Allen Bradley 1794-ACNR15 FLEX™ ControlNet Adapter

Description

Communication Port:Two (2) ControlNet BNC

Voltage:24 V DC

Input Voltage Range:19.2-31.2V DC

Isolation Voltage:850V DC

Mounting:DIN Rail; Panel

Model Number:1794-ACNR15

Manufacturer:Allen Bradley

Amperage Rating:Not specified

Load Capacity:Not specified

Communication Speed:125/250/500 KBPS

Length:Not specified

Width:Not specified

Height:Not specified

Enclosure:Open Type

Temperature Rating:-20 to 70 DEG C

Power Dissipation:7.6 W At 19.2 VDC

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

Shock:30 G Operating

Vibration:5 G At 10 – 500 HZ

Integrating advanced technology with industrial-grade durability, the Allen Bradley 1794-ACNR15 FLEX CONTROLNET ADAPTER ensures seamless data transfer in demanding environments. This adapter is specifically engineered to provide reliable communication between your industrial control systems, enhancing system performance and reducing downtime.

Featuring dual ControlNet ports, this device supports flexible connectivity options, enabling you to manage complex networks efficiently. With its 24 V DC voltage and an input range of 19.2-31.2V DC, it’s designed to withstand varying electrical conditions, ensuring uninterrupted operation.

Equipped with isolation voltage up to 850V DC, the adapter safeguards against electrical interference and potential damage caused by voltage spikes, contributing to increased system stability. Its DIN rail or panel mounting options offer versatile installation flexibility, fitting seamlessly into existing infrastructure.

Redundancy is a key feature of the Allen Bradley 1794-ACNR15, ensuring continuous operation even in case of a single point failure. This robust design guarantees high availability and reliability in critical industrial applications.

Operating at data rates of 125/250/500 KBPS, the adapter efficiently manages data flow between devices, optimizing communication speed and throughput. It’s an essential component for modern industrial automation setups, facilitating enhanced productivity and operational efficiency.