DELTA DT3 Jerin Jagorar Zazzabi Umarnin Jagora

Abubuwan da ke ciki boye

1 DELTA DT3 Series Mai Kula da Zazzabi

2 Ƙayyadaddun bayanai

7 Takardu / Albarkatu

7.1 Magana

8 Labarai masu alaka

DELTA DT3 Series Mai Kula da Zazzabi

Ƙayyadaddun bayanai

Model: DT3 Series Mai Kula da Zazzabi
Zazzabi Aiki: Har zuwa 50 ° C
Nau'in Sarrafa: Buɗe nau'in
Canjawar Wutar Lantarki: Ba a Gyara ba
Matsakaicin Yanayin Yanayi: 50°C

Matakan kariya

Kafin amfani da DT3 Series Mai Kula da Zazzabi, da fatan za a bi matakan tsaro masu zuwa:

A guji taɓa tashoshin AC yayin da ake ba da wutar lantarki don hana girgiza wutar lantarki.
Tabbatar an katse wuta lokacin duba naúrar ciki.
Kar a gyara ko tarwatsa mai sarrafawa.

Jagoran Shigarwa

Lokacin shigar da mai sarrafa zafin jiki:

Yi amfani da shawarwarin tashoshi marasa siyar don haɗin da ya dace.
Ka guje wa ƙura ko abubuwa na waje su faɗi cikin mai sarrafawa.
Ka nisanta daga babban voltage da mitar kafofin.
Tabbatar da ingantattun wayoyi da matsayi don hana tsangwama da lalacewa.

Kulawa

Don kula da mai sarrafawa:

Kashe wuta kafin tsaftace saman da bushe bushe.
Ka guji taɓa kewayen ciki don hana lalacewa.
A guji amfani da abubuwa masu kaifi akan maɓallan aiki don hana lalacewa.

FAQs

Tambaya: Menene zan yi idan mai sarrafa ya yi kuskure?
A: Idan mai sarrafawa ya yi kuskure, kashe wutar lantarki, jira capacitors don fitarwa, sannan bi matakan warware matsalar da aka bayar a cikin littafin. Kada kayi ƙoƙarin gyara mai sarrafawa yayin da wuta ke kunne.

Tambaya: Zan iya tsawaita wayoyi na thermocouple?
A: Ee, zaku iya tsawaita ko haɗa wayoyi na thermocouple ta amfani da wayoyi masu daidaitawa waɗanda suka dace da nau'ikan thermocouple. Tabbatar da daidaitaccen polarity kuma kiyaye tsawon waya a matsayin gajere gwargwadon yiwuwa.

Tambaya: Ta yaya zan yi waya da ma'aunin zafin jiki na platinum (RTD) zuwa mai sarrafawa?
A: Lokacin da ake haɗa RTD zuwa mai sarrafawa, yi amfani da wayoyi tare da juriya, kiyaye tsawon waya gajere, da kuma karkatar da wayoyi masu ƙarfi daga ɗaukar wayoyi don hana tsangwama da hayaniya.

View Fullscreen

Rigakafi

Gargadi! Da fatan za a bi kariyar tsaro a cikin littafin. Rashin yin haka na iya haifar da na'ura mai sarrafawa ko samfuran na gefe, ko ma haifar da mummunan lahani kamar wuta, rauni na lantarki ko wasu lahani.
HADARI! Tsanaki! Girgizar Wuta! Kar a taɓa tashoshin AC yayin da ake ba da wutar lantarki ga mai sarrafawa don hana girgiza wutar lantarki. Tabbatar an katse wuta yayin duba naúrar ciki.
Wannan mai sarrafa buɗaɗɗen nau'in zafin jiki ne. Tabbatar da kimanta duk wani aikace-aikacen haɗari wanda mummunan rauni na ɗan adam zai iya faruwa.
Ba a tanadar wannan mai kula da wuta ko fuse ba, don haka ya kamata a samar da mai sauyawa ko na'ura mai karyawa a cikin tsarin aikace-aikacen ciki har da wannan naúrar. Ya kamata maɓalli ko mai katsewar kewayawa ya kasance kusa da sauƙi ta hanyar afareta, kuma dole ne ya sami hanyar cire haɗin alamar wannan naúrar.

1. Koyaushe yi amfani da shawarwarin da ba su da ƙarancin siyarwa: Lokacin da aka haɗa cikin tsarin sarrafa zafin jiki, matsakaicin zafin jiki na yanayi shine 50 digiri C. Tashar cokali mai yatsa tare da keɓewa (M3 dunƙule, nisa shine 5.8 mm). Tabbatar cewa duk wayoyi an haɗa su zuwa daidaitaccen polarity na tashoshi.
2. Kada ƙura ko abubuwa na waje su faɗi cikin mai sarrafawa don hana ta rashin aiki. Kada a taɓa gyara ko tarwatsa mai sarrafawa. Kar a haɗa komai zuwa tashoshi na "Babu amfani".
3. Don hana tsangwama, nisantar babban voltage da babban mita lokacin shigarwa. Kar a shigar da/ko amfani da mai sarrafawa a wuraren da ke ƙarƙashin: (a) Kura ko iskar gas da ruwa mai lalata; (b) Babban zafi da babban radiation; (c) Jijjiga da girgiza;

4. Dole ne wuta ta kasance a kashe lokacin da ake yin wayoyi da maye gurbin firikwensin zafin jiki. 5. Tabbatar yin amfani da wayoyi masu ramawa waɗanda suka dace da nau'ikan thermocouple yayin faɗaɗawa ko haɗa wayoyi na thermocouple. 6. Da fatan za a yi amfani da wayoyi tare da juriya lokacin haɓakawa ko haɗa ma'aunin ma'aunin zafi da sanyio na platinum (RTD). 7. Da fatan za a ajiye waya a takaice gwargwadon yuwuwa lokacin da ake haɗa ma'aunin ma'aunin zafi da sanyio na platinum (RTD) zuwa mai sarrafawa kuma don Allah a hanya.
wutar lantarki kamar yadda zai yiwu daga wayoyi masu ɗaukar nauyi don hana tsangwama da hayaniya. 8. Wannan mai kula da naúrar buɗaɗɗe ne kuma dole ne a sanya shi a cikin wani shinge mai nisa daga zafin jiki mai zafi, zafi, ruwa mai ɗigo,
abubuwa masu lalata, ƙurar iska, da girgiza wutar lantarki ko girgiza. 9. Tabbatar cewa igiyoyin wuta da sigina daga na'urori duk an shigar dasu yadda yakamata kafin kunna mai sarrafawa, in ba haka ba mai tsanani.
lalacewa na iya faruwa. 10. Kar a taɓa tashoshi a cikin na'ura ko ƙoƙarin gyara mai sarrafawa lokacin da wuta ke kunne, don hana girgiza wutar lantarki. 11. Jira aƙalla minti ɗaya bayan an cire haɗin wuta don ba da damar capacitors don fitarwa, kuma don Allah kar a taɓa kowane da'ira na ciki
cikin wannan lokacin. 12

. Lokacin kiyaye mai sarrafawa, da fatan za a kashe wutar da farko kuma yi amfani da busasshen zane don tsaftace saman. Kar a bude shingen ko
taɓa kewayen ciki don gujewa lalata da'ira ko rashin aiki. 13. Kada kayi amfani da kowane abu mai kaifi don danna maɓallin aiki. Yana iya haifar da lalacewar maɓalli ko ma rauni na lantarki lokacin
samun damar shiga da'ira ta cikin bazata. 14. Auna halin yanzu: Lokacin da ake auna halin yanzu, yi amfani da na'ura mai canzawa na waje (CT). 15. Lokacin amfani da wannan na'urar CT, lura cewa transfoma na yanzu ba dole ba ne ya kasance ƙarƙashin buɗewa. 16. Lokacin amfani da wannan na'urar CT, tabbatar da cewa bas ɗin da ke aiki a gefen biyu na na'urar ta yanzu an kulle kuma
amintaccen na'urar don hana bas ɗin faɗuwa yayin amfani, wanda zai iya lalata na'urar. 17. Lokacin amfani da na'urar wuta ta yanzu tare da na'urar, yi amfani da na'urar da ke dacewa da daidaitattun IEC-61010-2-032 zuwa
tabbatar da aminci. 18. Lokacin auna halin yanzu, dole ne a yi amfani da na'ura mai canzawa tare da na'urar. 19. Yi amfani da madugu na jan ƙarfe kawai.

Siffofin Samfur
Jerin DT3 sabon mai sarrafa zafin jiki ne tare da ƙimar aiki mai girma. Yana rage yawan farashin ci gaba da lokaci, kuma yana inganta ayyukan tsarin kula da zafin jiki. Tare da babban nuni na LCD, yana da sauƙi ga masu aiki don saka idanu yanayin yanayin kowane yanayi ko yanayi. Babban ƙuduri na LCD: Babban bambanci da ƙirar nuni na musamman don sauƙin fahimtar mai amfani. Babban gudun sampling lokaci 100ms: Babban-gudun sampling don ma'aunin zafin jiki na waje da amsawar fitarwa mai sauri don
buƙatun aiki na kulawa mai mahimmanci. Ƙayyadaddun maɓallan ayyuka na mai amfani da sassaucin tsawaitawa na zamani. Yi daidai da CE takaddun aminci na duniya

Tushen Tsarin Tsari
DT3 yana samun zazzabi na yanayin da ake sarrafawa daga firikwensin kuma aika bayanan da aka auna zuwa na'ura mai sarrafa lantarki. Bayan kwamfuta da kuma ƙarƙashin ƙayyadaddun sake zagayowar sarrafawa, daidai gwargwado yana aika siginar dumama ta hanyar mu'amalar fitarwa daban-daban kamar relays, vol.tage pulse ko DC igiyoyin ruwa. Ta hanyar samar da wutar lantarki ga mahaɗa da haɓaka zafin jiki, DT3 za ta sarrafa bambancin zafin jiki a cikin takamaiman kewayon.

Shigar da Zazzabi

Gano Sensor

Mai sarrafa zafin jiki
Fitowar sarrafawa (Gaskiya) (DC Pulse) (DC na yanzu)

Mai kula da Mahalli

Nuni, LED & Pushbuttons

Bayanin Odering
Girman Rubutun DT3 (W×H)
Zaɓin ƙungiyar fitarwa ta 1
Samar da wutar lantarki zaɓin ƙungiyar fitarwa na biyu

DT3: Delta 3 Series Mai Kula da Zazzabi

20: 4848 1/16 DIN W48 × H48mm 30: 7272 W72 × H72mm

40: 4896 1/8 DIN W48 × H96mm 60: 9696 1/4 DIN W96 × H96mm

R: Fitowar Relay, 250Vac, 5A V: Voltage Pulse Output, 12Vdc -10%~+20% C: DC Fitowar Yanzu, 4 ~ 20mA L: Linear Voltage Uptut 0 ~ 10Vdc

A: 80 ~ 260Vac D: 24Vac da 24Vdc (samfurin DT330 7272 baya goyan bayan)

0: Babu R: Relay Outupt, 250Vac, 5A V: Voltage Pulse Output, 12Vdc -10% ~+20%

Abubuwan shigar da EVENT/ CT (na zaɓi) 1 EVENT bayanai/aikin CT (na zaɓi) 2 abubuwan shigar EVENT/aikin CT (na zaɓi) 3

C: Fitowar DC na Yanzu 4 ~ 20mA L: Linear Voltage Ouptut 0 ~ 10Vdc 0: Babu, 1: Input Event3, 2: RS-485 Sadarwa CT ma'aunin shigarwa0, 1: shigarwar saiti mai nisa

Ƙayyadaddun bayanai

Shigar da Voltage Hanyar Nuna Amfani da Wuta
Nau'in Sensor

80 ~ 260Vac 50/60Hz; 24Vac 50/60Hz ± 10%; 24Vdc ± 10% 8VA max. LCD nuni. Ƙimar tsari (PV): Launi mai launin rawaya, Saiti (SV): Koren launi Thermocouple: K, J, T, E, N, R, S, B, L, U, TXK (Ba a nufin ma'auratan thermal aunawa wuri ba. an haɗa kai tsaye zuwa wadatar MAINS.) 3-waya Platinum RTD: Pt100, JPt100 Resistance: Cu50, Ni120 shigarwar Analog: 0 ~ 5Vdc, 0 ~ 10Vdc, 0 ~ 20mA, 4 ~ 20mA, 0 ~ 50mVdc

Yanayin Sarrafa
Sarrafa fitarwa
Nau'in Fitar Ƙararrawa Daidaiton SampRate Rate Vibration Resistance Shock Juriya na yanayi na yanayin zafi Ma'ajiyar zafin jiki Tsayin Tsayin Dangin Humidity Panel Kariyar matakin

PID, sarrafa shirin PID (RampIkon jiƙa), FUZZY, Daidaita kai, Manual da Kunnawa / FF Relay fitarwa: Max. lodi 250Vac, 5A resistive load Voltage bugun jini fitarwa: 12Vdc, Max. fitarwa na yanzu 40mA na yanzu: DC 4 ~ 20m A fitarwa (Load juriya: Max. 500) Analog voltage fitarwa: 0 ~ 10Vdc Relay fitarwa: Max. load 250Vac, 3A resistive load 0 ko 1 lambobi zuwa dama na maki goma (zaɓi) shigarwar analog: 0.1 sec/ per scan; Thermocouple ko Platinum RTD: 0.1 sec/per scan 10 zuwa 55Hz, 10m/s2 na 10min, kowanne a cikin X, Y da Z kwatance Max. 300m/s2, sau 3 a kowane gatari 3, kwatance 6 0°C ~ +50°C -20°C ~ +65°C Max. 2000m 35% ~ 80% RH ba mai ɗaukar nauyi IP66

Aiki

Akwai hanyoyi guda uku na aiki: aiki, tsari da saitin farko. Lokacin da aka yi amfani da wuta, mai sarrafawa zai shiga aiki

yanayin. Danna maɓallin

maɓalli don canzawa zuwa yanayin tsari. Idan da

Ana danna maɓalli fiye da daƙiƙa 3, mai sarrafawa zai canza zuwa

yanayin saitin farko. Danna maɓallin

maɓalli yayin da yake cikin yanayin tsari ko yanayin saitin farko, yana tilasta mai sarrafawa ya koma ga

Yanayin aiki..

PV/SV: Yana saita saitin zafin jiki kuma yana nuna ƙimar tsarin zafin jiki. Amfani

maɓallai don saita saitin zafin jiki

batu.

Hanyar saiti: Yayin kowane yanayin aiki, danna maɓallin

maɓalli don zaɓar aikin da ake so da amfani

makullin canzawa

saituna. Latsa

maɓalli don adana canje-canje.

Jadawalin kwarara da ke ƙasa yana nuna yadda ake canza saitunan da ayyukan ciki:

Yanayin Ka'ida

Danna maɓallin ƙasa da daƙiƙa 3 Danna maɓallin

Saitin Yanayin Aiki:

Yanayin Aiki

Latsa maɓalli fiye da daƙiƙa 3 Yanayin Saitin Farko
Danna maɓallin

Nunawa

Bayani

Maimaitawa da Daidaita Rayya

Amfani

don saita wurin saita yanayin zafi, amfani

don canzawa tsakanin sigar nuni

GUDU/TSAYA: Saitin sarrafawa GUDU ko TSAYA PATTERN: Fara saitin tsari (saitin yanayin sarrafawa zuwa yanayin PROG) MATAKI: Fara saitin mataki (saitin yanayin sarrafawa zuwa yanayin PROG) KYAUTA: Saitin ma'auni (0: haɗin kai; 1: decimal ɗaya) aya)

GASKIYA 0 0

LOCK: Saitin yanayin kulle (LOCK1: duk; LOCK2: kawai SV da maɓallin F1/F2 an yarda)

ALARM1 HIGH: Ƙararrawa mafi girman iyaka 1 (nunawa bisa ga saitin a yanayin ALARM)

ALARM1 LOW: Ƙararrawar ƙaramar iyaka 1 (nuna bisa ga saitin a yanayin ARArrawa)

ALARM2 HIGH: Ƙararrawa mafi girman iyaka 2 (nunawa bisa ga saitin a yanayin ALARM)

ALARM2 LOW: Ƙararrawar ƙaramar iyaka 2 (nuna bisa ga saitin a yanayin ARArrawa)

ALARM3 HIGH: Ƙararrawa mai iyaka 3 (saita OUT2 zuwa yanayin ƙararrawa kuma zai nuna daidai da saitin a yanayin ARArrawa)

ALARM3 LOW: Ƙananan ƙararrawa 3 (saita OUT2 zuwa yanayin ƙararrawa kuma zai bayyana bisa ga saitin a yanayin ARArrawa)

ALARMA1 BABBAN KWALLIYA: Maɗaukakin darajar 1

ALARMA1 KYAUTA KYAU: Ƙananan ƙimar ƙimar 1

ALARMA2 BABBAN KWALLIYA: Maɗaukakin darajar 2

ALARMA2 KYAUTA KYAU: Ƙananan ƙimar ƙimar 2

ALARM3 KYAUTA: Babban ƙimar ƙimar 3 (nuni lokacin da aka saita OUT2 zuwa yanayin ƙararrawa)

ALARM3 LOW PEAK: Ƙananan ƙimar ƙimar 3 (nuni lokacin da aka saita OUT2 zuwa yanayin ƙararrawa)

OUT1: Nuna kuma daidaita ƙimar fitarwa na ƙungiyar fitarwa ta 1st

OUT2: Nuni da daidaita ƙimar fitarwa na ƙungiyar fitarwa ta 2 (nuni lokacin da aka saita OUT2 zuwa Yanayin dumama/Cooling)

OUT1 MAX: Iyakar babba % na rukunin fitarwa na 1 ( sake yin lissafin layi)

OUT1 MIN.: Ƙananan iyaka % na ƙungiyar fitarwa ta 1st

OUT2 MAX: Iyakar babba % na rukunin fitarwa na 2 (nuni lokacin da aka saita OUT2 zuwa Yanayin dumama/Cooling)

OUT2 MIN: Ƙananan iyaka % na ƙungiyar fitarwa na 2 (nuni lokacin da aka saita OUT2 zuwa Yanayin Dumama/Cooling)

CT1: Nuna CT1 halin yanzu (nuni lokacin da CT na waje ke haɗa zuwa CT1)

CT2: Nuna CT2 halin yanzu (nuni lokacin da CT na waje ke haɗa zuwa CT2)

Nuni, LED & Pushbuttons

don komawa zuwa saitin zafin jiki da aka yi niyya.

KASHE 4.0 4.0 4.0 4.0 4.0 4.0
0.0 0.0 100.0 0.0 100.0 0.0

Saitunan Saitunan Farawa na Farko:

Nunawa

Bayani

INPUT: Saita nau'in shigarwa (koma zuwa "Nau'in Sensor Nau'in Zazzabi & Jadawalin Yanayin Zazzabi"don zaɓi na Thermocouple ko nau'ikan juriya na Platinum.) TEMP. UNIT: Saita naúrar zafin jiki / ba za a nuna shi ba lokacin cikin yanayin shigar da analog

TEMP. HIGH: Saita ƙayyadaddun zafin jiki na sama (saitin iyaka na sama ya bambanta don nau'ikan firikwensin daban-daban)

TEMP. LOW: Kafa ƙananan zafin jiki (ƙananan iyaka saitin ya bambanta don nau'ikan firikwensin daban-daban)

Sarrafa: Zaɓi hanyoyin sarrafawa (hanyoyi daban-daban guda 5: ON-KASHE, PID, MANHAJAR, FUZZY da 2PID)

CONTROL SV yana ba da zaɓuɓɓuka 4 daban-daban: CONS; SHIRI; KASANCEWA; da REMO. Yanayin REMO yana samuwa lokacin da aka ƙara aikin REMOTE. WAIT SV: Saita nunin zafin jiki lokacin da ke cikin sarrafawar shirye-shirye JIRA LOKACI: Saita nunin lokacin jira lokacin da ke cikin sarrafa shirye-shirye SLOP: Saita nunin gangara lokacin da ake sarrafa shirye-shirye

PATTERN: Zaɓi tsarin da za a gyara (nuni lokacin da ake sarrafa shirye-shirye, akwai alamu 16 kuma kowane tsari ya haɗa da matakai 16. Saitin sigogi an kashe, Ajiye, 0 ~ F.)

TUNE: Zaɓi AT ko ST (nunawa lokacin da ke cikin yanayin sarrafa PID/2PID)

ZAFIN ZAFI/SANYI: Zaɓi dumama, sanyaya ko dumama da sanyaya fitarwa

ALARM1 SET: Saita yanayin ƙararrawa 1 (koma zuwa "Fitar ƙararrawa" don ƙarin saiti akan hanyoyi)

ZABI ALARM1: Saita Zaɓuɓɓukan Ƙararrawa 1 (koma zuwa "Fitar ƙararrawa" don ƙarin saiti akan hanyoyi)

RANAR JINKILI 1: Saita jinkirin ƙararrawa 1 (koma zuwa "Fitar ƙararrawa" don ƙarin saiti akan halaye)

ALARM2 SET: Saita yanayin ƙararrawa 2 (koma zuwa "Fitarwa Ƙararrawa")

ZABI ALARM2: Saita Zaɓuɓɓukan Ƙararrawa 2 (koma zuwa "Fitarwa Ƙararrawa")

LABARI DA KYAUTA: Saita jinkirin ƙararrawa 2 (koma zuwa “Fitowar ƙararrawa”)

Saitin Factory PT
850.0
-200.0 PID
CONS
KASHE A H1H2 0 0 0 0 0

ALARM3 SET: Saita yanayin ƙararrawa 3 (koma zuwa "Ƙararrawar Ƙararrawa")(nuna lokacin da aka saita OUT2 zuwa yanayin ALARM) ALARM3 ZABI: Saita zaɓuɓɓukan ƙararrawa 3 (koma zuwa "Fitarwa Ƙararrawa") (nuna lokacin da aka saita OUT2 zuwa ALARM). yanayin) ALARM3 DELAY: Saita jinkirin ƙararrawa 3 (koma zuwa "Ayyukan ƙararrawa") (nuni lokacin da aka saita OUT2 zuwa yanayin ALARM) Ayyukan Canjin Launi na PV: Zaɓi ƙararrawa don canza launin nunin PV. (koma zuwa "Ƙararrawar Ƙararrawa") 2PID canjin zafin jiki (nuni akan yanayin sarrafawa na 2PID)
2PID sake saita zafin jiki (nuni akan yanayin sarrafawa na 2PID)

NAU'I MAI NASARA: Saita nau'in Nesa (nuni lokacin

an saita zuwa yanayin REMO)

(V0:0~5V; V1:1~5V; V10:0~10V; MA0:0~20mA; MA4:4~20mA)

Zaɓi aikin taimako 1

Zaɓi aikin taimako 2

RUBUTA SADARWA: Kunna/ƙasa rubutun sadarwa a ZABEN SADARWA: Zaɓi tsarin ASCII ko RTU SADARWA NO.: Saita adireshin sadarwa BPS: Saita baudrate TSAYA: Tsaya tsayin bayanai: Tsaya: Tsaya tasha bit PARITY: Saita daidaiton bit.
Latsa

don komawa zuwa saitin nau'in shigarwa

0
0
0 KASHE 1.0 0.5
MA4
0 0 KASHE ASCII 1 9600 7 1
E

Saitunan Tsare-tsare Yanayin Tsari:

Nunawa

Bayani

AT: Nunin kunnawa ta atomatik lokacin saita Ctrl = PID/FUZZY/2PID, TUNE = AT, RS=RUN

Latsa

ST: Canjawar Kai-Tsarin kai (nuni lokacin saita Ctrl = PID, TUNE = ST)

PID NO.: Zaɓi nth (n=0~5) PID. Lokacin da aka saita a AUTO, PID ana zaɓar ta atomatik. (nuna lokacin

saitin Ctrl=PID)

PID SV NO.: Dangane da zaɓi na PID No. (n=0~5), saita ƙimar SV daidai. Zai yarda ~
tsarin yana yin zaɓi ta atomatik lokacin da aka saita shi zuwa yanayin AUTO. (Nuna lokacin Ctrl =

PID/FUZZY/2PID).

P : Daidaitaccen Saitin (nuni lokacin saita Ctrl = PID/FUZZY/2PID da TUNE = AT) ~ Saita darajar P bisa ga zaɓi na PID No. (n=0~5). Lokacin da aka saita P zuwa AUTO, tsarin zai

zaɓi P ƙimar daidai.

I: Saitin lokaci na haɗin gwiwa (nuni lokacin Crtl=PID/FUZZY/2PID; an saita wannan siga ta atomatik

~ lokacin da TUNE = AT.) Saita ƙimar I bisa ga zaɓi na PID No. (n=0~5). Lokacin da aka saita ni zuwa AUTO, tsarin zai

zaži Ina daraja daidai.

D: Saitin lokacin karkata: (nuna lokacin da Crtl=PID/FUZZY/2PID; an saita wannan siga

~ ta atomatik lokacin da TUNE = AT.) Sanya darajar D bisa ga zaɓi na PID No. (n=0~5). Lokacin da aka saita D zuwa AUTO, tsarin zai

zaɓi darajar D daidai.

I OFFSET: Saitin haɗakarwa, lokacin da Integral ba shine 0. (nuni lokacin Crtl=PID/FUZZY/2PID;

~ ana saita wannan siga ta atomatik lokacin da TUNE=AT.) Saita ƙimar IOF bisa zaɓi na PID No. (n=0~5). Lokacin da aka saita IOF zuwa AUTO, da

tsarin zai zaɓi ƙimar IOF daidai.

PD OFFSET: PD biya diyya lokacin da Integral = 0 don kawar da daidaiton karkata.

Ƙirƙiri ƙimar ribar Fuzzy (lokacin Ctrl=FUZZY)

Saita Fuzzy Deadband (lokacin Ctrl=FUZZY)

OUT1 HYSTERESIS: Daidaita Fitowa 1 hysteresis (lokacin da ake sarrafa ON/KASHE)

OUT2 HYSTERESIS: Daidaita Fitowa 2 hysteresis (lokacin da ake sarrafa ON/KASHE)

OUT1 HEAT: Zagayowar sarrafa dumama don fitarwa 1 (lokacin Ctrl = PID/FUZZY/MANUAL/2PID)

OUT1 COOL: Zagayowar sarrafa sanyaya don Fitowa 1 (lokacin Ctrl = PID/FUZZY/MANUAL/2PID)

OUT2 HEAT: Zagayowar sarrafa dumama don fitarwa 2 (lokacin Ctrl = PID/FUZZY/MANUAL/2PID)

OUT2 COOL: Zagayowar sarrafa sanyaya don Fitowa 2 (lokacin Ctrl = PID/FUZZY/MANUAL/2PID)

COEF: Ratio na Fitowa 1 da Fitowa 2 (lokacin Ctrl = PID/FUZZY/2PID da lokacin da ake fitarwa biyu

KASHE Saitin masana'anta 0
100
47.6
260
41
0
0 4 0 0 0 Zaɓin fitarwa: C; V; S: 5 sec. R: 20 seconds. 1.00

sarrafawa) MUTUWA: Saita matattu (lokacin da ba a saita Ctrl zuwa MANUAL ba kuma lokacin da ke cikin fitarwa biyu) PV FILTER: Saita abubuwan tace bayanai na PV PV RANGE: Saita kewayon tacewa na PV PV OFFSET: Daidaita shigar da diyya na PV PV GAIN: Daidaita shigar da ribar PV SV SLOPE: Saita gangara mai tasowa (lokacin CRTS = SLOP) ANALOG OUT1 MAX diyya ga Analogue Output 1
(1 sikelin = 1A; 1 sikelin = 1mV) ANALOG OUT2 MAX
(1 sikelin = 1A; 1 sikelin = 1mV) ANALOG OUT2 MIN.: Daidaita ƙananan iyaka diyya don fitowar analog 2
(1 sikelin = 1A; 1 sikelin = 1mV) SAUKI MAX.: Daidaita babban iyaka don sakewa (1scale = 1A) (nuni lokacin da aka haɗa Katin Sake aikawa zuwa DT3) RETRANSMISSION MIN .: Daidaita ƙananan iyaka don sakewa (1scale = 1A) (nuni lokacin da aka haɗa Katin Maimaitawa zuwa DT3) KYAUTA MAI KYAU: Daidaita riba mai nisa (Lokacin da CRTS = REMO) GASKIYA MAI KYAU: Daidaita ramuwa mai nisa (Lokacin CRTS = REMO)
KYAUTA KYAU: Ƙarƙashin ƙasa mai nisa (Lokacin da CRTS = REMO) KYAUTA MAI KYAU: Iyaka mai nisa (Lokacin da CRTS = REMO) EVENT1: Saita aikin EVENT1 (nuni lokacin da Katin Taron ya haɗa da EVENT1) EVENT2: Kafa aikin EVENT2 (nuna lokacin da An haɗa katin taron zuwa EVENT2)
EVENT3: Saita aikin EVENT3 (nunawa lokacin da aka haɗa katin taron zuwa EVENT3)

0 1 1.00 0.0 0.000
0
0
0
0
0
0 0 0 0 100 KASHE KASHE

Yanayin PID: Ana iya zaɓar kowane ɗayan ƙungiyoyin PID 6. Lokacin saita zuwa yanayin AUTO, shirin zai zaɓi ƙungiyar PID ta atomatik

shine mafi kusa da yanayin zafi.

Zaɓi 0 ~ 5 ƙungiyar PID kuma aiwatar da aikin AT, tsarin zai ɗauka ta atomatik P; I; D da IOF a cikin PID da aka zaɓa

rukuni.

Zaɓi nth PID (n = 0 ~ 5)

danna

don saita sigogi na 0 ~ 5th PID

Saita ƙimar zafin jiki na PID na 0

danna

Saita ƙimar zafin jiki na PID na 5

danna

Ƙirƙiri ƙimar madaidaicin madaidaicin 0th

Ƙirƙiri ƙimar madaidaicin madaidaicin 5th

Saita ƙimar 0th Ti

Saita ƙimar 5th Ti

Saita ƙimar Td ta 0

Saita ƙimar Td ta 5

Ƙirƙiri 0th PID ƙetare

Ƙirƙiri 5th PID ƙetare

Latsa

don saita sigogi a ciki

Latsa

don saita sigogi a ciki

"Yanayin Ka'ida"

Shirye-shiryen Gyara: saiti

kuma saita

Zaɓi lambar ƙirar da ake so 0~F

danna

don saita lambar ƙirar da ake so 0~F

Idan saitin ya KASHE, barin shafin tsarin gyara kuma je zuwa

don ci gaba da saitin.

Shirya zafin mataki na lamba No.0 na samfur No. 0

danna

Shirya zafin mataki na lamba No.0 na samfur No. 15

Shirya lokacin mataki No.0 na tsari No. 0 (raɗin lokaci: hh, mm)

Shirya lokacin mataki No.0 na tsari No.15 (raɗin lokaci:

hh, mm)

Saita mataki 0 ~ 15 cikin tsari

Shirya zazzabi na mataki No.15 na samfur No.0

Shirya zazzabi na mataki No.15 na samfur No.15

Shirya lokacin mataki No.15 na abin ƙira No.0

Shirya lokacin mataki No.15 na abin ƙira No.15

Zaɓi ainihin matakan da ake buƙata don aiwatar da tsari No.0

Zaɓi ainihin matakan da ake buƙata don aiwatarwa

tsari No.15

Saita ƙarin sake zagayowar (0 ~ 199) don ƙirar No. 0 kisa

Saita ƙarin zagayowar (0 ~ 199) don ƙirar No.

15 kisa

Saita tsarin haɗin kai na ƙirar No.0 (0 ~ F;

KARSHE; TSAYA)

Latsa

don komawa zuwa

zaɓin tsarin gyaran sha'awa da lamba.

Saita tsarin haɗin kai na ƙirar No.15 (0 ~ F;

KARSHE; TSAYA)

Latsa

don komawa zuwa

zaɓin tsarin gyaran sha'awa da lamba

Saitin Farko na Farko

1. Lokacin saita DT3 a karon farko, danna

maɓalli na fiye da 3 seconds har allon nuni

kuma zaɓi bisa ga

zuwa nau'in firikwensin zafin ku. Da fatan za a sani cewa zaɓi na kuskuren ƙira zai haifar da kuskuren nunin zafin jiki na PV. (Duba

zuwa ginshiƙi na ƙasa)

2. Lokacin saita nau'in firikwensin zafin jiki ta amfani da RS-485, rubuta ƙimar ku (kewayon 0 ~ 19) cikin rajista 1004H.

3. Lokacin saita hanyar shigarwa na yanzu, cire murfin mai sarrafa zafin jiki kuma saita JP8 zuwa gajere. (Dubi jadawalin da ke ƙasa)

Nau'in Sensor Zazzabi & Jadawalin Ra'ayin Zazzabi

Nau'in Sensor Zazzabi na shigarwa
Thermocouple K nau'in

Rajistar Darajar Zazzabi Rage 0 -200 ~ 1300°C

Shigar da Sensor Nau'in Rajistar Darajar Zazzabi Rajin

Nau'in Thermocouple TXK

10-200 ~ 800 ° C

Thermocouple J nau'in

1-100 ~ 1200 ° C

Juriyar Platinum (JPt100)

11-20 ~ 400 ° C

Thermocouple T irin

-200 ~ 400 ° C

Juriya na Platinum (Pt100)

12-200 ~ 850 ° C

Thermocouple E nau'in

0 ~ 600°C

Juriya (Ni120)

13-80 ~ 300 ° C

Thermocouple N nau'in

4-200 ~ 1300 ° C

Juriya (Cu50)

14-50 ~ 150 ° C

Thermocouple R nau'in

0 ~ 1700°C

Analog Voltage Input (0 ~ 5V)

-999-9999

Thermocouple S nau'in

0 ~ 1700°C

Analog Voltage Input (0 ~ 10V)

-999-9999

Thermocouple B nau'in

100 ~ 1800°C

Analog Voltage Input (0 ~ 20m A)

-999-9999

Thermocouple L irin

-200 ~ 850 ° C

Analog Voltage Input (4 ~ 20m A)

-999-9999

Thermocouple U nau'in

-200 ~ 500 ° C

Analog Voltage Input (0 ~ 50m V)

-999-9999

Yadda Ake Saita Shigar Yanzu

Cire murfin mai sarrafa zafin jiki kuma saita JP8 zuwa gajere. JP8 jumper yana kusa da wurin shigar da firikwensin akan allon PCB.

Input na al'ada (Saitin Masana'antu)

Abubuwan Shiga na Yanzu (4 ~ 20mA, 0 ~ 20mA)

Nuni Saitin Rukuni

Yi amfani da siga mai biyowa don canza sashin nuni na PV da SV, zaɓi maƙiya goma kuma canzawa tsakanin /F.

A Yanayin Aiki A Yanayin Saitin Farko

: SP=1 yana nuna wurin adadi (misali: 25.5 digiri); SP = 0 yana nuna lambar haɗin kai (misali: digiri 25). : Zaɓi naúrar nunin zafin jiki /. (=* 9/5 + 32)

Saita Ƙimar da Ƙarfi/Ƙasashen Ƙimar Ƙimar Shigarwa

Saita Ƙimar Ƙimar Shigarwa ta Sama: Ana iya saita wannan siga a cikin Yanayin Saitin Farko.

, Dole ne ƙimar shigar da iyaka ta sama

a saita a cikin kewayon da aka nuna a cikin ginshiƙi "Nau'in Sensor Nau'in Zazzabi & Yanayin Zazzabi".

Saita Ƙarƙashin Ƙimar Input: Ana iya saita wannan siga a Yanayin Saitin Farko

, Ƙimar shigar da ƙananan iyaka dole ne ta kasance

saita cikin kewayon da aka nuna a cikin ginshiƙi "Nau'in Sensor Nau'in Zazzabi & Matsayin Zazzabi".

Saita SV: Ana iya saita wannan siga a Yanayin Aiki, ƙimar SV dole ne a saita shi a cikin kewayon ƙimar shigarwar babba/ƙasa.

Ba za a iya saita SV a cikin "Yanayin Shirin" ko a "Yanayin Nesa".

Tacewar Dijital da Saitin Diyya na Layi

A cikin "Yanayin Tsarin",

kuma

za a iya amfani da sigogi don daidaita matsayin tacewa da kuma guje wa tsangwama kan siginar shigarwa.

: Abubuwan Tace (saitin saiti = 0 ~ 50; saitin masana'anta = 8). Lissafin lissafin Tacewar Dijital: PV=(Pv * n +

Auna Ƙimar)/ (n+1). Lokacin da ƙimar siga tayi ƙarami, nunin PV yana kusa da Ƙimar Ƙimar. Lokacin da siga

darajar yana da girma, amsawar PV yana jinkirin.

: Tace Range (saitin saiti=0.10~10.00/). Idan saitin masana'anta = 1, yana nufin mai sarrafawa zai fara Tacewar Dijital

Ƙididdigar ƙididdigewa lokacin da Ma'auni ya ta'allaka ne a cikin kewayon "Pv +/- 1.00/ da aka nuna na Ƙarshe". Saboda haka, an bada shawarar zuwa

saita ƙima mafi girma lokacin da tsangwama amo yayi tsanani.

Lokacin da ƙimar nunin PV ta bambanta da tsammanin mai amfani, ana iya saita aikin Raya Layi ta hanyar

kuma

sigogi a cikin "Tsarin Tsarin".

: Ƙimar Ramuwa ta layi (saitin kewayon = -99.9 ~ +99.9). Lissafin Lissafin Lissafin Lissafi: PV = Auna

Ƙimar + Ƙimar Ramuwa.

Don misaliample: Ƙimar Ƙimar = 25.0; Diyya = 1.2. Bayan da aka yi amfani da ma'auni na ramuwa PV=26.2.

Riba Layi na Layi (Kewayon saiti = -0.999 ~ 0.999). Ƙididdigar Ƙididdigar Layi na Layi: PV =

Auna Ƙimar* (1 + Riba/1.000) + Diyya.

Don misaliample: Ƙimar Ƙimar = 25.0; Riba = 0.100. Bayan amfani da lissafin Gain PV= 25.0 * (1 + 0.100 / 1.000) = 27.5

Idan karkatacciyar yanayin zafi iri ɗaya ce a cikin kowane zafin jiki, saita ƙimar diyya ta layi zai iya magance matsalar karkacewa. Idan zafin jiki

sabawa ya bambanta akan yanayin zafi daban-daban, ƙididdige kuskuren karkatar da layi kuma daidaita yanayin zafi ta saita Gain da

Darajar diyya.

Aikace-aikace na Analog Voltage & Shigarwa na Yanzu
Kewayon shigarwa na analog voltage da halin yanzu ana amfani da su azaman ƙarami/ƙananan iyaka na mai sarrafawa voltage da saitin yanzu. Lokacin kafa sha'awar voltage ko na yanzu, dole ne ya kasance tsakanin kewayon babba/ƙasa. Don misaliample: Idan kewayon shigarwar analog voltage shine 0 ~ 5V, saitin iyaka na sama zai zama 5000 kuma saitin ƙananan iyaka zai zama 0. Idan an saita saitin decimal zuwa 3 decimal place, a input voltage na 2.5V zai nuna kamar 2.500. Ma'auni na Ƙimar Nuni = (Saitin iyaka na sama na mai sarrafawa Ƙananan iyaka saitin mai sarrafawa)*(Input vol.tage- Analog ƙananan iyaka)/(Analog babba iyakar ƙarancin ƙarancin analog) + Saitin ƙayyadaddun ƙarancin mai sarrafawa.

Kashe Ayyukan Cold Junction

Aikin haɗin sanyi na thermocouple an saita shi zuwa ENABLE, amma a wasu lokuta, zamu iya saita shi zuwa DISABLE.

A Yanayin Saitin Farko,

ana amfani da shi don saita lambar farko (Y) na Yxxx, (lokacin Y=0, Enable; lokacin Y=1, Kashe).

Analog Output Compensation

Lokacin da aka saita yanayin fitarwa zuwa kayan aikin analog na yanzu (4 ~ 20mA) ko mizanin voltage fitarwa (0 ~ 10V), ƙimar fitarwar sha'awar mai amfani na iya zama

samu ta hanyar amfani da aikin ramuwa. Don misaliample, ana iya daidaita fitowar analog 1 a ciki

kuma

sigogi a cikin

"Yanayin tsari". Ƙimar fitarwa na iya zama tabbatacce ko korau (+/-) kuma ana iya canza shi ta latsa maɓallin Up/Ƙasa akan

mai kula da zafin jiki. Ma'auni na kowane matsi shine karuwa ko raguwa na 1uA da 1mV.

Don misaliample: Don canza kewayon fitarwa na yanzu daga 4 ~ 20mA zuwa 3.9 ~ 20.5mA, saita

zuwa 500 (20.5-20 = 0.5mA; 0.5mA/1uA= 500).

kuma saita

to -100 (3.9-4=-0.1mA; -0.1mA/1uA=-100).

Don sarrafa fitarwa da hannu: Saita siga

Yanayin Saitin Farko.

Don saita fitarwa zuwa 0%: Saita siga

Yanayin aiki.

Don daidaita ƙananan iyakar fitarwa na analog: Shigar da ƙimar sha'awa kuma duba mita don daidaita ƙimar shigarwar analog zuwa ƙimar sha'awar.

(Na misaliample: 4 ~ 20 m A, daidaita darajar analog zai zama 20 m A). Saita ƙimar sha'awar siga a Yanayin ƙa'ida.

(Fitowa ta 1) ko

(Fitowa ta 2) zuwa ga ku

Don saita fitarwa zuwa 100%: Saita siga

(Fitowa ta 1) =

(Fitowa ta 2) =

a cikin Yanayin Aiki.

Don daidaita ƙananan iyakar fitarwa na analog: Shigar da ƙimar sha'awa kuma daidaita ƙimar shigar da analog zuwa ƙimar sha'awar ku (Ga misali.ampda:

4 ~ 20 m A, daidaita darajar analog zai zama 20 m A). Saita Yanayin Ka'ida.

(Fitowa ta 1) ko

(Fitowa ta 2) zuwa ga sha'awar ku darajar cikin

Maimaitawa da Daidaita Rayya
Lokacin da ƙimar shigarwar ta canza, fitarwar sake aikawa kuma za a canza daidai. Domin misaliample: Idan sakewa = 4 ~ 20mA; Ƙarƙashin haɓaka / ƙananan iyaka = 100.0 ~ 0. Idan mai sarrafawa ya karanta 0, yana fitar da 4mA; lokacin da mai sarrafawa ya karanta 100, yana fitar da 20mA. Ƙimar kuma na iya zama lamba mara kyau don haifar da gangare mara kyau. Don mummunan gangara, saita babba/ƙasa iyaka = 0 ~ 100.0. A wannan yanayin, lokacin da mai sarrafawa ya karanta 0, yana fitar da 20mA; lokacin da mai sarrafawa ya karanta 100, yana fitar da 4mA. Koma ga zanen gangaren da ke ƙasa.

Fitowa = Rage Rauni

Fitowa = Madaidaicin gangara

(Hoto na 1: Tsare-tsare Tsararru)

Don saita Sake aikawa zuwa gangara mai kyau/mara kyau (dole ne a shigar da allon sakewa da farko): A cikin Yanayin Saitin Farko

siga, lambobi na ƙarshe (Y) na xxxY yana nuna lokacin da Y=0 tabbatacce gangara; lokacin Y=1 mummunan gangara.

Don daidaita ƙananan iyaka na Sake aikawa:

a Tabbatar cewa gangaren Retransmission tabbatacce ne.

b Saita ƙima mafi ƙanƙanta fiye da ƙimar nuni: Tsarin Farko Saita ƙima a ciki

ya fi girma da ƙimar nuni

(PV). c Shigar da ƙimar analog ɗin zuwa mita, duba mita kuma daidaita ƙimar shigarwar analog: A Yanayin Ka'ida, shigar da sabon ƙimar.

cikin

. Don misaliample, idan kewayon ne 4 ~ 20mA, sabon darajar zai zama 4mA.

Don daidaita babban iyaka Maimaitawa:

a Tabbatar cewa gangaren Retransmission tabbatacce ne.

b Saita kimar babba ta ƙasa da ƙimar nuni: Tsarin Farko Saita ƙima a ciki

karami fiye da nuni

darajar (PV). d Shigar da ƙimar analog ɗin zuwa mita, duba mita kuma daidaita ƙimar shigarwar analog: A Yanayin Ka'ida, shigar da sabon ƙimar.

cikin

. Don misaliample, idan kewayon ne 4 ~ 20mA, sabon darajar zai zama 4mA.

Duba Tsarin Firmware da Nau'in fitarwa
Lokacin da mai sarrafa zafin jiki ya kunna, nunin PV da SV zai nuna sigar firmware, nau'in fitarwa da ayyukan kayan haɗi a cikin sakan 3 na farko. PV (lambobi 3 na farko) yana nuna sigar firmware. Misali: 110 yana nuna sigar firmware V1.10. PV (lambobi 4) yana nuna aikin na'ura 1.
C: RS485 Sadarwar Sadarwar E: EVENT3 Input SV (lambobi 2 na farko) yana nuna nau'in fitarwa na OUT1 da OUT2.
N: Babu aiki V: Voltage pulse fitarwa R: Relay fitarwa C: Na yanzu L: Linear voltage fitarwa S: SSR fitarwa SV (lambobi 3) yana nuna aikin kayan haɗi 2. N: Babu aiki C: ma'aunin CT E: EVENT1 shigarwar R: shigarwar REMOTE SV (lambobi 4) yana nuna aikin kayan haɗi 3. N: Babu aiki C: Ma'aunin CT E: EVENT2 shigarwar R: Fitowar REtransMISSION

Zaɓin don Dumama / Sanyaya / Ƙararrawa / Kula da Fitar da Madaidaicin Dual

Jerin DT3 yana ba da saiti 1 na Control Output (OUT1) wanda aka gina a ciki da kuma saitin ƙararrawa guda 2 (ALARM1 ALARM2). Mai amfani kuma zai iya

siyan saiti na 2 na Ikon fitarwa (OUT2) ko saitin ƙararrawa na 3 (ALARM3). Amfani da saiti 1 na Sarrafa fitarwa:

Yanayin Saitin Farko, saiti

zuwa yanayin dumama (H1) ko Cooling(C1).

Amfani da saitin Ikon fitarwa na biyu:

Lokacin da aka yi amfani da saitin sarrafa fitarwa na 2 (OUT2) azaman saitin ƙararrawa na 3 (ALARM3), saita Cooling + Ƙararrawa 3(C1A2) a Yanayin Saitin Farko.

zuwa dumama + Ƙararrawa 3 (H1A2) ko

Nau'in fitarwa na OUT2 a cikin relay, voltage bugun jini, analog halin yanzu, madaidaiciya voltage da fitarwar SSR duk za a iya amfani da su don RANAR ON-KASHE. Domin

example, OUT2 an saita zuwa fitowar analog na yanzu. Yana fitar da 4mA lokacin da ƙararrawa ke KASHE kuma tana fitar da 20mA lokacin da ƙararrawa ke kunne.

Lokacin da aka yi amfani da saiti na 2 na sarrafa fitarwa (OUT2) azaman sarrafa fitarwa biyu, saita

zuwa dumama (H1H2); sanyaya (C1C2);

Dumama/Cooling(H1C2) ko Cooling/ Dumama (C1H2) yanayin sarrafawa a farkon Yanayin Saita.

Sigar Matattu

ana kunna ta atomatik lokacin da mai sarrafa zafin jiki ke cikin sarrafa fitarwa biyu. Kamar yadda aka nuna

a cikin jadawalin bi. Manufar aikin Dead Band shine don rage kuzarin da ya kasancetage na yawan dumama/sanyi ayyuka. Domin

example, idan SV = 100 digiri kuma

= 2.0, ba za a sami fitarwa ba lokacin da zafin jiki ya kasance tsakanin 99 ~ 101 ° C.

Fitowar

lokacin da yake cikin yanayin sarrafawa ON-KASHE (Ctrl=Ikon KASHE):

Daidaita dumama hysteresis

Daidaita sanyaya hysteresis

Dumama

Sanya Wurin Sanya

Fitowar

lokacin cikin yanayin sarrafa PID (Ctrl=PID):

Dumama
Saita aya

Sanyi

Dumama
Saita aya

Sanyi

Lokacin da mai sarrafawa ke cikin kulawar PID da yanayin fitarwa biyu,

yana saita ƙimar P na saitin PID na 2. Saitin 1 na PID

Ana ƙirƙira lokacin TUNE= AT, amma mai amfani kuma zai iya saita ƙimar PID da hannu. Ƙimar P na saiti na 2 na PID = ƙimar P na 1st

saitin PID x

. Ƙimar I da D na saitin PID na 2 ya kasance iri ɗaya da saitin 1st na PID.

Saitin Yanayin Sarrafa SV

Akwai hanyoyi 4 don saita SV na yanayin zafin jiki; su ne Kafaffen, gangara, Shirin da Remote.

Kafaffen Yanayin SV: yana sarrafa zafin jiki don tashi kai tsaye zuwa ƙayyadadden ƙimar saiti

Saita siga

a Yanayin Saitin Farko

Saita yawan zafin jiki: saita ƙimar SV ta siga a Yanayin Aiki

Yanayin Slope Slope: Sarrafa zafin jiki yana tashi a gangare (naúrar: /min.) zuwa ƙayyadaddun ƙima.

EG, idan parameter

saita zuwa 1, saita gangara na 0.5 kuma saita SV zuwa 200.0; wannan yana nufin yanayin zafi yana tashi 0.5 kowane minti daya

daga zafin jiki har zuwa 200.0.

Idan siga

saita zuwa 0, saita gangara na 5 kuma saita SV zuwa 200; wannan yana nufin yanayin zafi yana tashi 5 kowane minti daya daga dakin

zafin jiki har zuwa 200.

Saita siga

a Yanayin Saitin Farko

Saita gangara mai tasowa (raka'a: /min. ko /s): saita hawan gangara ta siga

a Yanayin Ka'ida

Saita yawan zafin jiki: saita ƙimar SV ta siga a Yanayin Aiki

Saita naúrar don gangara mai tasowa (naúrar: /min. ko /s): don siga

a Yanayin Saitin Farko, saita Y

darajar matsayi zuwa xxYx (Y na iya zama 0 ko 1; Y= 0: /min.; Y=1: /s).

Yanayin SV na Shirin: Wannan yana nufin ƙimar saitin zafin jiki ba ƙayyadadden ƙima bane amma saitin saitin da mai amfani ya ayyana bisa ga buƙatun sa. Ta hanyar sarrafa PID, shigarwar zafin jiki yana haɓaka tare da ƙayyadaddun yanayin zafin jiki. Dangane da yadda ake shigar da madaidaicin saitin zafin jiki, injin ɗin yana ba da alamu 16 tare da matakai 16 kowanne, tare da ma'aunin haɗi, ma'aunin madauki, da adadin kisa. Kowane mataki yana da sigogi 2 (ƙimar saitin yanayin zafi da lokaci). Idan matakin farko yana da ma'aunin lokaci da aka saita zuwa 0, zafin jiki zai tashi daga zafin ɗaki a gangaren farko har zuwa zafin da aka yi niyya. Bayan saita waɗannan sigogi, kowane mai sarrafa zafin jiki zai sami nasa tsarin tsarin farko da matakin farko don

ƙirƙirar yanayin saitin yanayin zafinsa. An yi bayanin wasu daga cikin sharuɗɗan kamar haka: tsarin farko: saita shirin don fara aiki a jerin jerin abubuwa b Mataki na farko: saita shirin don fara gudana a jerin jerin matakai c Farko Tudu: Idan saitin lokaci na an saita matakin farko na ƙirar farko zuwa 0, za a saita gangara ta farko don ba da damar zafin jiki ya tashi daga zafin ɗaki zuwa ƙimar saiti. d Mataki: ya haɗa da saitunan sigina guda 2: wurin saitin X da lokacin aiwatarwa T, wanda ke wakiltar ƙimar saitin (SV) don tashi zuwa X bayan lokaci T. Idan wurin saitin X ya kasance daidai da saitin da ya gabata, ana kiran wannan tsari a. Soak, in ba haka ba a Ramp, don haka ana kiran wannan tsarin kulawa da Ramp Sarrafa iko. An saita tsarin farawa na farko azaman sarrafa Soak, don saita ikon sarrafa zafin jiki zuwa saita aya X gaba da kiyaye zafin jiki a X, a tsawon lokacin T. e Link Parameter: adadin ƙirar da za a haɗa bayan aiwatarwa. wannan tsari. Idan an saita zuwa END, yanayin shirin zai ƙare amma yana kula da ƙimar saiti na ƙarshe; idan an saita zuwa STOP, duk sarrafa shirye-shiryen za su ƙare tare da abin da aka kashe. f Adadin madaukai: Yawan ƙarin madaukai da za a yi don ƙirar. Idan an saita zuwa 1, za a aiwatar da tsarin sau 2. g Matakin aiwatarwa: Yawan matakan da aka aiwatar don kowane tsari. h Lokacin jira, yawan zafin jiki: Bayan kai darajar zafin shirin, za a iya saita lokacin jira da zafin jiki; idan yawan zafin jiki na yanzu ba a cikin kewayon (ƙimar saitin yanayin zafi ± zafin jira), lokacin jira na saiti zai fara ƙirgawa har sai yawan zafin jiki da aka auna ya kai kewayon (ƙimar saitin yanayin zafi ± zafin jira) na kowane mataki kafin ci gaba. zuwa mataki na gaba. Za a ba da ƙararrawa idan kewayon (ƙimar saitin yanayin zafi ± zafin jira) ba a kai ba lokacin da ƙidayar ƙasa ta kai 0. i Kisa: Idan tsarin saitin yana cikin yanayin aiki, shirin zai fara aiki daga tsarin farko da farko. mataki, da aiwatar da umarni daya bayan daya. Lokacin da sarrafa saitin yana cikin yanayin ƙarshe, shirin zai daina aiki kuma ya ba da damar fitarwa. Lokacin da saitin saitin yana cikin sarrafawar tasha kuma ana sarrafa zafin jiki a ƙimar saiti kafin tasha, ta sake zabar matsayin farawa, shirin zai fara gudana daga tsarin farko da matakin farko. Lokacin da saitin saitin yana cikin ikon dakatarwa kuma ana sarrafa zafin jiki a ƙimar saiti kafin tsayawa, ta hanyar sake zabar matsayin farawa, shirin zai fara aiki daga matakin da shirin ya dakatar da aiwatar da ragowar sashin.

Saita siga

A Yanayin Saitin Farko

Saita tsarin farko: Saita siga

zuwa tsarin farko a Yanayin Aiki.

Saita matakin farko: Saita siga

zuwa mataki na farko a cikin Yanayin Operation

Zaɓi tsarin gyarawa: Saita siga

a Yanayin Saitin Farko don saita tsarin da aka riga aka gyara, ɗauka cewa zaɓi shine 'x'.

Latsa

maɓallin don zaɓar ƙirar ciki har da "SP`x'0", "tM`x'0", "SP`x'1", "tM`x'1"…

"SP`x'F", "tM`x'F", "PSY'x" "," CYC`x' ", "LiN`x" ", inda 'x' shine tsarin da aka zaba, wanda zai iya zama 0. , 1, …, E, F. “SP`x'0” “SP`x'1″…”SP`x'F” saitunan zafin jiki ne na wannan matakin; "tM`x'0" tM`x'1″ … "tM`x'F" lokaci ne

saitunan wannan mataki; "PSY`x'" ita ce hanya mafi inganci; "CYC`x" shine adadin madaukai don aiwatarwa

madauki, "LiN`x'" shine adadin samfuran da za a haɗa su bayan aiwatar da wannan tsarin.

Saita gangara ta farko: Saita gangara ta farko ta siga

a Yanayin Saitin Farko (raka'a: 0.1/min. ko 0.1/s)

Saita zafin jira: Saita zafin jira ta siga

a Yanayin Saitin Farko.

Saita lokacin jira: Minti na raka'a., saita lokacin jira ta siga

a Yanayin Saitin Farko.

Saita naúrar shirin lokacin gyarawa: Saita ƙimar daidai da matsayin Y na siga

a Yanayin Saitin Farko, misali,

xxYx (Y shine 0 ko 1; 0/min., 1/s)

Saita hanyar nunin SV akan yanayin shirin: Saita ƙimar daidai da matsayin Y na Yanayin siga, misali, Yxxx (Y shine 0 ko 1; 0 na al'ada, 1dynamic)

a Saitin Farko

Saita kashe wutar lantarki akan yanayin shirin: Saita ƙimar daidai da matsayin Y na Yanayin siga, misali, xxxY (Y shine 0 ko 1; 0 na al'ada., 1 kashe wutar lantarki)

a Saitin Farko

Lura: Lokacin da aka yi kowane saituna ko canje-canje na sigogin shirin, da fatan za a adana saitunan/canzawa zuwa mai sarrafawa ta zaɓin sigar SAVE. In ba haka ba, za a sake saita saitunan/canje-canje a lokacin kashe wuta.
Yadda ake Ajiye:

Zaɓi

a cikin menu, sannan danna maɓallin

maɓallai kuma zaɓi

don kammala ceto. The

Ana nuna maɓalli kawai lokacin da aka yi kowane saituna/canji.

Amfani da ƙimar rubutun sadarwar RS485 1 don magance 1129H, za a adana sigogi.

Yanayin Nisa: Shigar da ƙimar saiti na iya zama mai ƙarfi, ƙimar analog (voltage ko halin yanzu) ana iya jujjuya shi zuwa shigarwa mai ƙarfi

daraja. Ana iya amfani da hanyoyi guda biyu don jujjuyawa: gangara mai kyau ko gangara mara kyau, ana siffanta su kamar haka: Madaidaicin gangara mai nisa: Nunin shigarwar analog mai nisa yana da inganci tare da shigarwar saiti, misali: shigarwar nesa.

an zaɓi nau'in azaman 1 ~ 5 V analog voltage, An saita iyaka mafi girma na shigarwa a matsayin 5000, Ƙarƙashin ƙarancin shigarwa shine 1000,

an saita nuni na goma kamar 0; lokacin shigar da nisa shine 5V, allon yana nuna 5000; lokacin shigar da nisa shine 2V, allon nuni

2000; wannan shi ne tsayayyen saitin nunin allo. (Ƙimar saiti mai ƙarfi = (Mafi girman iyakar shigar da ƙasa mai nisa

iyakan shigar da nisa)*(Kimanin shigarwar nisa - ƙananan iyaka na shigarwa mai nisa)/(mafi girman iyakar shigarwar Nisa - ƙananan iyakar shigarwar Nisa)+

Ƙarƙashin ƙaƙƙarfan shigarwar nisa) b Saitunan Nisa mara kyau: Nunin shigarwar analog mai nisa ba daidai ba ne tare da shigarwar saiti, misali: Nesa.

an zaɓi nau'in shigarwa azaman 1 ~ 5 V analog voltage, An saita iyaka mafi girma na shigarwa a matsayin 5000, Ƙarƙashin ƙarancin shigarwar nesa shine 1000, an saita nunin ƙima kamar 0; lokacin shigar da nisa shine 5V, allon yana nuna 1000; lokacin shigar da nisa shine 2V, allon yana nuna 4000; wannan shi ne tsayayyen saitin nunin allo. (Ƙimar saiti mai ƙarfi = (Mafi girman iyakar shigar da ƙasa mai nisa

iyakacin shigar da nisa)*(Kimanin shigarwar nisa - ƙananan iyaka na shigarwar Nisa)/(mafi girman iyakar shigarwar Nisa - ƙananan iyakar shigarwar Nisa)

Ƙananan iyaka na shigarwa)

Saita siga

a Yanayin Saitin Farko

Lura: Wannan zaɓin yana samuwa ne kawai lokacin da aka saka allon nesa. Idan nau'in Nesa na analog halin yanzu, JP a cikin

Dole ne a gajarta allon nesa (ta amfani da ɗan gajeren hula). Idan nau'in Nesa na analog voltage, tabbatar da JP a bude yake. Saitin nau'in nesa: Saita nau'in shigarwar Nesa (ciki har da analog na yanzu 0 ~ 20 m A, 4 ~ 20m A; analog voltage 0~5V, 1~5V,

Saitin Yanayin Sarrafa
Akwai hanyoyin sarrafawa guda 4; ON-KASHE, PID, FUZZY da Manual. Yanayin ON-KASHE: Don fitarwar dumama, fitarwa yana kashe lokacin da shigarwar ta fi ƙimar saiti; fitarwa yana kunne lokacin shigar da ƙarami
fiye da (saitin daidaita ƙimar ƙimar saitin hankali). Don fitarwa mai sanyaya, fitarwa yana kunne lokacin da shigarwar ya fi girma (ƙimar saiti + ƙimar saitin daidaitawa); fitarwa yana kashe lokacin shigarwa ya yi ƙasa da ƙimar saiti. Idan an saita ɗaya daga cikin abubuwan guda 2 don dumama ɗayan kuma don sanyaya, ana iya saita yankin da ba ya aiki kamar haka.

Yanayin PID: Lokacin da aka saita don dumama ko sanyaya, shirin yana yin aikin PID ta hanyar shigar da zafin jiki da saita zafin jiki, tare da fitowar sakamakon aiki don sarrafa zafin jiki. Dole ne a saita ma'auni na PID da lokacin sarrafawa don wannan aikin; Hakanan ana iya samar da waɗannan sigogi ta atomatik ta hanyar daidaitawa ta atomatik (AT). Ana samun jimlar saiti shida na sigogin PID, ɗaya daga cikinsu ana iya zaɓar ɗaya don aiwatar da PID, kuma shirin na iya zaɓar saitin PID ta atomatik wanda ya fi kusa da ƙimar shigarwa. Don cimma wannan, kowane saitin sigogi na PID yana da ƙimar saitin shigarwar tunani wanda ke ba mai amfani damar saita saitin hannu ko don daidaitawa ta atomatik (AT). Misali, don saiti shida na sigogin PID kamar yadda aka nuna a ƙasa, SV shine saitin shigar da bayanai. Bari mu zaɓi saiti na 4 a matsayin siga mai tafiyar da PID: watau P=40, I=220, D=55, IOF=30%. Idan muka zaɓi AT don nemo saitin mafi kusa da ƙimar saiti tare da shigar da saiti na 230, shirin zai sami saiti na biyu kai tsaye azaman siga mai gudana don aikin PID.

Saita sigogi na PID da lokacin sarrafawa: wanda za'a iya daidaita sigogin PID da hannu bisa ga halayen tsarin ko ƙirƙira ta atomatik ta AT, an saita ƙimar da aka riga aka saita azaman I parameter 0, yana ba da izini ga sauri.

cimma ƙimar saiti; naúrar shine% fitarwa; Matsakaicin ramuwa na kuskure shine: lokacin da aka saita siga na zuwa = 0, don

daidaitawar lokacin rage don isa ga zafin jiki. Lokacin Gudanarwa shine lokacin aikin PID, idan lokacin sarrafawa shine

10s, yana nufin ana aiwatar da aikin PID kowane 10s. Ana fitar da sakamakon don sarrafa zafin jiki. Idan tsarin

yana zafi da sauri, ba za a saita lokacin kulawa da tsayi da yawa ba. Don fitarwar relay, za a yi la'akari da tsawon rayuwar relay; a

ɗan gajeren lokaci zai rage tsawon rayuwar relay. Ana ƙara c Coef da DeadBand a cikin ma'aunin PID don fitarwa sau biyu (ɗaya don dumama ɗaya kuma don sanyaya). Coef yana nufin

rabo tsakanin kashi na farko da na biyu na fitarwa (P parameter na rukuni na biyu = Coef * P, Coef = 0.01 ~ 99.99);

DeadBand shine yanayin zafi mai haɗuwa na P na rukuni na farko da na biyu.

Saita siga

t a Yanayin Saitin Farko

Don saita don sarrafa dumama ko sanyaya: Zaɓi ikon fitarwa da ake so ta siga

a Yanayin Saitin Farko. Idan babu

Ana saka allo a cikin Output2, abubuwan zaɓi sune: H1, C1 (H don dumama, C don sanyaya, 1 don fitarwa 1). Idan an shigar da allo a ciki

Fitowa 2, abubuwan zaɓi sune: H1H2, C1H2… H1A2(H don dumama, C don sanyaya, 1 don fitarwa 1, 2 don fitarwa 2, A don ƙararrawa 3)

Zaɓi adadin saitin PID azaman siga mai gudana kuma saita sigogin PID: Zaɓi 0 ~ 5,

, ta siga

Yanayin ƙa'ida, sannan danna

maɓalli don saita siginar PID ɗin da aka zaɓa wanda ya haɗa da "SV`x'", "P`x"", "I`x", "d`x", da "ioF`x",

inda `x' shine saitin da aka riga aka zaɓa azaman madaidaicin tafiyar PID, wanda zai iya zama 0 ~ 5. "SV`x'" shine ma'aunin zafin jiki

saitin darajar; "P`x", "I`x", "d`x", "ioF`x" daidai da P, I, D, da IOF. Saita lokacin sarrafawa: a cikin Yanayin ƙa'ida, PV yana nuna "o'x'-"y", "x" shine 1 (fitarwa 1) ko 2 (fitarwa 2), 'y' shine H (Duba)

ko C (Cooling) Saita abin fitarwa sau biyu: Saita ƙimar Coef ta siga

a Yanayin Ka'ida

Saita DeadBand na fitarwa biyu: Saita yankin DeadBand ta siga

a Yanayin Ka'ida

Saita sarrafawa zuwa yanayin gudana: Saita siga

a cikin Yanayin aiki zuwa

Saita AT: Saita siga

a Yanayin Ka'ida. Za a daidaita lambar da aka zaɓa na PID

ta atomatik. Bayan haka, za a ƙirƙiri siginar da aka riga aka saita na ƙimar PID mai haɗaka ta atomatik kuma nunin zai kasance

ta atomatik canza zuwa

Lura: Lokacin yin AT, duk tsarin dole ne ya kammala saiti; watau shigar da Sensor dole ne a yi waya kuma a saita shi daidai, da kuma

dole ne a haɗa fitarwa zuwa bututu ko mai sanyaya.

Yanayin MANUAL: Ayyukan sarrafawa na hannu, na iya tilasta fitarwa na ƙayyadaddun ƙima; ana sarrafa ta ta hanyar haɗa canjin PID

sarrafawa. Canjawa daga kulawar PID zuwa kulawar hannu: Fitarwa mai sarrafawa zai kula da kayan sarrafawa na asali kafin canzawa zuwa

sarrafa hannu. Misali, idan fitarwar sarrafawa kafin lissafin PID shine 20%, to, fitarwar sarrafawa bayan canzawa zuwa manual

sarrafawa shine 20%. Kuna iya tilasta ƙayyadadden ƙimar fitarwa bayan sauyawa, misaliample: sarrafa fitarwa ya zama 40%. b Canja daga sarrafa hannu zuwa sarrafa PID: idan ikon hannu kafin juyawa zuwa ikon PID shine 40%, shirin zai

ɗauki 40% azaman ƙimar farko don ƙididdige ƙimar PID kuma fitar da sabon iko.

Lura: Idan an kashe wutar na'ura a yanayin kulawa da hannu, za a kiyaye fitarwa% lokacin da aka sake kunna wutar.

Saita siga

a Yanayin Saitin Farko

Saita lokacin sarrafawa: a cikin Yanayin ƙa'ida, PV yana nuna "o'x'-"y", "x" shine 1 (fitarwa 1) ko 2 (fitarwa 2), 'y' shine H (Duba)

ko C (Cooling) Saita fitarwa %: a cikin Yanayin Aiki, allon PV yana nuna "oUt`x", `x' shine 1 (fitarwa 1) ko 2 (fitarwa 2)

Yanayin FUZZY: Wannan ya ƙunshi sassa 2: sigogin PID da sigogi na keɓancewar Fuzzy. Tun da an ƙididdige ikon sarrafa Fuzzy bisa tushen

akan ƙimar PID na kulawar PID, mai amfani dole ne ya fara saita sigogi na PID ko aiwatar da kunna atomatik (AT) don samar da waɗannan sigogi. A ciki

addition, Fuzzy control includes the following 2 exclusive parameters. a Fuzzy Gain Setting: altering this value will directly affect the calculation of Fuzzy gain. Increasing this value will directly

enhance the Fuzzy control; decreasing this value will weaken the Fuzzy control. It is recommended that this value shall be

rage don tsarin tare da jinkirin amsawa ga dumama / sanyaya. Ana iya ƙara wannan ƙimar don tsarin tare da saurin amsawa

dumama/ sanyaya. b Saita Fuzzy DeadBand: Ingantaccen bandwidth na sarrafa Fuzzy, lokacin da ƙimar PV ta shiga cikin kewayon SV-FZDB

<PV<SV+FZDB, Fuzzy control will stop calculation. I.e., when the PV is within this temperature range, its Fuzzy control is fixed.

Saita siga

a Yanayin Saitin Farko

Saita Ribar Fuzzy: Saita ƙimar Fuzzy Gain ta siga

a Yanayin Ka'ida.

Saita Fuzzy DeadBand: Saita ƙimar Fuzzy DeadBand ta

siga a cikin tsari Yanayin.

Saitin saitin PID da yawa

Lokacin da aka zaɓi ikon PID, tsarin yana samar da saiti 6 (PID 0 ~ 5) saiti na PID (P, I, D da IOF parameter) wanda mai amfani zai zaɓa. A cikin yanayi na gaba ɗaya, saiti ɗaya na PID (P0) ya isa. Don ƙimar saiti daban-daban (SV), lokacin da ƙimar PID ɗaya ba ta isa don sarrafa daidaito ba, mai amfani zai iya saita sigogin sigogin PID da yawa don tsarin don canzawa ta atomatik zuwa saitin PID mai dacewa. Saita saitin PID guda ɗaya kawai:

Saita siga

zuwa 0 (PID 0, saitin farko) a cikin Yanayin tsari, saita siga

zuwa ON; a wannan lokacin, System yana farawa

Daidaita darajar PID ta atomatik. Yayin lissafin, AT LED yana haskakawa a cikin allon nuni. Lokacin da ƙimar PV ta haifar da 2 masu lanƙwasa na yanayin zafi dangane da ƙimar SV, an kammala aikin AT kuma AT LED a cikin kwamitin ya fita. PID mai ƙididdigewa

ana nuna sigogi a ciki

Juyawa ta atomatik saitin PID da yawa:

kuma

, wanda mai amfani zai iya sake duba abubuwan da ke cikin su.

Saita siga

zuwa 0 (PID 0, saitin farko) a cikin Yanayin tsari, saita ƙimar SV da ake buƙata (misali digiri 100), saita siga

kamar yadda ON; a kan kammala gyaran gyare-gyare ta atomatik, tsarin ya cika sigogi

=100,

kuma

ta atomatik, mai amfani na iya sake bitar abun cikin su.

Saita siga

zuwa 1 (PID 1, saitin na biyu), saita ƙimar SV da ake buƙata (misali digiri 150), saita siga

kamar yadda ON; kan

kammala gyaran gyare-gyare ta atomatik, tsarin ya cika sigogi

=150,

kuma

ta atomatik.

Saita siga

zuwa AUTO, Tsarin zai tabbatar da kansa ko ƙimar SV na yanzu ta kusa da siga

kuma loda saitin PID mai dacewa ta atomatik. Misali, idan SV=110, tsarin zai loda

sigogi. Idan SV=140, tsarin zai kaya

sigogi.

Idan ana buƙatar ƙarin ƙungiyoyin SV, ana iya saita PID2~PID5 tare da jeri ɗaya kamar yadda aka bayyana a sama.

Tune Aiki

Wannan injin yana ba da hanyoyin daidaitawa guda 2 (Auto_Tuning da Self_Tuning) don ƙirƙira ta atomatik na sigogin PID (wanda aka zartar kawai.

lokacin da aka saita yanayin sarrafawa zuwa sarrafa PID).

Auto_Tuning: ta cikakken fitarwa na dumama ko sanyaya, ana ba da damar zafin jiki ya yi sama da ƙasa. Samun sigogi na

girma da lokaci, ƙididdige sigogi P, I, D, IOF; ƙari, ajiye ƙimar saitin zafin jiki don yin AT, don

amfani da PID iko. Bayan Auto_Tuning, PID za a gudanar da shi ta atomatik.

Saita siga

a Yanayin Saitin Farko

AT saitin: Saita siga

a Yanayin Ka'ida

Self_Tuning: Ta cikakken fitarwa na dumama ko sanyaya, max. gangara na canjin zafin jiki da jinkirin tsarin za a iya samu daga

Zazzabi-Time Curve, da P, I, D, IOF za a iya ƙididdige su. Ana iya yin gyaran kai a yanayin RUN kuma a TSAYA

yanayin. A cikin yanayin RUN, ana ba da izinin sabunta sigogin PID lokacin da injin ke aiki; a yanayin STOP, PID

Za'a iya samun sigogi don ƙimar SV.

Saita siga

Yanayin Saitin Farko

Saitin ST: saita siga

a Yanayin Ka'ida

Iyaka sarrafa kewayon fitarwa

Za a iya iyakance mafi girma da mafi ƙarancin fitarwa; idan ainihin madaidaicin kayan sarrafawa shine 100% kuma mafi ƙarancin sarrafawa shine 0%, ku

na iya saita mafi girman fitarwar sarrafawa zuwa 80% kuma mafi ƙarancin sarrafawa zuwa 20%.

Saita babban iyakar abin sarrafawa: Saita ƙididdiga don sigogi

(fito na 1),

(fitarwa 2) Yanayin aiki.

Saita ƙananan iyaka na kayan sarrafawa: Saita ƙididdiga don sigogi

(fito na 1),

(fitarwa 2) Yanayin aiki.

CT Aiki

Wannan mai sarrafawa yana ba da iyakar 2 CTs (CT1 da CT2) don auna ƙimar halin yanzu na fitarwa 1 da fitarwa 2; lokacin da ya dace

fitarwa yana ON, yi amfani da CT don auna halin yanzu daidai. Za a kunna ƙararrawa (ON) lokacin da halin yanzu ya wuce kewayon saiti

na ƙararrawa. (Ana buƙatar PCB hardware.) Saka CT1, CT2 PCBs zuwa Option1, Option2 Saita ƙararrawa mai dacewa zuwa CT Ƙararrawa: Da fatan za a koma zuwa "Saitin Fitar Ƙararrawa". Saita babban iyaka na fitowar ƙararrawa CT (naúrar: 0.1A): Da fatan za a koma zuwa "Saitin Fitar Ƙararrawa". Saita ƙananan iyaka na fitowar ƙararrawa CT (naúrar: 0.1A): Da fatan za a koma zuwa "Saitin Fitar Ƙararrawa".

Karanta ƙimar halin yanzu na CT1, CT2: Karanta ƙimar halin yanzu ta sigogi

a cikin Yanayin Aiki.

Zaɓi kewayon aunawa CT

Saitin CT1 100A Saita ƙimar da ta dace da matsayin Y ta siga 0 ko 1; 0:30A; ku. 1: 100A)
Saitin CT2 100A Saita ƙimar da ta dace da matsayin Y ta siga 0 ko 1; 0:30A; ku. 1: 100A)

a Yanayin Saitin Farko, kamar xxYx (Y na iya kasancewa cikin Yanayin Saitin Farko, kamar xYxx (Y na iya zama

Gajeren jumper akan allon CT. Shigar allon CT voltage maximun 200mV, iyakar 50mA na yanzu.

Jumper

kwamitin CT

Saitunan shigarwa na al'ada 30A

Gajere (100A)

Ayyukan EVENT
Wannan mai sarrafa yana ba da iyakar abubuwan 3 (EV1 ~ EV3) don daidaita ayyukan EV kamar yadda aka nuna a cikin Tebu mai zuwa <1>. Domin misaliample, idan an yi amfani da EV1 don zaɓin Run/Dakatarwa, lokacin da aka saita mai sarrafawa zuwa matsayin RUN, idan tashoshi a cikin Option1 slot suna buɗewa, mai sarrafawa yana cikin halin RUN; idan tasha a cikin Option1 Ramin an gajarta, mai sarrafawa ya canza zuwa matsayin STOP.

Aiki saitin Aiki

KASHE

Saukewa: SV2

MANU

A kashe

Gudu / Tsaida SV 1/ SV 2

Auto / Manual

Tebur <1> Saitin aikin EVT

P-Hd Gudu / Riƙe

Gudu/Dakatawa: Wannan aikin yana canza mai sarrafawa tsakanin RUN da STOP status. SV 1/SV 2: Wannan aikin yana zaɓar SV 1 ko SV 2 azaman wurin saita aiki. Atomatik/Manual: Wannan aikin yana zaɓar PID da sarrafawa na hannu. Gudu/Riƙe: Wannan aikin yana canza mai sarrafawa tsakanin gudu da matsayi lokacin da ake sarrafa shirin.

Saka EV1, EV2 PCB zuwa Option1 ko Option2, ko saka kayan aiki tare da ginanniyar aikin EV3

Saita ayyukan EV kamar yadda aka jera a Tebur <1> Saitin Ayyukan EVT ta sigogi

Yanayin tsari.

Lura: Zaɓin abubuwan "Evt`x" dole ne su dace da PCB da aka saka; idan kawai Option1 aka saka, to kawai "Evt1" za a nuna.

Iyaka na kewayon zafin jiki

Na'urori masu auna firikwensin shigarwa daban-daban suna da jeri na aikace-aikacen daban-daban (misali: saitin masana'anta na nau'in J shine -100 ~ 1200), daidaita sigogi

(babba

iyaka) /

(ƙananan iyaka) a Yanayin Saitin Farko.

Idan an canza ƙananan iyaka zuwa 0 kuma an canza babban iyaka zuwa 200, za a kunna aikin iyaka a cikin yanayi masu zuwa: Lokacin saita ƙimar SV, iyakar na iya saita iyaka don 0 ~ 200

A cikin ON-KASHE, PID, FUZZY da yanayin sarrafa kai-Tuning, za a tilasta fitar da sarrafawa ta kashe idan ƙimar PV ta wuce

babba/ƙananan iyaka. (Fitowar ƙararrawa har yanzu al'ada ce)

Saitin mai amfani na F1, F2 maɓallan ayyuka

A cikin Yanayin aiki, (yanayin nunin PV/SV), danna maɓallin aiki fiye da daƙiƙa 3 zai sa ka saita saitunan masu zuwa.

ayyuka; danna

makullin don yin zaɓi.

Aiki

Bayani

Lokacin a cikin wani allo ban da yanayin nuni na PV/SV, danna maɓallin F1/F2 ci gaba da iya ajiye saitin, don sauya allon menu da sauri.
(Lokacin da allon ya nuna KEY SAVE, ana ajiye allon menu)

Zaɓin wannan aikin, ana iya amfani da maɓallin F1 / F2 don saurin ON / KASHE aikin AT

Zaɓin wannan aikin, ana iya amfani da maɓallin F1/F2 don canzawa tsakanin matsayin RUN/TSAYA.

PROG Zaɓin wannan aikin, ana iya amfani da maɓallin F1/F2 don canzawa tsakanin matsayin RUN/HOLD.

ATMT

Zaɓin wannan aikin, ana iya amfani da maɓallin F1/F2 don canzawa tsakanin PID da yanayin sarrafawa na MANUAL

ALRS

Zaɓin wannan aikin, ana iya amfani da maɓallin F1/F2 don sake saita halin Riƙe Ƙararrawa.

Saukewa: SV2

Zaɓin wannan aikin, ana iya amfani da maɓallin F1/F2 don canzawa tsakanin SV1/SV2.

Don kashe aikin F1/F2, da fatan za a zaɓa MENU ba tare da adana kowane allon menu ba.

Shirya Allon Menu mai ayyana kansa

Saitin MENU na ɓoye: Kulle duk maɓalli ta hanyar daidaita siga

a cikin Yanayin Aiki. A lokaci guda danna

kuma

maɓallai na daƙiƙa 3 don nunawa

, kuma shigar da Kalmar wucewa-1. Allon zai nuna lambar menu

tebur don cikakkun bayanai. Zaɓi "Boye" don ɓoye Menu.

, duba mai zuwa

Saitin Layer Menu: Kulle duk maɓalli ta hanyar daidaita siga

a cikin Yanayin Aiki. A lokaci guda danna

kuma

maɓallai na daƙiƙa 3 don nunawa

, kuma shigar da Kalmar wucewa-2. Allon zai nuna lambar menu

tebur don cikakkun bayanai. Abubuwan da aka zaɓa ba NOR = nunin yadudduka; ADJ= daidaita yadudduka; SET= saita yadudduka.

, duba mai zuwa

Sake saitin Layer Menu: Kulle duk maɓallan ta hanyar daidaita siga

a cikin Yanayin Aiki. A lokaci guda danna

kuma

maɓallai na daƙiƙa 3 don nunawa

, kuma shigar da Kalmar wucewa-3. Allon nuni

(Sake saitin matakin) sigogi, zaɓi

don sake saita duk yadudduka menu zuwa saitunan tsoho.

RUN Layer

Menu Ba.

Menu mai dacewa

M101

M102

M103

M104

2. Shigar da kalmar wucewa ta yanzu a ciki

allo. Idan kalmar sirri ta yi daidai, za a tura ku zuwa Saita-Sabon-Password

allo

. Idan kalmar sirri ba daidai ba ce, allon zai koma yanayin nunin PV/SV.

3. Shigar da sabon kalmar sirri sau biyu a cikin

allo. Allon zai koma yanayin nunin PV/SV tare da maɓallan

a buɗe Idan shigarwar kalmar sirri guda biyu ba iri ɗaya bane, allon zai koma yanayin mataki na 2. Ba za a iya tunawa kalmar sirri ba:

Mayar da saitunan masana'anta don sakin kullewa.

Abubuwan larararrawa

Ana samar da abubuwan ƙararrawa guda biyu a cikin injin, matsakaicin adadin ƙararrawa 3 za a iya faɗaɗa. Jimlar saitunan ƙararrawa 19 masu zaman kansu

za a iya yi kamar yadda aka jera a tebur. Ana ba da ƙarin saitunan, kamar jinkirin ƙararrawa, jiran aiki na ƙararrawa, riƙon fitarwa na ƙararrawa, juyewar ƙararrawa

fitarwa, da rikodin ƙararrawa, kamar yadda aka bayyana kamar haka:

Saitin Jinkirin Ƙararrawa: Yana saita lokacin jinkirin ƙararrawa. Lokacin da motsi ya dace da yanayin saitin ƙararrawa, mai sarrafawa zai jinkirta

tsara siginar ƙararrawa; Za a kunna ƙararrawa ne kawai lokacin da yanayin ƙararrawa ya wanzu a cikin lokacin jinkiri

na lokaci.

b Saitin Jiran Ƙararrawa: Gano ƙararrawa za a kunna shi ne kawai lokacin da ƙimar da aka auna ta faɗi cikin kewayon ± 5 na ƙayyadaddun.

ƙimar shigarwa, don hana kunna ƙararrawa a farawa idan yanayin ya dace da saitin ƙararrawa.

c Saitin Riƙe Fitar Ƙararrawa: Za a riƙe saƙon ƙararrawa lokacin da ƙararrawa ta kunna, sai dai idan mai sarrafawa ya kashe ƙararrawa.

d Ƙararrawa Juyawa Saitin Fitar: Ana iya saita fitowar ƙararrawa don NC(Normal close) ko NO(Buɗe na al'ada).

e Saitin rikodin ƙararrawa Peak: Don yin rikodin ƙimar ƙimar ƙararrawa.

Saita Ƙimar

Nau'in larararrawa

Ayyukan Fitar Ƙararrawa

An kashe aikin ƙararrawa

Bangaren babba da ƙananan iyaka:

1 Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta kasance sama da ƙimar saiti SV+(AL-H) KASHE

ko ƙasa da ƙimar saitin SV-(AL-L).

SV (AL-L) SV

SV+(AL-H)

Babban iyaka:

Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta kasance sama da ƙimar saiti SV+(AL-H). KASHE

SV+(AL-H)

Ƙananan iyaka:

Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta yi ƙasa da ƙimar saiti SV-(AL-L).

KASHE

SV (AL-L) SV

Cikakken ƙimar babba- da ƙananan iyaka: 4 Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta fi ƙimar saiti AL-H ko
ƙasa da ƙimar saitin AL-L.
5 Cikakken ƙimar babba-iyaka: Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta fi ƙimar saiti AL-H.
Cikakken ƙima ƙananan iyaka: 6
Wannan fitowar ƙararrawa tana aiki lokacin da ƙimar PV ta yi ƙasa da ƙimar saiti AL-L.

KASHE
KASHE

AL-L

KASHE

AL-L

AL-H AL-H

Fitowar ƙararrawa babba mai iyaka:

Wannan fitowar ƙararrawa tana aiki idan ƙimar PV ta fi ƙimar saiti SV+(AL-H). Wannan fitowar ƙararrawa tana KASHE lokacin da ƙimar PV ta yi ƙasa da ƙimar saiti SV+(AL-L).

KASHE

SV+(AL-L) SV+(AL-H)

Hysteresis ƙaramar ƙararrawa mara iyaka:

Wannan fitowar ƙararrawa tana aiki idan ƙimar PV ta yi ƙasa da ƙimar saiti SV-(AL-H). Wannan fitowar ƙararrawa tana KASHE lokacin da ƙimar PV ta kasance sama da ƙimar saiti SV-(AL-L).

KASHE

SV-(AL-H) SV-(AL-L) SV

Ƙararrawar cirewa: Wannan fitowar ƙararrawa tana aiki idan haɗin firikwensin ba daidai ba ne ko kuma an cire haɗin.

10 Babu

CT1 Ƙararrawa: CT1 yana kunne idan darajar CT1 ta kasance ƙasa da ƙimar AL-L ko sama da AL-H.

CT2 Ƙararrawa: CT2 yana kunne idan darajar CT2 ta kasance ƙasa da ƙimar AL-L ko sama da AL-H.

Lokacin da matsayin SOAK (riƙewar zafin jiki) ya faru ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

14 Lokacin da RAMP Matsayin UP yana faruwa ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

15 Lokacin da RAMP Matsayin ƙasa yana faruwa ga sarrafa shirin PID, fitowar ƙararrawa tana kunne.

16 Lokacin da yanayin RUN ya faru ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

17 Lokacin da halin HOLD ya faru ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

18 Lokacin da matsayi STOP ya faru ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

19 Lokacin da matsayin END ya faru ga sarrafa shirin PID, fitowar ƙararrawa yana kunne.

ON
KASHE AL-L

AL-H

Don saita Yanayin ƙararrawa: Yi amfani da sigogi

a Yanayin Saitin Farko don zaɓar yanayin ƙararrawa. Akwai

a cikin duka nau'ikan nau'ikan nau'ikan 19 (kamar yadda aka jera a teburin da ke sama).

Don saita Ƙarƙashin Ƙarfafa Ƙararrawa: Yi amfani da sigogi

a Operation Modeto saita karkata

babba iyaka.

Don saita Ƙarƙashin Ƙarfafa Ƙararrawa: Yi amfani da sigogi

a Yanayin Aiki don saita karkacewa

ƙananan iyaka.

Don saita Lokacin Jinkirin Ƙararrawa(Raka'a: daƙiƙa): Yi amfani da sigogi

a Yanayin Saitin Farko don saita ƙararrawa

lokacin jinkiri.

Don saita Ƙararrawar Juya: Yi amfani da sigogi

Yanayin Saitin Farko don saita lambar Y na ƙimar xxYx

(Lokacin da Y=0: baya, Y=1: gaba)

Don saita ƙararrawa 3: Ana samun aikin ƙararrawa 3 lokacin da aka haɗa allon fitarwa zuwa Fitarwa 2. Yi amfani da siga

na farko

Yanayin Saita, danna maɓallin ko don zaɓar don abubuwan fitarwa masu zuwa: H1H2, C1H2… H1A2(H yana bayyana dumama, C

yana bayyana sanyaya, 1 yana nuna Output1, 2 yana nuna fitarwa2, A yana nuna Alarm3).

Zaɓi x1A2(saita x zuwa H ko C) don gudanar da Alarm3. Don saita ƙararrawar jiran aiki: Yi amfani da sigogi

Yanayin saita don saita lambar Y na ƙimar xxxY (Lokacin da Y=0: aiki na yau da kullun, Y=1: jiran aiki).

a Farko

Don saita Rike Ƙararrawa: Yi amfani da sigogi

Yanayin Saitin Farko don saita lambar Y na ƙimar xYxx (Lokacin da

Y=0: aiki na yau da kullun, Y=1: Riƙe). Don saita siginar ƙararrawa kololuwa: Yi amfani da sigogi

Yanayin Saitin Farko don saita lambar Y na ƙimar Yxxx

(lokacin Y=0: aiki na yau da kullun, Y=1: siginar kololuwa). Lura: Koma zuwa tebur

Bit3

Bit2

Bit1

Bit0

Ƙwaƙwalwar Ƙararrawa Rike Ƙararrawa Juya Ƙararrawa Tsararrun Ƙararrawa

Ayyukan Canjin Launi na PV: Wannan mai sarrafa yana ba da aikin canza launi na PV. Za a canza launin nunin PV idan an zaɓa

ƙararrawa kuzari. Yi amfani da siga

(Launi PV) a Yanayin Saitin Farko don zaɓar ƙararrawa, abubuwan zaɓaɓɓu sune

kuma

Sadarwar RS-485

1. Gudun watsawa: 2,400, 4,800, 9,600, 19,200, 38,400bps

2. Tsarukan da ba su da tallafi: 7, N, 1 ko 8, O, 2 ko 8, E, 2

3. Sadarwar Sadarwa: Modbus (ASCII ko RTU)

4. Lambar aiki: 03H don karanta abubuwan da ke cikin rajista (max. 8 kalmomi). 06H don rubuta kalma 1 (daya) cikin rajista. 02H don karanta bits

bayanai (Max.16 bits). 05H don rubuta 1 (daya) bit cikin rajista.

5. Adireshi da Abubuwan da ke cikin Rijistar Bayanai:

Adireshi

Abun ciki

Ma'anarsa

Naúrar aunawa ita ce 0.1, an sabunta shi sau ɗaya cikin daƙiƙa 0.1

Nunin ƙimar karatu mai zuwa yana nuna kuskure yana faruwa:

8002H: Tsarin farko (Ba a sami ƙimar zafin jiki ba tukuna)

1000H

Ƙimar yanzu (PV)

8003H: Ba a haɗa firikwensin zafin jiki ba

8004H: Kuskuren shigar da firikwensin zafin jiki

8006H: Ba za a iya samun ƙimar zafin jiki ba, kuskuren shigar da ADC

8007H : Kuskuren karantawa / rubuta ƙwaƙwalwar ajiya

1001H

Saita batu (SV)

Naúrar ita ce 0.1, oC ko na F

1002H

Babban iyaka na kewayon zafin jiki Abubuwan da ke cikin bayanai bai kamata su kasance sama da kewayon zafin jiki ba

1003H

Ƙananan iyaka na kewayon zafin jiki Abubuwan da ke cikin bayanai bai kamata su kasance ƙasa da kewayon zafin jiki ba

1004H

Nau'in firikwensin zafin shigarwa

Da fatan za a koma zuwa abubuwan da ke cikin "Nau'in Sensor Zazzabi da Rage Zazzabi" don daki-daki

1005H

Hanyar sarrafawa

0: PID, 1: ON/KASHE, 2: Gyaran hannu, 3: FUZZY

1006H

Zaɓin sarrafa dumama/ sanyaya

0: dumama / dumama, 1: sanyaya / dumama, 2: dumama / sanyaya, 3: sanyaya / sanyaya, 4: dumama / ƙararrawa, 5: sanyaya / ƙararrawa.

1007H

Rukunin 1st na Zagayowar Kulawa / Kulawa da Kulawa

1 ~ 990, naúrar ita ce 0.1 seconds. Lokacin da saitin fitarwa = ainihin, mafi ƙarancin sarrafawa shine 5 seconds

1008H

Rukunin 2nd na Zagayowar Kulawa / Kulawa da Kulawa

1 ~ 990, naúrar ita ce 0.1 seconds. Lokacin da saitin fitarwa = ainihin, mafi ƙarancin sarrafawa shine 5 seconds 1 ~ 990

1009H

PB Proportal band

0.1 ~ 999.9

100AH

Ti Integral lokaci

0 ~ 9,999

100 BH

Td Lokacin Haihuwa

0 ~ 9,999

100CH

Tsohuwar haɗin kai

0 ~ 100%, naúrar shine 0.1%

100DH

Matsakaicin ƙimar kuskuren kashewa, lokacin Ti=0

0 ~ 100%, naúrar shine 0.1%

100EH

Saitin COEF lokacin da ake amfani da sarrafa fitarwa na Dual Loop

0.01 ~ 99.99, naúrar ita ce 0.01

100FH

Saitin Matattu Band lokacin da ake amfani da sarrafa fitarwar Dual Loop

-99.9 ~ 999.9

1010H

Ƙimar saitin hysteresis na ƙungiyar fitarwa ta 1st

-99.9-999.9

1011H

Ƙimar saitin hysteresis na ƙungiyar fitarwa ta 2

-99.9-999.9

1012H

Karanta Fitowa 1 ƙima

Naúrar: 0.1%

1013H

Karanta Fitowa 2 ƙima

Naúrar: 0.1%

1014H

Rubutun Fitarwa 1 ƙima

Raka'a: 0.1%, yana aiki kawai a yanayin kulawa da hannu

1015H

Rubutun Fitarwa 2 ƙima

Raka'a: 0.1%, yana aiki kawai a yanayin kulawa da hannu

1016H

Ƙimar ƙayyadaddun yanayin zafi

-99.9 ~ +99.9. Naúrar ita ce 0.1

1017H

Saitin decimal na analog

0 ~ 3

101CH

Zaɓin sigar PID

0 ~ 5 / AUTO

101DH

Ƙimar SV ta yi daidai da ƙimar PID

Yana aiki kawai a cikin kewayon samuwa, naúrar: sikelin 0.1

1020H

Ƙararrawa 1 nau'in