I-MIKSTER INDU-50 Microprocessor Controller

Ulwazi Lomkhiqizo

I-INDU-50 Controller iyisisetshenziswa esisebenziseka kalula esidizayinelwe ukulawula nokulawula izinhlelo zokusebenza zezimboni. Ifaka iphaneli ye-opharetha esebenziseka kalula, imisebenzi yesevisi, nama-alamu wokuqapha nokulawula kalula. Isilawuli futhi siza nezici ze-pasteurization kanye nemidwebo yombusi yokulawula ukunemba kwezinqubo zezimboni.

Imiyalo yokusetshenziswa komkhiqizo

1. Isingeniso: Funda imanuwali yomsebenzisi ngokucophelela ngaphambi kokusebenzisa Isilawuli se-INDU-50. Qinisekisa ukuthi isilawuli sifakiwe futhi sihlanganiswe ngendlela efanele ngaphambi kokusivula.
2. Izinto: Zijwayeze nezingxenye ezihlukene zesilawuli, okuhlanganisa iphaneli ye-opharetha, imidwebo yombusi, nama-relay.
3. Ukuhlanganisa: Landela imiyalelo yokuhlanganisa enikezwe kumanuwali yomsebenzisi ukuze uqinisekise ukufakwa okufanele kwesilawuli.
4. Qalisa: Faka amandla kusilawuli futhi uqinisekise ukuthi sisebenza ngendlela efanele. Isilawuli kufanele sibonise izinketho zokusetha ezifanele kuphaneli yesisebenzisi.
5. Iphaneli ye-opharetha: Sebenzisa iphaneli yomsebenzisi ukuqapha nokulawula izinqubo zezimboni. Iphaneli ibonisa ulwazi mayelana nezinketho zokusetha, i-pasteurization, nama-alamu.
6. Incazelo yokusebenza: Khetha phakathi kwemodi yolwazi, imodi ye-AUTOSTART, kanye nemodi yokuQALA ukuze ulawule izinqubo zezimboni. Sebenzisa imisebenzi yesevisi ukuze ufinyelele izilawuli ezengeziwe nezinketho.
7. I-Pasteurization: Sebenzisa izici ze-pasteurization ukuze uqinisekise ukuthi izinqubo zezimboni zithobela amazinga okuphepha.
8. Imidwebo yomphathi: Sebenzisa imidwebo yombusi ukuze uqaphe futhi ulawule izinqubo zezimboni ngokunemba.
9. Ukukhethwa kwe-PID yokusetha umbusi: Khetha i-PID yokusetha yomphathi efaneleka kangcono inqubo yezimboni elawulwayo.
10. Ukusethwa kwesilawuli: Lungiselela isilawuli ukuze sihambisane nenqubo yezimboni elawulwayo. Sebenzisa izinketho zokusetha ukuze ulungise amapharamitha afana nezinga lokushisa nokucindezela.
11. Ukudluliselwa: Sebenzisa ama-relay ukuze ulawule amadivayisi angaphandle njengama-valve namaphampu.
12. Exampisicelo: Bheka ku-example yohlelo lokusebenza olunikezwe kumanuwali yomsebenzisi ukuze uthole isiqondiso sendlela yokusebenzisa isilawuli ukulawula izinqubo ezithile zezimboni.

Ngokulandela le miyalo, ungasebenzisa ngempumelelo Isilawuli se-INDU-50 ukuze ulawule futhi ulawule izinqubo zezimboni ngokunemba nangokulula.

Isingeniso

• Siyabonga ngokukhetha nokuthenga i-Industrial Microprocessor Controller INDU-50. Sithemba ukuthi uzothola umkhiqizo wethu uthembekile futhi usebenza kalula.
• Sicela ufunde ngokucophelela imanuwali yomsebenzisi. Lokhu kuzokuvumela ukuthi uthole imiphumela engcono kakhulu ekusebenziseni isistimu nokwelula impilo yesevisi yamadivayisi.
• Isilawuli se-Microprocessor INDU-50 senzelwe ukusevisa ama-boilers okushisa, izindlu zentuthu, amahhavini okupheka.
• Izilawuli ze-INDU bakha uchungechunge lwamadivayisi e-microprocessor yezimboni, lapho kugcizelelwe ngokukhethekile ukusebenza okufanele ezimweni ezinzima zemvelo. Uchungechunge lwe-INDU luhlanganisa amathuluzi afana nababusi, amarekhodi edijithali, izinkomba.
• Isilawuli se-Microprocessor INDU-50 sisebenzisana nesofthiwe yekhompyutha, ne-INDU monitor kanye ne-Loggisoft kusukela kunguqulo 2.12 (noma ngaphezulu). Izinguqulo zesofthiwe ziyatholakala, mahhala, zivuliwe www.mikster.eu
• Imanuwali yomsebenzisi wesilawuli INDU-50 v1.95(86)EN

Izinto

I-UNDU-50 iqukethe izinto ezilandelayo:

1. Isilawuli se-Industrial Microprocessor INDU-50 - into engu-1,
2. Clampizinto eziyisisekelo - 4 izinto,
3. Izinto zemaski - izinto ezi-6,
4. Clampi-screw - izinto eziyi-10,
5. I-CD enesoftware ye-Loggisoft LT,
6. Incwadi yomsebenzisi,
7. Xhuma i-AKZ950x14 – into engu-1,
8. Xhuma i-AKZ950x12 – into engu-1,
9. Xhuma i-AKZ950x2 – into engu-1,

Umhlangano

QAPHELA!

I-Silicon washer kufanele igcotshwe nge-vaseline yobuchwepheshe. Qaphela ukuthi i-washer kufanele inamathele ngokunembile endaweni yokuhlanganisa.

QAPHELA!

1. Ngaphambi kokuxhuma, qinisekisa umthamo wokunikezelatage kulebula yedivayisi. Kuye ngenguqulo: 230V AC, 110-230V AC, 24V AC, 24V AC/DC

Qalisa

• Ngemva kokuxhuma izinzwa zokushisa (okujwayelekile: PT-100) kanye nokunikezwa kwamandla, isilawuli sivulwa ngokuzenzakalelayo. Ngemva kokubonisa umbhalo othi “ukwamukela” ihora lamanje, iminithi, isiteshi 1 kanye nezilinganiso zeshaneli 2 ziboniswa ngokulandelana.
• Uma isibonisi sibonisa u-“—”, isilawuli sibonisa ukuthi i-elementi yokulinganisa ayikho noma ilimele.
• Ama-Diode atholakala kokhiye abonisa isimo samanje socingo (isb. hlela noma imodi yokuqalisa ngokuzenzakalelayo). Imigqa evundlile ohlangothini lwesobunxele yenani elilinganiselwe elibonisiwe libonisa isimo sesilawuli: i-diode kumasiginali wokuthi okukhiphayo kuhleliwe. Ama-LED angukhiye akhombisa imodi yokusebenza yamanje. Amamodi alandelayo angakhonjiswa: UKUQALA NGOKUZENZAKALELAYO, UKUQALA, ULWAZI, kanye HLELA.
• Kumodi ethi STOP, ngemva kokuthi imodi yokuQALA isiqediwe, isibonisi siyavela esikhundleni sehora nomzuzu.

QAPHELA!

Uma amandla ehluleka isilawuli sigcina kumemori imodi yaso yokusebenza yamanje futhi uma amandla ebuyile, sibuyela kumodi efanayo (ngaphandle uma isikhathi esisethwe kuseli 48 — Ukusethwa kudlulile).

Iphaneli ye-opharetha

1. Iwashi le-RTC/Isikhathi sokucubungula
2. AUTOSTART ukhiye wemodi
3. Izinga lokushisa le-boiler - Isiteshi 1
4. Ukhiye wemodi yoLWAZI
5. Izinga lokushisa lebha
6. START ukhiye wemodi
7. Izinga lokushisa lebha yenyama Isiteshi esingu-2/ inombolo yokubalwa kwe-pasteurization

Incazelo yokusebenza

HLELA imodi – ukushintsha indawo yokubeka

• Ukuze ungene kumodi yokuhlela yephoyinti cindezela ukhiye HLELA.
• Uma imodi yokuhlela yenziwe yasebenza, ukhiye we-EDIT uyakhanya.
• Ungashintsha amapharamitha esibukweni ngokusebenzisa ikhibhodi.
• Ukuqinisekisa noma ukuya endimeni elandelayo, cindezela ukuphuma cindezela.

Ukulandelana kwephoyinti:

• START ubude bemodi (amahora: amaminithi)
• isilawuli izinga lokushisa elisekelwe esiteshini 1
• isilawuli izinga lokushisa elisekelwe esiteshini 2

QAPHELA!

• Indawo yokusetha izinga lokushisa yesiteshi 3 ingafakwa kumenyu ethi SETUP (into SF38).

Imodi yoLWAZI

• Cindezela inkinobho ukukhumbula ulwazi kuye ngemodi yokusebenza yesilawuli samanje.

Okwemodi ye-AUTOSTART

• Ngokusho kwesethingi kumenyu yokusetha, into SF47:
• Ku-HMD — ihora, iminithi, nokulibaziseka kwansuku zonke lapho imodi yokuQALA izovulwa
• Ku-HM — amahora namaminithi kumodi yokuQALA

Olunye ulwazi luyafana kumodi ngayinye:

• ukulinganisa kwesiteshi 3 (Isikhangiso-3), Isilinganiso esiteshini 2; indawo yokushisa yejazi ebaliwe**
• isiteshi 1 kanye nama-setpoints okushisa wesiteshi 2
• idethi yamanje
• isikhathi samanje
• Ukuze uthole ulwazi olulandelayo (olwedlule), cindezela

NGOKUZENZAKALELAYO imodi

• Cindezela inkinobho ukhiye wokuhlela amapharamitha ale modi.
• Imodi ye-AUTOSTART ingenziwa isebenze ngezindlela ezimbili:

1. Ngesikhathi esibekiwe (ihora nomzuzu) nokubambezeleka kwansuku zonke, uma kukhona (F47 SETUP – HMD).
2. Ngemva kokubala isikhathi esibekiwe (amahora nemizuzu) (F47 SETUP – HM)

• Ukucindezela inkinobho ethi QALA phakathi nemodi yokuhlela kubangela ukuqala kwemodi yokulinda yokuthi START (AUTOSTART). Ukuyeka imodi ye-AUTOSTART,cindezela inkinobho futhi. Ungashintsha ngokushesha usuke kumodi ye-AUTOSTART uye kumodi ethi START ngokucindezela inkinobho ethi START.

QALA imodi

• Ukuqala nokuqeda imodi ethi START, cindezela inkinobho. Kuzilungiselelo ezijwayelekile zesilawuli ngemva kokushintshela kumodi ye-START zonke izilawuli ziyasebenza futhi isikhathi senqubo sokubala siye phansi siyaqalwa. Isikhathi emahoreni nemizuzu kuya ekupheleni kwenqubo siboniswa esibukweni.
• Kuye ngokucushwa kwe-SETUP izimo zokuphela kwenqubo elandelayo zingase zenzeke.
• ngemuva kokuphela kwesikhathi senqubo (ukuphela kwesikhathi senqubo)
• ngemva kokuba izinga lokushisa elidingekayo lifinyelelwe
• ukuthola inombolo edingekayo yokunamathisela
• Ukuphela kwenqubo kukhonjiswa ngesignali ezwakalayo yangaphakathi futhi ngokuvala i-REL5 Output Ukuze uvale isignali ezwakalayo, cindezela.

Imisebenzi yesevisi ifinyeleleka kumsebenzisi

Inombolo yeseli	Incazelo
UF0	Cindezela ukulungiselelwa kwewashi lesikhathi sangempela  kupharamitha elandelayo
UF1	Ikhodi yokufinyelela ishintsha kumsebenzi womsebenzisi Ibanga 0..999 Inani 0 – ikhodi yokufinyelela ivaliwe
UF2	Ulwazi lwenguqulo yesofthiwe
UF3	Chofoza ikhibhodi VULIWE/VALIWE

• Ukungena esimisweni somsebenzisi cindezela bese ubamba ukhiye bese ucindezela bese ubamba inkinobho.
• Imisebenzi eshiwo ngenhla iyatholakala ngemva kokufaka ikhodi yokufinyelela. Ukuze ukhubaze umsebenzi wokuqinisekisa ikhodi yokufinyelela, setha ikhodi yokufinyelela kokuthi 0000 ngomsebenzi womsebenzisi. Ngokuzenzakalelayo, ikhodi yokufinyelela yemisebenzi yesevisi etholakala kumsebenzisi ivaliwe.

Ama-alamu
Isilawuli se-INDU 50 sibona imicimbi eyi-alamu eyi-11:

Iphutha 1	Ingxenye yokulinganisa ayikho noma ilimele esiteshini 1
Iphutha 2	Ingxenye yokulinganisa ayikho noma ilimele esiteshini 2
Iphutha 3	Ingxenye yokulinganisa ayikho noma ilimele esiteshini 3
Iphutha 4	Izinga lokushisa elingu-MAX lidlule kusiteshi 1
Iphutha 5	Izinga lokushisa elingu-MAX lidlule kusiteshi 2
Iphutha 6	Izinga lokushisa elingu-MAX lidlule kusiteshi 3
Iphutha 7	Izinga lokushisa lingaphansi kuka-MIN esiteshini 1
Iphutha 8	Izinga lokushisa lingaphansi kuka-MIN esiteshini 2
Iphutha 9	Izinga lokushisa lingaphansi kuka-MIN esiteshini 3
Iphutha 10	Lawula i-alamu yokufaka engu-1 (kuya ngezilungiselelo ze-SF69)
Iphutha 11	Lawula i-alamu yokufaka engu-2 (kuya ngezilungiselelo ze-SF70)

Ukuze uvule ama-alamu kuyadingeka kuqala ukusetha isikhathi sokuvula i-alamu [imizuzwana] ku-SETUP (izinto 71..73), bese uvula ama-alamu akhethiwe ku-SETUP (izinto SF60..SF70). Noma iyiphi i-alamu izokwaziswa ngokucindezela. Uma imbangela ye-alamu ingakasulwa, isilawuli senza i-alamu isebenze futhi ngemva kwesikhathi sokulibaziseka kokuvula.

I-Pasteurization

• Ngenxa yokusetshenziswa kaningi kwesilawuli se-INDU50 njengeyunithi elawula inqubo yokucubungula ukudla okushisayo, izakhiwo zayo zandiswa ithuba lokubala inombolo ye-pasteurization ngokusho kwe-arithmetic yendlela evamile.
• Kusetshenziswe ama-coefficient alandelayo okuvala inzalo: (z = 4.8K; z = 7.78K; z = 10K; z = 15K; z = 25K; z = 33,34K — isethwe kokuthi Ukusethwa; iseli SF80) ngezinga lokushisa lenqubo
• I-Tr futhi isethwe kokuthi Setha i-SF77. Kukhona ithuba lokwenza inqubo kusisekelo senani elibekiwe lenombolo ye-pasteurization kuphela (Setha i-SF76) noma kusisekelo senani elimisiwe lenombolo ye-pasteurization kanye nesikhathi sokucubungula. Esimeni sesibili, i-parametrization yesikhathi esiphezulu senqubo ingahlanganisa ukuvikeleka okwengeziwe kokulunga kwenqubo yokukhiqiza. Ukusetha isikhathi esanele sokuhlanganisa, okusho ukuthi isikhathi esiphakathi kwezikhathi ezilandelanayo zokubala inombolo ye-pasteurization (ukusetha iseli SF79), kuphinde kwacatshangelwa kusilawuli se-INDU50. Amathuba okunquma izinga lokushisa, lapho isilawuli kufanele siqale khona ukubala inombolo ye-pasteurization (Setup SF81) nayo yanezelwa. Ukuze kusetshenziswe isilawuli se-INDU50 ukubala inombolo ye-pasteurization i-Setup cell SF45 - umbandela wokuqeda imodi yokuQALA - kufanele isethwe ku-19 noma 20. Inombolo yokudlulwa yinyama inqunywa kokuthi Sethaphu SF76.

Imidwebo yombusi

• Umbusi - i-hiteresis elula - ukufudumeza Uhlobo 0*
• Umbusi - i-hiteresis ehlehlisiwe - Uhlobo lwesiqandisi 1*
• Tz – izinga lokushisa t – isikhathi
• Tz – izinga lokushisa t – isikhathi
• Umbusi - i-hiteresis elula - i-algorithm yokushisa esondela ku-Type 2 *
• Ukulawula izinga lokushisa kungahlukaniswa ezindaweni ezintathu. Endaweni yokuqala ukuphuma kwe-Dout kulawulwa kuze kufike izinga lokushisa e-Tza. Ngenhla kwezinga lokushisa le-Tza, endaweni yesibili, i-algorithm yezinga lokushisa elisondela ku-id yenani elimisiwe liyabonakala. Endaweni yesithathu izinga lokushisa phakathi kwe-hiteresis engezansi nephezulu liyagcinwa.
• Umbusi wezinga lokushisa liyasondela
• Tz – izinga lokushisa t – isikhathi Tza – thershold tempereature for triggering the “approach” algorithm (for temp. below Tza-Dout output is permanently on) I-Dout – state at okukhiphayo kanambambili (isimo esiphezulu sihambisana nokusebenza kwezifudumezi)
• Umbusi PID Uhlobo 3*
• Tz – izinga lokushisa t – isikhathi

Isihlobo sesihlobo sesi-4

• Umbusi ozinikele ekulawuleni izinga lokushisa lejazi kuma-parboilers. Ukulawulwa kwezinga lokushisa kwejakhethi kwenziwa ngesisekelo sobudlelwano phakathi kokusetha kabusha kanye nezinga lokushisa lamanzi elifundwayo.

QAPHELA!

• Lolu hlobo lombusi lutholakala kuphela esiteshini 3 (ukusetha iseli SF31); imingcele yokumisa isilawuli: SF87,103, SF104, SF105.

Ukukhethwa kwe-PID yokusetha umbusi

• Ukuze uthole ukufinyelela ku-PID yokusetha yombusi ehambisana nesiteshi sokulinganisa esinikeziwe ukhiye kufanele icindezelwe futhi ibanjwe bese kuba ukhiye. Ulwazi oluphathelene nepharamitha enikeziwe kanye nenombolo yomphathi izovela esibukweni esiphezulu.
• I-edishini yepharamitha ekhethiwe yenziwa esibukweni esimaphakathi (i-pulsating value). Ukwenyuka kweValue yepharamitha ngokhiye, nciphisa ngokhiye. Shintshela kupharamitha elandelayo kanye nokuqinisekisa izinguquko ngokhiye. Phuma kumodi ye-edishini ngokucindezela inkinobho.

Umthethonqubo wenziwa ngesisekelo salokhu:

• Kuya – sampisikhathi sokulala
• Pr – ukuqiniswa kwesici esilinganayo
• Ti - ukuhlanganisa njalo (isikhathi esiphindwe kabili)
• Td - ukuhlukaniswa okuqhubekayo (isikhathi esithuthukisiwe)
• Ts – setha izinga lokushisa

Ukusethwa kwesilawuli

• Ukungena kumenyu YE-SETUP, cindezela bese ubamba ukhiye bese ucindezela ukhiye. Ngemva kokufaka ikhodi yokufinyelela (uma ifakiwe kuSethaphu cell SF 74) ungashintsha imingcele yesilawuli.

Cha.	Inani elizenzakalelayo	Ibanga	Incazelo	Izilungiselelo zomsebenzisi
SF0	1	0..128	Ikheli lenethiwekhi le-MODBUS
SF1	0	0..4	Isilinganiso se-Baud 0-9600, 1-19200, 2-38400, 3-57600, 4-115200
SF2	1	0..12	Uhlobo lokulinganisa lwesiteshi 1 Uhlobo olujwayelekile: · 0 – PT-500 · 1 – PT-100 · 2 – PT1000   Inguqulo ye-CALIBRATION Egcwele (i-oda elikhethekile) · 3 – 0..20mA · 4 – 4..20mA · 5 – thermocouple s · 6 – thermocouple b · 7 – thermocouple r · 8 – thermocouple t · 9 – thermocouple j · 10 – thermocouple e · 11 – thermocouple k · 12 – thermocouple n
SF3	1	0..12	Uhlobo lokulinganisa lokufakiwe kwesiteshi 2
SF4	1	0..12	Uhlobo lokulinganisa lokufakiwe kwesiteshi 3
SF5	0°C	-99,0..999°C	Inani elihambelana no-0 mA wesiteshi 1 0..20 mA okokufaka
SF6	200°C	-99,0..999°C	Inani elihambelana no-20 mA wesiteshi 1 0..20 mA okokufaka
SF7	0°C	-99,0..999°C	Inani elihambelana no-0 mA wesiteshi 2 0..20 mA okokufaka
SF8	200°C	-99,0..999°C	Inani elihambelana no-20 mA wesiteshi 2 0..20 mA okokufaka
SF9	0°C	-99,0..999°C	Inani elihambelana no-0 mA wokufakwayo kwesiteshi 3_0..20 mA
SF10	200°C	-99,0..999°C	Inani elihambelana no-20 mA wokufakwayo kwesiteshi 3_0..20 mA
SF11	0°C	-99,0..999°C	Inani elihambelana no-4 mA wesiteshi 1 4..20 mA okokufaka
SF12	200°C	-99,0..999°C	Inani elihambelana no-20 mA wesiteshi 1 4..20 mA okokufaka
SF13	0°C	-99,0..999°C	Inani elihambelana no-4 mA wesiteshi 2 4..20 mA okokufaka
SF14	200°C	-99,0..999°C	Inani elihambelana no-20 mA wesiteshi 2 4..20 mA okokufaka
SF15	0°C	-99,0..999°C	Inani elihambelana no-4 mA wesiteshi 3 4..20 mA okokufaka

Cha.	Inani elizenzakalelayo	Ibanga	Incazelo		Izilungiselelo zomsebenzisi
SF16	200°C	-99,0..999°C	Inani elihambelana no-20 mA wesiteshi 3 4..20 mA okokufaka
SF17	0,0°C	-20,0..20°C	Ukulungiswa kokufunda kwezinga lokushisa esiteshini 1
SF18	0,0°C	-20,0..20,0°C	Ukulungiswa kokufunda kwezinga lokushisa esiteshini 2
SF19	0,0°C	-20,0..20,0°C	Ukulungiswa kokufunda kwezinga lokushisa esiteshini 3
SF20	On	Khanyisa cisha	Ukusebenza kwesilawuli esiteshini 1
			Valiwe -njalo	Vuliwe – kumodi ethi START kuphela
SF21	On	Khanyisa cisha	njengenhla kwesiteshi 2
SF22	On	Khanyisa cisha	njengenhla kwesiteshi 3
SF23	-99°C	-99..400°C	Ubuncane bephoyinti elivumelekile lesiteshi 1
SF24	150°C	-99..400°C	Ubukhulu bephoyinti lokusetha lesiteshi 1
SF25	-99°C	-99..400°C	Ubuncane bephoyinti elivumelekile lesiteshi 2
SF26	150°C	400°C	Ubukhulu bephoyinti lokusetha lesiteshi 2
SF27	–	–	–
SF28	–	–	–
SF29	0	0..3	Uhlobo lwesilawuli sesiteshi 1 · 0 – i-hysteresis evamile · 1 – i-hysteresis ehlehlisiwe · 2 – i-hysteresis evamile, 'setpoint rampi-algorithm · 3 – PID isilawuli · 4* – isilawuli esihlobene (sitholakala kuphela esiteshini sesi-3)
SF30	0	0..3	Uhlobo lwesilawuli sesiteshi 2
SF31	0	0..4*	Uhlobo lwesilawuli sesiteshi 3
SF32	1,0°C	0,0..5,0°C	I-hysteresis ephansi yesiteshi 1
SF33	1,0°C	0,0..5,0°C	I-hysteresis ephansi yesiteshi 2
SF34	1,0°C	0,0..5,0°C	I-hysteresis ephansi yesiteshi 3
SF35	1,0°C	0,0..5,0°C	I-hysteresis ephezulu yesiteshi 1
SF36	1,0°C	0,0..5,0°C	I-hysteresis ephezulu yesiteshi 2
SF37	1,0°C	0,0..5,0°C	I-hysteresis ephezulu yesiteshi 3
SF38	120°C	-99..999°C	I-Channel 3 ye-temperature setpoint

Cha.	Inani elizenzakalelayo	Ibanga	Incazelo	Izilungiselelo zomsebenzisi
SF39	20°C	0..200°C	Izinga lokushisa lokuqalisa kusebenze isilawuli (Tza) sesiteshi 1 Nge-“setpoint rampi-algorithm
SF40	20°C	0..200°C	Izinga lokushisa lokuqalisa kusebenze isilawuli (Tza) sesiteshi 2 Nge-“setpoint rampi-algorithm
SF41	20°C	0..200°C	Izinga lokushisa lokuqalisa kusebenze isilawuli (Tza) sesiteshi 3 Nge-“setpoint rampi-algorithm
SF42	1	0..100 isekhondi	Ukubambezeleka kokwenza kusebenze isilawuli [amasekhondi] esiteshini 1
SF43	1	0..100 isekhondi	Ukubambezeleka kokwenza kusebenze isilawuli [amasekhondi] esiteshini 2
SF44	1	0..100 isekhondi	Ukubambezeleka kokwenza kusebenze isilawuli [amasekhondi] esiteshini 3
SF45	5	0..21	QALA izimo zokuphela kwemodi bona "CYCLE END CONDITIONS"
SF46	1	0..1	Iyaqopha · 0 – ukurekhoda okuqhubekayo · 1 – ukuqopha nge-START mode kuphela
SF47	HMd	HMd/HM	AUTOSTART ifomethi yepharamitha yemodi · I-HMD – ihora, iminithi nokubambezeleka kwansuku zonke kokuthi START · HM – eyethu namaminithi okuQALA
SF48	5	0..10 godz.	Umkhawulo wesikhathi esingemuva kokuthi isilawuli sibuyela kumodi ethi START (ngemuva kokuhluleka kwamandla)
SF49	1	1..360 imiz	Ukulinganisa ukuvama kokurekhoda (iyunithi echazwe ku-SF89: iminithi, isekhondi)
SF50	1	1..360 imiz	Imvamisa yokuqopha i-alamu
SF51	C	C / F	Iyunithi yezinga lokushisa
SF52	1 [imizuzu]	0..99 [imizuzu]	Ubude besignali ezwakalayo Qaphela! Uma u-0 ekhethiwe, isignali iyakhanselwa ngokhiye othi OK!
SF53	1	0.. 1	Imodi yokusebenza yokuphuma kwe-alamu · 0 –isignali ephazanyiswe · 1 –isignali eqhubekayo
SF54	150°C	-99..999°C	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 1
SF55	150°C	-99..999°C	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 2
SF56	150°C	-99..999°C	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 3
SF57	-99°C	-99..999°C	Ithempelesha encane evumelekile (i-alamu) yesiteshi 1
SF58	-99°C	-99..999°C	Ithempelesha encane evumelekile (i-alamu) yesiteshi 2
SF59	-99°C	-99..999°C	Ithempelesha encane evumelekile (i-alamu) yesiteshi 3
SF60	Valiwe	Khanyisa cisha	Ukwenza kusebenze i-alamu yephutha lenzwa esiteshini 1
SF61	Valiwe	Khanyisa cisha	Ukwenza kusebenze i-alamu yephutha lenzwa esiteshini 2
SF62	Valiwe	Khanyisa cisha	Ukwenza kusebenze i-alamu yephutha lenzwa esiteshini 3

Cha.	Inani elizenzakalelayo	Ibanga	Incazelo	Izilungiselelo zomsebenzisi
SF63	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu lidlule ukuvulwa kwe-alamu yesiteshi 1
SF64	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu lidlule ukuvulwa kwe-alamu yesiteshi 2
SF65	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu lidlule ukuvulwa kwe-alamu yesiteshi 3
SF66	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 1
SF67	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 2
SF68	Valiwe	Khanyisa cisha	Izinga lokushisa eliphezulu elivumelekile (i-alamu) yesiteshi 3
SF69	0	0..4	Ukwenza kusebenze i-alamu kokokufaka kokulawula 1 · 0 – i-alamu ivaliwe · 1 – i-alamu lapho okokufaka 6-8 sekuseduze · 2 – i-alamu lapho okokufaka 6-8 kuvuliwe · 3 – ukuvinjwa kwekhibhodi lapho okokufaka 6-8 kufushane · 4 – ukuvinjwa kwekhibhodi uma okokufaka 6-8 kungafushaniswanga
SF70	0	0..4	Ukwenza kusebenze i-alamu kokokufaka kokulawula 2 · 0 – i-alamu ivaliwe · 1 – i-alamu lapho okokufaka 7-8 sekuseduze · 2 – i-alamu lapho okokufaka 7-8 kuvuliwe · 3 – ukuvinjwa kwekhibhodi lapho okokufaka 7-8 kufushane · 4 – ukuvinjwa kwekhibhodi uma okokufaka 7-8 kungafushaniswanga
SF71	60	0..999 isekhondi	Ukubambezeleka kwesibonakaliso se-alamu yephutha lenzwa
SF72	60	0..999 isekhondi	Izinga lokushisa lidlule ukubambezeleka kwenkomba ye-alamu.
SF73	60	0..999 isekhondi	Lawula ukulibaziseka kwenkomba ye-alamu
SF74	0	0..999	SETHA ushintsho lwekhodi yokufinyelela
			Inani 0 – ukuhlola ikhodi VALIWE
SF75	0	0..1	Isisekelo sesikhathi se-START mode · 0 – ihora: min · 1 – imiz:isekhondi
SF76	66,4	0,1..999, 1 imiz	Setha inombolo yokunamathisela
SF77	72°C	0..100°C	Izinga lokushisa le-Pasterization (Izinga lokushisa lokucubungula i-Tr)
SF78	0	0..2	Isiteshi okukalwa kuso izinga lokushisa ngaphakathi kwebhokisi. · 0 – isiteshi 1 · 1 – isiteshi 2 · 2 – isiteshi 3
SF79	15	0..600 isekhondi	Ukusetha izinga lokufunda lenombolo yokunamathisela (amasekhondi)

SF80	0	0..5	Ukukhethwa kwethebula lama-coefficients okwenziwa inzalo: · 0 – i-coefficient z=4,8 K · 1 – i-coefficient z=7,78 K · 2 – i-coefficient z=10 K · 3 – i-coefficient z=15 K · 4 – i-coefficient z=25 K · 5 – i-coefficient z=33,34 K
SF81	52°C	0..100°C	Izinga lokushisa, lapho umbusi eqala khona ukubala inombolo yokunamathisela
SF82 SF83 SF84	0   1   2	0..2   0 ..2   0..2	Inombolo yeshaneli yokulinganisa uma kuqhathaniswa nomthethonqubo owenziwe kumbusi 1 Inombolo yeshaneli yokulinganisa uma kuqhathaniswa nomthethonqubo owenziwe kumbusi 2 Inombolo yeshaneli yokulinganisa uma kuqhathaniswa nomthethonqubo owenziwe kumbusi 3 · 0 – isiteshi sokulinganisa 1 · 1 – isiteshi sokulinganisa 2 · 2 – isiteshi sokulinganisa 3
SF85 SF86 SF87	0 0 0	-50..100°C -50..100°C -50..100°C	Ukushintsha izinga lokushisa elibekiwe kumbusi 1 Ukushintsha izinga lokushisa elibekiwe kumbusi 2 Ukushintsha izinga lokushisa elimisiwe lombusi 3
SF88	0	0..4	Indlela yokuqalisa inqubo · 0 – QALA ukhiye · 1 – Okokufaka 1 · 2 – Okokufaka 2 · 3 – Okokufaka 1 noma 2 · 4 – Okokufaka 1 noma 2
SF89	0	0..1	Iyunithi yefrikhwensi yokukala (isebenza ku-SF49): · 0 – imiz · 1 – isekhondi
SF90	0	0..1	Indlela yokubonisa isikhathi · 0 – ukubala wehle · 1 – ukubala uye phambili
SF91 SF92 SF93	10 s 10 s 10 s	10..1000 is 10..1000 is 10..1000 is	Isikhathi somjikelezo wokuphuma kwedijithali - UMbusi PID1 Isikhathi somjikelezo wokuphuma kwedijithali - Umbusi PID2 Isikhathi somjikelezo wokuphuma kwedijithali - uMbusi PID3
SF94 SF95 SF96	0 s 0 s 0 s	0..120 is 0..120 is 0..120 is	Isikhathi esincane sokushisa - UMbusi PID1 Isikhathi esincane sokushisisa - UMbusi PID2 Isikhathi esincane sokushisa - uMbusi PID3
SF97 SF98 SF99	0 s 0 s 0 s	0..120 is 0..120 is 0..120 is	Isikhathi esincane sesikhawu senkathi - Umbusi PID1 Isikhathi esincane senkathi yesikhawu - Umbusi PID2 Isikhathi esincane sesikhawu senkathi - Umbusi PID3
SF100 SF101 SF102	0 s 0 s 0 s	0..120 is 0..120 is 0..120 is	Isikhathi sokuhlanza - Umbusi PID1 Isikhathi sokuhlanza - Umbusi PID2 Isikhathi sokuhlanza - uMbusi PID3
SF103	5,2	0..99,9	Inzuzo yesihlobo sombusi
SF104	30 s	0..120 is	Isikhathi esincane sokuqalisa sokushisa kombusi ohlobene
SF105	30 s	0..120 is	Isikhathi esincane sokucisha isibani sombusi ohlobene

Ukudluliselwa

I-REL 1	Ukukhishwa kwe-relay ye-governor 1
I-REL 2	Ukukhishwa kwe-relay ye-governor 2
I-REL 3	Ukukhishwa kwe-relay ye-governor 3
I-REL 4	Kuvulwe kumodi ethi START
I-REL 5	I-alamu

Exampisicelo

Isithombe. 1. lesi exampi-le inikezwa ngenjongo yokwazisa kuphela futhi akufanele icatshangwe ngokwengxenye noma iphelele njengomklamo wesistimu

Izimo zokuphela komjikelezo

Nr	Izimo zokuphela komjikelezo (Ukusethwa kweseli 45)
SF45=0	Isikhathi siphelile (isikhathi sidlulile)
SF45=1	Umjikelezo uphela lapho izinga lokushisa lidlula kusiteshi 1 (ibhoyili)
SF45=2	Umjikelezo uphela lapho izinga lokushisa leqiwa kushaneli 2 (ibha)
SF45=3	Umjikelezo uphela lapho izinga lokushisa lidlula ku-channel 3 (igobolondo)
SF45=4	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa selidlulile (ibhoyili)
SF45=5	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa selidlulile (ibha)
SF45=6	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa selidlulile (igobolondo)
SF45=7	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa selidlulile (ibhoyili)
SF45=8	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa leqiwe (ibha)
SF45=9	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa selidlulile (igobolondo)
SF45=10	Umjikelezo uphela lapho izinga lokushisa likabhoyela lehla ngaphansi kwendawo ebekiwe
SF45=11	Umjikelezo uphela lapho izinga lokushisa lebha lehla ngaphansi kwephoyinti lokusetha
SF45=12	Umjikelezo uphela lapho izinga lokushisa legobolondo lehla ngaphansi kwe-setpoint
SF45=13	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa likabhoyela lehla ngaphansi kwendawo ebekiwe
SF45=14	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa lebha lehla ngaphansi kwendawo ebekiwe
SF45=15	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe noma izinga lokushisa legobolondo lehla ngaphansi kwendawo ebekiwe
SF45=16	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa kubhayela lehla ngaphansi kwendawo ebekiwe
SF45=17	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa lebha lehla ngaphansi kwendawo yokubeka
SF45=18	Umjikelezo uphela ngemva kokuphela kwesikhathi esisethiwe futhi izinga lokushisa legobolondo lehla ngaphansi kwendawo yokubeka
SF45=19	Ukuphela komjikelezo, lapho inombolo yokunamathisela ifinyelelwa.
SF45=20	Ukuphela komjikelezo, lapho inombolo yokunamathisela noma isikhathi esimisiwe sifinyelelwa.
SF45=21	Ukuphela komjikelezo lapho, ngemva kokufinyelela izinga lokushisa lebha, isikhathi esimisiwe sibalwa phansi.

Imibuzo evame ukubuzwa (FAQ)

1.     Yini okufanele yenziwe lapho umbusi engavuli?

· Hlola ukuphakelwa kwamandla kombusi.

2.     Umbusi akayirekhodi idatha ngemva kokuphela kwenqubo.

· Hlola ukulungiselelwa kweseli SF46. Uma kudingeka ukurekhoda okuqhubekayo, · okusho ukurekhoda kungakhathalekile ukuthi iyiphi indlela yokusebenza, bhala 0.

3.     Kungenzeka yini ukweqa ikhodi yokufinyelela emisebenzini yesevisi efinyeleleka kumsebenzisi?

· Bhala u-0 (zero) njengekhodi yokufinyelela yombusi.

4.      Ukudluliselwa kunethiwekhi ye-RS485 akusebenzi.

· Hlola amakheli kunethiwekhi ye-RS485. Qaphela! Idivayisi ngayinye kufanele ibe nekheli ngalinye. · Inkinga ingase ibe: - ukusetha ngokungalungile izinga le-baud kumbusi, amasiginali ashintshiwe A no-B, ulayini wokudlulisela owonakele, nokunye okuningi.

5.     Inzwa yezinga lokushisa i-PT-100, PT-500 noma i-PT-1000 ayisebenzi.

· Hlola ukunemba kwesilungiselelo senzwa yezinga lokushisa, isb ngenzwa yokuqala, PT-100, inani elingu-1 kufanele libekwe kuseli SF2.

Idatha yobuchwepheshe

Ukunikezwa kwamandla kagesi:	24V AC/DC Imax.140mA 110/230VAC Imax.30mA
Bonisa:	3x LED 0,5″ Ebomvu
Ikhibhodi:	micro switch izinkinobho
Izixhumi:	i-plug-in terminal block
Ibanga lokulinganisa izinga lokushisa:	– 99°C ÷ 600°C
Ukulungiswa kokulinganisa izinga lokushisa:	0,1°C od – 9,9°C kuya ku-99,9°C 1°C kwezinye izigaba
Iphutha lokulinganisa ithempelesha:	≤ ±0,5°C (isebenza kumjikelezo wokulinganisa wesilawuli)
Okufakiwe:	3 i-analogue yokulinganisa elungisekayo (PT100/PT500/PT1000) · PT100/PT500/PT1000 – inguqulo evamile · 0..20mA, 4..20mA, thermocouple: s, b, r, t, j, e, k, n – Inguqulo Egcwele YOKUCALISA (i-oda elikhethekile) 2 amandla edijithali yamahhala (ukulawula)
Okuphumayo:	4 shintsha idijithali ye-relay (ubukhulu bomthwalo ongu-250VAC/2A ngesiteshi ngasinye) 1 AYIKHO idijithali yokudlulisela (ubukhulu bomthwalo ongu-250VAC/2A)
Ukuxhumana:	1xRS485
Ukubhalisa:	100 000 amarekhodi
Isoftware:	I-LoggisoftLT (PC) , MPC4 (PC)

Ubukhulu:	kwangaphandle 134x134x65mm (W x H x D) ukukhweza 90x90mm (W x H)
Ukulungisa:	kukulufiwe izimbobo ezi-4 ezifakwayo (ngaphambili) noma iziqeshana ezi-4 ezifakwayo (ngemuva)
Isisindo:	500 g (inetha)
Isilinganiso se-IP:	65 (phambili) 20 (ngemuva)
Izimo zokusebenza:	Izinga lokushisa: 0°C ÷ 55°C Ukuswakama: 5%RH ÷ 85%RH
Ukuhambisana ne-EC:	2014/30/UE ROHS 2011/65/UE 2014/35/UE I-PN-EN IEC 61000-6-2:2019 PN-EN 61000-4-4:2013-05 I-PN-EN 61000-4-2:2011 I-PN-EN 61000-4-11:2007 I-PN-EN 61131-2:2008

Izici

• kusuka ku-IP 65 ngaphambili - ukumelana nama-ejenti okuhlanza aqinile asetshenziswa embonini yokudla

Amapharamitha wokudlulisela

Izici zokudlulisela

• Isixhumi esibonakalayo: RS-485
• Iphrothokholi yokudlulisela: I-MODBUS RTU
• Amapharamitha wokudlulisela: 1 isiqalo kancane, 8 izingcezu zedatha, 2 stop bits, ngaphandle kokuhlola ukulinganisa
• Isivinini sokudlulisa: 9600 bit/isb

Ukufundwa kwemiphumela yokulinganisa

Ikheli	Umsebenzi	I-sub- umsebenzi	Ubude H	Ubude L	Idatha	CRC L	CRC H
8 amabhithi	8 amabhithi	8 amabhithi	8 amabhithi	8 amabhithi	8 amabhithi	8 amabhithi	8 amabhithi

Ukuqokwa

• IKHELI – ikheli ledivayisi ye-SLAVE
• UMSEBENZI – inombolo yomsebenzi
• I-SUB-FUNCTION - inombolo ye-sub-function
• UBUDE (H, L) – isamba sobude bozimele
• IDATHA – N-bytes yedatha
• I-CRC (H, L) – ibhayithi ephansi nebhayithi ephezulu CRC 16
• Imisebenzi engaphansi yomsebenzi wokufundwa kwesilinganiso: 46 HEX (70 DEC) Ukufundwa kwemiphumela yokulinganisa

Imisebenzi engaphansi inombolo	Impendulo	Ukutolika	Ubude	Inombolo ye-Byte ifremu (*)
0 HEX (0 DEC)	ukufundwa kwemiphumela yokulinganisa	Isiteshi 1 *10 (okufakwa kukhodi ehambisanayo ku-2)	2 byte	5 6
		Isiteshi 2 *10 (okufakwa kukhodi ehambisanayo ku-2)	2 byte	7 8
		Isiteshi 3 *10 (okufakwa kukhodi ehambisanayo ku-2)	2 byte	9 10

Qaphela!

• Inani elingu-0xF448 kunoma yimaphi amashaneli lisho ukuthi akukho silinganiso (inzwa ekhubazekile noma ayikho inzwa). Example yombuzo (amanani ku-HEX): 01 46 00 00 07 4D 4A.

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Amadokhumenti / Izinsiza

I-MIKSTER INDU-50 Microprocessor Controller [pdf] Imaniwali yosebenzisayo INDU-50, INDU-50 Microprocessor Controller, Microprocessor Controller, Controller

Izithenjwa

• Imaniwali yosebenzisayo