Inductive Proximity Sensor
M18 x 1 | Sn 8 mm | 1.000 Hz | PNP | IP67
Bauform | Metrische Bauform |
Gehäusebauform | Kurzbauform |
Gewindegröße | M18 x 1 |
Durchmesser | Ø 18 mm |
Schaltabstand Sn | 8 mm |
Gesicherter Schaltabstand Sa | 6,48 mm |
Einbau in Metall | Bündig |
Schaltfrequenz | 1.000 Hz |
Anschlussart | Stecker M12, 4-polig |
Schaltausgang | PNP |
Ausgangsfunktion | Schließer |
Elektrische Ausführung | DC 3-Leiter |
Schutzart | IP67 1) |
Lieferumfang | Befestigungsmutter, Messing, vernickelt (2 x) |
1) Nach EN 60529.
Versorgungsspannung | 10 V DC ... 30 V DC |
Restwelligkeit | ≤ 10 % |
Spannungsabfall | ≤ 2 V 1) |
Bereitschaftsverzögerung | ≤ 100 ms |
Hysterese | 5 % ... 15 % |
Reproduzierbarkeit | ≤ 2 % 2) 3) |
Temperaturdrift (von Sr) | ± 10 % |
EMV | Nach EN 60947-5-2 |
Dauerstrom Ia | ≤ 200 mA |
Leerlaufstrom | ≤ 10 mA |
Kurzschlussschutz | ✔ |
Verpolungsschutz | ✔ |
Einschaltimpulsunterdrückung | ✔ |
Schock- und Schwingfestigkeit | 30 g, 11 ms/10 Hz ... 55 Hz, 1 mm |
Umgebungstemperatur Betrieb | –25 °C ... +75 °C |
Gehäusematerial | Messing, vernickelt |
Werkstoff, aktive Fläche | Kunststoff, PA 66 |
Gehäuselänge | 50 mm |
Nutzbare Gewindelänge | 33 mm |
Max. Anzugsdrehmoment | ≤ 40 Nm |
UL-File-Nr. | NRKH.E181493 |
1) Bei Iamax.
2) Versorgungsspannung Ub und Umgebungstemperatur Ta konstant.
3) Von Sr.
Small and lightweight pressure and vacuum sensor optionally with adjustment potentiometer or IO-Link interface
.
- LED operation and status indicator .
- Push-in 4/6/8/10 mm; 20 g (4/6 mm) or 30 g (8/10 mm) fluid connection .
- Adjustable via setting potentiometer or via IO-Link
- 1x PNP (with potentiometer) or 2x PNP transistor switching output (IO-Link additionally available)
Short installation time. "Split the hose, put InLine in between, ready!" The push-in fluid connection allows easy and quick installation, even in existing pneumatic systems. In addition, the switching point can be set as desired either with a potentiometer or via IO-Link. Due to these features, the InLine is also especially suitable for retrofit applications. Vacuum lifting technology. In vacuum lifting technology, the size and weight of the sensors often play an important role. With its small design and low weight, it is predestined for vacuum lifting applications in conjunction with a robot arm, for example.