Model:1797-BIC

Type:Flex Bus Isolator Module

Manufacturer:Allen-Bradley

Bus Capacity:Flexible for various bus systems

Isolation Technology:Enhanced isolation preventing signal corruption

Noise Reduction:Significantly reduces electromagnetic interference

Operating Temperature:-20°C to +60°C

Humidity Tolerance:Non-condensing up to 95%

Enclosure Rating:IP20 for dust protection

Power Consumption:Less than 5W

Connectivity:Supports diverse industrial interfaces

    Engineered for industrial control systems, the Allen-Bradley 1797-BIC Flex Bus Isolator Module is a critical component for maintaining stable data transmission under extreme environmental conditions. This module is designed to provide robust isolation between different parts of an automation network, ensuring that signals are transmitted without degradation or interference.

    Featuring high-efficiency bus isolation technology, the 1797-BIC module ensures signal integrity by effectively preventing ground loops, which can cause signal distortion or failure in sensitive control systems. Its ability to handle up to 20 mA current makes it suitable for a wide range of applications within the industrial automation sector.

    The module supports voltage up to 24 VDC, providing flexibility for various industrial automation systems. Additionally, its low power consumption of less than 500 mW ensures minimal energy usage, contributing to efficient operation and cost savings over time.

    With an operating temperature range from -40°C to +70°C, the Allen-Bradley 1797-BIC is designed to withstand the toughest industrial environments, making it ideal for use in outdoor, factory floor, or other demanding locations. Its IP20 enclosure protection rating further enhances its suitability for non-hazardous dust environments.

    Ease of installation is another advantage of the 1797-BIC module, as it can be mounted using DIN rail or panel mounting methods. This flexibility allows for quick integration into existing automation systems, minimizing downtime and enhancing operational efficiency.