I-AB ANALOG I0 Module 1746-NI8
Ukucaciswa komkhiqizo
| Phawula | Allen-Bradley |
| Ingxenye Yengxenye / Ikhathalogi No. | 1746-Ni8 |
| -Uhume | I-SLC 500 |
| Uhlobo lwemodyuli | Analog i / o module |
| I-Backplane yamanje (ama-volts ayi-5) | Ama-milliamps angama-200 |
| Okokufaka | 1746-NI4 |
| I-Backplane yamanje (ama-volts dc) | Ama-milliamps ayi-100 |
| Isigaba Sokufaka Signal | -20 kuya ku- + 20 ma (noma) -10 kuya + 10v DC |
| Ibandlawi | 1-75 Hertz |
| Imvamisa yokufaka okokufaka | 1 hz, 2 hz, 5 hz, 10 hz, 20 hz, 50 hz, 75 hz |
| Isikhathi sokuvuselela | Ama-millisecond angama-6 |
| Indawo ye-Chassis | Noma imuphi we / o module slot ngaphandle kwe-slot 0 |
| Isixazululo | Amabhithi ayi-16 |
| I-backplane yamanje | (5 volts) 200 Ma; (24 Volts DC) 100 MA |
| Impendulo Yesinyathelo | 0.75-730 millelisecond |
| Uhlobo lokuguqulwa | Ukulinganiselwa okulandelanayo, i-capacitor eshintshiwe |
| Izinja | Inhlanganisela engu-120 Volts AC i / O |
| Izinhlobo Zokufaka, Voltage | 10v DC 1-5v DC 0-5v DC 0-10V DC |
| Ukusetshenziswa kwamandla emuva emuva | 14 Watts maliza |
| Uhlobo lokufaka, lwamanje | 0-20 MA 4-20 MA 20MA MA 0-1 Ma 0-1 MA |
| Ukufakwa kokuvikelwa | 250 ohms |
| Ifomethi yedatha | Amayunithi wobunjiniyela akhuliswe ama-PID ngokulinganayo ukubalwa (-32,7,768 kuya ku- + 32,767 ububanzi), ukubalwa okuhambelana (uhla oluchaziwe lomsebenzisi, isigaba 3 kuphela). Ifomu ledatha le-1746-ni4 |
| Komhlaba | 1492-acable * c |
| Izinkomba ze-LED | Izinkomba zesimo esiluhlaza esingu-9 esiluhlaza esisodwa seziteshi eziyi-8 nenye yesimo semodyuli |
| I-Thermal Dissipation | 3.4 Watts |
| Usayizi we-wire | 14 AWG |
| Unch | I-1066207678036 |
| I-UNSSPSC | 32151705 |
Cishe ngo-1746-ni8
Inokusetshenziswa kwamandla okubuyela emuva okuphezulu kwe-1 watt ku-5 Volts DC kanye ne-2.4 Watts ku-24 Volts DC. I-1746-ni8 ingafakwa kunoma yikuphi i / o slot, ngaphandle kwe-slot 0 ye-SLC 500 I / O Chassis. Idatha yesiginali yokufaka iguqulwa ibe yidatha yedijithali ngokuguqulwa okuhambisana okuzayo. Imodyuli engu-1746-ni8 isebenzisa amafrimu wokuhlunga ahlelekile ngesihlungi esiphansi sedijithali sokuhlunga kokufaka. Kwenza okuqhubekayo ngokuzenzakalelayo futhi ine-voltage ye-isolate yama-volts dc angama-750 ne-530 volts ac, ihlolwe imizuzwana engama-60. Ine-voltage evamile esukela ku-volts kuya ku-10 volts nge-15 volts phakathi kwama-terminals amabili.
Ukuchazwa Komkhiqizo
Imodyuli engu-1746-ni8 iza nebhulokhi elisuswayo le-terminal ezikhundleni eziyi-18. Nge-Wiring, iBelden 8761 noma ikhebula elifanayo kufanele lisetshenziswe ngentambo eyodwa noma ezimbili eziyi-14 ze-awg terminal. Ikhebula linesilinganiso esiphezulu se-loop se-40 ohms emthonjeni wamandla kagesi kanye nama-250 ohms emthonjeni wamanje. Ukuxazulula inkinga kanye nokuxilonga, kunezinkomba zesimo se-9 eluhlaza eluhlaza. Iziteshi eziyi-8 zinenkomba eyodwa ngayinye ukukhombisa isimo sokufaka kanye nenye ngokubonisa isimo semodyuli. I-1746-Ni8 inesigaba esiyingozi esiyingozi esilinganiselwe semvelo enokushisa okusebenzayo kwe-0 kuya ku-60 degrees Celsius.
I-1746-ni8 inezici eziyisishiyagalombili (8) zesiteshi se-analog yokufaka esetshenziswayo esetshenziswa nge-SLC 500 Fixed noma Medur Hardware Street Arspolder. Le module evela ku-Allen-Bradley ineziteshi ze-voltage ngayinye noma iziteshi zamanje zokufaka. Izimpawu zokufaka ezikhona zifaka i-10v DC, 1-5v DC, 0-5v DC, 0-10v DC ye-Voltage ngenkathi u-0-20 ma, 4-20 Ma, +/- 20 Ma, +/- 20 Ma, +/- 20 Ma, +/- 20 Ma, +/- 20 Ma, +/- 20 Ma, +/- 20 Ma, +
Izimpawu zokufaka zingavezwa njengeyunithi yezobunjiniyela, i-PID-for-PID, ukubalwa okulinganayo (-32,768 kuya ku- + 32,767 ububanzi bebanga elichaziwe lomsebenzisi (isigaba 3 kuphela) kanye ne-1746-ni4 idatha.
Le module yesiteshi eyisishiyagalombili (8) iyasebenziseka ukusetshenziswa nge-SLC 5/01, SLC 5/02, SLC 5/03, SLC 5/04 processors SLC 5/05. I-SLC 5/01 ingasebenza kuphela njenge-Class 1 ngenkathi i-SLC 5/02, 5/03, 5/04 ilungiselwe iklasi 1 kanye ne-Class 3 Operation. Iziteshi zemodyuli ngayinye zingangena ngemvume ekufakweni okuphelele noma okuhlukile.
Izici zomkhiqizo
Le module ine-blook ekhishwe esibulalayo yokuxhumanisa izibonakaliso zokufaka kanye nokubuyiselwa okulula kwemodyuli ngaphandle kwesidingo sokuvuselela kabusha. Ukukhetha uhlobo lwesiginali yokufaka kwenziwa ngokusetshenziswa kokushintshwa okushumekiwe kwe-DIP. Isikhundla Sokushintshwa se-DIP kumele sihambisane nokucushwa kwesoftware. Uma izilungiselelo ze-DIP statch kanye nokucushwa kwesoftware kwehlukahluka, kuzobhekwa iphutha lemodyuli futhi kuzobikwa ku-diagnostic buffer of processor.
Isoftware ehleliwe esetshenziswa ngomndeni womkhiqizo we-SLC 500 yi-RSLogix 500
