Overview
The ISSC D-16-09-001 Rev L input converter circuit board is a critical component in industrial control systems and PLC installations. Manufactured by International Solid State Controls, this PCB is engineered for reliable signal conditioning and input processing in demanding industrial environments. The D-16-09-001 Rev L serves as an input interface board in automation and instrumentation applications where precision signal conversion is essential.
Key Features
- Industrial-grade PCB construction designed for control system integration
- Reliable input signal conditioning for PLC and instrumentation systems
- Compact form factor suitable for panel and enclosure mounting
- ISSC proven design with extensive field deployment history
- Used condition – fully functional and tested for operational reliability
Technical Specifications
Verify detailed electrical specifications with manufacturer documentation or your system integrator. Standard ISSC circuit board specifications include industrial operating temperature range and standard PCB dimensions for modular installation.
Typical Applications
- PLC control system input signal conditioning
- Industrial automation and process control
- Instrumentation panel upgrades and replacements
- Legacy system maintenance and board-level repairs
- Automation equipment retrofitting
Compatibility & Replacements
Compatible With
- ISSC 300-series PLC control systems
- Industrial control panels requiring input signal processing
- Automation systems using ISSC component architecture
- Standard industrial mounting and interface protocols
Replaces / Drop-In Replacement For
The D-16-09-001 Rev L directly replaces earlier revisions of the same ISSC input converter board model. Verify compatibility with your system integrator before ordering to ensure proper board revision and interface match.
Works With
- ISSC control system software platforms
- Industrial automation integration frameworks
- Standard industrial PCB mounting and interface connectors
- Existing ISSC circuit board assemblies and systems
