- Ibhodi yeTheminali
- Iinqabo zokuphepha ezihlukanisiweko
- Iinsetjenziswa ezihlukanisako zesiginali
- Iinsetjenziswa zokuvikela ama-Surge
- Iinsetjenziswa zokuphepha
- Amamojula we-I/O ahlakaniphileko ahlukileko
- Amasango ahlakaniphileko
- Iinsetjenziswa ze-Optical Data yezebubulo
- Iinhlaziyi ze-Inthanethi ze-Dew Point
- Amamojula wokuthola idatha
- Umtjhugululi wedatha we-HART
PHD-11TZ/TT-*1
Ukuhlolisisa
Umhlobo wesignali yokufaka kanye nethebula lobubanzi
RTD Ikhodi Umhlobo Ibanga lokulinganisa Ibanga eliphasi Ukunemba kokutjhugulula
1 G53 -50~150°C 20°C 0.2°C/0.1%
2 Cu50 -50~150°C 20°C 0.2°C/0.1%
4 I-Pt100 -200~850°C 20°C 0.2°C/0.1%
6 Pt1000 -200~850°C 20°C 0.2°C/0.1%
7 Ni1000 -60~250°C 20°C 0.2°C/0.1%
TC 1 K -200~1370°C 50°C 0.5°C/0.1%
2 S -50~1760°C 500°C 1.5°C/0.1%
3 KUNYE -140~1000°C 50°C 0.5°C/0.1%
4 J -160~1200°C 50°C 0.5°C/0.1%
5 B 250~1800°C 500°C 1.5°C/0.1%
6 T -200~400°C 50°C 0.5°C/0.1%
7 R -50~1760°C 500°C 1.5°C/0.1%
8 N -200~1300°C 50°C 0.5°C/0.1%
| Umhlobo wesignali yokufaka kanye nethebula lobubanzi | |||||
| RTD | Ikhodi | Umhlobo | Ibanga lokulinganisa | Ibanga eliphasi | Ukunemba kokutjhugulula |
| 1 | G53 | -50~150°C | 20°C | 0.2°C/0.1% | |
| 2 | Cu50 | -50~150°C | 20°C | 0.2°C/0.1% | |
| 4 | I-Pt100 | -200~850°C | 20°C | 0.2°C/0.1% | |
| 6 | Pt1000 | -200~850°C | 20°C | 0.2°C/0.1% | |
| 7 | Ni1000 | -60~250°C | 20°C | 0.2°C/0.1% | |
| TC | 1 | K | -200~1370°C | 50°C | 0.5°C/0.1% |
| 2 | S | -50~1760°C | 500°C | 1.5°C/0.1% | |
| 3 | KUNYE | -140~1000°C | 50°C | 0.5°C/0.1% | |
| 4 | J | -160~1200°C | 50°C | 0.5°C/0.1% | |
| 5 | B | 250~1800°C | 500°C | 1.5°C/0.1% | |
| 6 | T | -200~400°C | 50°C | 0.5°C/0.1% | |
| 7 | R | -50~1760°C | 500°C | 1.5°C/0.1% | |
| 8 | N | -200~1300°C | 50°C | 0.5°C/0.1% | |
Amapharamitha wezobuchwepheshe amakhulu
Inani lamatjhaneli: 1 okufakwako no-1 okuphumako
Ukuphakelwa kwamandla:
Ivoltheji yokuphakelwa kwamandla: 20～35VDC, ukusetjenziswa kwamandla ≤40mA
(24VDC umthombo wamandla, umphumela we-20mA)
Ukuvikelwa kwamandla: ukuvikelwa kwamandla okubuyela emuva
Okufakwako endaweni eyingozi:
Amatshwayo wokufaka: Itshwayo le-RTD, itshwayo le-TC (Sibawa uqale "Umhlobo wetshwayo lokufaka kanye nethebula lebanga)
Ukuvalwa kokufaka: Okuzenzakalelayo "i-alamu yokutjhisa okuphasi", engatjhugululwaukuya "ku-alamu yamazinga womtjhiso aphezulu" ngesofthiwe yokuhlela
Ububanzi besiginali: Ububanzi bokulinganisa obuhambisana nesiginali yokufaka
Ububanzi bokulinganisa: Umsebenzisi wenza ukuhlelwa lokha naka-oda.
Yicacise kunomboro yomsila nofana wenze inothi
Ukubhadela amakhaza we-thermocouple: ±1°C (ibanga lokubhadela -20°C~+60°C)
I-thermal resistor excitation current: 250μA
Umphumela wehlangothi lokuphepha:
Isiginali yokuphuma: 4~20mA
Umthamo womthwalo: 0~500Ω (ungenziwa ngokwezifiso)
Umhlobo wokuphuma kwevoltheji ongakhetha kizo, ukujamelana nomthwalo RL≥330kΩ
Isibane se-LED: esihlaza satjani ⸺ isibonisi samandla Umdwebo weentambo
Isibane se-alamu ye-range ephasi L1 sikhanyisiwe; isibane se-alamu yebanga eliphezulu L2 sikhanyisiwe.
Ukunemba kokukhipha: qala "Umhlobo wesignali yokufaka kanye nethebula lebanga" ukuthola imininingwana
Isikhathi sokuphendula: 300ms ukufikelela ku-90% wenani lokugcina
Ukutjhuguluka kwezinga lokutjhisa: 0.005% FS/℃
Amandla wokuvikela: isiphetho esiphephileko nesiphetho esingaphephileko (≥3000V AC/min)
Hlangana nokuphakelwa kwamandla kanye namatheminali angaphephiko (≥1500V AC/min)
Ukujamelana nokuvikela: ≥100MΩ (phakathi kokufaka/ukuphuma/ukunikela kwamandla)
Ukuhambisana kwe-elekthromagnethi: Thambisana ne-IEC 61326-1 (GB/T 18268), IEC 61326-3-1
Isikhathi esiphakathi sokungabi namaphutha: 100000h
Iinsetjenziswa ezisetjenziswako: iintambo ezimbili nezintambo ezintathu,iinzwa ze-thermocouple
Iimfuneko zentambo: Intambo eqinileko (intambo eguquguqukako) isigaba esiphambanweni: 0.2~2.5mm2
Ibanga lobubanzi beentambo: 26~14AWG; ubude bokuhlubula: 8mm
Qaphela: 1. Ukuphakelwa kwamandla webhasi yamandla ngumsebenzi ongakhetha kiwo. Abasebenzisi kufuze bacacise indlela yokuphakelwa kwamandla lokha naba-oda.
2.Nawusebenzisa i-input ye-thermal resistor eneentambo ezintathu, linga ukuqinisekisa bona iintambo ezintathu zinobude obulinganako.
3.Lokha nawusebenzisa i-input ye-thermal resistor eneentambo ezimbili, amatheminali we-safety barrier 4 no-2 kufanele abe mfitjhani.
| Itheminali | Ihlathululo yomsebenzi wetheminali | |||
| 9(A) | Umthombo wamandla+ | 20~35V DC | ||
| 10(B) | Ukuphakelwa kwamandla- | |||
| I-RTD 2 intambo | I-RTD 3 intambo | TC | ||
| 1 | Ukubhadela amakhaza | |||
| 2 | ezi-4 ezifitjhani ezihlangeneko | Ukufaka- | Isiginali ye-RTD/TC | |
| 3 | Faka+ | Faka+ | Faka+ | |
| 4 | Ukufaka- | Ukufaka- | Ukufaka- | |
| 5 | Umphumela+ | 4~20mA | ||
| 6 | Umphumela- | |||
