Overview
The MDI 200003 is a printed circuit board manufactured by Monitor Dynamics Inc for industrial control and monitoring applications. This used-condition PCB, also designated as model B30-000-02, is sourced from decommissioned equipment and remains fully functional for integration into legacy and modern industrial systems. The MDI 200003 is commonly found in industrial automation, process control, and equipment monitoring environments where reliable switching and signal processing are required.
Key Features
- Model B30-000-02 PCB design for Monitor Dynamics systems
- Industrial-grade circuitry for control and signal processing
- Used condition, sourced from equipment decommissioning
- Compatible with Monitor Dynamics legacy equipment
- Suitable for drop-in replacement applications
Technical Specifications
The following specifications are based on common applications for Monitor Dynamics industrial PCB modules:
- Manufacturer: Monitor Dynamics Inc (MDI)
- Part Number: 200003
- Alternate Model: B30-000-02
- Product Type: Printed Circuit Board (PCB)
- Application: Industrial control and monitoring
- Condition: Used, fully functional
- Source: Decommissioned equipment
Typical Applications
The MDI 200003 PCB circuit board is used in a variety of industrial environments:
- Industrial process control systems
- Equipment monitoring and diagnostics
- Legacy automation system repairs
- Control panel assemblies
- Signal processing and switching circuits
Compatibility & Replacements
Compatible With
- Monitor Dynamics Inc equipment and systems
- Legacy industrial automation platforms using B30-series modules
- Standard industrial control enclosures
Replaces / Drop-In Replacement For
The MDI 200003 is the direct equivalent of model B30-000-02. For specific replacement applications, verify compatibility with your system integrator or original equipment documentation before ordering.
Works With
- Monitor Dynamics industrial control systems
- Standard industrial PCB mounting and signal protocols
- Legacy equipment refurbishment and repair workflows
