Model Number:1756-CN2R/C
Manufacturer:Allen-Bradley
Technology:ControlLogix
Communication Interface:ControlNet
Redundancy Type:Redundant
Number of Channels:2
Current Rating:Drawn: 970 MA at 5.1 VDC, 1.7 MA at 24 VDC
Isolation:30 V (Continuous), Basic Insulation Type
Enclosure:Open Type
RFI Suppression:Radiated: 10 V/M with 1 KHZ sine-wave 80% AM from 80 – 2000 MHz
Temperature Rating:0 – 60 DEG C
Power Dissipation:5.1 W
Environmental Conditions:5 – 95% non-condensing relative humidity
Vibration Resistance:2 G
Shock Resistance:30 G
The 1756-CN2R/C ControlLogix ControlNet Redundant Bridge Module from Rockwell Automation is a cutting-edge solution designed to enhance the robustness and efficiency of industrial networks. This module seamlessly connects ControlNet networks to the ControlLogix platform, ensuring seamless communication and data exchange across diverse industrial settings.
Featuring active-active redundancy, this module ensures continuous operation even in case of a single failure point, thereby significantly reducing downtime and enhancing overall system reliability. The integrated data redundancy capabilities provide a fail-safe mechanism for critical applications requiring high availability.
With support for a wide range of environmental conditions, the 1756-CN2R/C is suitable for deployment in harsh industrial environments. Its compact size and lightweight design make it easy to integrate into existing infrastructure without compromising on performance.
Engineered for compatibility with various ControlLogix controllers, this module offers flexible integration options, making it a versatile choice for a multitude of automation projects. It supports multiple ControlNet devices, enabling efficient data processing and management within complex network architectures.
Compliant with industry-standard certifications, including UL, CE, and CSA, the 1756-CN2R/C ControlLogix ControlNet Redundant Bridge Module adheres to stringent safety and quality standards, ensuring peace of mind for users in terms of reliability and performance.
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