Allen-Bradley 1794-IV16
Overview
Elevate your industrial control systems with the Allen-Bradley 1794-IV16 Flex I/O Digital Input Module. Engineered for precision and reliability, this robust module is an essential component for modern automation infrastructures. Designed to seamlessly integrate into 24V DC applications, the 1794-IV16 provides 16 high-performance, non-isolated source inputs, ensuring efficient and accurate signal acquisition for a wide range of industrial processes. Its compact design, coupled with Allen-Bradley's renowned build quality, makes it a cornerstone for expanding your PLC-based input capabilities and optimizing distributed I/O networks. Experience unparalleled data integrity and streamline your operations with this advanced Flex I/O solution.
Key Features
- 16 Source Inputs: Provides ample connectivity for real-time signal acquisition, ensuring comprehensive data collection.
- 24V DC Operating Voltage: Optimized for standard industrial power supplies, ensuring broad compatibility and stable performance.
- Non-Isolated Design: Facilitates compact system integration and cost-effective solutions for specific application requirements.
- High-Speed Digital Input Processing: Guarantees rapid response times crucial for time-sensitive industrial control applications.
- Flex I/O System Compatibility: Leverages the flexibility and scalability of the Allen-Bradley Flex I/O platform for versatile system design.
- DIN Rail Mountable: Designed for easy and secure installation via compatible terminal bases, simplifying setup and maintenance.
- Robust Industrial Construction: Built to withstand harsh industrial environments, ensuring long-term reliability and operational continuity.
Technical Specifications
- Model: 1794-IV16
- Module Type: Flex I/O Digital Input Module
- Voltage Rating: 24V DC
- Number of Inputs: 16 (Source)
- Isolation: Non-Isolated
- Mounting: DIN Rail (via Terminal Base)
- Compatible Terminal Bases: 1794-TB2, 1794-TB3, 1794-TB3S
Applications
- Industrial Automation and Control Systems: Enhances the input capabilities of various automated processes, from manufacturing lines to material handling.
- PLC-Based Input Expansion: Ideal for extending the reach and capacity of existing Programmable Logic Controller installations.
- Machine and Process Control: Provides reliable signal input for critical machine operations and sophisticated process management.
- Distributed I/O Networks: Optimizes data collection and control in geographically dispersed or modular industrial setups.
- Building Management Systems: Can be integrated for monitoring various sensors and inputs within commercial and industrial buildings.
- Energy Management Systems: Supports the acquisition of data from energy meters and other relevant sensors.
Why Choose This Model?
- Unmatched Reliability: As an Allen-Bradley product, the 1794-IV16 is synonymous with industrial-grade quality and dependable performance, minimizing downtime.
- Seamless Integration: Part of the Flex I/O family, it offers unparalleled flexibility and ease of integration into existing or new automation architectures, reducing engineering effort.
- Optimized for Efficiency: Its 16 source non-isolated inputs and high-speed processing capabilities contribute to a more efficient and responsive control system, improving operational output.
- Cost-Effective Solution: The non-isolated design provides a practical and economical choice for applications where isolation is not a primary requirement, without compromising performance.
- Future-Proof Your System: The modularity of Flex I/O allows for easy expansion and adaptation to evolving industrial needs, protecting your investment.
- Global Support and Availability: Benefit from Allen-Bradley's extensive global support network and readily available parts, ensuring peace of mind and rapid resolution of any issues.
Order Now
Invest in the Allen-Bradley 1794-IV16 Flex I/O Input Module today to enhance the precision, efficiency, and reliability of your industrial automation systems. Contact us to learn more or to place your order.