EPRO PR9268/200-000 Electrodynamic Velocity Sensor for Precision Motion Control

Operating Voltage:24V DC

Output Frequency:50 kHz

Measurement Range:0-100 m/s

Accuracy:+/- 1% of full scale

Response Time:≤ 5 ms

Environmental Temperature Range:-20°C to +70°C

Protection Class:IP67

Material:Stainless Steel & Ceramic

Weight:Approx. 100g

    The EPRO PR9268/200-000 Electrodynamic Velocity Sensor is designed for accurate measurement of high-speed rotational velocities in industrial environments. It offers unparalleled precision, enabling seamless integration into machinery diagnostics and control systems. With its compact stainless steel housing, the sensor ensures durability and resistance to harsh conditions, making it suitable for applications requiring IP65 protection against dust and water ingress.

    Featuring an operating voltage of 24V DC, this sensor operates efficiently within a wide range of industrial settings. Its output frequency can reach up to 10 kHz, ensuring real-time data transmission for immediate response and decision-making. The sensitivity of 10 mV/mm/s allows for detailed monitoring of even slight changes in velocity, enhancing system reliability and efficiency.

    The measurement range of 0.5 mm to 10 mm enables versatile application across various machinery components, from small gears to large rotating masses. Coupled with exceptional accuracy within ± 2% of full scale, the EPRO PR9268/200-000 guarantees dependable performance in critical industrial processes.

    A standout feature is its quick response time of less than 1 ms, which is crucial for dynamic systems requiring fast adjustments. The robust construction and compact design make it easy to install in tight spaces, without compromising on performance or reliability. The IP65 rating further underscores its suitability for use in challenging environments, ensuring continuous operation under adverse conditions.

    Weighing just 0.35 kg, the sensor is lightweight yet sturdy, facilitating easy integration into existing machinery while minimizing the overall system burden. This makes it an ideal choice for modern industrial setups, aiming to enhance operational efficiency through precise velocity measurement and control.