Description
BEGE Flange Encoder MIG Basic MB-160-28-0001-9**Key Features & Advantages:**
- Robust stainless steel housing ensures exceptional corrosion resistance for use in harsh industrial environments.- Large 160mm flange diameter and BCD 130mm enable compatibility with motors conforming to IEC 100/112B14 standards, offering broad application flexibility in automation.- 28mm shaft diameter provides mechanical stability and reliable transmission of rotation.- Incremental encoder design delivers basic, real-time speed feedback for standard automation tasks, ensuring reliable performance in general-purpose applications.- Configured for 1 pulse per channel, facilitating straightforward integration and speed monitoring where detailed positional feedback is unnecessary.- HTL (High Threshold Logic) output with A, 90° B channels supports standard interfacing with PLCs and motion controllers.- Wide input voltage range (5-24VDC) increases adaptability across diverse control systems.- Supplied with a generous 5-meter industrial cable for flexible installation even in large-scale equipment layouts.- Superior ingress protection (IP55/IP67) ensures uninterrupted operation in dusty and wet environments, increasing encoder longevity.- 9mm flange thickness enhances structural integrity and simplifies assembly.**Application Possibilities:**
- Ideal for use in conveyors, pumps, fans, and standard motor feedback systems where robust and affordable speed monitoring is required.- Well-suited to automated production lines, OEM machine designs, and process industry applications demanding reliable and straightforward encoder integration.- Suitable for retrofitting or upgrading existing equipment to meet current industrial standards for durability and signal integrity.**Encoder Type Comparison:**
BEGE MIG Basic: Incremental encoder for essential speed feedback in standard automation.BEGE MIG Nova+: Incremental encoder with higher resolution and improved signal stability for precise regulation in advanced systems.BEGE MIG AST: Absolute encoder that retains position after power loss—ideal for precise positioning and sophisticated control systems.

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