This incremental encoder is manufactured by BEGE, a recognized Dutch provider of high-quality industrial drive solutions, specializing in reliable and robust motion control components for automation, machinery and processing industries.

**Incremental encoder for standard speed feedback:** The MIG Basic is engineered for essential speed monitoring and feedback in standard automation tasks, ensuring seamless integration and consistent performance in basic industrial processes.

**High Signal Quality:** Offers HTL output with A and B channels at 90° phase shift, providing accurate detection of rotational direction and speed for dependable motor control.

**Pulse Resolution:** Delivers 32 pulses per revolution per channel, ideal for applications requiring basic speed feedback in conveyor systems, packaging machinery, and automated manufacturing lines.

**Robust Stainless Steel Construction:** Constructed from corrosion-resistant stainless steel, the encoder is suited for demanding and hygienic environments such as food processing, pharmaceuticals, and outdoor installations.

**Flange Compatibility:** Designed with a flange outer diameter of 160mm and BCD of 130mm, following IEC 71B5 standards, ensuring easy integration with a variety of motors and automation systems.

**Enhanced Protection:** IP55/IP67 protection ratings safeguard the encoder from dust and water jets, guaranteeing reliable operation in harsh and wet industrial settings.

**Extended Cable Length:** Supplied with a 20-meter cable for flexible installation, maintaining signal integrity even over long distances between the encoder and controller.

**Application Scope:** Perfect for incorporation in facility automation, conveyor systems, and simple motor speed regulation setups where ease of use, durability, and basic feedback are required.

**(Encoder Type Variations):** – MIG Basic: Incremental, for fundamental automation tasks and standard speed feedback. – MIG Nova+: Incremental, with higher resolution and improved signal stability, ideal for greater precision in automated systems. – MIG AST: Absolute, retains position after power loss, enabling advanced positioning in complex control applications.