BEGE is a renowned manufacturer specializing in advanced automation and drive technology, known for its robust and reliable encoders engineered to meet industrial demands for durability, precision, and efficiency.
**Product Name**
BEGE Flanged Encoder MIG Basic MB-160-14-0002-7
**Key Features, Benefits, and Application Possibilities**
- Incremental encoder designed for essential speed feedback in standard automation tasks, ensuring smooth monitoring and control in diverse industrial applications.
- Compatible with IEC 71B5 norm motors, facilitating easy integration into existing motor setups for enhanced flexibility in system design.
- Features a substantial flange diameter of Ø160mm and BCD of 130mm, providing robust mounting and vibration resistance in heavy-duty environments.
- Stainless steel housing delivers superior corrosion resistance, making it ideal for use in harsh industrial surroundings or outdoors where chemical resistance is vital.
- Shaft diameter of 14mm ensures compatibility with a wide range of motor shafts while contributing to mechanical stability and ease of installation.
- Achieves IP55 / IP67 protection classes for excellent dust, water, and moisture resistance, supporting reliable operation in demanding settings.
- Outputs 2 pulses per revolution per channel (A 90° B HTL), offering reliable signal output for basic automation control where simple speed monitoring is essential.
- Flexible input voltage range (5-24VDC) simplifies interface with most industrial power sources and control systems.
- Equipped with a 2-meter integrated cable, streamlining wiring and installation in control panels or distributed automation systems.
- Flange thickness of 7mm enhances mechanical endurance in high-vibration or heavy-load applications, such as conveyer systems and OEM machinery.
**Application Possibilities**
- Ideal for industrial automation, packaging machinery, conveyor systems, and material handling equipment that require basic yet robust speed monitoring.
- Well-suited for OEM integrations, standard feedback loops in motor-driven processes, or retrofitting into legacy automation systems demanding high reliability and simple feedback mechanisms.