BEGE is a renowned manufacturer specializing in innovative and reliable drive components, known for its high-quality engineering and robust solutions tailored for industrial automation. Their encoders are widely recognized for exceptional durability, precision, and adaptability.
**Product Name:**
BEGE Flange Encoder MIG Basic MB-140-24-0002-9
**Key Features & Application Possibilities:**
- Incremental encoder designed for basic speed feedback in standard automation tasks, ideal for general-purpose monitoring and control applications.
- Stainless steel housing and flange with a 140mm outer diameter and 9mm flange thickness, providing excellent resistance against corrosion and ensuring operational longevity in harsh environments.
- 24mm shaft diameter, compatible with standard IEC 90B14 motors for seamless integration into existing systems across manufacturing, conveying, and process industries.
- Wide power supply range (5-24VDC) supporting various industrial control systems and ensuring reliable operation with different PLCs or controllers.
- Outputs A90°B HTL signals with 2 pulses per channel per revolution for effective speed detection and feedback in motors, conveyors, and machinery.
- Cable length of 10 meters allowing versatile mounting positions at extended distances from the control panel, improving installation flexibility on large machines and factory floors.
- Meets IP55/IP67 ingress protection for dust-tight and water-resistant performance, making it suitable for demanding industrial settings, food processing, and outdoor applications.
- High signal quality enables dependable feedback for controlling motor speed, start/stop processes, and standard automation routines in industries such as material handling, packaging, and textile machinery.
- Easy flange mounting with a 115mm bolt circle diameter (BCD) ensures quick retrofit and replacement in existing setups without redesigning the installation.
- BEGE’s commitment to robust, low-maintenance components guarantees reduced downtime and lower total cost of ownership for automated systems.