Ukufaka kwedijithali
- 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-12TF-288+
Ukuhlolisisa
Isithiyo sokuphepha esihlukanisiweko esinomsebenzi wokuvikela ukutjhinga kokuphuma kwe-transistor yokufaka, ehlukanisa begodu idlulisele amatshwayo wokufaka avela ebantwini be-switch nofana ama-switch aseduze eendaweni eziyingozi ukuya endaweni ephephileko ene-transistor yokukhipha ngokusebenzisa isithiyo sokuphepha. Ukutholwa kwephutha lelayini kwenziwa nge-LED phezulu kwemojuli. Iswitjhi yokudayela yemodyuli isetjenziselwa ukusetha ukufaka nokukhipha ngaphakathi kwesigaba nofana ukulawula okubuyela emuva, kanye nokuvumela nofana ukuvala umsebenzi wokutjengisa i-alamu yokuthola amaphutha welayini. Umkhiqizo lo udinga ukuphakelwa kwamandla okuzijameleko, okuphakelwa kwamandla okuhlukileko, ukungena, nokukhipha amatheminali.
| Faka | |
| Isiginali yokufaka | Tjhugulula oxhumana nabo/ukutjhidela |
| Ivoltheji yokuphakela yesensa | Mayelana nama-8V |
| Ububanzi befrikhwensi yokufaka | ≤5kHz |
| Iimfanelo zokufaka/zokukhipha: | |
| Ukufaka kwamanje okusesayithini | >2.1mA, okuphumako kuvaliwe, okutjengisa bona kuvuliwe; Lokha naku |
| Ukulawula okutjhugululiweko hlangana nesigaba esiphendukileko nesigaba esijayelekileko semiphumela ec | Lokha iswitjhi yokudayela i-K1,K3 ise-"VULWENI", i-ec yokukhipha ye-transistor isesigabeni esiphendukileko Lokha iswitjhi yokudayela i-K1,K3 ise-"OFF", i-ec yokukhipha i-transistor isesigabeni esijayelekileko Lokha i-K2,K4 ise-"VULIWE", isekhethi izokukhetha umsebenzi we-alamu wokutjengisa ukukhanya okubomvu kwe-LFD |
| Umphumela | |
| Isiginali yokuphuma | I-transistor |
| Umthamo wokutjhayela | I-output current ≤ 20mA (1.2k Ω), i-maximum yangaphakathi current 100mA, efakwe ukuvikelwa kwe-current-circuit |
| Iimfanelo zokuvikela ukutjhinga: | |
| I-Nominal discharge current ln(8/20μs) | 5kA |
| Izinga lokuvikelwa kwevoltheji Phezulu (8/20μs): | 60V(umugqa ukuya emgqeni) |
| Izinga lokuvikelwa kwevoltheji Phezulu (8/20μs): | 600V(ilayini ukuya phasi) |
| Ngokuya ngamazinga | GB/T18802.21-2016(okulingana ne-1EC61643-21:2012) |
| Amapharamitha asisekelo | |
| Ivoltheji yokuphakela | 20~35VDC |
| Ukusetjenziswa kwamandla | |
| Isitjengiso se-LED | Okuluhlaza: Isitjengiso samandla esiphuzi: I-transistor yokukhipha isebujameni obujayelekileko bokusebenza Obomvu: isitjengiso se-LFD, i-alamu yephutha lelayini |
| Amapharamitha womtjhiso | Izinga lokutjhisa lokusebenza: -20°C ~ +60°C, Izinga lokutjhisa lokugcina: -40°C ~ +80°C |
| Umswakama ohlobene | 10%~95% RH akukho ukutjhisa |
| Amandla wokuvikela | Phakathi kwehlangothi eliphephileko nelingaphephileko (≥3000VAC/min); hlangana nokuphakelwa kwamandla nehlangothi elingaphephiko (≥1500VAC/min) |
| Ukujamelana nokuvikela | 100MΩ(500V DC) (phakathi kokufaka/ukuphuma/ukuphakelwa kwamandla) |
| Ukukhambisana kwe-elekthromagnethi | GB/T 18268 (IEC 61326-1) |
| MTBF | 80000h |
| Iimfuneko zeentambo | Isigaba esiphambanweni ≥ 0.5mm2; Amandla wokuvikela ≥ 500V |
| Iinsetjenziswa ezisebenzako | Iinsetjenziswa zesimini ezifana nama-dry contacts nofana i-NAMUR yohlobo lokutjhidelana kweswitshi ehambisana nezinga le-DIN19234 |
Qaphela: Ukuphakelwa kwamandla wesitimela samandla kungumsebenzi ongakhetha kiwo.
Abasebenzisi kufuze batjho indlela yokuphakelwa kwamandla lokha naba-oda.
Sibawa uqale ukunamathiselwa ekhasini 89.
Ukutholwa kwephutha lelayini(LFD)
Abasebenzisi bangakhetha ihlangothi elithi "VULA" leswitshi phezulu kwemodyuli
ukuvumela umsebenzi wokuthola amaphutha begodu utjengise i-alamu nge-
isibani esibomvu se-LED. Umtjhini wokufakwa endaweni>7mA, i-alamu yesekhethi emfitjhani (SC);
Umtjhini wokufaka wendawo
ukufaka kokuthintana kutlhoga umsebenzi wokuthola amaphutha (ukuphuka kwentambo, okufitjhani
isekhethi), i-resistor ye-22k Ω kufanele ixhunywe ngokufana emaphethelweni womabili
ye-switch, begodu i-resistor engu-680 Ω kufanele ixhunywe ngokulandelana (njengombana
kutjengiswa emfanekisweni wokufaka iintambo wokuthintana kweswitjhi II).
PHD-11TC-33A-23
PHD-12TF-288+