BEGE is a high-quality Dutch manufacturer renowned for its durable and innovative drive technology and components, trusted by engineers for reliability in demanding industrial environments.
The MIG Basic Encoder is a robust incremental encoder, specifically designed for fundamental speed feedback in standard automation tasks, ensuring straightforward integration and consistent performance in numerous industrial applications.
Key Features and Benefits:
• Incremental Encoder for Basic Speed Feedback: Delivers reliable pulse output for accurate monitoring of rotational speed, ideal for general-purpose automation and standard motion control projects.
• Stainless Steel Construction: Guarantees excellent corrosion resistance and extended durability, perfect for operations in harsh and demanding industrial settings including food processing, packaging, and chemical industries.
• Output Signal A90°B HTL: Offers high-transmission-level (HTL) signals with a 90° phase difference between channels A and B, supporting precise speed and direction detection for drive systems and PLCs.
• 64 Pulses per Revolution (PPR): Optimized for general control applications, providing the necessary resolution required for reliable feedback without unnecessary system overhead.
• 10 Meter Cable Length: Enables flexible installation and integration with remote drives or control panels, reducing wiring limitations in complex machine setups.
• IP55 / IP67 Protection: Built to operate reliably in environments exposed to dust, moisture, and water jets, making it suitable for both indoor and outdoor use.
• Flange Ø80 mm, BCD 65 mm, Shaft Ø9 mm: Standardized IEC 56B14 mechanical dimensions ensure compatibility with a wide range of motors and gearboxes for easy mounting and retrofitting.
• Operating Voltage 5-24 VDC: Broad voltage acceptance simplifies system design and compatibility across various industrial control platforms.
Application Possibilities:
• Motor speed feedback for conveyors, mixers, and pumps in automated production lines.
• Standard position and velocity monitoring tasks in manufacturing and material handling systems.
• General machine automation applications requiring dependable, basic incremental feedback.