Overview
The Moore 15455-11 Iss 12 circuit board is a legacy processor/controller board manufactured by Moore Industries for PLC and automation systems. This used assembly is fully functional and ready for integration into existing or replacement automation projects. The Moore 15455-11 represents proven industrial-grade electronics engineered to exacting standards for harsh manufacturing environments.
Key Features
- Processor/controller board designed for Moore PLC systems
- Compatible with legacy industrial automation architectures
- Manufactured in the United States to precision standards
- Compact form factor fits standard mounting configurations
- Proven reliability in motion control and process automation applications
Technical Specifications
- Dimensions: Approximately 10″ x 6″
- Assembly Number: 15455-11
- Issue Revision: 12 (Iss 12)
- Product Type: Processor/Controller Board
- Manufacturer: Moore Industries
- Country of Origin: United States
- Condition: Used, fully functional
Typical Applications
- Replacement or spare board for Moore-based PLC systems
- Legacy automation system repairs and restoration
- Motion control and industrial process automation
- Manufacturing control systems requiring proven, established platforms
- System upgrades and expansions in existing Moore environments
Compatibility & Replacements
Compatible With
- Moore PLC systems and controllers
- Industrial automation platforms utilizing legacy processor architectures
- Standard 19″ rack mounting systems
- Verify compatibility with your specific PLC configuration before ordering
Replaces / Drop-In Replacement For
- Original Moore 15455-11 circuit board assemblies
- Legacy Moore PLC processor boards requiring replacement
- Verify compatibility with your system integrator before ordering
Works With
- Moore industrial automation control systems
- Legacy PLC programming environments and software
- Standard industrial communication protocols used in Moore installations
- Contact your system integrator to confirm software and protocol compatibility
