MOXA EDR-G9004 Series Introduction
The Moxa
EDR-G9004 series represents a cutting-edge solution to enhance industrial network infrastructure with robust
security and reliability. These routers are
specifically engineered for mission-critical applications, including Railway,
Road Transportation, and IP Surveillance. The EDR-G9004 routers provide advanced protection against potential
threats to ensure that data remains secure during transmission. These industrial devices meet the increasing demands
for secure communication in various industrial environments. Each router in this series has been equipped with features
that ensure integration and operational continuity for any organization that
relies on reliable network performance. These EDR series excel in connectivity and incorporate essential network security appliances to safeguard critical data
flows. By utilizing the Moxa routers, industries can enhance their operational
efficiency and maintain the integrity of their network
systems.
MOXA EDR-G9004 Series Features
The Moxa EDR-G9004 series has 2 x 10/100/1000 Ethernet TX ports with RJ45 connectors and Gen3 LAN bypass. These routers ensure uninterrupted connectivity even during power outages. The 2 x combo ports allow for flexible networking, accommodating both 10/100/1000baseT(X) and 1000/2500BaseSFP connections for enhanced versatility. These Moxa routers with removable terminal block connections can easily be installed and maintained without any special knowledge. These industrial routers operate on a wide voltage range of 12/24/48 VDC with redundant dual inputs and ensure reliability under bad conditions. They can handle operating voltages between 9.6 to 60 VDC in different power setups. The IP40 metal housing protects against dust and other environmental factors, and the DIN-rail and wall mounting installation options allow for convenient deployment. With a temperature tolerance from -40 to 75°C, these devices tolerate extreme conditions, and the integrated firewall adds an essential layer of security to the network.
