BEGE is a renowned manufacturer of advanced motion control solutions, specializing in robust and reliable encoders for industrial automation. Their products are engineered for consistent performance in demanding environments, ensuring high precision and long operational lifetimes for a wide range of machinery and applications.
Product: BEGE Flanged Encoder MIG Basic MB-140-24-0001-9

Key Features and Benefits:
- Incremental encoder designed for essential speed feedback in standard automation tasks, enabling straightforward integration into basic control systems for real-time velocity monitoring.
- Constructed from corrosion-resistant stainless steel for outstanding durability and lasting performance in harsh industrial environments where reliability is critical.
- Compact flange design: Flange outside diameter of 140mm, BCD 115mm, and flange thickness of 9mm, supporting seamless mounting compatibility with IEC 90B14 motors for versatile retrofit and OEM applications.
- 24mm solid shaft ensures robust coupling to motor shafts and conveyor rollers, minimizing backlash and signal loss for accurate feedback.
- Delivers 1 pulse per revolution per channel, offering simplified speed detection ideal for standard conveyor systems, packaging machines, or pump controls where fundamental feedback suffices.
- Wide voltage compatibility, accepting 5-24VDC input for flexible integration across diverse control systems, PLCs, and drives.
- Output signal type: A90°B HTL output provides industry-standard interfacing with automation electronics, simplifying wiring and diagnostics.
- Two-meter cable length affords installation flexibility, supporting remote mounting and reducing wiring complexity in electrical enclosures.
- High ingress protection ratings (IP55 / IP67) guarantee resistance to dust, moisture, and splashing water, suitable for various industrial sectors including food processing, materials handling, and manufacturing lines.
Typical Applications:
- Speed feedback for conveyors, extruders, and rotary machinery.
- Integration into automated packaging, textile, or agricultural systems demanding resilient and low-maintenance motion sensors.