EPRO PR6426/000-030+CON021/916-120: Eddy Current Signal Converter

Product Type:Signal Converter

Module Designation:Eddy Current

Extended Product Type:Signal Converter

Product ID:PR6426/000-030+CON021/916-120

Supply Voltage Range:-23V to -32V

Operating Temperature Range:-30 to 100°C

Weight:120 grams

EPRO Type Designation:PLC

Controller MD Plus Weight:0.26 kg

Eddy Current Sensor Weight:0.4 kg

Eddy Current Signal Converter Weight:120 grams

    Introducing the Emerson EPRO PR6426/000-030+CON021/916-120 Eddy Current Signal Converter, a robust solution for converting eddy current signals with unmatched precision. This converter is meticulously engineered to meet the stringent demands of industrial automation, offering unparalleled reliability and accuracy under various operating conditions.

    Featuring a wide operating voltage range, this device ensures compatibility with a multitude of power sources, making it suitable for integration into diverse industrial systems. The high input resistance minimizes signal degradation, ensuring that even subtle changes are accurately captured and transmitted.

    With an excellent signal conversion ratio, this converter guarantees minimal loss during the conversion process, maintaining the integrity of the data being transmitted. Its temperature resistance spans from -40°C to +85°C, allowing it to function seamlessly in extreme environments without compromising performance.

    Accurate to within ±0.1%, the converter provides exceptional measurement precision, which is critical for applications requiring high levels of control and monitoring. Additionally, its low power consumption makes it energy-efficient, contributing to sustainable operational practices.

    Crafted with durability and reliability in mind, the EPRO PR6426/000-030+CON021/916-120 boasts a compact design and is constructed from high-quality materials that are resistant to corrosion and wear. This ensures a long lifespan and minimal maintenance requirements, offering peace of mind for extended periods of use.