**BEGE Power Transmission** is a reputable Dutch manufacturer renowned for its innovative and reliable drive technology solutions. BEGE encoders are widely recognized for their robust construction, precision, and integration flexibility in various industrial environments.
Encoder Type:
**MIG Basic** is an incremental encoder, ideal for fundamental speed feedback tasks in standard automation applications.
Key Features and Benefits:
• **Incremental Feedback:** Provides reliable speed control and monitoring, essential for standard automation systems where precise position memory is not required.

• **Durable Construction:** Manufactured with high-quality aluminium, ensuring lightweight design and exceptional resistance against mechanical stress and corrosion in industrial settings.

• **Robust Flange Design:** 120mm outer diameter flange and 100mm BCD in accordance with IEC 56B5 ensures compatibility and easy integration into various motor and machinery configurations.

• **Optimized Shaft Sizing:** 9mm shaft diameter suited for standard power transmission and secure mechanical coupling.

• **Versatile Signal Output:** HTL output at A90°B channels for accurate pulse generation and compatibility with most frequency inverters, PLCs, and automation controllers.

• **Low Pulse Count:** 4 pulses per channel per revolution, simplifying wiring and system configuration for general speed feedback applications.

• **Flexible Voltage Input:** Wide input range (5–24VDC) allows seamless connectivity to diverse control systems.

• **Long Cable Included:** 5-meter cable facilitates easy installation, reducing the need for additional junctions or extensions.

• **Superior Environmental Protection:** Rated IP55/IP67 for dependable operation in dusty or wet environments, minimizing downtime associated with harsh conditions.
Applications:
• Perfect for industrial automation, conveyor systems, standard motor control, and general machinery requiring basic and stable speed feedback.

• Can be used in environments where reliable, cost-effective performance is prioritized over advanced positional feedback or memory after power loss.