MOXA EDS-4008-2SSC-HV Introduction

The Moxa EDS-4008-2SSC-HV managed ethernet switch is a robust and versatile solution designed for industrial applications. This Moxa ethernet switch supports din-rail mounting and optional wall mounting, encased in durable metal housing. With an operating temperature range of -10 to 60°C, it’s built to perform in challenging environments. Ideal for industries like Power Utility, Railway Transportation, Road Transportation, Marine, Factory Automation, and Water and Wastewater.

As part of the Moxa industrial network infrastructure, the Moxa EDS-4008-2SSC-HV ethernet switch is designed to elevate your network’s performance and security. Whether you're looking to upgrade or build a new industrial network, this Moxa layer 2 managed ethernet switch offers the reliability and scalability you need. For more detailed specifications and information, check out the Moxa EDS-4008-2SSC-HV datasheet.

Reliable Power Supply with High Input Voltage

Equipped with an input voltage of 110/220 VDC/VAC and Single input, the Moxa EDS-4008-2SSC-HV ensures stable and efficient power delivery. It operates within a wide voltage range of 88 to 300 VDC and 85 to 264 VAC, with a maximum power consumption of 11.37 W, making it both reliable and energy-efficient.

Comprehensive Port Options for Flexible Connectivity

The Moxa EDS-4008-2SSC-HV switch features a range of ports to meet diverse networking needs. With 8 ports in total, including six 10/100Mb RJ45 (Megabit) ports and two 100Mb Fiber optic single-mode SC ports, this switch offers flexible connectivity options without the need for gigabit ports, making it ideal for various industrial applications.

MOXA EDS-4008-2SSC-HV Certifications

The Moxa EDS-4008-2SSC-HV managed switch adheres to rigorous safety and industry standards. It is certified under UL 61010-2-201 and EN 62368-1 (LVD) for safety and meets EMC, EMI, and EMS standards. With certifications from DNV, ABS, NK, and LR and compliance with EN 50121-4 and NEMA TS2, this switch is engineered to withstand harsh conditions. It also meets shock and vibration standards under IEC 61850-3, and IEEE 1613 Class 1, and its adherence to Industrial Cybersecurity standards IEC 62443-4-1 and IEC 62443-4-2 ensures your network's security is impeccable.