Beskrivelse
BEGE Power Transmission is an established, innovative producer of robust and highly precise motion technology solutions for the automation and drive industries. BEGE’s encoders are recognized globally for their reliability, quality, and advanced engineering, making them a preferred choice among technical specialists and industrial engineers. **Product Key Features & Advantages:**
• Incremental Encoder, High Resolution: With 2048 pulses per revolution per channel, MIG Nova+ delivers very accurate speed and position feedback for demanding automation systems. • Improved Signal Stability: Advanced internal electronics provide enhanced signal reliability, ensuring consistent and noise-proof operation even in electrically noisy industrial environments. • Dual Output Compatibility: Supports HTL and TTL signal formats (A90°B / A'90°B'), allowing flexible integration into diverse control systems. • Durable Construction: Precision-engineered from aluminium with outer diameter Ø160mm, flange BCD of 130mm, shaft diameter 14mm, and 7mm flange thickness, suited for long operational life and mechanical stability. • Industrial-Grade Protection: IP55 / IP67 classification ensures resistance to dust and powerful water jets, making it suitable for harsh, demanding environments. • Standardized Mounting: Conforms to IEC 71B5 motor standard, supporting quick and direct installation onto compatible motors. • Wide Input Voltage Range: Operates reliably with a supply voltage of 5–24V DC for versatile system integration. • Convenient Cabling: Supplied with a robust, 2-meter industrial cable for simplified on-site installation. **Application Opportunities:**
• Ideal for precise speed and position feedback in conveyor systems, automated assembly lines, and robotics. • Designed for integration into servo/drives and precision controlled machinery that require dependable and high-resolution encoder feedback. • Suitable for demanding environments such as packaging, material handling, and processing industries due to its high IP classification and rugged design. • Enhanced for applications needing stable, interference-resistant performance in harsh industrial automation environments.

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