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The SICK ATM60-A4K12*12 is an absolute rotary encoder designed for industrial automation. It features a 24-bit resolution per revolution and supports up to 4,096 measurable revolutions. The device utilizes a flange mounting type and operates on a 12V power supply. Technical specifications include a signal noise of ±1 arcsecond and a system accuracy of ±25 arcseconds under symmetric installation conditions. It provides 8,192 bytes of available storage space and is suitable for motor feedback systems with startup speeds up to 6,000 min⁻¹.
Verify the exact part number suffix against official SICK documentation to ensure correct interface and electrical specifications. Confirm mechanical dimensions and mounting requirements match the application design. Check for any specific ordering codes related to cable lengths or connector types if not included in the base model designation.
Select this encoder when high resolution and multi-turn capability are required for precise motion control. Ensure the operating environment allows for the specified temperature range and protection class. Verify that the control system can handle the absolute data output format and communication protocol supported by the device.
This component belongs to the SICK ATM60 series of absolute encoders, which are engineered for demanding industrial automation tasks. The series is known for robust construction and high precision, making it suitable for critical positioning applications in manufacturing and logistics sectors where reliability is paramount.
Consult official SICK substitution guides for direct replacements. Ensure compatibility with existing mounting hardware and electrical interfaces before swapping components.
The encoder supports motor feedback systems with a speed of up to 6,000 min⁻¹ during power-on or reset.
The device can measure up to 4,096 revolutions, providing multi-turn absolute position data.