ICS12LF02NOM1-FB CARLO GAVAZZI
Hersteller: CARLO GAVAZZICategory: DC Cylindrical Inductive Sensors
Description: Sensor: inductive; OUT: NPN / NO; 2mm; 10÷36VDC; M12; IP67; 200mA
Type of sensor: inductive
Output configuration: NPN / NO
Range: 2mm
Supply voltage: 10...36V DC
Switch housing: M12
Connection: M12 terminal
IP rating: IP67
Max. operating current: 0.2A
Operating temperature: -40...80°C
Kind of forehead: embedded
Body material: stainless steel
Switching frequency max: 2kHz
Overall length: 64.8mm
Number of pins: 4
Anzahl je Verpackung: 1 Stücke
Produkt ist nicht verfügbar
Produktrezensionen
Produktbewertung abgeben
Technische Details ICS12LF02NOM1-FB CARLO GAVAZZI
Category: DC Cylindrical Inductive Sensors, Description: Sensor: inductive; OUT: NPN / NO; 2mm; 10÷36VDC; M12; IP67; 200mA, Type of sensor: inductive, Output configuration: NPN / NO, Range: 2mm, Supply voltage: 10...36V DC, Switch housing: M12, Connection: M12 terminal, IP rating: IP67, Max. operating current: 0.2A, Operating temperature: -40...80°C, Kind of forehead: embedded, Body material: stainless steel, Switching frequency max: 2kHz, Overall length: 64.8mm, Number of pins: 4, Anzahl je Verpackung: 1 Stücke.
Weitere Produktangebote ICS12LF02NOM1-FB
| Foto | Bezeichnung | Hersteller | Beschreibung |
Verfügbarkeit |
Preis ohne MwSt |
|---|---|---|---|---|---|
 |
ICS12LF02NOM1-FB | Hersteller : Carlo Gavazzi |
Proximity Sensors PROX SENS. IND. FB M12 PLUG LONG NPN NO FLUSH |
Produkt ist nicht verfügbar |
|
| ICS12LF02NOM1-FB | Hersteller : CARLO GAVAZZI |
Category: DC Cylindrical Inductive Sensors Description: Sensor: inductive; OUT: NPN / NO; 2mm; 10÷36VDC; M12; IP67; 200mA Type of sensor: inductive Output configuration: NPN / NO Range: 2mm Supply voltage: 10...36V DC Switch housing: M12 Connection: M12 terminal IP rating: IP67 Max. operating current: 0.2A Operating temperature: -40...80°C Kind of forehead: embedded Body material: stainless steel Switching frequency max: 2kHz Overall length: 64.8mm Number of pins: 4 |
Produkt ist nicht verfügbar |