BEGE Power Transmission is a renowned Dutch manufacturer and specialist in motion technology, delivering advanced and reliable solutions to the industrial automation market. Their encoders are widely recognized for their robust design, precision, and ease of integration.
Designed for standard automation tasks, the BEGE Flanged Encoder MIG Basic provides incremental speed feedback for essential motor control applications, ensuring stable and reliable machine operation.
**Key Features and Advantages**
Robust stainless steel housing protects the encoder from mechanical impact and corrosive industrial environments, ensuring a long service life even in demanding conditions.

High ingress protection (IP55/IP67) allows for safe installation in environments with dust and water exposure, supporting both indoor and outdoor automation setups.

32 pulses per revolution per channel offer precise speed monitoring for tasks such as conveyor systems and simple process automation.

Flexible output signals (A90°B HTL, 5-24VDC) enable easy interfacing with a wide range of PLCs, frequency inverters, and control systems.

Large 120mm flange diameter (BCD 100mm, IEC 80B14) and 19mm shaft support direct mounting to motors and machinery, simplifying installation and replacement.

Long 10-meter cable eases connection in large installations, minimizing the need for additional extension cords and reducing signal loss.

Suitable for basic speed control, feedback loops, and monitoring in industrial manufacturing, material handling, and standard motor automation.
**Application Suitability**
Best choice for conveyor drives, pumps, simple packaging machines, and general-purpose automation systems requiring accurate speed feedback in rugged environments.
**Other BEGE Encoder Solutions**
MIG Nova+: Higher resolution incremental encoder with superior signal stability for more precise speed control—ideal for advanced automation tasks and fine-tuned regulation.

MIG AST: Absolute encoder storing positional data even after power loss, perfect for applications needing exact positioning and advanced control logic, like robotics and CNC machinery.