CH702D Digital Display PID Intelligent Temperature Controller
Incazelo evamile :
CH uchungechunge lwegobolondo elifushane elihlakaniphile (izinga lokushisa) isilawuli sokubonisa samukela ukuthembeka okuphezulu kwe-8-bit single-chip, izinhlobonhlobo zezinzwa ezifaka ngokukhululekile, futhi samukela ukunikezwa kwamandla okushintshashintshayo.Izinkomba zokusebenza komkhiqizo, isitayela sokufaka, umsebenzi wokulawula kanye nosayizi wokufaka kuhambisana ngokugcwele nesilawuli sezinga lokushisa sedijithali esithunyelwe esihlakaniphile.CH amamitha amafushane amagobolondo ahlakaniphile, anokulawula kwakamuva okungaqondakali futhi ahlanganiswe ne-algorithm yokulungisa ye-PID ethuthukisiwe, alawule ngokunembile izinto ezilawulwayo.
Izinketho zosayizi:
| Amamodeli | Usayizi wangaphandle (W x H x D) | Usayizi wembobo |
| I-CHD102 □I-Pym | 48 x 48 x 80 (mm) | 45 x 45 (mm) |
| I-CHD402 □I-Pym | 48 x 96 x 75 (mm) | 45 x 92 (mm) |
| I-CHD702 □I-Pym | 72 x 72 x 75 (mm) | 68 x 68 (mm) |
| I-CHD902 □I-Pym | 96 x 96 x 75 (mm) | 92 x 92 (mm) |
| I-CHD502 □sync-➤Pym | 96 x 48 x 75 (mm) | 92 x 45 (mm) |
Ukuphawula: uphawu ” □” lumelele imisebenzi oyidingayo, sicela ubhekisele encazelweni elandelayo.
Incazelo yemodeli:
CHD □02 □ □- □ □ □* □ □- □
① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨
① Osayizi abajwayelekile: 1(48x48x80mm), 4 (48x96x75mm)7 (72x72x75mm), 9 (96x96x75mm), 5 (96x48x75mm)
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)
