BEGE is a renowned Dutch manufacturer recognized for their high-quality, reliable industrial drive components – specializing in innovative motion technology solutions designed to optimize productivity and process stability in demanding environments. Their encoders set industry benchmarks for accuracy, robustness, and system compatibility.
**Product Name: BEGE Flanged Encoder MIG Basic MB-105-14-0064-7**

**Key Features & Attributes:**
- Incremental encoder designed for essential speed feedback in standard automation tasks, supporting seamless integration in most industrial environments.
- Robust stainless steel housing (outer diameter 105mm, flange BCD 85mm, flange thickness 7mm) for maximum protection against mechanical wear and harsh working conditions.
- Standard compliant with IEC 71B14 mounting, ensuring compatibility with a wide range of servomotors and gearmotors.
- Precision shaft (14mm diameter) minimizes runout, providing stable signals even at elevated speeds.
- Delivers 64 pulses per revolution per channel (A, B 90° HTL output), enabling accurate speed monitoring for optimized closed-loop control systems.
- 5-meter cable length for flexible installation in complex machine layouts.
- Wide input voltage range (5–24 VDC) for easy adaptation to various industrial control systems.
- High ingress protection (IP55/IP67), guaranteeing sustained performance in dusty or wet environments.
**Application Possibilities:**
- Perfect for reliable speed feedback in conveyor systems, packaging machinery, pump drives, and material handling lines.
- Ideal for use in general industrial automation where cost-effective, robust incremental encoders are required without sacrificing durability or stability.
- Suitable for retrofitting older installations to enhance signal accuracy and system reliability.
**Summary of Additional Types:**
- MIG Nova+: High-resolution incremental encoder with advanced signal stability, optimized for precise speed regulation and fine-motion control.
- MIG AST: Absolute encoder preserving position data after power loss, ideal for high-precision positioning in sophisticated automated control systems, including robotics and advanced multi-axis machinery.