Product Summary: TES‑3080‑M12 Managed Industrial Switch
(Approximately 3000 tokens – comprehensive and fully detailed)

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1. Product Overview
The TES‑3080‑M12 is an industrial‑grade managed Ethernet switch designed for mission‑critical networking environments, particularly in railway, transportation, and rugged industrial automation systems. The model number and article number are identical: TES‑3080‑M12. It belongs to a specialized series of hardened managed Ethernet switches engineered to comply with strict transportation standards such as EN50155. The device is manufactured with a focus on high reliability, immunity to harsh environmental factors, and secure mechanical connectivity through M12 connectors. As a managed switch, it provides advanced network control, monitoring, diagnostic functions, redundancy capabilities, and remote management features suitable for embedded industrial networks.

The switch integrates eight 100BASE‑TX Ethernet ports, each utilizing robust M12 connectors to ensure vibration‑proof and shock‑resistant data transmission. It is designed for installation in mobile or stationary industrial environments requiring exceptional durability, extended temperature operation, stable power performance, and compliance with demanding railway electromagnetic and environmental standards.

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2. Key Features
The TES‑3080‑M12 incorporates a wide range of advanced and specialized capabilities:

• Eight 100 Mbps Ethernet ports based on 100BASE‑TX technology
• All Ethernet ports equipped with rugged M12 connectors for improved mechanical stability
• Fully managed switch architecture with advanced management functions
• Full compliance with EN50155 railway system standards for electronic equipment used on rolling stock
• Alarm notification system with LED indicators, e‑mail warnings, and system log output for event tracking
• Supports DIN‑rail mounting for simplified integration into control cabinets or enclosures
• High immunity Ethernet ports with 4 kV DC ESD protection
• Power surge immunity rated at 2000 VDC, ensuring reliable operation in unstable power conditions
• Wide DC power input range from 9 to 30 VDC
• Low power consumption of approximately 3 W, enhancing energy efficiency
• Extended operating temperature range from –40°C to +70°C for extreme environmental conditions
• Industrial reliability and redundant‑capable architecture suitable for Oring network systems

These features make the TES‑3080‑M12 ideal for use in harsh or mobile applications requiring secure connections, environmental resistance, and dependable network operation.

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3. Technical Specifications
All relevant mechanical, electrical, and thermal specifications include:

• Ethernet Ports: 8 x 100TX (100 Mbps)
• Connector Type: M12 industrial circular connectors
• Electrical Protection:
– ESD protection of 4 kV DC on Ethernet ports
– Surge protection of 2000 VDC on power input
• Power Input: 9 VDC to 30 VDC
• Power Consumption: approximately 3 W
• Operating Temperature: –40°C to +70°C extended industrial range
• Mounting Format: DIN‑rail compatible
• Environmental Standard: EN50155 railway standard compliance
• Mechanical Housing: rugged industrial enclosure suitable for transport and automation systems
• Weight and dimensions: Not provided in the original content—typically compact for railway‑grade M12 switches, but exact values are unknown

These specifications allow the device to operate in environments subject to vibrations, temperature fluctuations, electrical disturbances, and mechanical stress.

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4. Functionality
The TES‑3080‑M12 functions as a fully managed industrial switch that provides network control, diagnostics, redundancy handling, and secure data forwarding. Key functional areas include:

• Layer 2 managed switch capabilities including VLAN support, traffic management, link monitoring, and broadcast control (typical for managed switches even if not explicitly listed)
• Alarm system operation with LED status indicators for port activity, link state, power status, and system warnings
• Email alert notifications triggered by specific events or network anomalies
• System log output for troubleshooting, auditing, and long‑term network management
• Oring support, enabling redundant Ethernet ring architectures designed for fast recovery in the event of link failure
• Reliable M12 connectors that prevent data loss caused by vibration or shock, ensuring uninterrupted communication
• Suitability for embedded use in train cars, rail infrastructure cabinets, roadside systems, automated machinery, or industrial vehicles
• Ability to interface with 100BASE‑TX networks, controllers, sensors, monitoring devices, PLCs, HMIs, and industrial gateways

The switch ensures that networks in mobile and rugged environments remain stable, manageable, and fault‑tolerant.

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5. Components & Accessories
Included components and optional accessories include:

Included:
• TES‑3080‑M12 switch main unit
• M12 connector interfaces integrated into device
• DIN‑rail mounting bracket or support structure (as indicated by DIN‑rail compatibility)
• Standard alarm LED indicators
• Internal surge and ESD protection circuitry

Optional / dependent on installation needs:
• M12 Ethernet cables suitable for railway‑grade and industrial applications
• Power supply cables supporting 9–30 VDC input
• DIN‑rail mounting accessories or hardware kits
• Protective enclosures for extreme‑environment installation
• Network management software and configuration tools compatible with managed switch features

Because the device uses M12 connectors, specialized M12 Ethernet cables and adapters are typically required for deployment.

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6. Installation & Setup
Installation of the TES‑3080‑M12 is designed to be straightforward for industrial technicians:

Requirements:
• 9–30 VDC regulated power source capable of providing stable input
• DIN‑rail segment or plate for secure mounting inside an electrical or control cabinet
• M12‑terminated Ethernet cables
• Proper grounding to support surge and ESD protection

Mounting and configuration steps include:
• Attach the device to a DIN‑rail, ensuring stable placement and vibration resistance
• Connect DC power via designated terminal or connector using appropriate cable
• Attach network devices via M12 Ethernet connectors, ensuring connectors lock securely
• Power on the switch and verify LED indicators for correct operation
• Access the management interface (typically via web UI, console, or network management software) to configure VLANs, alarms, Oring redundancy, and logging
• Configure email alert settings for real‑time fault and status notifications
• Validate network communication and redundancy paths

The M12 connectors ensure that once connected, the cables remain secure even when exposed to vibration, shock, or environmental disturbances common in transportation systems.

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7. Performance & Capabilities
Performance characteristics of the TES‑3080‑M12 include:

• Network Speed: 100 Mbps per port on all 8 Ethernet ports
• Switching Performance: Designed for reliable managed Layer 2 switching (exact throughput not provided but consistent with 8 x 100 Mbps)
• Redundancy Capability: Supports Oring topology for network self‑healing and high availability
• Electrical Robustness:
– 4 kV DC ESD protection ensures stable operation in electrically noisy environments
– 2000 VDC surge resistance protects against power line disturbances
• Thermal Performance: Operates from –40°C to 70°C, covering cold‑start and high‑temperature conditions for outdoor and mobile deployments
• Power Efficiency: Consumes approximately 3 W, suitable for energy‑constrained environments
• Mechanical Performance: M12 connectors prevent accidental disconnection and ensure stable operation under strong vibration conditions

Limitations:
• Ethernet speed limited to 100 Mbps (no Gigabit capability)
• Lacks provided information on PoE support (assumed non‑PoE based on description)
• Dimensions and weight are not specified

Overall, the switch is optimized for reliability and robustness rather than high data throughput.

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8. Standards & Compliance
The TES‑3080‑M12 meets critical industry standards:

• EN50155: Railway system standard for electronic equipment used on rolling stock, covering EMC, shock, vibration, temperature, humidity, and power variations
• ESD protection up to 4 kV DC on Ethernet ports
• Surge protection up to 2000 VDC on power input

Although additional standards are not explicitly listed in the provided content, equipment compliant with EN50155 often also aligns with related transportation and industrial EMC standards.

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9. Additional Information
Warranty, maintenance, and support considerations include:

• Warranty terms are not specified but typically follow industrial equipment norms (commonly 1–5 years depending on manufacturer policy)
• Maintenance requirements include periodic inspection of M12 connectors, checking LED indicators, verifying power stability, and ensuring firmware remains up to date
• Firmware updates may be available for bug fixes, security updates, and performance enhancements
• Remote management capability allows ongoing diagnostics, monitoring, and configuration without requiring physical access

The TES‑3080‑M12 is engineered for long service life in demanding environments and relies on durable components and industrial‑quality construction to minimize failures and maintenance demands.

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This comprehensive product summary captures all known technical details and functional characteristics of the TES‑3080‑M12 managed switch based on the provided content.