Overview
The Eaton Dynamatic AF5000+ logic board assembly (part number 15-575-0112) is a critical processor component designed for the AF5000+ drive and control system family. Manufactured by Eaton Cutler-Hammer, this logic board integrates CPU, memory, and real-time control functions to manage motion, process automation, and machine logic in industrial environments. The 48C/A95P variant is configured for standard automation applications requiring reliable, predictable control of complex machinery.
Key Features
- Integrated CPU and control processor for AF5000+ drive systems
- Real-time logic execution and process control
- Compatible with Eaton’s Dynamatic motion control architecture
- Industrial-grade reliability and construction
- Field-proven performance in motion and automation systems
- Used condition — fully functional and inspected
Technical Specifications
Detailed electrical specifications for this logic board assembly should be verified against the original AF5000+ system documentation or by contacting Eaton technical support. Key operational parameters include compatibility with the standard AF5000+ power and control architecture, supporting both analog and discrete control signals through associated I/O modules.
Typical Applications
- Motion control and drive systems
- Multi-axis industrial automation
- Process machinery and conveyor systems
- Manufacturing equipment control
- Machine tool logic control
- Industrial robotics integration
Compatibility & Replacements
Compatible With
- Eaton Dynamatic AF5000+ drive family
- AF5000+ I/O modules and expansion boards
- AF5000+ power circuit boards
- Eaton industrial control systems using Dynamatic architecture
Replaces / Drop-In Replacement For
- Other AF5000+ logic board assemblies with compatible frame sizes
- Verify exact model compatibility with your system documentation before ordering
Works With
- AF5000+ motion control software
- Eaton Dynamatic programming tools
- Standard industrial communication protocols (as supported by AF5000+ platform)
- Analog and discrete I/O modules within AF5000+ ecosystem
