BEGE is a renowned manufacturer known for robust, precision-engineered motion control solutions. Their encoders are trusted across various industries for exceptional reliability, durability, and performance in demanding environments.
Product Name:
BEGE Flanged Encoder MIG Basic MB-105-14-0064-7
Key Product Attributes & Features:
• Incremental encoder for fundamental speed feedback in standard automation tasks, ensuring cost-effective and robust performance for everyday industrial operations.
• Stainless steel housing offers exceptional corrosion resistance, ideal for harsh and demanding environments such as food processing, chemical, and marine industries.
• Large 105mm flange diameter and 85mm bolt circle (BCD) for easy and stable mounting on IEC 71B14 motors, maximizing compatibility and mechanical integration.
• Compact flange thickness of 7mm allows straightforward installation, reducing system complexity and footprint.
• 14mm solid shaft design guarantees high mechanical stability and accurate signal transmission for precise speed and direction monitoring.
• Delivers 64 pulses per revolution on each channel (A/B), providing reliable speed and rotational direction information for control systems.
• High-quality A 90° B HTL output enables compatibility with a wide range of industrial controllers and PLCs, ensuring easy integration in existing automation systems.
• Wide input voltage range of 5-24VDC allows flexibility in power supply configurations.
• Long 15-meter cable supports easy connection in large machines or distant control panels, reducing wiring constraints in plant layouts.
• Dual IP55 / IP67 protection ensures both dust proofing and resistance to strong water jets or immersion, extending encoder lifespan in severe industrial conditions.
Application Possibilities:
• Ideal for conveying, processing, and basic drive solutions where dependable speed feedback is crucial.
• Suitable for standard automated machines, conveyors, packaging equipment, and production lines requiring reliable, incremental encoder signals.
• Well-matched for integration into OEM systems, upgrades, or maintenance where robustness and cost-efficiency are priorities.