Allen-Bradley 1769-CLL3

Overview

Optimize your industrial control system layouts with the Allen-Bradley 1769-CLL3 Left Bank-to-Left Bank Expansion Cable. This essential 1-meter (3.28 ft) cable is meticulously designed for seamless communication between two left-side CompactLogix or 1769 I/O banks, providing unparalleled flexibility in system design. The 1769-CLL3 comes complete with termination caps, ensuring a ready-to-install solution that maintains critical communication and address continuity even when I/O banks require physical separation. Its robust design guarantees reliable backplane communication over extended distances, making it the perfect choice for complex, distributed layouts or installations within confined and custom control panel environments. Elevate your system's modularity and simplify your setup with this high-performance expansion cable.

Key Features

• Extended Reach: A 1-meter (3.28 ft) length facilitates flexible placement of I/O banks, accommodating various industrial setups.
• Optimized Orientation: Specifically engineered for Left Bank-to-Left Bank connections, ensuring proper system integration.
• Instant Installation: Includes essential termination caps for immediate and secure deployment without additional purchases.
• Broad Compatibility: Fully compatible with CompactLogix and 1769 I/O platforms, ensuring wide applicability.
• Maintained Continuity: Guarantees address continuity, eliminating the need for complex reconfigurations or programming.
• Enhanced Modularity: Empowers designers to create modular layouts, ideal for separating I/O chassis within control cabinets.
• Plug-and-Play Simplicity: Offers straightforward setup with no programming required, speeding up deployment time.

Technical Specifications

• Model: 1769-CLL3
• Cable Type: Communication Bus Expansion Cable
• Orientation: Left-to-Left Bank
• Length: 1 meter (3.28 ft)
• Inclusions: Two Termination Caps
• Operating Temperature: 0°C to +60°C (32°F to 140°F)
• Mounting Compatibility: Designed for integration with DIN rail-compatible systems
• Certifications: UL Listed, CE Compliant, c-UL Approved

Applications

• Control Panel Layout Optimization: Efficiently split I/O banks to manage space constraints and improve cabinet airflow.
• Distributed I/O Systems: Create clean, organized separation of I/O sections while maintaining unified communication.
• Machine Control Systems: Ideal for applications requiring I/O to be housed in separate enclosures or on different mounting panels.
• OEM and Retrofit Installations: Provides critical flexibility for system builders and upgrades, enhancing adaptability.
• Hazardous Location Wiring: Facilitates positioning of I/O racks away from hazardous zones when necessary.
• Modular System Design: Essential for building scalable and maintainable control architectures with independent modules.

Why Choose the 1769-CLL3?

• Turnkey Solution: Supplied with necessary termination caps, making it ready for immediate integration into your system.
• Aesthetic & Functional Design: Supports a tidy and organized cabinet layout by allowing strategic separation of I/O.
• Uninterrupted Communication: Ensures a robust and seamless communication link between module banks, preventing data loss or delays.
• Simplified System Expansion: Facilitates easy and reliable expansion of CompactLogix I/O without complex configuration changes.
• Rockwell Automation Quality: Benefit from the renowned reliability and performance of Allen-Bradley industrial automation components.
• Global Availability & Support: Readily available and ships worldwide, backed by comprehensive support for your industrial needs.

Order Now

The Allen-Bradley 1769-CLL3 expansion cable is a critical component for optimizing your CompactLogix and 1769 I/O systems. Available and ready for worldwide shipment to streamline your industrial automation projects. For applications requiring shorter cable lengths, explore our 1769-CLL1 options. Enhance your system further by inquiring about our controller bundles and I/O expansion kits for a complete solution.

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