Allen Bradley 1747-UIC Interface Converter SLC 500

# Automation Accessories ## Overview The **Allen Bradley 1747-UIC Interface Converter** is a highly reliable and versatile device designed to facilitate seamless communication between PC-based programming tools and SLC 500 programmable logic controllers (PLCs). This interface converter is engineered for optimal performance in automation environments, providing essential connectivity and support for programming and monitoring applications. ## Key Features • **Compatibility:** Designed specifically for use with Allen-Bradley SLC 500 PLCs, ensuring reliable communication and functionality. • **Connection Options:** Supports both USB and RS-232 connections, allowing for flexible integration with various devices and systems. • **User-Friendly Interface:** Features a simple plug-and-play design for quick setup and ease of use, minimizing downtime during installation. • **LED Indicators:** Equipped with status LEDs for monitoring connection and communication activity, enhancing troubleshooting capabilities. • **Durable Construction:** Built with high-quality materials to withstand industrial environments and ensure long-term reliability. ## Applications • **Programming and Configuration:** Ideal for programming SLC 500 PLC systems using a PC, making it essential for system integrators and maintenance personnel. • **Industrial Automation:** Used in manufacturing plants, packaging facilities, and other industrial applications where SLC 500 PLCs are employed. • **Data Monitoring:** Facilitates real-time data monitoring and diagnostics, enhancing operational efficiency and system performance. ## Benefits • **Enhanced Connectivity:** Provides a reliable link between modern computing devices and legacy PLCs, allowing for effective system upgrades and integrations. • **Improved Efficiency:** Streamlines programming processes, reducing the time needed for setup and configuration. • **Increased Reliability:** The robust design and quality construction ensure dependable performance, minimizing the risk of communication failures. --- *Product information compiled with AI assistance for reference purposes.*