Phoenix Contact: Interface-Technik und Schaltgeraete 2017/18

Power 24 V ... 23 0V A C/ D C 24 V 0... 2 0mA I N OU T MA C X M CR - U I- U I- U P ± ± ± 1 ± 5 0mV... 1 000mV mA... 5 mA ± 1 0 ± 1 00 mA... mA + – ± 1 V...± 1 00V G N D active passive Power 24 V... 23 0VA C/ D C 4 . 2 3 . 2 5 . 2 2 . 2 1 . 2 4 . 1 3 . 1 5 . 1 2 . 1 1 . 1 ≃ M mV + – 1 2 1 2 3 4 1 2 3 4 D AI2 Power 24 V ... 23 0V A C/ D C I N OU T MA C X M CR - U I- U I- U P ± ± ± 1 ± 5 0mV... 1 000mV mA... 5 mA ± 1 0 ± 1 00 mA... mA + – ± 1 V...± 1 00V G N D active passive Power 24 V... 23 0VA C/ D C 4 . 2 3 . 2 5 . 2 2 . 2 1 . 2 4 . 1 3 . 1 5 . 1 2 . 1 1 . 1 ≃ Weitere Informationen und vollständige technische Daten unter phoenixcontact.net/products 119 PHOENIX CONTACT Bestellschlüssel MACX MCR-UI-UI(-SP) (Standardkonfiguration als Beispiel eingetragen) Applikationsbeispiel: Füllstandsmessung und aktive analoge Eingangskarte Applikationsbeispiel: Shuntmessung und Inline-Klemme mit analogen Eingangskanälen innerhalb einer Inline-Station (Informationen zu Automatisierungslösungen von Phoenix Contact finden Sie im Katalog 6 oder unter phoenixcontact.net/products) Artikel-Nr. Eingang Ausgang Grenzfrequenz Werkskalibrierzertifikat WKZ 2811459 / IN03 / OUT01 / 10K / NONE IN40 = 0 ... 50 mV IN53 = -50 ... +50 mV IN70 = 0 ... 1,0 mA OUT19 = 0 ... 2,5 V OUT15 = 0 ... 5 mA 30 = 30 Hz NONE = ohne WKZ 2811459 = IN24 = 0 ... 60 mV IN13 = -60 ... +60 mV IN71 = 0 ... 1,5 mA OUT05 = 0 ... 5 V OUT16 = 0 ... 10 mA 10K = 10 kHz YES = mit WKZ (kostenpflichtig) MACX MCR- UI-UI-UP IN41 = 0 ... 75 mV IN54 = -75 ... +75 mV IN72 = 0 ... 2,0 mA OUT03 = 0 ... 10 V OUT01 = 0 ... 20 mA IN25 = 0 ...100 mV IN14 = -100 ... +100 mV IN73 = 0 ... 3,0 mA IN43 = 0 ...120 mV IN56 = -120 ... +120 mV IN36 = 0 ... 5 mA OUT20 = -2,5 ...+2,5V OUT21 = -5 ... +5 mA YESPLUS = WKZ mit 5 Messpunkten (kostenpflichtig) 2811585 = IN44 = 0 ...150 mV IN57 = -150 ... +150 mV IN37 = 0 ... 10 mA OUT13 = -5 ... +5 V OUT22 = -10 ...+10 mA MACX MCR- UI-UI-UP-SP IN26 = 0 ...200 mV IN15 = -200 ... +200 mV IN74 = 0 ... 15 mA OUT14 = -10 ...+10V OUT23 = -20 ...+20 mA IN27 = 0 ...300 mV IN16 = -300 ... +300 mV IN01 = 0 ... 20 mA IN28 = 0 ...500 mV IN17 = -500 ... +500 mV IN75 = 0 ... 30 mA OUT24 = 0,5 ...+2,5V OUT25 = 1 ... 5 mA IN66 = 0 ...1000 mV IN78 = -1000 ...+1000 mV IN76 = 0 ... 50 mA OUT06 = 1 ... 5 V OUT26 = 2 ... 10 mA IN29 = 0 ... 1,0 V IN18 = -1,0 ... +1,0 V IN77 = 0 ... 100 mA OUT04 = 2 ... 10 V OUT02 = 4 ... 20 mA IN50 = 0 ... 1,5 V IN63 = -1,5 ... +1,5 V IN30 = 0 ... 2,0 V IN19 = -2,0 ... +2,0 V IN83 = -1,0 ...+1,0 mA OUT27 = 2,5 ... 0 V OUT28 = 5 ... 0 mA IN52 = 0 ... 3,0 V IN65 = -3,0 ... +3,0 V IN84 = -1,5 ...+1,5 mA OUT11 = 5 ... 0 V OUT29 = 10 ... 0 mA IN05 = 0 ... 5 V IN21 = -5 ... +5 V IN85 = -2,0 ...+2,0 mA OUT09 = 10 ... 0 V OUT07 = 20 ... 0 mA IN03 = 0 ... 10 V IN22 = -10 ... +10 V IN86 = -3,0 ...+3,0 mA IN67 = 0 ... 15 V IN79 = -15 ... +15 V IN33 = -5 ... +5 mA IN32 = 0 ... 20 V IN23 = -20 ... +20 V IN34 = -10 ... +10 mA IN39 = 0 ... 30 V IN80 = -30 ... +30 V IN87 = -15 ... +15 mA IN68 = 0 ... 50 V IN81 = -50 ... +50 V IN35 = -20 ... +20 mA IN69 = 0 ... 100 V IN82 = -100 ... +100 V IN88 = -30 ... +30 mA IN89 = -50 ... +50 mA IN90 = -100 ...+100 mA IN06 = 1 ... 5 V IN91 = 1 ... 5 mA IN04 = 2 ... 10 V IN92 = 2 ... 10 mA IN02 = 4 ... 20 mA Füllstandssensor Steuerung IB IL AI 2/SF Batterie Shunt- Widerstand Mess-, Steuerungs- und Regelungstechnik Trennverstärker mit funktionaler Sicherheit SIL - MACX Analog