Allen-Bradley 1769-IF16V
Overview
Unlock superior data acquisition and precise control with the Allen-Bradley 1769-IF16V, a high-performance analog input module meticulously engineered for seamless integration with your CompactLogix control systems. This module is a cornerstone for advanced industrial automation, providing an impressive 16 single-ended input channels. Its robust design and comprehensive support for diverse voltage and current ranges make it an exceptionally flexible solution for connecting to a wide array of sensors and instruments. Experience maximized I/O capacity within a remarkably compact footprint, optimizing space and enhancing the efficiency of your control panel. The 1769-IF16V is ideal for applications demanding reliable, high-density analog signal processing.
Key Features
- High-Density 16 Single-Ended Inputs: Maximizes connection points for various analog sensors, streamlining your system architecture.
- Broad Input Range Compatibility: Supports a comprehensive suite of voltage and current inputs, including 0-21 mA, 3.2-21 mA, ±10.5V DC, -0.5-10.5V DC, -0.5-5.25V DC, and 0.5-5.25V DC, ensuring versatility across diverse applications.
- Optimized for CompactLogix: Specifically designed to integrate flawlessly with CompactLogix controllers, ensuring reliable communication and system stability.
- Space-Saving Design: Its high-density architecture provides substantial I/O capabilities within a minimal physical footprint, perfect for efficient panel layouts.
- Robust Industrial Performance: Built to Allen-Bradley's stringent quality standards, offering dependable operation in demanding industrial environments.
- Enhanced Data Accuracy: Supports precise signal conversion for critical measurement and control tasks, contributing to improved process quality.
Technical Specifications
- Product Type: Analog Input Module
- Catalog Number: 1769-IF16V
- Number of Inputs: 16 (Single-Ended)
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Input Ranges:
- 0-21 mA
- 3.2-21 mA
- ±10.5V DC
- -0.5-10.5V DC
- -0.5-5.25V DC
- 0.5-5.25V DC
- Resolution: Refer to official Allen-Bradley documentation for exact specifications.
- Accuracy: Refer to official Allen-Bradley documentation for exact specifications.
- Input Impedance: Refer to official Allen-Bradley documentation for exact specifications.
- Common Mode Rejection: Refer to official Allen-Bradley documentation for exact specifications.
- Conversion Time: Refer to official Allen-Bradley documentation for exact specifications.
- Power Consumption: Refer to official Allen-Bradley documentation for exact specifications.
- Backplane Current Load: Refer to official Allen-Bradley documentation for exact specifications.
Applications
- Precision monitoring and control in manufacturing and process industries
- High-throughput data acquisition systems
- Accurate measurement of temperature, pressure, and flow rates
- Industrial machinery control and automation
- Building automation and environmental monitoring
- General-purpose analog signal interfacing for diverse industrial processes
Why Choose This Model?
- Unmatched Flexibility: Its wide range of supported inputs makes it adaptable to nearly any analog sensor requirement.
- Compact and Efficient: Gain significant I/O capacity without sacrificing valuable panel space, simplifying system design.
- Seamless Integration: Designed by Allen-Bradley specifically for CompactLogix, ensuring effortless setup and superior compatibility.
- Reliability Assured: Benefit from the legendary robustness and quality synonymous with the Allen-Bradley brand, minimizing downtime and maintenance.
- Future-Proof Your System: Invest in a module that offers both current capability and the adaptability for evolving industrial needs.
Order Now
Elevate your automation capabilities with the Allen-Bradley 1769-IF16V Analog Input Module. Secure this essential component for your CompactLogix system today and experience the difference in performance and reliability. Contact us now to discuss your specific requirements or to place your order. Our and expert support team is ready to assist you in optimizing your industrial processes.