
( Brand: Allen-bradley / Rockwell Automation ), ( Manufacturer Part Number: 1732E-16CFGM12QCR ), ( Part Type: Module ), ( Catalog Number: 1732e-16cfgm12qcr/a ), ( Series: A ), ( UPC: 10885630057207 )
Experience the unparalleled reliability and versatility of the Allen Bradley ArmorBlock Module 1732E-16CG-M12QCR, a critical component in the ET200M EtherNet/IP I/O System from Rockwell Automation. This module, with the part number 10885630057207, is designed to deliver efficient and seamless integration of digital and analog I/O into your automation system.
The 1732E-16CG-M12QCR is a 16-point I/O module, offering a combination of 8 digital inputs (DI) and 8 digital outputs (DO), along with 4 analog inputs (AI) and 4 analog outputs (AO). Each point is equipped with a high-performance, 24V DC, screw-terminal block, ensuring secure and easy wiring. The compact size of the ArmorBlock module, combined with its rugged design, makes it an ideal choice for harsh industrial environments.
This module communicates via EtherNet/IP, enabling seamless connectivity with other Allen-Bradley controllers, such as the ControlLogix and CompactLogix families. The integrated web server allows for easy configuration and monitoring directly from a web browser, further enhancing its user-friendly nature.
The Allen Bradley 1732E-16CG-M12QCR ArmorBlock Module is designed to help you achieve greater productivity, improve machine performance, and reduce downtime in your industrial automation systems. With its robust design, flexible I/O capabilities, and easy integration, this module is an essential tool for any automation professional seeking to optimize their industrial processes.
Product: Allen Bradley ArmorBlock Module EThernet (1732E-16CFGM12QCR)
Pros:1. High-quality product from a reputable manufacturer (Rockwell Automation/Allen Bradley).
2. EtherNet/IP communication capability, enabling fast and reliable data exchange in industrial networks.
3. Compact design, suitable for space-constrained applications.
4. Modular construction allows for easy integration with other ArmorBlock components.
5. Offers 16 isolated digital inputs, providing flexibility for various application requirements.
Cons:1. Potentially higher price point compared to similar products from other manufacturers.
2. Requires Allen Bradley's Integrated Architecture software for configuration, which may increase the overall cost for users unfamiliar with the software.
3. Limited to 16 digital inputs, which may not be sufficient for larger or more complex systems.
Conclusion:The Allen Bradley ArmorBlock Module EThernet (1732E-16CFGM12QCR) is a high-quality, compact, and modular solution for digital input applications in industrial automation. Its EtherNet/IP communication capability and reputation for reliability make it an attractive choice for many users. However, its higher price point and limited input count should be considered, especially for applications that require a large number of digital inputs or have budget constraints.
Recommendation:If budget is not a concern and you value the quality and reliability associated with Allen Bradley products, then this ArmorBlock Module EThernet could be a good fit for your needs. On the other hand, if you are looking for a more cost-effective solution or require a larger number of digital inputs, you may want to consider alternatives from other manufacturers.
Some hardware products may contain software and not be legally operated without first purchasing a proper license from the manufacturer of such. Part number:1732e-16cfgm12qcr manufacturer:Rockwell Automation: Allen Bradley 1732E-16CFGM12QCR 1732 armorblock I o module with built-in ethernet IP communication adapter and power supply, 16 self-configuring blocks both input output functionality, dual-port version embedded switch technology, supports device-level ring SLR topology, dc micro m12 connectors, without CPI sync input, diagnostics, 4-pin mini auxiliary connector, 24v series this item details you are buying on:one new factory sealed Allen-Bradley a w ethernet.
The serial number in pictures has been altered for privacy purposes.