BEGE is a renowned manufacturer specializing in high-precision drive technology, delivering robust and innovative encoder solutions to industrial automation worldwide. Their products are engineered for reliability, precision, and operational excellence in demanding environments.
Product Overview:
BEGE Flanged Encoder MIG Nova+ MN-160-14-0256-7
Key Features and Benefits:
• High-resolution incremental encoder – provides superior feedback precision compared to basic models, ideal for advanced motion control in automated systems.
• 256 pulses per channel – ensures smooth and accurate speed and position feedback for processes requiring precise regulation.
• Outstanding signal stability – reduces system noise and guarantees reliable data transmission, thus minimizing operational errors and downtime.
• Stainless steel housing – delivers exceptional resistance to corrosion, ensuring long-term durability in harsh industrial environments including food, chemical, and marine sectors.
• Flange outer diameter of 160mm & 14mm shaft diameter – designed to fit IEC 71B5 motors, supporting seamless mechanical integration.
• BCD 130mm and flange thickness of 7mm – standardized dimensions for compatibility with diverse automation setups and retrofits.
• Wide input voltage range (5–24VDC) – supports flexible interface to a variety of control systems and drive electronics for universal applicability.
• HTL/TTL A, B, A’, B’ output – offers robust signal options for modern PLCs and controllers, allowing high-performance interfacing.
• Protection classes IP55/IP67 – suitable for both ordinary industrial as well as washdown and outdoor environments, providing dependable operation against dust and water ingress.
• 5-meter cable length – facilitates versatile installation even in larger machinery.
Application Opportunities:
• Factory automation and conveyor systems requiring precise speed and position feedback.
• Robotics and automated machinery demanding reliable incremental encoder data for servo control.
• Packaging, food processing, and chemical manufacturing, where stainless steel and ingress protection are critical.
• Motion control in material handling, textile, and printing industries, where signal stability and high accuracy drive productivity.
• As a step-up from MIG Basic for users requiring higher resolution, or in projects where standard automation solutions demand enhanced feedback performance.