I-Autonics TC Series TC4Y-N4R I-Single Display PID Temperature Controllers Incwadi Yokuyalela
Funda futhi uqonde incwadi yeziqondiso kanye nemanuwali kahle ngaphambi kokusebenzisa umkhiqizo.
Ukuze uphephe, funda futhi ulandele ukucatshangelwa kokuphepha okungezansi ngaphambi kokusebenzisa.
Ukuze uphephe, funda futhi ulandele ukucatshangelwa okubhalwe encwadini yeziqondiso, amanye amamanyuwali kanye ne-Autonics webindawo.
Gcina le manuwali yemiyalo endaweni lapho ungathola khona kalula.
Ukucaciswa, ubukhulu, njll kungashintsha ngaphandle kwesaziso sokuthuthukiswa komkhiqizo Amanye amamodeli angayekwa ngaphandle kwesaziso.
Okuqukethwe
fihla
Ukucatshangelwa Kokuphepha
- Bheka konke 'Ukucatshangelwa Kokuphepha' ukuze usebenze ngendlela ephephile futhi efanele ukugwema izingozi.
- ᜠuphawu lubonisa ukuqaphela ngenxa yezimo ezikhethekile lapho izingozi zingase zenzeke.
Isexwayiso Ukwehluleka ukulandela imiyalelo kungase kubangele ukulimala okubi kakhulu noma ukufa
- Idivayisi ehluleka ukuphepha kufanele ifakwe uma kusetshenziswa iyunithi enemishini engase ibangele ukulimala okubi kakhulu noma ukulahlekelwa okukhulu komnotho. amadivaysi, njll.)
Ukwehluleka ukulandela lo myalelo kungase kubangele ukulimala komuntu siqu, ukulahlekelwa kwezomnotho noma umlilo. - Ungayisebenzisi iyunithi endaweni lapho igesi evuthayo/eqhumayo/ebolayo, umswakama ophezulu, ukukhanya kwelanga okuqondile, ukushisa okukhazimulayo, ukudlidliza, umthelela noma usawoti omningi.
Ukwehluleka ukulandela lo myalelo kungase kubangele ukuqhuma noma umlilo. - Faka kuphaneli yedivayisi ozoyisebenzisa.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi. - Ungaxhumeki, ulungise, noma uhlole iyunithi ngenkathi uxhumeke kumthombo wamandla.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi. - Hlola 'Izixhumi' ngaphambi kokufaka izintambo.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo. - Ungaliqeqeshi noma uliguqule iyunithi.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi.
Isexwayiso Ukwehluleka ukulandela imiyalelo kungase kubangele ukulimala noma ukulimala komkhiqizo
- Lapho uxhuma okokufaka kwamandla kanye nokuphumayo kwe-relay, sebenzisa ikhebuli engu-AWG 20 (0.50 mm2 ) noma ngaphezulu bese uqinisa isikulufu setheminali ngetorque eqinisayo engu-0.74 kuya ku-0.90 N m. Uma uxhuma ikhebuli yenzwa neyokuxhumana ngaphandle kwekhebula elizinikele, sebenzisa ikhebuli engu-AWG 28 ukuya ku-16 futhi uqinise isikulufu setheminali ngetorque eqinisayo engu-0.74 ukuya ku-0.90 N m.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukungasebenzi ngenxa yokwehluleka ukuxhumana. - Sebenzisa iyunithi ngaphakathi kokucaciswa okulinganiselwe.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma umonakalo womkhiqizo - Sebenzisa indwangu eyomile ukuhlanza iyunithi, futhi ungasebenzisi amanzi noma i-organic solvent.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma ukushaqeka kukagesi. - Gcina umkhiqizo kude ne-chip yensimbi, uthuli, nezinsalela zocingo ezigelezela kuyunithi.
Ukwehluleka ukulandela lo myalelo kungase kubangele umlilo noma umonakalo womkhiqizo.
Izixwayiso ngesikhathi sokusetshenziswa
- Landela imiyalelo kokuthi 'Izixwayiso ngesikhathi sokusebenzisa'. Uma kungenjalo, kungase kubangele okungalindelekile
izingozi. - Hlola i-polarity yamatheminali ngaphambi kokufaka izintambo zenzwa yezinga lokushisa. Okwe-RTD
inzwa yokushisa, ifake intambo njengohlobo lwezintambo ezi-3, usebenzisa izintambo ezinogqinsi nobude obufanayo. Ngenzwa ye-thermocouple (TC)temperature, sebenzisa intambo yesinxephezelo ebekiwe
intambo enwebekayo. - Gcina kude nevolumu ephezulutagolayini be-e noma izintambo zikagesi ukuvimbela umsindo ongenisayo. Esimeni lapho kufakwa ulayini wamandla kanye nolayini wesignali wokufaka eduze, sebenzisa isihlungi solayini noma isivakashi kulayini kagesi kanye nentambo evikelekile kulayini wesiginali yokufaka. Ungasebenzisi eduze kwesisetshenziswa esikhiqiza amandla kazibuthe anamandla noma umsindo wefrikhwensi ephezulu.
- Faka iswishi yamandla noma i-circuit breaker endaweni efinyeleleka kalula ukuze unikeze noma unqamule amandla.
- Ungasebenzisi iyunithi ngezinye izinjongo (isb. voltmeter, ammeter), kodwa isilawuli lokushisa.
- Lapho ushintsha inzwa yokufaka, cisha ugesi kuqala ngaphambi kokushintsha. Ngemuva kokushintsha inzwa yokufaka, shintsha inani lepharamitha ehambisanayo.
- 24 VACᜠ, 24-48 VDCᜠ ugesi kufanele uvalwe futhi ukhawulelwe ivolumutagi-e/current noma i-Class 2, idivayisi yokunikeza amandla ka-SELV.
- Yenza isikhala esidingekayo eduze kweyunithi yokushisa. Ukuze uthole isilinganiso esinembile sezinga lokushisa, fudumeza iyunithi ngaphezu kwamaminithi angu-20 ngemva kokushiswa kwamandla.
- Qinisekisa ukuthi ukunikezwa kwamandla kagesi voltage ifinyelela ku-voltage elinganiselwetage phakathi kwamasekhondi angu-2 ngemva kokunikeza amandla.
- Ungafaki ucingo kumatheminali angasetshenziswanga.
- Le yunithi ingasetshenziswa ezindaweni ezilandelayo.
- Ngaphakathi (kwisimo semvelo sikalwe 'Ngezici')
- I-AltitudeMax. 2,000 m
- Idigri yokungcola 2
- Isigaba sokufakwa II
Uku-oda Ulwazi
Lokhu okokubhekisela kuphela, umkhiqizo wangempela awusekeli zonke izinhlanganisela. Ukuze ukhethe imodeli eshiwo, landela i-Autonics webindawo .
- Usayizi
S: I-DIN W 48× H 48 mm
SP: I-DIN W 48× H 48 mm (uhlobo lwepulagi yamaphini angu-11)
Y: I-DIN W 72× H 36 mm
M: I-DIN W 72× H 72 mm
H: I-DIN W 48× H 96 mm
W: I-DIN W 96× H 48 mm
L: I-DIN W 96× H 96 mm - Okukhipha i-alamu
N:Ayikho i-alamu- 1 i-alamu
- 2 i-alamu
- Ukunikezwa kwamandla kagesi
2: 24VACᜠ 50/60Hz, 24-48 VDCᜠ
4: 100-240 VACᜠ50/60 Hz - Lawula okukhiphayo
N: Inkomba – ngaphandle kokuphuma kokulawula
R: Dlulisela + idrayivu ye-SSR
Izingxenye Zomkhiqizo
- Umkhiqizo
- Ubakaki
- Incwadi yeziqondiso
Ithengiswa Ngokuhlukana
- 11 pin isokhethi: PG-11, PS-11 (N)
- Ikhava yokuvikela yetheminali: Ikhava ye-RSA / RMA / RHA / RLA
Imininingwane
| Uchungechunge | TC4 □- □2 □ | TC4 □- □4 □ | |
| Amandla hlinzeka | 24 VACᜠ 50/60 Hz ±10%24-48 VDCᜡ ±10% | 100 – 240 VACᜠ 50/60 Hz ±10% | |
| Amandla ukusetshenziswa | AC: ≤ 5 VA, DC: ≤ 3 W | ≤ 5 VA | |
| Sampling isikhathi | 100 ms | ||
| Okokufaka ukucaciswa | Bheka 'Uhlobo Lokufaka Nokusebenzisa Ububanzi'. | ||
| Lawula okukhiphayo | I-Relay | 250 VACᜠ 3 A, 30 VDCᜡ 3 A, 1a | |
| I-SSR | 12 VDCᜡ±2 V, ≤ 20 mA | ||
| Okukhipha i-alamu | 250 VACᜠ 1 A 1a | ||
| Bonisa uhlobo | 7 Ingxenye (obomvu, oluhlaza okotshani, ophuzi), uhlobo lwe-LED | ||
| Lawula uhlobo | Ukushisisa, Ukupholisa | VULIWE/VAMILE, P, PI, PD, PID Control | |
| I-Hysteresis | 1 kuye ku-100 (0.1 kuye ku-50.0) ℃/℉ | ||
| Ngokulinganayo ibhande (P) | 0.1 kuye ku-999.9 ℃/℉ | ||
| Okuphelele isikhathi (I) | 0 kuya ku-9,999 isekhondi | ||
| Okuphuma kokunye isikhathi (D) | 0 kuya ku-9,999 isekhondi | ||
| Lawula umjikelezo (T) | 0.5 kuya ku-120.0 isekhondi | ||
| Imanuwali setha kabusha | 0.0 ukuya ku-100.0% | ||
| Impilo yokudlulisa umjikelezo | Omakhenikha | OUT1/2, AL1/2: ≥ 5,000,000 imisebenzi | |
| Ezogesi | I-OUT1/2: ≥ 200,000 imisebenzi (ukumelana nomthwalo: 250 VACᜠ 3A) AL1/2: ≥ 300,000 imisebenzi (ukumelana nomthwalo: 250 VACᜠ 1 A ) | ||
| I-Dielectric amandla | Phakathi kwetheminali yokokufaka netheminali yamandla: 1,000 VACᜠ 50/60 Hz iminithi elingu-1 | Phakathi kwetheminali yokokufaka netheminali yamandla: 2,000 VACᜠ 50/60 Hz 1 iminithi | |
| Ukudlidliza | 0.75 mm amplitude at frequency 5 to 55Hz (iminithi elingu-1) ku-X ngayinye, Y, Zdirection amahora angu-2 | ||
| I-Insulation ukumelana | ≥ 100 MΩ (500 VDCᜡ megger) | ||
| Umsindo ukungatheleleki | Umsindo oyisikwele (ububanzi be-pulse: 1 ㎲) ngesifanisi somsindo ±2 kV R-isigaba, S-isigaba | ||
| Inkumbulo ukugcinwa | ≈ iminyaka eyi-10 (uhlobo lwenkumbulo ye-semiconductor engaguquki) | ||
| I-ambient izinga lokushisa | -10 kuya ku-50 ℃, isitoreji: -20 kuya ku-60 ℃ (akukho ukuqandisa noma ukujiya) | ||
| Umswakama we-ambient | 35 kuya ku-85%RH, isitoreji: 35 kuya ku-85%RH (akukho ukuqandisa noma ukujiya) | ||
| I-Insulation uhlobo | Maka: ▱, ukufakwa okuphindwe kabili noma okuqinisiwe (amandla e-dielectric phakathi kwengxenye yokukala nengxenye yamandla: 1 kV) | Maka: ▱, ukufakwa okuphindwe kabili noma okuqinisiwe (amandla e-dielectric phakathi kwengxenye yokukala nengxenye yamandla: 2 kV) | |
| Ukugunyazwa | ᜢ ᜧ ᜫ | ||
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Iyunithi isisindo (pakishiwe) |
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Uhlobo Lokufaka kanye Nokusetshenziswa Kwebanga
| Okokufaka uhlobo | Idesimaliiphuzu | Bonisa | Ukusebenzisa ububanzi (℃) | Ukusebenzisa ububanzi (℉) | |||||
| I-Thermo-couple | I-K (CA) | 1 | KC | -50 | ku | 1,200 | -58 | ku | 2,192 |
| I-J (IC) | 1 | I-JIC | -30 | ku | 500 | -22 | ku | 932 | |
| I-L (IC) | 1 | I-LIC | -40 | ku | 800 | -40 | ku | 1,472 | |
|
I-RTD |
ku50 Ω | 1 | CU | -50 | ku | 200 | -58 | ku | 392 |
| 0.1 | CU L | -50.0 | ku | 200.0 | -58.0 | ku | 392.0 | ||
| I-DPt100 Ω | 1 | I-DPt | -100 | ku | 400 | -148 | ku | 752 | |
| 0.1 | I-DPtL | -100.0 | ku | 400.0 | -148.0 | ku | 752.0 | ||
Bonisa ukunemba
| Okokufaka uhlobo | Ukusebenzisa izinga lokushisa | Bonisa ukunemba |
| I-Thermo-coupleRTD | Ezingeni lokushisa lekamelo(23℃ ±5 ℃) | (PV ±0.5% noma ±1 ℃ eyodwa ephakeme) ±1-idijithi
|
| Ngaphandle kwebanga lokushisa kwegumbi | (PV ±0.5% noma ±2 ℃ eyodwa ephakeme) ±1-idijithi
|
- Esimeni se-TC4SP Series, ±1℃ izokwengezwa.
- Uma ukucaciswa kokufaka kusethelwe kusibonisi se-'decimal point 0.1', engeza ±1℃ ngokwezinga lokunemba.
Izincazelo zeyunithi
- Ingxenye yokubonisa izinga lokushisa (Bomvu)
- Imodi yokuqalisa: Ibonisa i-PV (inani lamanje).
- Imodi yokusetha: Ibonisa igama lepharamitha,
- inkomba
- Ukhiye wokufaka
| Bonisa | Igama |
| [IMODE] | Ukhiye wemodi |
| [◀], [▼], [▲] | Ukusetha ukhiye wokulawula inani |
| Bonisa | Igama | Incazelo |
| ▲■▼ | Ukuchezuka | Ibonisa ukuchezuka kwe-PV okusekelwe ku-SV (Inani lokusetha) nge-LED.▲: VULIWE uma ukuchezuka kuphelile ＋2 ℃■: VULIWE uma ukuchezuka kungaphakathi kuka-±2 ℃▼: VULA lapho ukuchezuka kungaphansi －2 ℃Amaflashi phakathi nokushuna okuzenzakalelayo njalo ngesekhondi elingu-1 |
| SV | Ukusetha inani | IVULA uma i-SV iboniswa engxenyeni ebonisa izinga lokushisa. |
| ℃, ℉ | Iyunithi yezinga lokushisa | Ibonisa iyunithi ekhethiwe (ipharamitha). |
| AL1/2 | Okukhipha i-alamu | IVULA lapho okukhiphayo ngakunye kwe-alamu KUVULIWE. |
| PHUMA | Lawula okukhiphayo | IVULA lapho okukhiphayo kokulawula KUVULIWE.• Ukulawulwa kwe-CYCLE/PHASE kokuphumayo kwedrayivu ye-SSR: Kuvula uma i-MV ingaphezu kuka-3.0%. (yemodeli yamandla e-AC kuphela) |
Amaphutha
| Bonisa | Incazelo | Ukuxazulula inkinga |
| VULA | Iyakhanya lapho inzwa yokufaka inqanyuliwe noma inzwa ingaxhunyiwe. | Hlola isimo sesizweli sokufaka. |
| Iyabaneka lapho i-PV ingaphezu kwebanga lokokufaka. | Uma okokufaka kungaphakathi kobubanzi obulinganiselwe, lesi sibonisi siyanyamalala. | |
| I-LLLL | Iyabaneka lapho i-PV ingaphansi kwebanga lokokufaka. |
Ubukhulu
- Iyunithi: mm, Thola imidwebo enemininingwane, landela i-Autonics webindawo.
- Ngezansi kusekelwe ku-TC4S Series.
| Uchungechunge | Umzimba | Iphaneli ukuphuma | |||||||
| A | B | C | D | E | F | G | H | I | |
| I-TC4S | 48 | 48 | 6 | 64.5 | 45 | ≥ 65 | ≥ 65 | 45+0.60 | 45+0.60 |
| Idatha ye-TC4SP | 48 | 48 | 6 | 72.2 | 45 | ≥ 65 | ≥ 65 | 45+0.60 | 45+0.60 |
| I-TC4Y | 72 | 36 | 7 | 77 | 30 | ≥ 91 | ≥ 40 | 68+0.70 | 31.5+0.50 |
| I-TC4W | 96 | 48 | 6 | 64.5 | 44.7 | ≥ 115 | ≥ 65 | 92+0.80 | 45+0.60 |
| I-TC4M | 72 | 72 | 6 | 64.5 | 67.5 | ≥ 90 | ≥ 90 | 68+0.70 | 68+0.70 |
| I-TC4H | 48 | 96 | 6 | 64.5 | 91.5 | ≥ 65 | ≥ 115 | 45+0.60 | 92+0.80 |
| I-TC4L | 96 | 96 | 6 | 64.5 | 91.5 | ≥ 115 | ≥ 115 | 92+0.80 | 92+0.80 |
Ubakaki 
Indlela Yokufaka
I-TC4S
I-screwdriver ye-flathead
I-TC4Y
I-screwdriver ye-Crosshead
Okunye uchungechunge
I-screwdriver ye-flathead
Khipha umkhiqizo kuphaneli enobakaki, phushela inkomba yomcibisholo we-ditto ngokusebenzisa isishayeli sesikulufu.
Esimeni se-TC4Y Series, qinisa amabhawodi.
Imininingwane ye-Crimp Terminal
- Iyunithi: mm, Sebenzisa itheminali ye-crimp yomumo wokulandela
I-wire ferrule
Itheminali ye-Fork crimp
Itheminali ye-crimp eyindilinga
Ukuxhumana
- I-TC4S
- Idatha ye-TC4SP
- I-TC4Y
- I-TC4W
- I-TC4M
- I-TC4H/L
Ukusetha Imodi
Ukusetha Ipharamitha
- Amanye amapharamitha ayenziwa asebenze/angasebenzi kuye ngemodeli noma ukulungiselelwa kwamanye amapharamitha. Bheka incazelo yento ngayinye.
- Uhlu lwezilungiselelo kubakaki elokusebenzisa isibonisi sephoyinti ledesimali ekucacisweni kokufakwayo.
- Uma kungekho okokufaka kokhiye ngaphezu kwamasekhondi angu-30 kupharamitha ngayinye, ibuyela kumodi ye-RUN.
- Uma ucindezela ukhiye we-[MODE] phakathi nesekhondi elingu-1 ngemva kokubuyela kumodi yokusebenza usuka eqenjini lepharamitha, izongena eqenjini lepharamitha ngaphambi kokubuya.
- Ukhiye we-[MODE]: Ilondoloza inani lamanje lesilungiselelo sepharamitha futhi iya kupharamitha elandelayo. [◀] ukhiye: Ihambisa ikholomu lapho ishintsha inani elimisiwe [▲], [▼] okhiye: Ikhetha ipharamitha / Ishintsha inani elimisiwe
- Ukulandelana kwezilungiselelo ezinconyiwe: Iqembu lepharamitha 2 → Iqembu lepharamitha 1 → Imodi yokusetha ye-SV ■ Iqembu lepharamitha 1
- Ivela kuphela kumodeli yokuphumayo yokulawula
| Ipharamitha | Bonisa | Okuzenzakalelayo | Ukusetha ububanzi | Isimo | |
| 1-1 | AL1 izinga lokushisa le-alamu | L | 250 | I-alamu yokuchezuka: -FS kuya ku-FS ℃/℉ I-alamu yenani eliphelele: Ngaphakathi kobubanzi bokufaka | 2-12/14AL1/2 ukusebenza kwe-alamu: AM1 ukuya ku-AM6 |
| 1-2 | AL2 izinga lokushisa le-alamu | L2 | 250 | [2 imodeli yokuphuma kwe-alamu]Ifana nethempelesha ye-alamu engu-1-1 AL1 | |
| 1-3 | Ukushuna okuzenzakalelayo | T | VALIWE | VILA: Misa, VULIWE: Ukwenza | 2-8 Uhlobo lokulawula: PID |
| 1-4 | I-Proportionalband | P | 0) 0 | 0.1 kuye ku-999.9 ℃/℉ | |
| 1-5 | Isikhathi esibalulekile | I | 0000 | 0 (CHIMILE) ukuya ku-9999 isekhondi | |
| 1-6 | Isikhathi sokuphuma | D | 0000 | 0 (CHIMILE) ukuya ku-9999 isekhondi | |
| 1-7 | Ukusetha kabusha mathupha | PHUMULA | 05)0 | 0.0 ukuya ku-100.0% | 2-8 Uhlobo lokulawula: PID & 1-5 Integraltime: 0 |
| 1-8 | I-Hysteresis | YS | 002 | 1 kuye ku-100 (0.1 kuye ku-50.0) ℃/℉ | 2-8 Controltype: ONOF |
Ipharamitha 2 iqembu
Uma kwenzeka imodeli yenkomba, ibonakala kuphela amapharamitha angu-2-1 kuya ku-4 / 2-19
| Ipharamitha | Bonisa | Okuzenzakalelayo | Ukusetha ububanzi | Isimo | ||
| 2-1 | Ukucaciswa kokufakiwe 01) | I-IN-T | KC | Bheka 'Uhlobo Lokufaka Nokusebenzisa Ububanzi'. | – | |
| 2-2 | Iyunithi yezinga lokushisa 01) | I-UNIT | ?C | ℃, ℉ | – | |
| 2-3 | Ukulungisa okokufaka | IN-B | 0000 | -999 kuya ku-999 (-199.9 kuya ku-999.9) ℃/℉ | – | |
| 2-4 | Faka isihlungi sedijithali | M F | 00) | 0.1 kuya ku-120.0 isekhondi | – | |
| 2-5 | SV umkhawulo ophansi 02) | I-L-SV | -050 | Ngaphakathi kokucaciswa kokokufaka okungu-2-1: Ukusebenzisa ububanzi, L-SV ≤ H-SV – idijithi engu-1 ℃/℉ H-SV ≥ L-SV + idijithi engu-1 ℃/℉ | – | |
| 2-6 | Inani eliphakeme kakhulu lama-SV 02) | -SV | 200 | – | ||
| 2-7 | Lawula imodi yokuphumayo | O-FT | ET | UKUSHISA: Ukushisisa, OKUPHOLE: Ukupholisa | – | |
| 2-8 | Uhlobo lokulawula 03) | C-MD | I-PID | I-PID, VULIWE: VULIWE/VALIWE | – | |
| 2-9 | Lawula okukhiphayo | PHUMA | I-RLY | I-RLY: edluliselwe, SSR | – | |
| 2-10 | Uhlobo lokuphuma kwedrayivu ye-SSR | I-SSrM | STND | [AC voltagi-e model]STND: standard, CYCL: cycle, PHAS:phase | 2-9 Controloutput: SSR | |
| 2-11 | Umjikelezo wokulawula | T | 02)0 | 0.5 kuya ku-120.0 isekhondi | I-2-9 Controloutput: RLY2-10 uhlobo lokukhipha idrayivu ye-SSR: STND | |
| 00 0 | I-2-9 Controloutput: SSR2-10 uhlobo lokukhipha idrayivu ye-SSR: STND | |||||
| 2-12 | Ukusebenza kwe-alamu ye-AL1 04) | L- | M!I □●.■ | □ □ □ AM0: OffAM1: Ukuchezuka i-alamu yomkhawulo ophezulu AM2: Ukuchezuka kwe-alamu yomkhawulo ophansi AM3: Ukusuka phezulu, i-alamu enomkhawulo ophansi AM4: Ukuchezuka okuphezulu, i-alamu ehlehlayo ephansi AM5: I-alamu yomkhawulo ophezulu inani eliphelele AM6: I-alamu yomkhawulo ophansi yenani eliphelele SBA: I-alamu yenzwa I-alamuLBA: I-alamu ye-Loop break (LBA) | – | |
| 2-13 | Inketho ye-alamu ye-AL1 | ■A: I-alamu evamileC: Ukulandelana kokubekwe eceleni 1E: Ukulandelana kokubekwe eceleni 2 | B: Intambo ye-alamuD: Iletshi ye-alamu nokulandelana kokubekwe eceleni 1F: Ileshi ye-alamu nokulandelana kokubekwe eceleni 2 | – | ||
| • Faka isilungiselelo senketho: Cindezela okuthi [◀] ukhiye 2-12 AL-1 ukusebenza kwe-alamu. | ||||||
| 2-14 | Ukusebenza kwe-alamu ye-AL2 04) | L-2 | M | [2 imodeli yokuphuma kwe-alamu]Iyafana 2-12/13 AL1 yokusebenza kwe-alamu/inketho | – | |
| 2-15 | Inketho ye-alamu ye-AL2 | |||||
| 2-16 | I-Alarm output hysteresis | YS | 000 | 1 kuye ku-100 (0.1 kuye ku-50.0) ℃/℉ | 2-12/14AL1/2 i-alamu yokusebenza: AM1 ukuya ku-6 | |
| 2-17 | Isikhathi se-LBA | LBaT | 0000 | 0 (VALIWE) ukuya kumasekhondi angu-9,999 noma okuzenzakalelayo (ukushuna okuzenzakalelayo) | 2-12/14AL1/2 ukusebenza kwe-alamu: LBA | |
| 2-18 | Iqembu le-LBA | LBaB | 002 | 0 (CHIMILE) ukuya ku-999 (0.0 kuye ku-999.9) ℃/℉ orauto (ukushuna okuzenzakalelayo) | 2-12/14AL1/2 ukusebenza kwe-alamu: LBA & 2-17 LBA isikhathi: ＞ 0 | |
| 2-19 | Ukhiye wokufaka wedijithali | I-DI-K | IMA | MISA: Stop control okukhiphayo, AL.RE: Ukusethwa kabusha kwe-alamu, AT*: Ukwenza ukushuna okuzenzakalelayo, KUVALIWE | *2-8 Uhlobo lokulawula: PID | |
| 2-20 | Iphutha lenzwa MV | I-ErMV | 00)0 | 0.0: VALIWE, 100.0: VULIWE | 2-8 Controltype: ONOF | |
| 0.0 ukuya ku-100.0% | 2-8 Uhlobo lokulawula: PID | |||||
| 2-21 | Khiya | LOC | VALIWE | I-OFFLOC1: Ipharamitha engu-2 yokukhiya iqembu LOC2: Ipharamitha 1/2 Ukukhiya kweqembuLOC3: Ipharamitha 1/2 Iqembu, ukuvala ukulungiselelwa kwe-SV | – | |
| [Imodeli yenkomba]OFFLOC1: Ipharamitha yokukhiya yeqembu 2 | ||||||
| Ipharamitha | Bonisa | Okuzenzakalelayo | Ukusetha ububanzi | Isimo | ||
| 2-1 | Ukucaciswa kokufakiwe 01) | I-IN-T | KC | Bheka 'Uhlobo Lokufaka Nokusebenzisa Ububanzi'. | – | |
| 2-2 | Iyunithi yezinga lokushisa 01) | I-UNIT | ?C | ℃, ℉ | – | |
| 2-3 | Ukulungisa okokufaka | IN-B | 0000 | -999 kuya ku-999 (-199.9 kuya ku-999.9) ℃/℉ | – | |
| 2-4 | Faka isihlungi sedijithali | M F | 00) | 0.1 kuya ku-120.0 isekhondi | – | |
| 2-5 | SV umkhawulo ophansi 02) | I-L-SV | -050 | Ngaphakathi kokucaciswa kokokufaka okungu-2-1: Ukusebenzisa ububanzi, L-SV ≤ H-SV – idijithi engu-1 ℃/℉ H-SV ≥ L-SV + idijithi engu-1 ℃/℉ | – | |
| 2-6 | Inani eliphakeme kakhulu lama-SV 02) | -SV | 200 | – | ||
| 2-7 | Lawula imodi yokuphumayo | O-FT | ET | UKUSHISA: Ukushisisa, OKUPHOLE: Ukupholisa | – | |
| 2-8 | Uhlobo lokulawula 03) | C-MD | I-PID | I-PID, VULIWE: VULIWE/VALIWE | – | |
| 2-9 | Lawula okukhiphayo | PHUMA | I-RLY | I-RLY: edluliselwe, SSR | – | |
| 2-10 | Uhlobo lokuphuma kwedrayivu ye-SSR | I-SSrM | STND | [AC voltagi-e model]STND: standard, CYCL: cycle, PHAS:phase | 2-9 Controloutput: SSR | |
| 2-11 | Umjikelezo wokulawula | T | 02)0 | 0.5 kuya ku-120.0 isekhondi | 2-11Okukhiphayo kokulawula: RLY2-12 SSR uhlobo lokuphumayo kwedrayivu: STND | |
| 00 0 | 2-11Okukhiphayo kokulawula: I-SSR2-12 uhlobo lokuphuma kwedrayivu ye-SSR: STND | |||||
| 2-12 | Ukusebenza kwe-alamu ye-AL1 04) | L- | M!I □●.■ | □ □ □ AM0: OffAM1: Ukuchezuka i-alamu yomkhawulo ophezulu AM2: Ukuchezuka kwe-alamu yomkhawulo ophansi AM3: Ukusuka phezulu, i-alamu enomkhawulo ophansi AM4: Ukuchezuka okuphezulu, i-alamu ehlehlayo ephansi AM5: I-alamu yomkhawulo ophezulu inani eliphelele AM6: I-alamu yomkhawulo ophansi yenani eliphelele SBA: I-alamu yenzwa I-alamuLBA: I-alamu ye-Loop break (LBA) | – | |
| 2-13 | Inketho ye-alamu ye-AL1 | ■A: I-alamu evamileC: Ukulandelana kokubekwe eceleni 1E: Ukulandelana kokubekwe eceleni 2 | B: Intambo ye-alamuD: Iletshi ye-alamu nokulandelana kokubekwe eceleni 1F: Ileshi ye-alamu nokulandelana kokubekwe eceleni 2 | – | ||
| • Faka isilungiselelo senketho: Cindezela okuthi [◀] ukhiye 2-12 AL-1 ukusebenza kwe-alamu. | ||||||
| 2-14 | Ukusebenza kwe-alamu ye-AL2 04) | L-2 | M | [2 imodeli yokuphuma kwe-alamu]Iyafana 2-12/13 AL1 yokusebenza kwe-alamu/inketho | – | |
| 2-15 | Inketho ye-alamu ye-AL2 | |||||
| 2-16 | I-Alarm output hysteresis | YS | 000 | 1 kuye ku-100 (0.1 kuye ku-50.0) ℃/℉ | 2-12/14AL1/2 i-alamu yokusebenza: AM1 ukuya ku-6 | |
| 2-17 | Isikhathi se-LBA | LBaT | 0000 | 0 (VALIWE) ukuya kumasekhondi angu-9,999 noma okuzenzakalelayo (ukushuna okuzenzakalelayo) | 2-12/14AL1/2 ukusebenza kwe-alamu: LBA | |
| 2-18 | Iqembu le-LBA | LBaB | 002 | 0 (CHIMILE) ukuya ku-999 (0.0 kuye ku-999.9) ℃/℉ orauto (ukushuna okuzenzakalelayo) | 2-12/14AL1/2 ukusebenza kwe-alamu: LBA & 2-17 LBA isikhathi: ＞ 0 | |
| 2-19 | Ukhiye wokufaka wedijithali | I-DI-K | IMA | MISA: Stop control okukhiphayo, AL.RE: Ukusethwa kabusha kwe-alamu, AT*: Ukwenza ukushuna okuzenzakalelayo, KUVALIWE | *2-8 Uhlobo lokulawula: PID | |
| 2-20 | Iphutha lenzwa MV | I-ErMV | 00)0 | 0.0: VALIWE, 100.0: VULIWE | 2-8 Controltype: ONOF | |
| 0.0 ukuya ku-100.0% | 2-8 Uhlobo lokulawula: PID | |||||
| 2-21 | Khiya | LOC | VALIWE | I-OFFLOC1: Ipharamitha engu-2 yokukhiya iqembu LOC2: Ipharamitha 1/2 Ukukhiya kweqembuLOC3: Ipharamitha 1/2 Iqembu, ukuvala ukulungiselelwa kwe-SV | ||
| [Imodeli yenkomba] VALIWE I-LOC1: Ipharamitha yokukhiya iqembu 2 | ||||||
- Amapharamitha angezansi ayaqaliswa lapho inani lesilungiselelo lishintshwa
- Iqembu lepharamitha 1:AL1/2 izinga lokushisa le-alamu
- Iqembu lepharamitha 2: Ukulungisa okokufaka, umkhawulo we-SV ophezulu/ophansi, i-alamu yokuphuma kwe-alamu, uBlaine, uLaban
- Imodi yokusetha ye-SV: SV
- I-IASIS iphansi/phezulu kunomkhawulo ophansi/ophezulu lapho inani lishintshwa, ama-SVS ashintshela enanini eliphansi/eliphezulu lomkhawulo. Uma ukucaciswa Kokokufaka okungu-2-1 kushintshiwe, inani lishintshelwa ku-Min./Max. inani lokucaciswa kokokufaka.
- Lapho ushintsha inani ukusuka ku-PID ukuya ku-ONOF, inani ngalinye lepharamitha elandelayo liyashintshwa. 2-19 Ukhiye wokufaka wedijithali: VALIWE, 2-20 Iphutha lenzwa MV: 0.0 (Lapho ukusetha inani lingaphansi kuka-100.0)
- 1-1/2 AL1, AL2 amanani wokusetha izinga lokushisa kwe-alamu ayaqaliswa lapho inani lokusetha lishintshwa.
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I-Autonics TC Series TC4Y-N4R Izilawuli Zezinga Lokushisa Zokuboniswa Okukodwa kwe-PID [pdf] Incwadi Yeziqondiso I-TC Series TC4Y-N4R I-Single Display PID Temperature Controllers, i-TC Series, TC4Y-N4R Izilawuli Zezinga Lokushisa Ezizodwa Isibonisi Se-TCXNUMXY-NXNUMXR, Izilawuli Zethempelesha ze-PID, Izilawuli Zezinga lokushisa |
