Allen Bradley 1756-EN2TRK ControlLogix Ethernet/IP Bridge Module

Place of Origin:United States

Custom Processing:Yes

Model:1756-EN2TRK

Operating Voltage:220V

Output Frequency:30kHz

Series:1756-EN2TRK

Item Code:1756-EN2TRK/C

Application Scope:General industrial control applications requiring high precision and reliability

    The Allen-Bradley 1756EN2TRK is engineered for unparalleled performance in industrial environments, offering robust communication capabilities essential for complex automation tasks. Its open-type enclosure ensures reliable operation under demanding conditions, making it suitable for a wide range of applications from manufacturing floors to process control systems.

    Featuring high-capacity IP networking, this module facilitates efficient data transfer rates, enabling seamless integration with various industrial protocols including Ethernet/IP, enhancing system efficiency and productivity. The module’s compatibility with shielded or unshielded twisted pair cables ensures flexibility in network setup, accommodating diverse installation scenarios.

    Designed for longevity and reliability, the 1756EN2TRK is meticulously constructed to withstand environmental variations and mechanical shocks, ensuring consistent performance over extended periods. Its power dissipation and continuous isolation specifications contribute to its durability and safety in operational environments.

    The inclusion of an integrated Ethernet interface provides direct connectivity to control systems, simplifying the setup process and reducing the need for additional hardware. The USB port further enhances functionality, allowing for easy configuration and monitoring without the need for complex tools or software.

    This ControlLogix Communication Module from Allen Bradley is certified for use in industrial settings, adhering to stringent safety and quality standards. Its versatile features and comprehensive technical specifications make it an ideal choice for enhancing the automation capabilities of existing systems, leading to increased efficiency, reduced downtime, and improved overall system performance.