The EDS-316 Series includes high-performance 16-port unmanaged Ethernet switches tailored for industrial networks where reliability, flexibility, and safety are critical. These switches offer up to 16 ports, with a variety of copper and fiber optic interface options (SC/ST, multi-mode or single-mode), including long-distance 80 km variants.

A built-in relay output warns of power loss or port disconnection, enhancing safety and operational awareness. Broadcast storm protection ensures network stability under heavy traffic. All models support auto-negotiation, full/half duplex, and Auto MDI/MDI-X for easy and adaptable deployment.

The series includes standard models (-10 to 60°C) and -T models rated for -40 to 75°C, making them suitable for extreme environments. With hazardous location certifications (Class I Div. 2, ATEX Zone 2), the EDS-316 switches are ideal for applications in oil & gas, transportation, and energy sectors.

Each unit undergoes a 100% burn-in test to ensure durability and compliance with industrial automation standards. Mounting is simple via DIN rail or distribution cabinet.

Technical Specifications:

Series:

• EDS-316

RJ45 Ports (Copper):

• EDS-316: 16 ports
• Fiber models: 14–15 RJ45 ports depending on configuration

Fiber Ports (100BaseFX):

• Multi-Mode SC:
• 1 port: EDS-316-M-SC
• 2 ports: EDS-316-MM-SC
• Multi-Mode ST:
• 1 port: EDS-316-M-ST
• 2 ports: EDS-316-MM-ST
• Single-Mode SC:
• 1 port: EDS-316-MS-SC, S-SC
• 2 ports: EDS-316-SS-SC
• Single-Mode SC (80 km):
• 2 ports: EDS-316-SS-SC-80

Network Features:

• Auto-negotiation
• Full/Half duplex
• Auto MDI/MDI-X
• Standards: IEEE 802.3, 802.3u, 802.3x

Alarm Output:

• 1x relay output, 1 A @ 24 VDC

Operating Temperature:

• Standard: -10 to 60°C
• -T Models: -40 to 75°C

Certifications:

• FCC
• UL
• CE
• Class I Division 2
• ATEX Zone 2

Housing & Mounting:

• Metal enclosure
• DIN rail or cabinet mounting

Key Features:

• Relay alarm for power and port failure
• Broadcast storm protection
• 100% burn-in tested for industrial reliability