The Schneider Electric Osicoder XCC1406TR03K is an incremental rotary encoder designed for precise position feedback in industrial automation systems. As a component of the Osisense XCC series, this encoder is engineered for demanding environments and applications requiring accurate motion control. Its robust construction and reliable performance make it suitable for integration into various machine control architectures.

Technical details

• Series: Osisense XCC
• Encoder Type: Incremental Rotary Encoder
• Model Designation: XCC1406TR03K
• Output Type: Likely TTL or HTL, verify with datasheet for specific signal type
• Resolution: Specific resolution per revolution must be confirmed via manufacturer datasheet; the '1406' in the part number may indicate a specific resolution or feature set.
• Shaft Diameter: The 'TR' designation may indicate a specific shaft type or diameter, consult datasheet for confirmation.
• Connection Type: The '03K' in the part number may denote a specific connector type or cable length, verify with manufacturer documentation.
• Operating Voltage: Typically 5VDC or 24VDC for industrial encoders; confirm exact voltage requirements with the datasheet.
• Maximum Rotational Speed: Consult manufacturer datasheet for speed limitations.
• Environmental Protection: Standard industrial ratings for dust and water ingress protection should be verified.

Applications & compatibility

This Osicoder XCC encoder is commonly employed in applications such as CNC machinery, robotic arms, automated assembly lines, and material handling systems where precise angular position and speed monitoring are critical. Its compatibility extends to various PLC and motion control systems that accept incremental encoder inputs.

Available from Industrial Automation Co as new, refurbished, or surplus stock, backed by a 2-year warranty with same-day shipping on in-stock items. Request a quote for the Schneider Electric Osicoder XCC1406TR03K or contact our technical team for cross-reference assistance with compatible Osisense XCC components.