Keyence
- Verfügbar:
- 1 Stk.Auf AnfrageAktualisiert am: 22-08-2026
- Angebot von:
Vertrauenswürdiger Lieferant — Rumänien, Mitglied seit 2023, 1–4 Mitarbeiter
Treffen Sie auf der ANEXPO 2027 die weltweit führenden Unternehmen der industriellen Automatisierung| Mehr erfahren
Benötigen Sie weitere Informationen?
The Keyence EM-054P is a high-performance main unit sensor designed for precise detection of ferrous metals. This shielded type sensor features a compact 5.4 mm diameter cylindrical shape, making it suitable for various industrial applications where space is limited. With a detecting distance of 1.2 mm ±10%, it ensures accurate and reliable performance.
Equipped with a PNP control output capable of handling up to 200 mA at 30 V, the EM-054P is designed to meet the demands of modern automation systems. The sensor includes a red LED display indicator for easy status monitoring and operates in normally open (N.O.) mode.
Constructed with a robust stainless steel housing, the EM-054P offers excellent durability and resistance to harsh environments. It is rated with IP67 protection, ensuring reliable operation in challenging conditions, including exposure to dust and water. The sensor operates within a wide temperature range of -25 to +80 °C and maintains performance with temperature variations of ±10% max. at +23°C.
The EM-054P is compliant with CE marking standards, ensuring it meets rigorous safety and performance requirements. Its high response frequency of 1.2 kHz makes it suitable for fast-paced industrial processes.
Applications: The Keyence EM-054P is ideal for use in automation systems, manufacturing lines, and any application requiring precise metal detection in confined spaces.
Keyence
Registrieren Sie sich jetzt, um 36 Mio. Angebote von verifizierten Anbietern weltweit zu entdecken.
Datenblatt für Keyence EM-054P, einschließlich Spezifikationen und Funktionen.
3D-CAD-Modell und technische Zeichnungen, bereit für Ihre Konstruktionssoftware.

Erhalten Sie Echtzeit-Analysen und Marktdaten, um Ihre Kaufentscheidungen für diese Komponente und ähnliche Produkte zu optimieren.