Description
**High-Quality Manufacturer:** BEGE supplies consistently reliable encoders, designed for stringent industrial environments and intensive operation. Their reputation is built on excellent build quality and technical expertise.
**Encoder Type:** The MIG Basic is an incremental encoder, perfect for fundamental speed feedback tasks in standard automation applications.
**Key Application Areas:** Ideally suited for use in conveyor systems, packaging machines, general factory automation, and applications where basic speed feedback is critical.
**Robust Flanged Construction:** The 200mm outer diameter flange with a 165mm bolt circle diameter (BCD) complies with IEC 132B14 standard, ensuring compatibility with numerous motor brands and easy integration into existing systems.
**Durable Design:** Constructed from high-grade aluminium, the encoder offers excellent resistance to mechanical stress and corrosion, which extends operational lifetime.
**Wide Input Voltage Range:** Operates on 5–24VDC, providing flexibility for integration into a wide variety of industrial control systems.
**Precise Output Signals:** Outputs A90°B HTL, delivering clear quadrature signals for reliable speed and direction sensing.
**Pulse Resolution:** Provides 64 pulses per channel per revolution—sufficient for standard speed control tasks and basic position feedback requirements.
**Extended Cable Length:** Delivered with a 20-meter cable for flexible installation and integration even in large-scale machinery.
**Environmental Protection:** Rated at IP55 / IP67, ensuring protection against dust, water, and harsh industrial conditions—enabling both indoor and outdoor deployment.
**Optimized Shaft Compatibility:** Designed for a 38mm shaft, ensuring robust mechanical fit for various drive systems. **Other BEGE Encoder Types:**
*MIG Nova+:* Incremental encoder with higher resolution and advanced signal stability for more accurate closed-loop control in demanding automated systems.
*MIG AST:* Absolute encoder, maintains position information even after power interruptions, ideal for high-precision positioning and sophisticated motion control applications.

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