CH402 Digital Display PID Intelligent Temperature Controller
Incazelo evamile :
CH uchungechunge oluhlakaniphile (izinga lokushisa) isilawuli sokubonisa samukela i-8-bit single-chip
ukwethembeka okusezingeni eliphezulu, ezihlukahlukene izinzwa input ngokukhululekile, futhi yamukela anhlobonhlobo
ukushintsha ukunikezwa kwamandla.Izinkomba zokusebenza komkhiqizo, isitayela sokufaka, ukulawula
umsebenzi kanye nosayizi wokufaka kuhambisana ngokugcwele ne-i imported ehlakaniphile
isilawuli sokushisa kwedijithali.CH uchungechunge lwamamitha ahlakaniphile, ane-fuzzy yakamuva
lawula futhi uhlanganise ne-algorithm yokulungisa ye-PID ethuthukisiwe, lawula ngokuqondile
izinto ezilawulwayo.
Izinketho zosayizi:
| Amamodeli | Usayizi wangaphandle (W x H x D) | Usayizi wembobo |
| I-CH102 □ □ □ □➤P* □ □ □ □ | 48 x 48 x 110 (mm) | 45 x 45 (mm) |
| CH402 □ □ □ □ □➤ZP | 48 x 96 x 110 (mm) | 45 x 92 (mm) |
| CH702 □ □ □ □ □➤Zmb | 72 x 72 x 110 (mm) | 68 x 68 (mm) |
| CH902 □ □ □ □ □➤ZP | 96 x 96 x 110 (mm) | 92 x 92 (mm) |
| I-CH502 □ □ □ □➤P | 96 x 48 x 110 (mm) | 92 x 45 (mm) |
Ukuphawula: uphawu ” □” lumelele imisebenzi oyidingayo, sicela ubhekisele encazelweni elandelayo.
Incazelo yemodeli:
CH □02 □ □ □- □ □* □ □- □
① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨
① Osayizi abajwayelekile: 1 (48x48x110mm), 4 (48x96x110mm)
7 (72x72x110mm), 9 (96x96x110mm), 5 (96x48x110mm)
② Isitayela sokulawula: F: Isenzo se-PID nokubala okuzenzakalelayo (isenzo sokuhlehla)
D: Isenzo se-PID nokubala okuzenzakalelayo (isenzo esihle)
③ Isitayela sokokufaka: i-thermocouple: K, J, R, S, B, E, T, N, W5Re/W26Re, PLII, U, L,
ukumelana nokushisa Pt100, JPt100
④ Ububanzi bokubonisa:
| Uhlobo lokokufaka | Ububanzi bokubonisa okokufaka | Ikhodi | Uhlobo lokokufaka | Ububanzi bokubonisa okokufaka | Ikhodi | |
| K | 0 ~ 200℃ | k01 | S | 0 ~ 1600 ℃ | S01 | |
| 0 ~ 400℃ | k02 | 0 ~ 1769℃ | S02 | |||
| 0 ~ 600℃ | k03 | B | 400 ~ 1800 ℃ | B01 | ||
| 0 ~ 800℃ | k04 | 0 ~ 1820℃ | B02 | |||
| 0 ~ 1200 ℃ | k06 | E | 0 ~ 800℃ | E 01 | ||
| J | 0 ~ 200℃ | J 01 | 0 ~ 1000℃ | E 02 | ||
| 0 ~ 400℃ | J 02 | J | -199.90~+649.0℃ | D01 | ||
| 0 ~ 600℃ | j03 | -199.90~+200.0℃ | D02 | |||
| 0 ~ 800℃ | j04 | -100.0~+200.0℃ | D05 | |||
| 0 ~ 1200 ℃ | j06 | 0.0~+200.0℃ | D08 | |||
| R | 0 ~ 1600 ℃ | J 01 | 0.0~+500.0℃ | D 10 |
⑤ Isilawuli esiphumayo sokuqala: (OUT1)(Uhlangothi lokushisisa)
M: okukhiphayo koxhumene naye 8: Okukhiphayo kwamanje (DC4-20mA)
V: I-voltage pulse output G: I-Thyristor control tube drive ene-trigger ephumayo
T: Thyristor control tube output
⑥ Okukhiphayo kokulawula kwesibili: (OUT2)(Uhlangothi lokupholisa)*2
Alikho uphawu: uma isenzo sokulawula singu-F noma u-C
M: okukhiphayo koxhumene naye 8: Okukhiphayo kwamanje (DC4-20mA)
V: okukhipha i-voltage pulse T: I-Thyristor control tube output
⑦ I-alamu yokuqala(ALAM1)
N: ayikho i-alamu A: I-alamu yokuchezuka komkhawulo ophezulu
B: I-alamu yokuchezuka yomkhawulo ophansi C: I-alamu yokuchezuka yomkhawulo ophezulu naphansi
W: Inani le-alamu elibekwe umkhawulo ophansi H: I-alamu yenani lomkhawulo ophezulu
⑧ I-alamu yesibili(ALAM)*2(Okuqukethwe okufanayo ne-alamu eshisayo)
J: I-alamu yenani lokukhiphayo eliphansi V: I-alamu yenani lokusetha okuphezulu
⑨ Umsebenzi wokuxhumana:
N: awukho umsebenzi wokuxhumana 5: RS-485(uhlelo lwekhebula elikabili)
