I-DTA7272 A Series Temperature Controller
Ulwazi Lomkhiqizo
I-Delta A Series Temperature Controller iyidivayisi eklanywe
ukulawula izinga lokushisa ezinhlelweni ezihlukahlukene. Inikeza okuningi
izici nezinketho zokulawula izinga lokushisa okunembile.
Izinyathelo zokuzivikela
- Ungazithinti amatheminali e-AC ngenkathi unikezwa amandla
isilawuli ukuvimbela ukushaqeka kukagesi. - Qinisekisa ukuthi amandla anqanyuliwe ngenkathi ubheka iyunithi
ngaphakathi. - Uphawu lubonisa ukuthi le Delta A Series Temperature
Isilawuli sivikelwe yonke indawo nge-DOUBLE INSUULATION.
Uku-oda Ulwazi
I-Delta A Series Temperature Controller inga-odwa nge
imininingwane ehlukahlukene:
- Usayizi Wephaneli: Usayizi wephaneli yesilawuli.
- Ukukhetha Okukhiphayo: Khetha phakathi kokuphumayo kwe-Relay, Voltage Pulse
okukhiphayo, noma okukhiphayo kwamanje. - Ukuxhumana (Ngokuzithandela): Khetha ukuthi ufake i-RS-485 yini
esibonakalayo. - Umsebenzi Wamanje We-Transformer (CT) (Ongakukhetha): Khetha ukuthi
faka i-transformer yamanje.
I-Delta A Series Temperature Controller inesibonisi,
Izinkomba ze-LED, nama-pushbuttons ukuze usebenze kalula:
- Ikhi lomsebenzi: Cindezela ukukhetha imodi yokusebenza oyifunayo kanye
qinisekisa inani lokusetha. - Ikhi yemodi: Cindezela ukusetha amapharamitha ngaphakathi komsebenzi ngamunye
imodi. - Ukhiye ophezulu: Cindezela ukuze ukhuphule amanani aboniswa ku-SV
isibonisi. - Ukhiye ophansi: Cindezela ukuze wehlise amanani aboniswe ku-SV
isibonisi.
Imininingwane
- Okokufaka ivoltage: 100 ~ 240VAC 50/60Hz
- Umsebenzi voltagububanzi: 85% kuya ku-110% wevolumu elinganiselwetage
- Ukusetshenziswa kwamandla: 5VA max.
- Indlela yokubonisa: i-LED enamadijithi angu-7
- Uhlobo lwenzwa: Thermocouple, Platinum RTD, noma Copper
isixhasi - Imodi yokulawula: I-PID, Ukulawula UKUVULA/KUVALIWE, noma ukushuna mathupha
- Control okukhiphayo: edluliselwe okukhiphayo, Voltage Pulse okukhiphayo, noma Yamanje
okukhiphayo - Bonisa ukunemba: 0.1% webanga lokulinganisa
- Sampisilinganiso se-ling: 500 msec/ukuskena ngakunye
- Ukumelana nokudlidliza: 10 kuye ku-55Hz, 10m/s2 imizuzu eyi-10, ngayinye iku-X,
Izikhombisi-ndlela zika-Y, no-Z - Ukumelana nokushaqeka: Ubukhulu. 300m/s2, izikhathi ezi-3 ezimbazweni ezi-3, 6
izikhombisi-ndlela - Izinga lokushisa le-ambient: 0°C ~ +50°C
- Izinga lokushisa lesitoreji: -20 ° C ~ + 65 ° C
- Umswakama ohlobene: 35% ~ 80% (okungafinyeleli)
- Ukuphakama: 2,000m noma ngaphansi
- Indawo yokufaka: Isigaba Sokufaka 33, Ukungcola
Iziqu 2. Ngokuvumelana ne-EN61010-1 - Izinga lokuvikela lephaneli: IP65
Imiyalo yokusetshenziswa komkhiqizo
Ukuze usebenzise i-Delta A Series Temperature Controller, sicela ulandele
lezi zinyathelo:
- Qinisekisa ukuthi ugesi unqanyuliwe ngaphambi kokuhlola noma
ukulungisa iyunithi. - Khetha imodi yokusebenza efanele usebenzisa i-Function
ukhiye. - Sebenzisa ukhiye we-Mode ukusetha amapharamitha ngaphakathi komsebenzi okhethiwe
imodi. - Lungisa amanani aboniswe kusibonisi se-SV usebenzisa i-Up and
Okhiye abaphansi. - Cindezela inkinobho ethi Umsebenzi ukuze uqinisekise isilungiselelo osifunayo
inani. - Uma kudingeka, setha Imodi yokukhiya ukuze uvimbele izinguquko ku
izilungiselelo. Imodi yokukhiya engu-1 ikhiya zonke izilungiselelo, kuyilapho imodi yokukhiya engu-2 ikhiya
zonke izilungiselelo ngaphandle kwevelu ye-SV.
Sicela ubheke ishidi lemiyalo elinikezwe ne-Delta A yakho
I-Series Temperature Controller ukuze uthole imiyalelo enemininingwane yokusetshenziswa
kanye nezinyathelo zokuphepha.
2013/03/27
I-Series Temperature Controller
Ishidi Leziyalezo
Siyabonga kakhulu ngokuthenga i-DELTA A Series. Sicela ufunde leli phepha lemiyalo ngaphambi kokusebenzisa uchungechunge lwakho lwe-A ukuze uqinisekise ukusebenza kahle futhi sicela ugcine leli shidi lemiyalo liseduze ukuze ulibhekise ngokushesha.
Ukuqapha
INGOZI! Isexwayiso! Ukushaqeka kukagesi! 1. Ungazithinti amatheminali e-AC ngenkathi unikezwa amandla kusilawuli ukuvimbela ukushaqeka kukagesi. 2. Qiniseka ukuthi amandla anqanyuliwe ngenkathi ubheka iyunithi ngaphakathi. 3. Uphawu lubonisa ukuthi le Delta A Series Temperature Controller ivikelwe yonke nge-DOUBLE INSUULATION noma
UKUFAKAZA OKUQINISEKILE (okulingana ne-Class II ye-IEC 536). ISEXWAYISO! Lesi silawuli yisilawuli sohlobo oluvulekile lokushisa. Qiniseka ukuthi uhlola noma isiphi isicelo esiyingozi lapho kungase kwenzeke khona ukulimala okubi komuntu noma umonakalo omkhulu. 1. Njalo sebenzisa amatheminali anconyiwe angenasoda: Itheminali yemfologo ene-isolation (isikulufu se-M3, ububanzi bungu-7.0mm, ububanzi bembobo 3.2mm). Usayizi wesikulufu: M3 x 6.5 (Ngewasha yesikwele esingu-6.8 x 6.8). I-torque yokuqinisa enconyiwe: 0.4 Nm (4kgf.cm). Intambo esebenzayo: Intambo eqinile/esontekile engu-2 mm2, 12AWG ukuya ku-24AWG. Sicela uqiniseke ukuthi uwaqinise kahle. 2. Ungavumeli uthuli noma izinto zangaphandle ukuthi ziwele ngaphakathi kwesilawuli ukuze sisivimbele ukuthi singasebenzi kahle. 3. Ungalokothi uguqule noma uqaqa isilawuli. 4. Ungaxhumi lutho kumatheminali “Akusetshenzisiwe”. 5. Qiniseka ukuthi zonke izintambo zixhunywe ku-polarity efanele yamatheminali. 6. Ungasifaki futhi/noma usisebenzise isilawuli ezindaweni ezingaphansi kwalokhu: · Uthuli noma amagesi abolayo kanye noketshezi. · Umswakama ophezulu. · Emisebeni ephezulu. · Ukudlidliza nokushaqeka. · Ivolumu ephezulutagU-e kanye nefrikhwensi ephezulu 7. Kumele ucime ugesi uma ufaka izintambo futhi ushintsha inzwa yezinga lokushisa. 8. Qiniseka ukuthi usebenzisa izintambo zokunxephezela ezifana nezinhlobo ze-thermocouple lapho unweba noma uxhuma izintambo ze-thermocouple. 9. Sicela usebenzise izintambo ezingazweli lapho unweba noma uxhuma ithemometha yokumelana neplatinamu (RTD). 10. Sicela ugcine intambo ibe mfushane ngangokunokwenzeka uma ufaka izintambo ku-platinamu resistance resistance (RTD) kusilawuli futhi sicela uhambise izintambo zamandla kude ngangokunokwenzeka ezintanjeni zokulayisha ukuvimbela ukuphazamiseka nomsindo obangwayo. 11. Lesi silawuli siyiyunithi yohlobo oluvulekile futhi kufanele sibekwe endaweni ebiyelwe kude nezinga lokushisa eliphezulu, umswakama, amanzi aconsayo, izinto ezibolayo, uthuli oluhamba emoyeni kanye nokushaqeka kukagesi noma ukudlidliza. 12. Sicela wenze isiqiniseko sokuthi amakhebuli kagesi namasiginali avela kumathuluzi konke kufakwe kahle ngaphambi kokunika isilawuli amandla, ngaphandle kwalokho kungase kwenzeke umonakalo omkhulu. 13. Sicela ungathinti amatheminali kusilawuli noma uzame ukulungisa isilawuli uma amandla asetshenziswa ukuvimbela ukushaqeka kukagesi. 14. Linda okungenani iminithi elilodwa ngemva kokuba amandla enqanyuliwe ukuze uvumele ama-capacitor ukuthi aphume, futhi sicela ungathinti noma iyiphi isekethe yangaphakathi phakathi kwalesi sikhathi. 15. Ungasebenzisi i-asidi noma uketshezi lwe-alkali ekuhlanzeni. Sicela usebenzise indwangu ethambile, eyomile ukuze uhlanze isilawuli. 16. Leli thuluzi alinikezwanga iswishi yamandla noma ifyuzi. Ngakho-ke, uma i-fuse noma iswishi yokuphakela amandla idingeka, faka isivikelo eduze kwethuluzi. Isilinganiso se-fuse esinconyiwe: Ilinganiselwe ivolumutage 250 V, Yamanje elinganiselwe 1 A. Uhlobo lwe-Fuse: I-fuse ye-Time-Lag Qaphela: Lesi silawuli asihlinzeki ngokuvikeleka kwe-overcurrent. Ukusetshenziswa kwalo mkhiqizo kudinga ukuthi i(zi)zisetshenziswa ezifanelekile zokuvikela okudlulele kumele kwengezwe ukuze kuqinisekiswe ukuthobelana nawo wonke amazinga namakhodi kagesi afanelekile. (Kukalwe ngo-250 V, 15 Amps max). Idivayisi efanelekile yokunqamula kufanele ihlinzekwe eduze kwesilawuli ekufakweni kokusetshenziswa kokugcina.
- 1 -
I-PLC1.ir
Uku-oda Ulwazi
c Uchungechunge
I-DTA: I-Delta A Series Temperature Controller
d Usayizi Wephaneli
(W × H)
4848: 1/16 DIN W48 × H48mm 4896: 1/8 DIN W48 × H96mm 7272: W72 × H72mm
9648: 1/8 DIN W96 x H48 9696: 1/4 DIN W96 × H96mm
e Ukukhetha Okuphumayo
R: I-relay output, SPDT (SPST: 1/16 DIN size), 250VAC, 5A V: VoltagI-e Pulse output, 14V+10% ~ -20% (Ubukhulu 40mA) C: Okukhiphayo kwamanje, 4 ~ 20mA
f
Ukuxhumana (Ongakukhetha)
0: Asikho isixhumi esibonakalayo 1: RS-485
g
Umsebenzi Wamanje We-Transformer (CT).
Lutho: Awukho umsebenzi we-CT (I-transformer yamanje ayinikeziwe)
(Ongakukhetha)
T: I-transformer yamanje inikeziwe (uchungechunge lwe-DTA7272 kuphela olusekela lo msebenzi)
Isibonisi, i-LED nama-Pushbuttons
· Isibonisi se-PV: ukukhombisa inani lenqubo noma uhlobo lwepharamitha. · Isibonisi se-SV: ukubonisa iphoyinti elimisiwe, inani lokufunda ukusebenza kwepharamitha, eliguquliwe
inani eliguquguqukayo noma elimisiwe lepharamitha. · I-AT: ikhanya lapho ukusebenza kwe-Auto-tuning IVULIWE. · PHUMA: izibani uma okukhiphayo KUVULIWE.
·
: Ukhiye womsebenzi.
1. Cindezela le nkinobho ukuze ukhethe imodi yokusebenza oyifunayo.
2. Cindezela le nkinobho ukuze uqinisekise inani lokusetha.
·
: Ukhiye wemodi. Cindezela lo khiye ukuze usethe amapharamitha ngaphakathi kwemodi ngayinye yokusebenza.
oo
o
o
· C, F : Amayunithi wezinga lokushisa ama-LED. Amalambu e-C LED uma le pharamitha ilungiselelwe izibani ze-Celsius ne-F LED uma ilungiselelwe i-Fahrenheit.
· I-ALM1 / ALM2: I-LED ephumayo ye-alamu. Amalambu e-ALM1/ALM2 e-LED uma i-Alarm 1 noma i-Alarm 2 ivuliwe.
·
: Ukhiye waphezulu. Cindezela lo khiye ukuze ukhuphule amanani aboniswa kusibonisi se-SV. Bamba phansi lo khiye ukuze usheshise isenzo esikhuphukayo.
·
: Ukhiye ophansi. Cindezela lo khiye ukuze wehlise amanani aboniswe kusibonisi se-SV. Bamba lo khiye ukuze usheshise ukwehla.
Imininingwane
Okokufaka ivoltage Operation voltage ububanzi Ukusetshenziswa kwamandla Indlela yokubonisa
Uhlobo lwenzwa
Imodi yokulawula
Lawula okukhiphayo
Bonisa ukunemba Sampling rate Ukudlidliza Ukumelana nokushaqeka Izinga lokushisa elizungezile
100 ~ 240VAC 50/60Hz
85% kuya ku-110% wevolumu elinganiselwetage
5VA ubuningi.
Inani lenqubo yokubonisa i-LED enamadijithi angu-7 (PV): Umbala obomvu, Iphoyinti lokubeka (SV): Umbala oluhlaza
I-Thermocouple: K, J, T, E, N, R, S, B, U, L, Txk
3-wire Platinum RTD: Pt100, JPt100 Copper resistor: Cu50
I-PID, Ukulawula UKUVULIWE/KUVALIWE noma ukushuna mathupha
Okukhiphayo okudluliselwe: (umthwalo ophikisayo): SPDT (SPST: 1/16 usayizi we-DIN), 250VAC, 5A
Voltage Pulse okukhiphayo: DC 14V, Max. layisha i-40mA yamanje
Okukhiphayo kwamanje: 4 kuya ku-20mADC (Ukumelana nomthwalo: Max. 600)
0.1% webanga lokulinganisa
500 msec/ukuskena ngakunye
10 kuya ku-55Hz, 10m/s2 imizuzu engu-10, ngakunye ngezikhombisi-ndlela zika-X, Y no-Z
Ubukhulu. 300m/s2, izikhathi ezi-3 ezimbazweni ezi-3, izinkomba eziyisi-6
o
o
0 C ~ +50 C
- 2 -
Izinga lokushisa lesitoreji Umswakama ohlobene I-Altitude Indawo yokufaka Izinga lokuvikela iphaneli
o
o
-20 C ~ +65 C
35% ~ 80% (okungafinyeleli)
2,000m noma ngaphansi Isigaba Sokufaka 33, Iziqu Zokungcoliswa 2. Ngokuvumelana ne-EN61010-1
IP65
Amapharamitha Uhlu
1. Imodi Yokusebenza: Yenza ngokwezilungiselelo zamapharamitha okulawula ahlobene
Isibonisi se-LED
Incazelo
QAPHELA/YIMA: Ukulungiselelwa kokulawula kuyaqala. Gijima (
) noma Yima (
I-ALARM1 PHEZULU: I-alamu yomkhawulo ophezulu 1
I-ALARM1 LOW: I-alamu enomkhawulo ophansi 1
I-ALARM2 PHEZULU: I-alamu yomkhawulo ophezulu 2
I-ALARM2 LOW: I-alamu enomkhawulo ophansi 2
) imodi kusibonisi se-SV.
Isikhiya sokusetha: Khiya 1 (
), Khiya 2 (
) noma Valiwe (
) kusibonisi se-SV. Imodi yokukhiya engu-1 ingakhiya konke
izilungiselelo kanye nemodi yokukhiya 2 kuphela kungakhiya ezinye kunevelu ye-SV. Uma imodi ye-OFF ikhethiwe, Khiya
umsebenzi uzocishwa. Uma ucindezela futhi ukhiye kanye kanye, isimo "Khiya" singakhululwa futhi isilawuli sizobuyela kusibonisi sangaphambilini.
PHUMILE: Isibonisi senani lokukhiphayo kanye nokulungiswa kwenani lokukhiphayo kusilawuli sokushuna mathupha (Lo msebenzi awutholakali ekulawuleni UKUVULIWA/KUVALIWE noma ekulungiseni Ukushuna Okuzenzakalelayo)
I-CT: Uma usebenzisa i-transformer yamanje yangaphandle (CT), isilawuli sibonisa inani lamanje elilinganiswa nge-CT, uma okukhiphayo kokulawula KUVULIWE.
2. Imodi Yokulawula: Setha imingcele yokulawula
Isibonisi se-LED
Incazelo
AT: Isilungiselelo sokushuna ngokuzenzakalela. Uma ukhiye we-AT usethelwe KUVULIWE ( kuqale ngokuzenzakalelayo. (Ukulawula kwe-PID)
), ukwenziwa komsebenzi wokushuna okuzenzakalelayo kwe-PID kungukuthi
P: I-Proportional Band (Isilawuli se-PID)
I: Isikhathi Esiphelele (ukulawula kwe-PID)
D: Isikhathi Sokuphuma (PID control)
I-PdoF: Okuphumayo kwe-Offset lapho umsebenzi wokulawula we-P noma we-PD IVULIWE. (Ukulawulwa kwe-PID kanye ne-Ki=0)
ioF: Inani elizenzakalelayo levolumu esemqoka lapho umsebenzi wokulawula we-PID UVULIWE futhi isikhathi esibalulekile esingaguquki singalingani no-0(ziro). I-AT ingasetha ngokuzenzakalelayo le pharamitha. (Ukulawulwa kwe-PID ne-Ki0)
I-HTS: Setha i-hysteresis yokushisisa lapho IVULIWE/KUVALIWE umsebenzi wokulawula.
I-CTS: Setha i-hysteresis yokupholisa lapho umsebenzi wokulawula UKUVULIWE/KUVALIWE.
I-HTPD: Ukusetha umjikelezo wokulawula ukushisa kwe-PID (ukulawula kwe-PID)
I-CLPD: Ukulungiselelwa komjikelezo wokulawula ukupholisa kwe-PID (ukulawula kwe-PID)
I-TPOF: Lawula inani lokuchezuka kwezinga lokushisa
I-CRHI: Lawula inani lokuchezuka kokuphumayo okungu-20mA (iyunithi engu-1 = 0.1mA)
I-CRLO: Lawula inani lokuchezuka kokuphumayo kwe-4mA (iyunithi engu-1 = 0.1mA)
3. Imodi Yokusetha Yokuqala: Izilungiselelo zokuqala zesilawuli namapharamitha okuxhumana
Isibonisi se-LED
Incazelo
OKUFAKAYO: Khetha uhlobo lwenzwa yezinga lokushisa lokufaka (Sicela ubhekisele kokuqukethwe “Kohlobo Lwenzwa Yezinga Lokushisa Nobubanzi Bezinga Lokushisa” ukuze uthole imininingwane)
o
o
Iyunithi: Iyunithi yokubonisa izinga lokushisa, C ( ) kanye no-F ( )
T-HIGH: Umkhawulo ophezulu webanga lokushisa
Okuzenzakalelayo RUN
o
4.0 C
o
4.0 C
o
4.0 C
o
4.0 C
VALIWE
0
Funda kuphela
Okuzenzakalelayo KUVALIWE 47.6 260 41 0 0 0 0 Okukhiphayo
Ukukhetha: V: 4 isekhondi. R: 20 isekhondi.
0 0 0
I-PT2 ezenzakalelayo
o
c500.0
- 3 -
I-LED Display T-LOW: Umkhawulo ophansi webanga lokushisa
Incazelo
Okuzenzakalelayo -20.0
UKULAWULA: Ukusetha indlela yokulawula kusibonisi se-SV: PID (
ukushuna (
)
), isilawuli VULIWE/VILE (
SHINTSHA: Khetha Ukushisisa (
) noma Ukupholisa (
) isenzo
ISETHI YE-AL1: Isethingi ye-alamu 1 (Bheka izincazelo kusigaba esithi “Okukhipha I-alamu”.)
), noma imanuwali
UKUSHISA KWE-PID
0
ISETHI YE-AL2: Isethingi ye-alamu 2 (Bheka izincazelo kusigaba esithi “Okukhipha I-alamu”.)
0
C KHETHA: I-ASCII, i-RTU yokukhetha amafomethi okuxhumana (Kuboniswa lapho kusetshenziswa ukuxhumana kwe-serial)
ASCII
C WE: Umsebenzi wokubhala vala/vumela (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
VALIWE
C CHA: Ukulungiselelwa kwekheli 1
(Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
I-BPS: Ukulungiselelwa kwesilinganiso se-Baud (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
9,600
UBUDE: Ukulungiselelwa kobude bedatha
(Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
7
I-PARITY: Isilungiselelo se-Parity bit
(Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
E
MISA IQINISO: Misa ukulungiselelwa kwebhithi
(Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
1
Qaphela: Amanani e-alamu kufanele asethwe kumodi yokusetha yokuqala ukuze i-AL1H, AL1L, AL2H ne-AL2L ibonakale kumodi yokusebenza.
Ukusebenza
Kunezindlela ezintathu zokusebenza: ukusebenza, ukulawulwa kanye nokusetha kokuqala. Uma amandla esetshenziswa, isilawuli singena kumodi yokusebenza. Cindezela ukhiye ukuze ushintshele kumodi yokulawula. Uma ukhiye ucindezelwa ngaphezu kwamasekhondi angu-3, isilawuli sizoshintshela kumodi yokusetha yokuqala. Ukucindezela inkinobho ngenkathi ukumodi yokulawula noma imodi yokusetha kokuqala, kuphoqa isilawuli ukuthi sibuyele kumodi yokusebenza.
I-PV/SV: Isetha indawo yokusetha izinga lokushisa futhi ibonise inani lenqubo yezinga lokushisa. Sebenzisa izinkinobho nezinkinobho ukuze usethe indawo yokusetha izinga lokushisa.
Indlela yokusetha: Ngenkathi ukunoma iyiphi imodi yokusebenza, cindezela inkinobho ukuze ukhethe umsebenzi owufunayo bese usebenzisa izinkinobho nezinkinobho ukushintsha izilungiselelo. Cindezela inkinobho ukuze ulondoloze izinguquko. Ishadi eligelezayo elilandelayo libonisa ukuthi ungashintsha kanjani izilungiselelo nemisebenzi yangaphakathi:
Imodi Yokulawula
Ukushuna okuzenzakalelayo (Ekulawulweni kwe-PID nemodi ye-RUN)
Setha i-PID PB (Ekulawulweni kwe-PID)
Cindezela
Setha i-PID Ti (Ekulawulweni kwe-PID)
Cindezela
Setha i-PID Td (Ekulawulweni kwe-PID)
Cindezela
Cindezela
Imodi yokusebenza
Sebenzisa okuqondiwe
ukusetha izinga lokushisa
V
Cindezela u-V
Lawula ukulungiselelwa RUN noma MISA
V
Cindezela u-V
I-alamu yomkhawulo ophezulu 1
(Le parameter itholakala kuphela uma umsebenzi we-ALA1 uvula)
V
Cindezela u-V
I-alamu enomkhawulo ophansi 1
(Ipharamitha itholakala kuphela uma umsebenzi we-ALA1 uvumela)
V
Cindezela u-V
- 4 -
Imodi Yokusetha Yokuqala Setha uhlobo lokufaka
Cindezela iyunithi yokushisa ethi V Setha
Cindezela okuthi V Setha umkhawulo ophezulu webanga lokushisa
Cindezela okuthi V Setha umkhawulo ophansi webanga lokushisa
Cindezela u-V
Imodi Yokulawula
noma isilungiselelo
I-P/PD control offset
(Uma isilawuli se-PID IVULIWE kanye no-Ki=0, setha ifayela le-
inani le-Pdof; uma i-Ki0, i-AT izosetha ngokuzenzakalelayo inani le-Iof)
Imodi yokusebenza
I-alamu yomkhawulo ophezulu 2 (Le parameter itholakala kuphela uma umsebenzi we-ALA2 uvumela)
Cindezela u-V
Cindezela u-V
or
Ukushisisa/Ukupholisa
i-hysteresis
(Isilawuli VALIWE)
noma umjikelezo wokulawula
(Ekulawulweni kwe-PID)
Cindezela okuthi Setha Ukushisisa/Ukupholisa
I-alamu enomkhawulo ophansi 2
(Le parameter itholakala kuphela uma umsebenzi we-ALA2 uvula)
V
Cindezela u-V
Ukusetha imodi yokukhiya
Cindezela okuthi V Lawula inani lokuchezuka kwezinga lokushisa
Cindezela okuthi V Okukhiphayo ukubonisa bese ulungisa
Imodi Yokusetha Yokuqala Khetha imodi yokulawula
Cindezela okuthi V Khetha Imisebenzi Yokushisa/Yokupholisa
Isilungiselelo se-alamu 1
Cindezela u-V
Isilungiselelo se-alamu 2
Cindezela u-V
Cindezela u-V
Cindezela u-V
Cindezela u-V
Lawula inani lokuchezuka lokukhiphayo elingu-20mA
Umsebenzi we-CT ukhethiwe
ASCII, RTU amafomethi okuxhumana
(Bonisa uma uphuma manje)
Uma usebenzisa i-CT yangaphandle, ukukhethwa kwesilawuli
ibonisa inani lamanje elilinganiswa ngalo
CT, uma okukhiphayo kokulawula KUVULIWE.
Cindezela okuthi V Lawula inani lokuchezuka kokuphumayo kwe-4mA (Kuboniswa lapho kuphumayo kwamanje)
Cindezela buyela kusilungiselelo sokushuna ngokuzenzakalela
Cindezela
buyela ekuboniseni izinga lokushisa
Cindezela u-V
Umsebenzi wokubhala vala/vumela (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela u-V
Ukulungiselelwa kwekheli (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela u-V
Ukulungiselelwa kwesilinganiso se-Baud (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela u-V
Ukulungiselelwa kobude bedethi (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela u-V
I-Parity bit setting (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela u-V
Misa ukulungiselelwa kwebhithi (Kuboniswa uma usebenzisa ukuxhumana kwe-serial)
Cindezela ukubuyisela ohlotsheni lokokufaka
Ukulawula Ukushisisa Nokupholisa
Ukulawula izinga lokushisa kutholakala ngokufudumeza noma ngokupholisa. Umsebenzi wokushisisa uqala lapho izinga lokushisa lenqubo (PV) lehla, kanye nomsebenzi wokupholisa lapho izinga lokushisa liphakama. Akunakwenzeka ukusebenzisa yomibili imisebenzi ngesikhathi esisodwa kulesi silawuli.
- 5 -
Uhlobo lwenzwa yezinga lokushisa kanye nobubanzi bezinga lokushisa
Inzwa yezinga lokushisa lokufaka uhlobo lwe-Platinum resistance (Pt100) uhlobo 3
Bhalisa inani 15
Isibonisi se-LED
I-Platinum resistance (Pt100) uhlobo 2
14
I-Platinum resistance (Pt100) uhlobo 1
13
I-Platinum resistance (JPt100) uhlobo 2
12
I-Platinum resistance (JPt100) uhlobo 1
11
I-Copper resistorCu50type2
20
I-Copper resistorCu50type1
19
Uhlobo lwe-Thermocouple (TC) B
10
Uhlobo lwe-Thermocouple (TC) S
9
Uhlobo lwe-Thermocouple (TC) R
8
Uhlobo lwe-Thermocouple (TC) N
7
Uhlobo lwe-Thermocouple (TC) E
6
Thermocouple (TC) T uhlobo 2
5
Thermocouple (TC) T uhlobo 1
4
I-Thermocouple (TC) J uhlobo 2
3
I-Thermocouple (TC) J uhlobo 1
2
I-Thermocouple (TC) K yohlobo 2
1
I-Thermocouple (TC) K yohlobo 1
0
Uhlobo lwe-Thermocouple (TC) L
16
Uhlobo lwe-Thermocouple (TC) U
17
Uhlobo lwe-Thermocouple (TC) Txk
18
Inkomba Yephutha Lokufaka
Setha inani le-PV SV
Inzwa yezinga lokushisa ayixhunyiwe
Inani lokushisa elilinganisiwe lidlula izinga lokushisa
Ibanga lokushisa
o
0.0 ~ 100.0C
o
-20.0 ~ 500.0 C
o
-200 ~ 600 C
o
0.0 ~ 100.0C
o
-20.0 ~ 400.0 C -50.0 ~ 150.0°C
-50 ~ 150°C
o
100 ~ 1,800C
o
0 ~ 1,700C
o
0 ~ 1,700C
o
-200 ~ 1,300 C
o
0 ~ 600C
o
-20.0 ~ 400.0 C
o
-200 ~ 400 C
o
-20.0 ~ 400.0 C
o
-100 ~ 850 C
o
-20.0 ~ 500.0 C
o
-200 ~ 1300 C
o
-200 ~ 850 C
o
-200 ~ 500 C
o
-200 ~ 800 C
Okokufaka okungaziwa
Imiphumela Ye-Alamu
Kunamaqembu afika amabili okuphuma kwe-alamu futhi iqembu ngalinye livumela izinhlobo ze-alamu eziyi-13 kumodi yokuqala yokumisa. Okuphumayo kwe-alamu kwenziwa kusebenze noma nini lapho izinga lokushisa lenqubo (PV) liba phezulu noma ngaphansi kunephoyinti elimisiwe lomkhawulo we-alamu.
Setha inani
Uhlobo lwe-alamu
Ukusebenza kokukhipha i-alamu
0
Umsebenzi we-alamu ukhutshaziwe
Okukhiphayo KUVALIWE
Ukuchezuka komkhawulo ophezulu naphansi:
1
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lingaphezulu kwenani lokusetha elithi SV + (AL-H) noma
ngaphansi kwenani lokusetha elithi SV – (AL-L).
Ukuchezuka umkhawulo ophezulu:
2
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lingaphezulu kwenani lokusetha elithi SV + (AL-H).
KHANYISA CISHA
SV-(AL-L) SV
KHANYISA CISHA
SV
I-SV+(AL-H) SV+(AL-H)
Ukuchezuka komkhawulo ophansi: 3
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV liphansi kunenani lokusetha elithi SV- (AL-L).
KHANYISA CISHA
SV-(AL-L) SV
- 6 -
Setha inani 4
Uhlobo lwe-alamu
Ukusebenza kokukhipha i-alamu
Hlehlisa ukuchezuka komkhawulo ophezulu naphansi:
ON
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV likububanzi benani lokusetha elithi SV + (AL-H) futhi VALIWE
I-SV – (AL-L).
SV-(AL-L) SV
I-SV+(AL-H)
Inani eliphelele eliphezulu neliphansi lomkhawulo:
ON
5
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lingaphezulu kwenani lokusetha elithi AL-H noma lingaphansi kuno-OFF
ukusetha inani AL-L.
I-AL-L
Inani eliphelele lomkhawulo ophezulu:
ON
6
VALIWE
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lingaphezulu kwenani lokusetha elithi AL-H.
Inani eliphelele lomkhawulo ophansi: 7
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV liphansi kunenani lokusetha elithi AL-L.
KHANYISA CISHA
I-AL-L
U-AL-H AL-H
Ukuchezuka komkhawulo ophezulu nophansi ngokulandelana kokubekwe eceleni:
8
Lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lifinyelela inani elimisiwe (inani le-SV) futhi inani likhona
iphakeme kunenani lokusetha elithi SV + (AL-H) noma eliphansi kunenani lokusetha elithi SV – (AL-L).
KHANYISA CISHA
SV-(AL-L) SV
I-SV+(AL-H)
Ukuchezuka komkhawulo ophezulu ngokulandelana kokulinda:
ON
9
Lokhu okukhiphayo kwe-alamu kusebenza lapho inani le-PV lifinyelela inani elimisiwe (inani le-SV) kanye nokufinyelelwayo
VALIWE
inani lingaphezulu kwenani lokusetha elithi SV + (AL-H).
I-SV SV+(AL-H)
Ukuchezuka umkhawulo ophansi ngokulandelana kokubekwe eceleni:
ON
10
Lokhu okukhiphayo kwe-alamu kusebenza lapho inani le-PV lifinyelela inani elimisiwe (inani le-SV) kanye nokufinyelelwa kwe-OFF
inani liphansi kunevelu yokusetha SV – (AL-L).
SV-(AL-L) SV
I-Hysteresis upper limit alarm output: lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV lingaphezulu kwe-
ON
11
ukusetha inani SV + (AL-H). Lokhu okukhiphayo kwe-alamu KUVALIWE uma inani le-PV liphansi kunokulungiselelwa
VALIWE
inani SV + (AL-L).
SV AL-L AL-H
I-Hysteresis low limit alarm output: lokhu okukhiphayo kwe-alamu kusebenza uma inani le-PV liphansi kune-
ON
12
ukusetha inani SV – (AL-H). Lokhu okukhiphayo kwe-alamu KUVALIWE uma inani le-PV lingaphezulu kokulungiselelwa
VALIWE
inani SV – (AL-L).
AL-H AL-L SV
Okukhipha i-alamu ye-CT:
13
Le alamu isebenza lapho i-current ikalwa nge-transformer (CT) iphansi kune-AL-L noma
ephakeme kune-AL-H (Lokhu okukhiphayo kwe-alamu kutholakala kuphela kusilawuli esinamanje
i-transformer).
ON
VALIWE AL-L SV
I-AL-H
Qaphela: I-AL-H ne-AL-L ihlanganisa i-AL1H, AL2H ne-AL1L, AL2L. Ngokulandelana kokubekwe eceleni: Okusho ukuthi okokukhiphayo kwe-alamu kuzokhutshazwa okwesikhashana kuze kube yilapho inani le-PV lifinyelela inani elimisiwe. Bese, okukhiphayo kwe-alamu kuzosebenza.
Umsebenzi Wamanje We-Transformer (CT).
Umsebenzi we-Current Transformer (CT) usetshenziswa nokuphuma kwe-alamu. Uma usebenzisa i-transformer yamanje (CT) nesilawuli, shintsha imodi yokuphuma kwe-alamu ehambisanayo iye kumodi 13 (inani lesethi yokuphuma kwe-alamu ngu-13), bese uphendukela kumodi yokusebenza bese usetha umkhawulo ophansi wamanje kanye nomkhawulo wamanje ophezulu. Ungasetha ibanga le-alamu lamanje phakathi kuka-0.5A ~ 30A, ukulungiswa kwesibonisi ngu-0.1A nokunemba kwesilinganiso ngu-+/- 0.5A.
Uhlu Lwezinhlaka Zokuxhumana
Isilawuli sinikeza imbobo ye-RS-485 yokuxhumana kwe-serial. · Isivinini sokudlulisa esisekela: 2,400, 4,800, 9,600, 19,200, 38,400bps · Iphrothokholi yokuxhumana: Modbus (ASCII) · Amafomethi angasekelwe: 7, N, 1 noma 8, O, 2 noma 8, E, 2 · Ikheli lokuxhumana elitholakalayo : 1 kuya ku-255, 0 ikheli lokusakaza · Ikhodi yomsebenzi: 03H ukufunda okuqukethwe kwerejista (Max. Amagama angu-3); 06H ukubhala igama eli-1 (elilodwa) kurejista.
Ikheli
Okuqukethwe
Incazelo
4700H (R) Inani lenqubo (PV) 4701H Iphoyinti lokusetha (SV)
Iyunithi yokulinganisa ingu-0.1, ibuyekezwa kanye ngesekhondi elingu-0.5
o
o
Iyunithi: 0.1 ( C noma F)
4702H I-alamu yomkhawulo ophezulu 1
4703H 4704H
I-alamu enomkhawulo ophansi 1 I-alamu yomkhawulo ophezulu 2
4705H I-alamu yomkhawulo ophansi 2
4706H Umkhawulo ophezulu webanga lokushisa
Okuqukethwe kwedatha akufanele kube ngaphezu kwebanga lokushisa
- 7 -
Ikheli 4707H 4708H 4709H 470AH 470BH 470CH 470DH 470EH
4710H
Okuqukethwe Umkhawulo ophansi wobubanzi bezinga lokushisa PB Ibhendi elinganayo Ti Isikhathi Esihlanganisiwe Td Isikhathi Sokuphuma Ukushisisa/Ukupholisa I-hysteresis Lawula ukuchezuka kokuphumayo kwamanje okungu-20mA Lawula ukuchezuka kokuphumayo kwamanje okungu-4mA Inani elizenzakalelayo levolumu ehlanganisiwe
Uhlobo lwenzwa yezinga lokushisa lokufaka
Indlela yokulawula ye-4711H
4712H Umjikelezo wokulawula Ukushisisa/Ukupholisa
4713H Inani lephutha lokulawula ngokwesilinganiso
4714H Inani lokulawula izinga lokushisa
4715H I-alamu 1 uhlobo
4716H I-alamu 2 uhlobo
4717H Ukukhetha kwesibonisi seyunithi yezinga lokushisa
4718H Ukukhethwa kokulawula Ukushisisa/Ukupholisa
4719H Control Run/Stop setting
471AH Ukukhetha kokubhala kokuxhumana
471BH Inguqulo yesofthiwe
471CH 471DH 471EH 4729H
Funda isimo se-LED Funda isimo esinguKHIYE Funda inani lokukhiphayo KUSIlungiselelo
472AH
Bhala inani lokukhiphayo Ikhodi 0
Inombolo yepholisi: 1
Inombolo yepholisi: 2
Ikhodi 3 472BH (R)
Inombolo yepholisi: 4
Inombolo yepholisi: 5
Inombolo yepholisi: 6
Inombolo yepholisi: 7
4731H 4732H 4733H
Funda / Bhala isimo sokukhiya Iswishi yokufaka yomcimbi I-CT qapha inani
Qaphela: U-R usho inani “lokufunda kuphela”
Incazelo
Okuqukethwe kwedatha akufanele kube ngaphansi kwebanga lokushisa
0.1 ~ 999.9, Iyunithi: 0.1
0 ~ 9,999
0 ~ 9,999
0 ~ 9,999
-100 ~ 54 (1 iyunithi = 0.1mA) -39 ~ 100 (1 iyunithi = 0.1mA) 0 ~ 100%
Sicela ubhekisele kokuqukethwe "Kohlobo Lwenzwa Yezinga Lokushisa Nobubanzi Bezinga Lokushisa" ukuze uthole imininingwane
0: I-PID (okuzenzakalelayo), 1: KUVULIWE/KUVALIWE, 2: ukushuna mathupha
1 ~ 99 isekhondi
0% ~100%
-999 ~ 999, Iyunithi: 0.1
Sicela ubheke okuqukethwe "kokuphuma kwe-alamu" ukuze uthole imininingwane
Sicela ubheke okuqukethwe "kokuphuma kwe-alamu" ukuze uthole imininingwane
o
o
C : 1 (okuzenzakalelayo), F : 0
Ukushisisa: 0 (okuzenzakalelayo), Ukupholisa: 1
Qalisa: 1 (okuzenzakalelayo), Misa: 0
Ukuxhumana bhala ngokukhutshaziwe: 0 (okuzenzakalelayo), Ukuxhumana bhala kunikwe amandla: 1
I-V1.00 ikhombisa u-0 x 100
b2: °F, b3: °C, b4: AL2, b5: AL1, b6: PHUMELA, b7: AT
b0: SET, b1: Khetha, b2: Phezulu, b3: Phansi
Iyunithi: %
VALIWE: 0 (okuzenzakalelayo), VULA:1
Itholakala “ngokulawulwa mathupha” kuphela
Ukusebenza okuvamile (Alikho iphutha)
Inqubo yokuqala
Isimo sokuqala (Izinga lokushisa alizinzile)
Inzwa yezinga lokushisa ayixhunyiwe
Iphutha lokufaka inzwa yezinga lokushisa
Inani lokushisa elilinganisiwe lidlula izinga lokushisa
Ayikho i-Int. iphutha
Iphutha le-EEPROM
0: Akukho Khiya, 1: Khiya1, 11: Khiya2, 21: Khiya3
0: Umcimbi ukhutshaziwe, 1: Iswishi ye-SV, 2: Iyunithi ye-Run/Stop ingu-0.1A
Ukulungiselelwa Okuzenzakalelayo Kwempendulo Yokuxhumana
Bhala inani le-hex elingu-1234 kurejista ku-471BH bese kuthi 1234 uphinde ubhalise ku-4724H. Nika amandla kabusha i-DTA ukuze uqedele ukulungiselelwa okuzenzakalelayo.
- 8 -
Iphrothokholi Yezokuxhumana
Ikhodi yomyalo yokufunda amagama angu-N: 03H. Inani eliphakeme lika-N lingu-3. Okwesiboneloample, ukuze ufunde amagama amabili kusilawuli 01 (ikheli 01H) ekuqaleni kwekheli ledatha 4700H, umyalo kumodi ye-ASCII uthi:
Imodi ye-ASCII:
Umlayezo womyalo:
Umlayezo wempendulo:
I-STX
`:'
I-STX
`:'
ADR1
`0'
ADR0
`1'
ADR1
`0'
ADR0
`1'
CMD1
`0'
CMD0
`3'
CMD1
`0'
CMD0
`3'
`4′ `7′ Ikheli ledatha yokuqala `0′
Inombolo yedatha
`0'
(bala ngebhayithi)
`4'
`0'
`0'
Okuqukethwe kwekheli lokuqala
`1'
`0'
4700H
`9'
Inombolo yedatha (ibalwa ngu
`0'
`0'
izwi)
`0'
`0'
I-LRC CHK 1 LRC CHK 0
`2'
Okuqukethwe kwekheli lokuqala
`0'
`B'
4701H
`0'
`3'
`0'
ISIPHELO 1
CR
ISIPHELO 0
LF
I-LRC CHK 1
`6'
I-LRC CHK 0
`7'
ISIPHELO 1
CR
ISIPHELO 0
LF
Ukuhlola kwe-LRC:
Ukuhlola kwe-LRC yisamba esingeziwe esisuka “kukheli” siye “sokuqukethwe kwedatha”. Okwesiboneloample, 01H + 03H + 47H + 00H + 00H + 02H = 4DH, bese uthatha okuhambisanayo kuka-2, B3H.
Ikhodi yomyalo ukubhala igama eli-1: 06H
Okwesiboneloample, ukuze ubhale u-1000 (03E8H) kusilawuli 01 (comm. ikheli 01H) ekhelini ledatha lokuqala 4701H, umyalo kumodi ye-ASCII uthi:
Imodi ye-ASCII:
Umlayezo womyalo:
Umlayezo wempendulo:
I-STX
`:'
ADR1
`0'
ADR0
`1'
CMD1
`0'
CMD0
`6'
`4'
Iqala ikheli ledatha
`7'
`0'
`1'
`0'
Okuqukethwe kwedatha
`3'
`E'
`8'
I-LRC CHK 1
`C'
I-LRC CHK 0
`6'
ISIPHELO 1
CR
ISIPHELO 0
LF
I-STX
`:'
ADR1
`0'
ADR0
`1'
CMD1
`0'
CMD0
`6'
`4'
Iqala ikheli ledatha
`7'
`0'
`1'
`0'
Okuqukethwe kwedatha
`3'
`E'
`8'
I-LRC CHK 1
`C'
I-LRC CHK 0
`6'
ISIPHELO 1
CR
ISIPHELO 0
LF
- 9 -
Ukukhonjwa Kwetheminali
I-DTA4848
5A 250Vac
–
16
14Vdc
+
DC
4 ~ 20mA2
7
11
AC 100~240V
12
50 ~ 60Hz / 5VA
I-RTD
38
13 ALM2
+
4 9 IDATHA- 14 ALM1 3A 250Vac
Tc
or
RS-485
3A 250Vac
–
5 10 IDATHA+ 15 COM
I-DTA7272
IDATHA+ RS-485 DATA-
CT
19 2 10 3 11 COM
4 12 AL2
I-AC 100~240V 50~60Hz /5VA
3A 250Vac
I-RTD
+
Tc
or
–
5 13
I-ALM1
6 14 NC 7 15 NO
5A 250Vac
–
I-DC 4~20mA 14Vdc
8 16 COM
+
I-DTA4896/DTA9648/DTA9696
IDATHA+ RS-485 DATA-
1 11 2 12
I-AC 100~240V 50~60Hz /5VA
3 13
4 14 COM 3A 250Vac
5 15 AL2
I-RTD
+
Tc
or
–
6 16 COM 3A 250Vac
7 17 AL1
8 18 NC 5A 250Vac
9 19 NO
–
I-DC 4~20mA 14Vdc
10 20 COM
+
Ukukhweza
Isinyathelo 1. Faka isilawuli ngokusikwa kwephaneli. Isinyathelo sesi-2. Faka ubakaki okhwezwayo endaweni efakwayo phezulu nangaphansi kwesilawuli bese uphushela ubakaki okhuphukayo phambili kuze kube yilapho ubakaki ume odongeni lwephaneli. Isinyathelo sesi-3. Faka futhi uqinise izikulufu kubakaki ukuze uvikele isilawuli endaweni. (I-torque yesikulufu kufanele ibe ngu-0.8kgf-cm kuya ku-1.5kgf-cm)
3 2
1
Ukufakwa Kwebakaki Okufakwayo
1.
2.
- 10 -
Ukusika Kwephaneli & Ubukhulu bangaphandle
1. Ugqinsi lwezindonga zephaneli kufanele lusuke ku-1mm luye ku-8mm 2. Nikeza okungenani imvume engu-90 mm ezungeze isilawuli ukuze kungene umoya ofanele. (Ubukhulu bungamamilimitha kanye (intshi))
I-DTA4848
65.0 imiz.
60.0 imiz.
+0.6
45 0
I-DTA4896
+0.6
45 0
I-DTA9648 DTA7272
- 11 -
I-PLC1.ir
I-DTA9696
I-CT Wiring Method (uma umsebenzi we-CT ukhethiwe)
- 12 -
Amadokhumenti / Izinsiza
 |
I-DELTA DTA7272 A Series Temperature Controller [pdf] Iziyalezo I-DTA7272 A Series Temperature Controller, DTA7272, A Series Temperature Controller, Temperature Controller, Controller |