ALLEN-BRADLEY 1756-EN2TR 2-PORT CLX HI-CAP ENET/IP MODULE-TP

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ALLEN-BRADLEY 1756-EN2TR 2-PORT CLX HI-CAP ENET/IP MODULE-TP Specification

Features
Dual-port, high-capacity Ethernet/IP module, support for redundancy and DLR (Device Level Ring)

Operating Temperature
0C to 60C

Power Supply
Backplane powered, 800 mA @ 5.1V DC, 3 mA @ 24V DC

Connector Type
2 x RJ45 Ethernet Ports

Cooling Method
Natural convection

Application
For ControlLogix control systems, Ethernet networking

Working Temperature
0C to 60C

Product Type
P MODULE-TP

Voltage Protection
Integrated with backplane circuit protection

Material
High-grade industrial plastic/metal housing

Storage Temperature
-40C to 85C

Weight
0.37 kg (0.81 lb)

About ALLEN-BRADLEY 1756-EN2TR 2-PORT CLX HI-CAP ENET/IP MODULE-TP

Get your hands on the rare and commanding ALLEN-BRADLEY 1756-EN2TR 2-Port CLX Hi-Cap ENET/IP Module-TP, a truly noteworthy solution for advanced ControlLogix control systems. This Ethernet/IP module, featuring two RJ45 ports (10/100 Mbps), is renowned for its pristine build and integration capabilities. Its scarcity in the market, combined with support for redundancy and Device Level Ring (DLR), sets it apart as an invaluable asset for mission-critical industrial applications. Engineered for reliability, its IP20-rated enclosure and robust protection assure peak performance, making it a prized addition to your automation systems.

Versatile Applications and Advanced Features

The ALLEN-BRADLEY 1756-EN2TR 2-Port CLX Hi-Cap ENET/IP Module-TP is used as a vital network interface in ControlLogix chassis, excelling in high-speed Ethernet networking. Whether for general use in wide factory automation or specific tasks demanding redundancy and device-level ring topologies, this modules extra features like integrated circuit protection and health status LEDs ensure operational confidence. Its dual-port architecture and natural convection cooling secure stable, long-lasting performance under rigorous conditions.

Secure Payment, Reliable Arrivals and Certifications

Our secure ordering process ensures smooth acquisition of the ALLEN-BRADLEY 1756-EN2TR module. Each unit is thoughtfully packaged to guarantee pristine arrival and safe handling. Prompt order processing and commendable supply ability mean your requirements are swiftly fulfilled. This module comes certified for industrial standards to ensure safety and dependability, offering buyers peace of mind. Whether purchasing single units or in bulk, timely delivery and robust quality assurance are always prioritized.

FAQs of ALLEN-BRADLEY 1756-EN2TR 2-PORT CLX HI-CAP ENET/IP MODULE-TP:

Q: How does the ALLEN-BRADLEY 1756-EN2TR enhance my ControlLogix system?

A: The module provides advanced Ethernet/IP functionality with dual-port redundancy, enhancing network reliability and enabling robust communication in ControlLogix control systems.

Q: What are the key features that make this module noteworthy?

A: This device stands out for its support of Device Level Ring (DLR) topology, integrated backplane protection, pristine enclosure, and easy status monitoring via health and network LEDs.

Q: When should I use the 1756-EN2TR module in my automation setup?

A: Deploy the 1756-EN2TR whenever your application demands high-capacity, secure Ethernet networking, especially when redundancy and real-time network health are critical.

Q: Where should the 1756-EN2TR be installed?

A: This module is designed for installation in a ControlLogix chassis, providing seamless integration within industrial control panels.

Q: What is the process for ordering and receiving the module in India?

A: Place your order through authorized suppliers in India. Each module is carefully packaged, rapidly processed, and delivered on time, ensuring it arrives in pristine condition with guaranteed authenticity.

Q: What benefits does dual-port design offer for industrial applications?

A: The dual-port feature allows for network flexibility, redundancy, and quick recovery in case of connection loss, which is vital for continuous industrial processes.

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