Description
High-precision incremental encoder designed for demanding automated systems requiring superior resolution and signal stability.
**Key Features & Benefits:**
High Resolution Output: Provides 16 pulses per revolution per channel for precise speed monitoring and feedback, enabling more accurate closed-loop control.
Enhanced Signal Stability: Advanced electronics ensure stable A90°B / A'90°B' HTL/TTL outputs, minimizing noise and ensuring reliable data transmission in industrial environments.
Robust Construction: Manufactured from high-quality aluminium, the housing offers excellent durability while maintaining a lightweight structure, suitable for heavy-duty applications.
Versatile Flange Design: IEC 100/112B14 flange with 160mm diameter and 130mm BCD meets international mounting standards, simplifying retrofit and system integration.
Long Cable Reach: Supplied with 50 m pre-assembled cable for flexible installation, supporting remote sensor placement without signal loss.
Wide Voltage Compatibility: Accepts input voltages from 5–24VDC, providing compatibility with various controller and PLC systems.
Protection Rating: IP55/IP67 options ensure reliable performance in harsh industrial environments, resistant to dust and water ingress.
28mm Solid Shaft: Ensures optimal transmission of rotary motion and robust mechanical stability, minimizing wear and tear over intensive use. **Application Possibilities:**
Ideal for speed feedback, positioning, and process monitoring in packaging machines, conveyors, robotics, and automated production systems where high resolution and robust performance are essential.
Particularly suited for engineers requiring accurate sensing and dependable operation in dynamic machine environments. **Other BEGE Encoder Types:**
MIG Basic: Incremental encoder for standard automation tasks requiring basic speed feedback.
MIG Nova+: Incremental encoder with increased resolution and stability for more precise control in automation systems.
MIG AST: Absolute encoder for applications needing exact positioning and memory retention after power loss, suitable for sophisticated motion control and advanced automation.

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