I-SUP-130T Economic Economic eyidijithi engu-3 Isilawuli Sezinga lokushisa esingaqondakali se-PID
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Ukucaciswa
| Umkhiqizo | Isilawuli Sezinga lokushisa Somnotho esinamadijithi angu-3 esiFuzzy PID |
| Imodeli | I-SUP-130T |
| Ubukhulu | C. 96*96*110mm D. 96*48*110mm E. 48*96*110mm F. 72*72*110mm H. 48*48*110mm |
| Ukunemba kokulinganisa | ±0.3%FS |
| Okukhiphayo kokudlulisela | Okukhiphayo kwe-Analog—-4-20mA(RL≤500Ω), 1-5v (RL≥250kΩ) |
| Okukhipha i-alamu | Ngomsebenzi we-alamu womkhawulo ophezulu naphansi, ngokusetha umehluko wokubuya kwe-alamu; Umthamo wokuxhumana we-Relay: I-AC125V/0.5A(encane)DC24V/0.5A(encane) (isisindo esiphikisayo) I-AC220V/2A(enkulu)DC24V/2A(enkulu)(Umthwalo omelene) Qaphela: Uma umthwalo udlula umthamo wokuxhumana we-relay, sicela ungawuthwali umthwalo ngokuqondile |
| Ukunikezwa kwamandla kagesi | AC/DC100~240V (AC/50-60Hz) Ukusetshenziswa kwamandla≤5W DC 12~36V Ukusetshenziswa kwamandla≤3W |
| Sebenzisa imvelo | Izinga lokushisa elisebenzayo (-10 ~ 50℃) Akukho ukufingqa, akukho ukuqhwa |
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Isingeniso
I-Economic 3-digit Display Fuzzy PID Temperature Controller ikwisakhiwo esiyimodulayo, sisebenza kalula, singabizi kakhulu, sisebenza emishinini yemboni ekhanyayo, ohhavini, ezintweni zaselabhorethri, ukushisisa/ukupholisa nezinye izinto ebangeni lokushisa elingu-0~999 °C.Ithuluzi libonisa ngeshubhu yezinombolo yemigqa emibili enamadijithi angu-3, enezinhlobonhlobo zezinhlobo zesignali yokufaka ye-RTD/TC ozikhethela yona ngokunemba okungu-0.3%;Osayizi abangu-5 abazikhethela, basekela imisebenzi ye-alamu yezindlela ezi-2, ngokukhiphayo kokulawula kwe-analogue noma umsebenzi okukhiphayo wokulawula ukushintsha, ngaphansi kokulawula okunembile ngaphandle kokudubuleka ngokweqile.I-Optical isolation yetheminali yokufaka, itheminali ephumayo, indawo yokugcina amandla kagesi, i-100-240V AC/DC noma i-12-36V DC yokushintsha amandla kagesi, ukufakwa kwe-snap-on okujwayelekile, izinga lokushisa le-ambient ku-0-50 °C, kanye nomswakama ohlobene no-5 -85% RH (akukho condensation).
Izabelo zetheminali kanye nobukhulu
(1) Iwindi lokubonisa le-PV (inani elilinganiselwe)
(2) Iwindi lokubonisa le-SV
Esimeni sokulinganisa, sibonisa inani eliqondiwe lokulawula;
Esimweni sokusetha amapharamitha, ikhombisa indawo yokubeka.
(3) I-alamu yokuqala (AL1) nezinkomba ze-alamu yesibili (AL2), ukukhanya okwenziwa ngesandla (A/M) nokukhanya okukhiphayo (OUT)
(4) Qinisekisa ukhiye
(5) Ukhiye wokushintsha
(6) Ukhiye ophansi
(7) Ukhiye ophezulu
Isibonisi sokukhanya okuphezulu
Imaski ye-PC enezikrini ezimbili enamadijithi amathathu e-LED yedijithali
Ukucaca okuphezulu, indawo ebushelelezi
Ukumelana nokuguga okuhle
Inkinobho yokuthinta
Sebenzisa izinkinobho ze-silicone zekhwalithi ephezulu
Ukusebenza okuzwelayo nempilo ende yesevisi
Ukuthinta okuhle nokululama okuhle
Ukungenisa umoya kanye nokuchithwa kokushisa
Vula izimbobo ezinhlangothini zombili, ukungena kwe-convection ukuqinisekisa ukusebenza kwesikhathi eside kwezinga lokushisa eliphezulu kwethuluzi
Khawulela ukuvikelwa kwekhava
Umdwebo wezintambo—-ukuqinisekisa izintambo ezifanele
Ikhava yezintambo — ukuqinisekisa ukuphepha kwezintambo
Ukufakwa okushumekiwe
Imbobo yokudayela, usayizi ojwayelekile
Iboshwe ngebhande, kulula ukuyifaka
Uhlu lohlobo lwesignali yokokufaka:
| Inombolo Yeziqu Pn | Uhlobo lwesignali | Linganisa ububanzi | Inombolo Yeziqu Pn | Uhlobo lwesignali | Linganisa ububanzi |
| 0 | I-TC B | 100 ~ 999 ℃ | 5 | TC J | 0～999℃ |
| 1 | I-TC S | 0～999℃ | 6 | I-TC R | 0～999℃ |
| 2 | TC K | 0～999℃ | 7 | TC N | 0～999℃ |
| 3 | TC E | 0～999℃ | 11 | RTD Cu50 | -50℃ 150℃ |
| 4 | I-TC T | 0～400℃ | 14 | I-RTD PT100 | -199-650℃ |
