: 20 Ohm
	Pt1000	-200… +850 ° C (sake. -328 … +1562 °F)	1 °C mai zafi. °F	2- haɗin waya
Thermocouple bincike	NiCr-Ni (Nau'in K)	-270… +1350 ° C (sake. -454 … +2462 °F)	1 °C mai zafi. °F
	Pt10Rh-Pt (Nau'in S)	-50… +1750 ° C (sake. -58 … +3182 °F)	1 °C mai zafi. °F
	NiCrSi-NiSi (Nau'in N)	-270… +1300 ° C (sake. -454 … +2372 °F)	1 °C mai zafi. °F
	Fe-CuNi (Nau'in J)	-170… +950 ° C (sake. -274 … +1742 °F)	1 °C mai zafi. °F
	Cu-CuNi (Nau'in T)	-270… +400 ° C (sake. -454 … +752 °F)	1 °C mai zafi. °F
Yawanci	TTL-Signal	0 Hz… 10 kHz	0.001 Hz
	Canza lamba NPN	0 Hz… 3 kHz	0.001 Hz	Resistor na ciki (~ 11 kOhm zuwa +3.3V) yana haɗa ta atomatik.
	Canza lamba PNP	0 Hz… 1 kHz	0.001 Hz	Resistor na ciki (~ 11 kOhm zuwa GND) yana haɗa ta atomatik.
Juyawa	TTL-Signal, Canja wurin lamba NPN, PNP	0 … 9999 rpm	0.001 rpm	Pre-scaling-factor (1-1000), Pulse-mitter: max. 600000 p./min. *
Sama/Ƙasa- Mai ƙira	TTL-Signal, Canja wurin lamba NPN, PNP	0 … 9999 tare da abubuwan da aka riga aka ƙirƙira: 9 999 000		Pre-scaling-factor (1-1000) Pulse-mita: max. 10000 p./sec. *

* = tare da canza lamba daidai da shigar da mitar ƙananan ƙima na iya faruwa

Kewayon nuni:	(voltage-, halin yanzu da auna-mitar) -1999 … 9999 Digit, ƙimar farko, ƙimar tasha da matsayi na ƙima ba sabani. Kewayon da aka ba da shawarar: < 2000 Lambobi
Daidaito: (a yanayin zafi mara kyau)
Daidaitaccen sigina:	<0.2% FS ± 1 Digit (daga 0 - 50mV: <0.3% FS ± 1 Digit)
RTD:	<0.5% FS ± 1 Digit
Thermocouples:	<0.3% FS ± 1 Digit (daga Nau'in S: <0.5% FS ± 1Digit)
Mitar:	<0.2% FS ± 1 Digit
Batun kwatanta:	± 1°C ± 1 Digit (a mafi yawan zafin jiki)
Juyin yanayin zafi:	<0.01% FS / K (daga Pt100 - 0.1 ° C: <0.015% FS / K)
Yawan aunawa:	kusan 100 matakan / s. (misali sigina) resp. kusan 4 matakan / s. (ma'aunin zafin jiki) resp. kusan 4 matakan / s. (yawanci, rpm a f> 4 Hz) resp. daidai f (a f <4 Hz)
Abubuwan da aka fitar:	2 kayan aiki masu sauyawa, ba a keɓe ta hanyar lantarki ba,
Nau'in fitarwa:	zažužžukan: low-gefe, high-gefe ko tura-ja
Bayanan haɗin haɗi.	ƙananan gefen: 28V/1A; babban gefe: 9V/25mA
Lokacin Amsa:	<20 msk. don daidaitattun sigina <0.3 dakika don zafin jiki, mita (f> 4 Hz)
Ayyukan fitarwa:	2-maki, 3-maki, 2-maki tare da ƙararrawa, min-/max- ƙararrawa na kowa ko mutum.
Wuraren canzawa:	sabani
Nunawa:	kusan 10 mm tsawo, 4 lambobi ja LED-nuni
Gudanarwa:	3 maɓallan turawa, ana samun dama bayan cirewar gaban panel ko ta hanyar dubawa
Interface:	MAFARKIN BUS MAI SAUKI, keɓe ta hanyar lantarki
Tushen wutan lantarki:	11 zuwa 14V DC (lokacin amfani da na'urar 12V DC ginawa) 22 zuwa 27V DC (lokacin amfani da na'urar 24V DC ginawa)
Magudanar ruwa na yanzu:	max. 50mA (ba tare da sauya fitarwa ba)
Zazzabi na ƙima:	25°C
Yanayin aiki:	-20 zuwa +50 ° C
Danshi na Dangi:	0 zuwa 80% rH (ba condensing)
Adana zafin jiki:	-30 zuwa +70 ° C
Yake:	babban gidaje: fibre-gilasi-ƙarfafa noryl gaba view- panel: polycarbonat
Girma:	24 x 48 mm (ma'auni na gaba-gaba).
Zurfin shigarwa:	kusan 65 mm (ciki har da Screw-in/plug-in clamps)
Hawan panel:	ta hanyar VA-spring-clip.
Kaurin panel:	samuwa daga 1 zuwa kusan. 10 mm.
Yanke panel:	21.7+0.5 x 45+0.5 mm (H x W)
Haɗin kai:	ta hanyar dunƙule-in / plug-in clampku: 2-pol. don dubawa da 9-pol don sauran haɗin gwiwar Gudanar da zaɓin giciye daga 0.14 zuwa 1.5 mm².
Ajin kariya:	gaban IP54, tare da tilas o-rings IP65
EMC:	EN61326 + A1 + A2 (shafi A, aji B), ƙarin kurakurai: <1% FS Lokacin haɗa dogayen jagororin isassun matakan yaƙi da voltagDole ne a dauki matakan hawan jini.

Takardu / Albarkatu

GREISINGER GIA 20 EB Microprocessor Mai Kula da Nuni Mai Kulawa [pdf] Jagoran Jagora E31.0.12.6C-03, GIA 20 EB, GIA 20 EB Microprocessor Mai Kula da Nuni Mai Kulawa

Magana

• Manual mai amfani