HEIDENHAIN RCN 223 533117-03 RCN 223 digital sensor

HEIDENHAIN RCN 223 533117-03: A powerful assistant for precision angle measurement

In the field of precision industrial manufacturing, there are extremely stringent requirements for the accuracy, stability and equipment adaptability of angle measurement. As a leading brand in the industry, HEIDENHAIN's RCN 223 533117 - 03 model has become an ideal choice for many high-end equipment with its excellent performance and quality.

I. Core technical specifications

(I) Measurement accuracy and resolution

RCN 223 533117 - 03 has an impressive system accuracy of up to ±5.0''. This level of accuracy can accurately capture extremely small angle changes, providing solid data support for application scenarios such as precision machining and measuring instruments. Its position per revolution is as high as 8388608, corresponding to a high resolution of 23 bits, which means that during one rotation, it can subdivide the angle to an extremely fine degree, thus meeting the needs of industries such as aerospace parts processing and high-end optical lens manufacturing that have almost demanding requirements for angle accuracy.

(II) Electrical characteristics

Output protocol: This encoder uses Fanuc protocol output, which enables seamless connection with the widely used Fanuc CNC system. In actual industrial production, this compatibility greatly simplifies the process of equipment integration, reduces various problems caused by mismatched communication protocols, and ensures the efficiency and stability of data transmission between the encoder and the control system. Whether in high-speed operation or complex working conditions, it can ensure accurate and timely transmission of data, laying the foundation for precise control of the equipment.

Power supply voltage: Its operating voltage range is 3.6V to 5.25V. The relatively wide power supply range enables the encoder to adapt to different power supply environments and reduces the special requirements for power supply. In some industrial sites where the power supply conditions are unstable or there are multiple power supply specifications, it can be flexibly connected and work stably, which improves the applicability of the equipment in different working scenarios and reduces the risk of equipment failure caused by power supply problems.