The SICE SRS50C13 is an advanced industrial encoder designed for precise position sensing in demanding industrial environments. It offers high accuracy and reliability in motion control applications.
Brand & Model:SICE SRS50C13
Application Type:Encoder Module
Accuracy Rating:±0.01°
Operating Voltage Range:24V DC
Operating Temperature:-20°C to +70°C
Resolution:13 Bit
Rotational Speed Range:0.01 to 2000 RPM
Communication Interface:RS-422/RS-485
Enclosure Type:IP67 Rated
Power Consumption:1.5W
The SICE SRS50C13 MAT6CR100200031 encoder is engineered to provide unparalleled accuracy and reliability in harsh industrial environments. Its 13-bit resolution ensures precise position measurement, making it ideal for demanding applications requiring high precision.
Operational in a wide temperature range from -20°C to +80°C, this encoder is designed to withstand extreme conditions commonly found in manufacturing and automation processes. Its robust construction guarantees long-lasting performance even under rigorous use.
With a rotation speed range up to 20,000 RPM, the SRS50C13 is suitable for high-speed machinery and systems where fast and accurate feedback is crucial. The 4-wire differential signal output provides a reliable connection, ensuring smooth operation and minimizing interference.
Equipped with an IP67-rated enclosure, the encoder is fully protected against dust and water ingress, ensuring it remains operational in dusty environments and during light rain or splashing water conditions. This makes it perfect for outdoor installations or applications where dust and moisture are concerns.
The encoder supports a wide power supply voltage range of 12V DC to 30V DC, providing flexibility for various power sources and systems. Additionally, it incorporates a SSI (Sinusoidal Sine-Coded Square Wave) communication protocol for seamless integration with modern control systems.
The SICE SRS50C13 is an advanced industrial encoder designed for precise position sensing in demanding industrial environments. It offers high accuracy and reliability in motion control applications.