Description
BEGE is a renowned Dutch manufacturer specializing in drive technology solutions for industrial automation. Their encoders are known for reliability, precise engineering, and robust durability, making them a trusted choice among automation and engineering professionals. *Key Features & Benefits:*
High-Resolution Incremental Encoder: The MIG Nova+ provides 64 pulses per revolution per channel, enabling precise measuring and superior speed feedback in automated systems.
Optimized Signal Stability: Enhanced signal integrity ensures consistent and accurate data transmission, minimizing errors in high-demand automation environments.
Robust Aluminum Housing: The encoder's durable aluminum construction offers excellent resistance to mechanical impacts and industrial wear, extending product lifespan even in harsh environments.
Flexible Outputs: Supports both HTL and TTL output signals (A90°B / A'90°B'), guaranteeing compatibility with diverse control systems.
Long Cable Length: Includes a 15-meter cable for flexible installation over large machine layouts and enabling integration without additional extensions.
IP55 / IP67 Protection: High ingress protection for dust and water resistance, making the encoder suitable for use in demanding and moist industrial conditions.
Standardized Flange and Shaft: 90mm outer flange diameter with 75mm BCD and 7mm flange thickness, 11mm shaft diameter, and IEC 63B14 motor interface—ensuring straightforward integration into existing setups.
Wide Input Voltage Range: Compatible with 5-24V DC power supply, increasing application flexibility across automation platforms. *Application Possibilities:*
Ideal for automated production lines requiring precise speed and position feedback.
Optimizes operation and control of motors, conveyors, and robotics in packaging, material handling, and assembly equipment.
Well-suited for applications where enhanced resolution and stable signal output are needed for reliable machine regulation and diagnostics.
Compatible with standard industrial motors and controllers thanks to IEC 63B14 flange and HTL/TTL output configuration.

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