Description
BEGE Power Transmission is a renowned European manufacturer specializing in innovative drive technology solutions for industrial automation. BEGE’s extensive range of encoders is benchmarked for quality, reliability, and durability, supporting advanced automation and precision requirements.**Product Key Features, Benefits & Application Possibilities**
High-resolution incremental encoder with 512 pulses per revolution per channel provides highly precise speed and position feedback, ideal for demanding automated systems.
Enhanced signal stability ensures consistent output, minimizing error signals and guaranteeing reliable data for control applications.
Output formats in both HTL and TTL (A90°B / A'90°B') allow for flexible integration into a wide range of industrial control systems.
Stainless steel housing and shaft (outer diameter 80mm, shaft ø9mm) offer superior corrosion resistance, making the encoder suitable for harsh industrial and washdown environments.
Complies with IEC 56B14 motor mounting standards and flange BCD of 65mm with 7mm flange thickness, streamlining integration into standardized motor and machine setups.
Supports long-distance signal transmission with a durable 50-meter cable for remote sensor placement in large machinery and conveyor systems.
High protection class rating (IP55/IP67) safeguards against dust and water ingress, extending operating life in challenging settings.
Wide supply voltage (5-24VDC) supports compatibility with a broad range of controllers and PLCs.
Ideal choice for applications requiring precise regulation, such as robotics, packaging machines, conveyor technology, and material handling systems.**Application Overview of BEGE Encoder Types**
MIG Basic – Incremental encoder for fundamental speed feedback in standard automation tasks.
MIG Nova+ – Incremental encoder with superior resolution and signal stability, ideal for high-precision automated process control.
MIG AST – Absolute encoder retaining position after power loss, essential for accurate positioning and advanced control architectures.

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