Description
BEGE Flanged Encoder MIG Nova+ MN-400-55-0256-12Key Features and Benefits:
Incremental encoder providing high-resolution feedback with 256 pulses per revolution, ideal for precise speed and position control in automated machinery.
Enhanced signal stability supports exact process regulation, enabling superior performance in motion control and servo drive applications.
HTL/TTL output (A90°B/A’90°B’) ensures compatibility with a wide range of industrial controllers and PLCs for flexible system integration.
Wide supply voltage range (5–24VDC) increases installation flexibility and supports diverse automation environments.
Robust aluminium housing offers excellent durability, chemical resistance, and optimal shielding against electromagnetic interference.
Large Ø400mm flange and 55mm shaft diameter comply with IEC standard 200B5, facilitating straightforward retrofitting on heavy-duty motors and mechanical assemblies.
Flange bolt circle diameter (BCD) of 350mm accommodates seamless integration into large drive systems, conveyors, cranes, and industrial lifting solutions.
Comes with a 2-meter pre-assembled cable for fast, easy connection and reliable signal transmission even in complex installation setups.
IP55/IP67 protection rating guarantees superior resistance against dust, moisture, and water jets, making it suitable for harsh industrial environments.
Ideal for use in high-precision positioning, conveyor systems, packaging machinery, production lines, and any application demanding exact speed feedback and optimal operational stability.Application Options Across Encoder Types:
MIG Basic: Incremental encoder for standard automation tasks, provides reliable speed feedback for entry-level and general-purpose systems.
MIG Nova+: Provides higher resolution and advanced signal integrity for demanding automated applications where precision control and stable feedback are crucial.
MIG AST: Absolute encoder for applications where exact positional data must be retained even during power loss, supporting advanced control strategies and safety-critical operations.

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