Description
**Key Features and Benefits**
• High precision incremental encoder (MIG Nova+) enables advanced speed feedback for refined control and regulation in automated processes, ideal for those requiring heightened accuracy and repeatable performance.• Increased signal stability minimizes noise and interference, granting stable and precise measurements even in harsh industrial environments.• Dual HTL/TTL outputs (A90°B / A’90°B’) support flexible integration with a broad range of control systems and PLCs, enhancing compatibility with different automation architectures.• Robust stainless-steel housing delivers outstanding corrosion resistance for operation in demanding environments, such as food & beverage, marine, and heavy industry.• Large flange diameter (Ø250 mm) and shaft (28 mm) fit IEC 100/112B5 motors, simplifying retrofit or OEM installations in heavy-duty drive systems.• IP55/IP67 protection guarantees resilience against dust, water, and harsh cleaning routines, extending product lifetime in exposed industrial applications.• 20-meter integrated cable ensures reliable signal transmission even over longer distances, reducing installation efforts and potential signal degradation.• 2 pulses per channel allow for effective speed detection in low and moderate resolution feedback applications, simplifying adjustment and maintenance routines.**Application Possibilities**
• Excellent for precise speed regulation and monitoring in conveyor systems, packing lines, and automated manufacturing cells.• Suitable for use in drive systems requiring reliable feedback under challenging environmental conditions.• Compatible with advanced PLCs and motion controllers demanding precise yet robust incremental feedback.• Ideal for industries such as food processing, material handling, logistics, and marine where durability and hygiene are paramount.**Brand Overview: BEGE**
BEGE is an established European manufacturer specializing in transmission and motion solutions. Their encoders are defined by robust engineering, high reliability, and innovation focused on improving industrial automation and machine performance.

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