Extended Product Type:Proximity Sensors

Product ID:XS1M30MA250

Schneider Type Designation:Inductive Proximity Sensor

Range of Product:OsiSense XS

Sensing Distance:Up to 250 mm

Output Type:NPN-NC, 2-Wire

Rated Supply Voltage:10 V ~ 30 V DC

Operating Zone:0…250 mm

Material:Metal

Nominal Sensing Distance:0.39 in (10 mm)

Electrical Connection:Cable

Series:E2E

Reverse Polarity Protection:Yes

Product Weight:0.1 kg

Adjustable Range:8 mm

    The Schneider XS1M30MA250 Inductive Proximity Sensors are meticulously designed to provide unparalleled detection performance in challenging industrial environments. These sensors are built to withstand harsh conditions while maintaining exceptional sensitivity to metallic targets.

    Equipped with Schneider's proprietary technology, these sensors deliver precise measurements within an operating range of 0 to 8 millimeters, ensuring reliable operation in applications where high accuracy is critical. Their compact size and robust design make them suitable for integration into a wide variety of machinery and equipment.

    Featuring a metal housing, the XS1M30MA250 sensors are not only durable but also provide a high degree of immunity against electromagnetic interference, ensuring stable performance under various operational conditions. The sensors are compatible with a broad range of control systems, offering seamless integration into existing automation setups.

    With a rated supply voltage that spans from 10 to 30 volts DC, these sensors are versatile enough to meet the power requirements of diverse industrial applications. They come equipped with a cable for easy connection to control panels or other electronic devices, facilitating straightforward installation and maintenance.

    Designed with user-friendliness in mind, the Schneider XS1M30MA250 Inductive Proximity Sensors include features that simplify setup and troubleshooting processes. The intuitive interface and standardized connectors make it easier for technicians to perform routine checks and adjustments, contributing to overall system reliability and efficiency.