Description
High-Resolution Incremental Encoder: The MIG Nova+ is an incremental encoder providing high resolution (32 pulses per revolution per channel), enabling accurate speed and position feedback for automated motion control systems.
Enhanced Signal Stability: Improved output signal quality (A90°B / A'90°B', HTL/TTL) ensures optimal interference resistance and reliable operation in electromagnetically noisy environments.
Wide Voltage Input Range: Compatible with 5-24VDC input, allowing flexibility when integrating with a variety of controllers and PLCs in both legacy and cutting-edge systems.
Robust Stainless Steel Construction: The encoder chassis and shaft are manufactured from stainless steel, offering outstanding resistance to corrosion and mechanical wear, ideal for use in harsh industrial conditions.
IP55 / IP67 Protection Rating: With dual IP ratings, the encoder is dust-tight and protected against powerful jets of water and temporary immersion, supporting reliable deployment in environments prone to dust, water, and chemical exposure.
Versatile Mounting: Flange dimensions Ø120mm, BCD 100mm, 7mm flange thickness, 19mm shaft diameter, conforming to IEC 80B14 standards; ensures seamless compatibility with a broad array of motors and machinery.
Extended Cable Length: Supplied with a 10-meter cable, providing flexible installation options for larger or more complex automation setups.
Application Areas: Ideal for precise velocity regulation and advanced feedback in conveyor systems, automated production lines, robotics, packaging equipment, and materials handling applications where high reliability and measurement accuracy are critical. **Comparison of BEGE Encoder Types:**
MIG Basic: Incremental encoder for fundamental speed feedback in standard automation applications.
MIG Nova+: High-resolution incremental encoder with superior signal stability, suitable for precise control in sophisticated automated systems.
MIG AST: Absolute encoder for position retention after power loss, essential for precise positioning and advanced control system integration.

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