Allen-Bradley 1756-CN2RXT ControlNet Redundant Bridge Module

ControlLogix Communication Module Type:Redundant

Number of Channels:2

Current Rating at 5.1 VDC (Drawn):970 mA

Current Rating at 24 VDC (Drawn):1.7 mA

Isolation:30 V (Continuous)

Communication Speed:10/100 MBPS

Communication Protocol:Ethernet/IP Bridge

Enclosure Type:Open Type

RFI Suppression:Radiated: 10 V/M (Sine Wave 80% AM), Conducted: 10 VRMS (1 KHZ Sine Wave 80% AM)

Temperature Rating:0 – 60 DEG C

Power Dissipation:5.1 W

Environmental Conditions:5 – 95% Non-Condensing Relative Humidity

Vibration:2 G

Shock:30 G

Connection Type:Ethernet

USB Port:Available

    The Allen Bradley 1756-CN2RXT module is engineered to offer unparalleled reliability in industrial automation environments where system availability is critical. This ControlNet Redundant Bridge Module ensures that your control systems remain operational even under unexpected failures, safeguarding production processes from potential disruptions.

    With its robust design, the 1756-CN2RXT module provides redundancy through dual communication channels, allowing for immediate failover if one channel fails, thus ensuring continuous operation without loss of data or control signals.

    Featuring an open-type enclosure, this module is optimized for ease of installation and maintenance, fitting seamlessly within various industrial settings. Its comprehensive RFI suppression capabilities protect against electromagnetic interference, ensuring stable performance in noisy environments.

    The module supports high-speed Ethernet/IP communication, enabling efficient data transfer and integration with other devices in your automation network. Its compatibility with Shielded or Unshielded Twisted Pair cables ensures flexibility in cabling choices.

    Designed with a wide operating temperature range of 0 – 60 DEG C, the Allen Bradley 1756-CN2RXT is built to withstand varying environmental conditions typically found in industrial facilities. Additionally, its low power dissipation of 5.1 W contributes to energy efficiency, reducing operational costs and environmental impact.