AFM60A-TFPM262144

The SICK AFM60A-TFPM262144 is a high-performance absolute rotary encoder designed for precise position measurement in industrial applications. This encoder features a multi-turn measurement capability, utilizing a robust gear mechanism to track rotations over multiple turns, ensuring accurate position feedback even in power loss situations.### Key Technical Specifications: - **Type**: Absolute Rotary Encoder - **Model**: AFM60A-TFPM262144 - **Resolution**: 262,144 positions per revolution (high resolution for fine position control) - **Output Signal**: CANopen, SSI, or analog output options available, providing flexibility in integration with various control systems. - **Power Supply**: Typically operates at 10-30 V DC, ensuring compatibility with standard industrial power systems. - **Protection Class**: IP67, making it suitable for harsh environments with dust and moisture exposure. - **Operating Temperature Range**: -40°C to +85°C, allowing for use in extreme conditions. - **Mechanical Design**: Compact design with a diameter of 60 mm, featuring a solid shaft for direct mounting. - **Mounting Options**: Flange or blind hollow shaft options available for versatile installation. - **Weight**: Approximately 500 grams, ensuring a lightweight solution for various applications.### Applications: The AFM60A-TFPM262144 is ideal for applications in robotics, automation, and machinery where precise angular position feedback is critical. Its high resolution and robust design make it suitable for both indoor and outdoor use, in environments such as manufacturing plants, conveyor systems, and automated guided vehicles (AGVs).### Additional Features: - **Multi-turn Capability**: The encoder can track multiple revolutions, providing absolute position data without the need for a reference point after power-up. - **High Shock and Vibration Resistance**: Designed to withstand mechanical stress, ensuring reliability in dynamic environments. - **Easy Integration**: Compatible with various fieldbus systems, facilitating seamless integration into existing control architectures.