BEGE Power Transmission is a renowned Dutch manufacturer specializing in robust drive components and advanced encoder solutions, known for high reliability and precision in demanding industrial environments.
High-Resolution Incremental Encoder: Provides advanced feedback with elevated accuracy, ensuring precise speed and position control in automated systems.
50 Pulses per Revolution per Channel: Enables fine-grained measurement, ideal for applications requiring detailed monitoring of rotational speed and position.
Enhanced Signal Stability: Optimized for minimal noise and signal interference, guaranteeing reliable operation in electromagnetically challenging environments.
HTL/TTL Output (A90°B / A'90°B'): Supports versatile connection to a wide range of control systems, enabling seamless integration with standard PLCs and motion controllers.
Wide Input Voltage Range (5-24VDC): Simplifies compatibility with diverse industrial system architectures and increases application flexibility.
Robust Aluminium Housing: Ensures resistance to mechanical stress, vibration, and environmental hazards, suitable for continuous operation in harsh conditions.
IP55/IP67 Protection: Offers excellent dust and water ingress protection, making the encoder fit for both indoor standard automation and exposed outdoor installations.
Flange Specification (Ø300mm, BCD 265mm, Thickness 12mm): Allows direct mounting on IEC 132B5 standard motors, streamlining mechanical integration in gearbox and drive assemblies.
Large Shaft Diameter (38mm): Provides mechanical stability for high-torque applications in materials handling, food processing, and heavy machinery sectors.
2-meter Shielded Cable: Facilitates direct connection to control panels, reducing installation complexity and improving signal integrity in industrial settings.
Typical Applications: Precision speed and position feedback in conveyor systems, packaging machinery, automated storage/retrieval systems, elevators, and production lines requiring reliable incremental measurement and enhanced repeatability.