The Heidenhain RCN 223, 16384, 03S17-0D is an advanced digital sensor designed for precision measurement in industrial automation systems, offering high accuracy and reliability in challenging environments.
Type:Digital Sensor
Model:RCN 223
Part Number:16384 03S17-0D
Operating Voltage:DC 10V – 30V
Current Consumption:Max. 10mA
Resolution:Up to 16,384 counts
Temperature Range:-20°C to +85°C
Mounting:Screw Mount
Dimensions:W: 22mm x H: 20mm x D: 25mm
Weight:20g
This digital sensor from Heidenhain is specifically engineered for precision applications requiring high accuracy and reliability in industrial automation environments. With a resolution of 16384 counts, it ensures unparalleled precision in position measurement and feedback, critical for the seamless operation of complex machinery.
The RCN 223 features a robust aluminum housing, making it durable against the rigors of industrial settings. Its magnetic mounting system allows for easy installation on a variety of surfaces, accommodating diverse integration needs.
Equipped with an advanced 03S17-0D format output signal, this sensor seamlessly integrates with existing control systems, facilitating quick setup and minimizing integration time. It operates efficiently within a wide voltage range, ensuring compatibility and performance under varying power conditions.
Designed for continuous operation, the sensor withstands extreme temperature fluctuations from -20°C to +85°C, making it suitable for use in a broad spectrum of industrial environments. This versatility enhances its applicability across multiple sectors including automotive, electronics, and manufacturing.
The standard RS-422 interface provides reliable data transmission, enabling real-time monitoring and control of the system’s movements. This feature is crucial for maintaining high efficiency and productivity in automated production lines.
The Heidenhain RCN 223, 16384, 03S17-0D is an advanced digital sensor designed for precision measurement in industrial automation systems, offering high accuracy and reliability in challenging environments.