Description
- High-resolution incremental encoder with enhanced signal stability, ideal for precise speed and position feedback in advanced automation systems.- Constructed from stainless steel for exceptional durability, corrosion resistance, and suitability for harsh industrial environments such as food processing, chemical, and marine industries.- Large flange diameter (Ø120mm) and 100mm bolt circle diameter (BCD) compatible with IEC 80B14 motors, ensuring easy integration into a wide range of industrial machinery.- 19mm solid shaft offers mechanical strength and stability, supporting robust rotary applications and heavy-duty use.- Delivers 8 pulses per channel per revolution with output A90°B / A'90°B' (HTL/TTL compatible), supporting high-precision motion control and advanced feedback algorithms.- Supports input voltage of 5-24VDC, allowing flexible implementation across multiple control systems and PLC types.- Extended cable length of 15 meters enables flexible installation even at remote motor locations or in large machinery setups.- IP55 / IP67 classification ensures reliable operation against dust and powerful water jets or even temporary immersion, suited for demanding industrial environments.- Flange thickness of 7mm provides a compact yet robust mounting solution, reducing installation depth and ensuring secure fitment.- Perfect for utilization in applications requiring high-accuracy feedback such as robotics, packaging machinery, conveyor systems, and dynamic production lines.**Comparison with Other BEGE Encoder Types**
- MIG Basic: Incremental encoder for essential speed feedback in standard automation tasks, offering cost-effective, reliable performance for basic system monitoring.- MIG Nova+: This model provides higher resolution and improved signal stability for more exact regulation, suitable for precision automation and optimizing control loop accuracy.- MIG AST: Absolute encoder that maintains position information after power loss, designed for precise positioning and complex control in advanced automation systems where post-interruption accuracy is critical.

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