Description
**Key Features & Advantages:**
– Incremental encoder with high resolution for precise speed and position feedback, ideal for demanding automated systems and process regulation. – Enhanced signal stability with HTL/TTL outputs (A90°B / A'90°B') reduces noise, ensuring accurate, consistent readings in electrically noisy environments. – Output channels support both 5-24VDC input, allowing flexible integration into diverse control architectures. – Delivers 32 pulses per revolution (per channel), suitable for applications requiring granular motion analysis and improved regulation. – Durable aluminium housing and flange with IP55/IP67 classification provide excellent resistance to dust, moisture, and mechanical impacts, enabling use in harsh environments. – Flange BCD: 115 mm (IEC 63B5 standard) and outer diameter of 140 mm facilitate direct mounting on various industrial motors and gearboxes, ensuring easy installation. – Shaft diameter of 11 mm adapts seamlessly to common drive shafts in OEM and retrofit applications. – 2-meter integrated cable enables flexible placement and reliable connection in automation panels and machinery. – 7 mm flange thickness provides robust, stable mounting in dynamic installations. **Application Possibilities:**
– Ideal for precise speed monitoring and feedback in conveyor systems, automated assembly lines, robotics, and industrial drives. – Supports precise position feedback in packaging, bottling, and labeling machines for synchronized operations. – Excellent choice for motor feedback in process control, material handling, and sensor-based closed-loop control systems. – Adaptable for upgrades in legacy systems where increased signal quality and reliability are required. BEGE encoders — advanced, durable, and engineered for industrial excellence.
**Other BEGE Encoder Types:**
– **MIG Basic:** Incremental encoder for basic speed feedback in standard automation applications. – **MIG AST:** Absolute encoder maintaining position after power loss, for pinpoint positioning and advanced control systems.

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