The A06B-6120-H045 is a power supply module from the GE Fanuc Alpha i series engineered to convert high-voltage input into regulated power for servo drives and CNC automation equipment. Its construction incorporates reinforced industrial components, efficient thermal paths, and protective circuitry to sustain continuous operation under heavy electrical loads. The module is designed for seamless integration with Alpha i servo amplifiers and broader FANUC control architectures used in modern CNC machine tools. It is typically deployed in milling, turning, automated machining centers, and other high-demand environments requiring reliable high-voltage processing and power stabilization technologies.
Key Features
- High-Voltage Input Capability: Accepts 400–480 V industrial power to support heavy-duty CNC and servo drive applications with stable electrical conversion.
- Wide Frequency Range: Operates on both 50 Hz and 60 Hz supplies, allowing compatibility with diverse manufacturing environments and international power standards.
- Alpha i Series Integration: Designed specifically for GE Fanuc Alpha i servo and CNC drive systems, ensuring optimal communication and synchronized power delivery.
- 92-Amp Capacity: Provides a high current threshold that supports rapid servo acceleration, multi-axis operation, and consistent machine tool performance.
- Thermal Stability Engineering: Incorporates cooling pathways and protective monitoring to maintain safe operating temperatures during continuous production cycles.
- Regulated Output Performance: Produces clean, stable power that reduces electrical noise and enhances servo accuracy, especially in precision machining applications.
- CNC System Compatibility: Suitable for a wide range of CNC architectures requiring high-voltage DC bus support and robust servo drive powering.
- Industrial-Grade Durability: Designed for long-term service life in harsh factory conditions, including environments with vibration, heat, or extended duty cycles.
The A06B-6120-H045 delivers the reliability and precision required for high-voltage power conversion in advanced CNC and servo-driven machinery.