Description
Incremental Encoder for Essential Speed Feedback – The MIG Basic is designed for fundamental speed monitoring in standard automation tasks, ensuring seamless integration and consistent operation within various industrial applications.
Stainless Steel Construction – The robust housing made from stainless steel provides excellent corrosion resistance, particularly suitable for demanding or hygienic environments such as food processing, pharmaceuticals, and marine industries.
Flange Dimensions – A flange with an outer diameter of 120mm and a Flange Bolt Circle Diameter (BCD) of 100mm ensures compatibility with IEC 56B5 standard motors for easy and secure mounting.
9mm Shaft Diameter – The 9mm shaft design offers precise and stable coupling to the motor, reducing mechanical play and vibration for reliable feedback signal generation.
Wide Input Voltage (5-24VDC) – Supports broad voltage range for direct connection to different programmable logic controllers (PLCs) and motion controllers without the need for external converters.
Output: A90°B HTL Signal – Reliable HTL (High Transistor Logic) square wave outputs, two channels (A and B) at 90° phase shift, ensure accurate detection of rotation direction and speed, suitable for basic motor control and monitoring tasks.
Pulse Rate – 2 pulses per channel per revolution provide simple but effective speed feedback, ideal for straightforward automation requirements where basic monitoring is sufficient.
Long Cable Length (20 meters) – Pre-assembled 20m cable allows installation flexibility for remote or difficult-to-access locations, particularly useful in large industrial machinery or conveyor systems.
High Protection Class (IP55/IP67) – Ensures protection against dust, water jets, and temporary immersion, enabling usage in harsh or outdoor industrial environments.
Typical Applications – Particularly suitable for conveyor systems, packaging machines, and basic drive control in manufacturing, where reliable incremental speed feedback is essential for safe and efficient operation.

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