Allen-Bradley - 8 mm Barrel Inductive Prox Sen - 872C-M3NP8-P3

pro jede
55.46 CHF
Lieferung
Grundlegende Spezifikationen
Schaltabstand - 3 mm
Ausführung der Schaltfunktion - Schließer (NO)
Beschichtung Gehäuse - vernickelt
Versorgungsspannung - 24...24 V
Durchmesser Sensor - 8 mm
Verpackung
1 jede
EAN
10612598997463
Lieferanten Ref.
872C-M3NP8-P3
Hersteller-Referenz
872C-M3NP8-P3
Kommerzielle Referenz
872C-M3NP8-P3
Schaltabstand:
3 mm
Ausführung der Schaltfunktion:
Schließer (NO)
Beschichtung Gehäuse:
vernickelt
Versorgungsspannung:
24...24 V
Durchmesser Sensor:
8 mm
Ausführung des Schaltausgangs:
PNP
Ausführung des elektrischen Anschlusses:
Steckanschluss
Art der Betätigung:
metallisches Target
Gehäusebauform:
Zylinder, Gewinde
Max. Ausgangsstrom am sicheren Ausgang:
100 mA
Bemessungssteuerspeisespannung DC:
5...30 V
Spannungsart:
DC
Schaltfrequenz:
2500 Hz
Werkstoff des Gehäuses:
Metall
Proximity Sensor, 3-Wire DC Extended Range Standard Barrel, 8mm Diameter, Tubular:Nickel Plated Brass, Standard, 3mm Sensing Distance, Shielded, N.O., Source (PNP) Output, Pico QD
- 10…30V DC Operating voltage
- 6.5 mm (smooth barrel)
- 8 mm, 12 mm, 18 mm, and 30 mm (threaded barrel)
- Shielded and unshielded versions (6.5 mm shielded only, 8 mm unshielded only)
- Up to three times the sensing range of standard range inductive sensors
- PNP or NPN units (all units normally open)
- 3-pin Pico QD or 4-pin micro QD connectors
- -25...+70˚ C operating temperature
- IP67 enclosure rating
- Short circuit, false pulse, reverse polarity and transient noise protection
- cULus and CE marked for applicable directives
- The most common cause of sensor failure is contact with the intended
- target. Sensors with a longer range can be used to eliminate and/or limit
- contact with the target, thus reducing the cost associated with replacing damaged sensors (cost of the sensor, maintenance time, and lost production).
- Achieve the same sensing range with a smaller sensor. Smaller diameter
- sensors may be a superior physical fi t for your application. Additionally,
- you may now be able to use a sensor in a previously inaccessible area.
- Solve previously unsolvable applications, especially in diffi cult environments where other sensors may not be reliable.


