Measurement Range:±1.0 mm (.04 in) Static, 0 to 500μm (0 to 20 mil) Dynamic

Accuracy:±0.025% of reading ±1μm (±0.000039 in)

Resolution:0.1μm (0.0000039 in)

Temperature Error:200 mV / 100˚ K

Operating Voltage:10-30V DC

Current Consumption:Max. 20mA

Environmental Conditions:Temperature: -25°C to +70°C, Humidity: 5% to 95% non-condensing

Material:Stainless Steel

Weight:0.3 kg

    This Emerson EPRO PR6424/010-010-CN eddy current sensor is engineered to provide unparalleled accuracy and reliability in challenging industrial environments. Its robust stainless steel construction ensures durability and resistance to corrosion, making it suitable for applications in harsh conditions.

    With an impressive measurement range from ±1.0 mm in static conditions to 0 to 500 μm in dynamic scenarios, this sensor is capable of delivering precise measurements that are critical for process control and automation tasks. Its high-resolution output signal of 1 μm ensures that even the smallest changes in distance can be detected and accurately reported.

    Featuring a temperature range of -40°C to +70°C, this sensor is designed to withstand extreme temperatures, expanding its operational versatility across various industries including manufacturing, petrochemicals, and automotive sectors. Its ±0.2% of Full Scale ±0.05 mm accuracy ensures that measurements remain within strict tolerances, minimizing errors in critical applications.

    The 4-20 mA or 0-5 VDC output signal provides compatibility with a wide range of control systems, simplifying integration into existing infrastructure. The M12 x 1.0 pitch connector ensures secure electrical connections, reducing the risk of disconnections during operation.

    For safety and ease of maintenance, the sensor is equipped with an IP67/IP69K enclosure rating, providing protection against dust, water, and high-pressure cleaning. This feature ensures reliable performance even in wet or dusty environments, making it an ideal choice for outdoor or industrial settings where environmental conditions may be unpredictable.