Inductive Threaded Barrel Inductive Proximity Sensor, M12, 4 mm Detection, NPN NO, 30 V

Sous-total (1 unité)*

29,69 €

(TVA exclue)

35,92 €

(TVA incluse)

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Prix par unité
1 +29,69 €

*Prix donné à titre indicatif

N° de stock RS:
252-417
Référence fabricant:
197695 E57G-12UNN4-C2
Fabricant:
Eaton
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Marque

Eaton

Thread Size

M12

Sensor Technology

Inductive

Body Style

Threaded Barrel

Detection Range

4 mm

Output Function

NO

Digital Switching Output Type

NPN

Cable Length

2m

Connection Type

Pre-Cabled

Supply Voltage

30 V

Pays d'origine :
MX
The Eaton E57G Proximity switch from Eaton Moeller series is engineered to deliver precision and reliability in a compact package. Designed for general-purpose applications, this inductive sensor operates seamlessly within a voltage range of 10 to 30 V DC and features a robust stainless steel housing perfect for non-flush mounting in various environments. With a 4 mm sensing distance and a switching frequency of up to 2000 Hz, this device ensures quick and accurate detection of metallic targets. The sensor is equipped with an informative yellow LED indicator for easy status monitoring, making it a favourite in both industrial and commercial settings. Safety and compliance are paramount, as this switch adheres to multiple certifications including UL Listed, IEC/EN, and CSA, ensuring peace of mind for users in diverse applications.

Compact design allows for versatile installation options
Robust stainless steel material enhances durability and longevity
LED indicator provides clear feedback on operational status
Non-flush mounting option simplifies integration into existing systems
Wide operational current range ensures compatibility with various devices
High switching frequency supports dynamic applications for responsive performance
Multiple certifications underscore its reliability and safety in industrial use
Suitable for a broad temperature range, enhancing operational flexibility
NPN output type tailored for efficient signalling
Effective short-circuit protection promotes reliable operations

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