Overview
The Eaton Leonard servo board 800953-1 is a dedicated servo control module manufactured by Eaton Cutler-Hammer for use in industrial automation, motion control, and machine tool applications. As a critical component in servo-driven systems, this board provides the signal processing and control logic necessary for precise motor control in manufacturing environments. The 801155 B variant represents a specific revision level engineered for compatibility with Eaton’s established automation ecosystem.
Key Features
- Dedicated servo control circuitry for accurate motion positioning
- Engineered for integration with PLC-based control systems
- Industrial-grade construction for factory floor reliability
- Designed for tube bending, metalworking, and precision machining applications
- Supports multi-axis servo motor coordination
Technical Specifications
Detailed technical specifications for this servo control board are available upon request. Typical applications include servo motor amplification, encoder feedback processing, and proportional valve control in hydraulic and pneumatic systems. For exact voltage, current, and I/O specifications, refer to the original equipment documentation or contact our technical support team.
Typical Applications
- CNC tube benders and metalworking machinery
- Proportional valve control systems
- Multi-axis servo motor coordination
- Hydraulic and pneumatic equipment control
- Industrial machinery retrofits and repairs
Compatibility & Replacements
Compatible With
- Eaton Cutler-Hammer PLC systems
- Eaton Leonard servo motor controllers
- Industrial hydraulic and pneumatic control systems
- Standard industrial automation networks
Replaces / Drop-In Replacement For
This servo board is identified as part of the Eaton Leonard servo control family. Verify compatibility with your system integrator before ordering to ensure proper fit and functionality with your specific equipment revision.
Works With
- Eaton industrial control systems and architecture
- Standard servo motor feedback systems (encoder inputs)
- Proportional control valve interfaces
- Multi-axis machine tool coordination
