Description
This encoder is a flanged incremental encoder offering 256 pulses per channel, constructed in robust aluminium and designed for advanced motion feedback in automated systems. **Key Features and Benefits**
- High Resolution Output: Offers 256 pulses per revolution per channel, ensuring precise speed and position feedback for improved accuracy in automated processes. - Enhanced Signal Stability: The MIG Nova+ series is engineered for excellent signal integrity, minimizing noise, and ensuring reliable performance in dynamic industrial environments. - Robust Construction: Encased in a durable aluminium housing with an IP55/IP67 rating, ideal for harsh and demanding industrial applications where resistance to dust and water is essential. - Versatile Electrical Interface: Compatible with 5–24VDC input, outputs A90°B / A'90°B' in both HTL and TTL formats, allowing flexibility for integration with a wide range of control systems. - Long Cable Length: Supplied with a standard 10-meter cable to facilitate easy installation, even over longer motor-to-controller distances. - Modular Compliance: Designed for IEC 90B14 standard motors, with a 140mm outer flange diameter, 115mm BCD, and a 24mm shaft, fitting seamlessly into standardized industrial setups. **Application Possibilities**
- Ideal for precise speed regulation and position control in conveyor systems, packaging lines, and robotics. - Suitable for demanding automated environments requiring stable signal output and high operational uptime. - Perfect for integration into machines where feedback reliability is critical for closed-loop regulation and safety. - Compatible with diverse sectors—manufacturing, logistics, assembly lines, and machinery automation—where exact motion control is paramount. **Additional Encoder Types by BEGE**
- MIG Basic: An incremental encoder for standard automation tasks requiring basic speed feedback. - MIG AST: An absolute encoder retaining position data after power loss, designed for complex positioning and advanced control systems.

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