Marine
Application Overview
Commercial and cruise ships provide wireless internet services for the comfort of their passengers. Maritime automation systems require ruggedized equipment with full redunduancy and security and can support high-traffic applications such as video, voice, automation and control of sensors and instruments.
Key Considerations
- DNV and GL certified devices that are vibration-proof, corrosion-proof, and resistant to temperature fluctuations (from -40°C to 75°C or -40°F to 167°F ).
- A wide range of ports selection options with fiber ports required for forming the ring redundancy along with other switches.
- Aluminum casing to ensure anti-rust for longer life.
- Full gigabit speed network transmission.
- Layer 2 controllable features with plug-n-play operation.
Application Diagram
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Shipyard Engines
Application Overview
To ensure reliable operation of ship engines, the mechanics much monitor key paramters through sensors, transmitters and signal generators. The signal feedback is transmitted via Ethernet to the control center to be analyzed. The devices need to operate in harsh ship-board environments such as extreme heat, humidity, high EMI, corrosion, shock and vibration.
Key Considerations
- DNV and GL certified devices that are vibration-proof, corrosion-proof, and resistant to temperature fluctuations (from -40°C to 75°C or -40°F to 167°F ).
- Devices with the ability to automatically send real-time warnings through email and relay output in case of engine failure.
- Remote monitoring capability with a user-friendly, network management system and web-based GUI.
- Future-proof fiber connectivity for long distance transmission from shipyard to the control room.
Application Diagram
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Wind Turbine Control
Application Overview
Wind Turbines require redundant Ethernet connections for a remote data collection, equipment control, and system adjustments. The networking system must have fast recovery and fiber support for high-speed data transmission of widely separated wind turbines to the remotely operated control room.
Key Considerations
- Ruggedized industrial Ethernet devices that can function in a temperature range of -40°C to 75°C (-40°F to 167°F) and high EMI.
- Redundant ring topology with millisecond scale network recovery for maximum uptime real-time video and data transmission.
- Devices with fiber optic connections for long-distance and noise-free transmission.
- Fan-less design with long MTBF
Application Diagram
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Off-Shore Oil Drilling
Application Overview
Off-shore oil drilling applications require ruggedized devices which can withstand extreme heat, humidity, high EMI, corrosion, shock and vibration. Systems must have redundant topology with high bandwidth for continuous and remote monitoring of the platforms.
Key Considerations
- DNV and GL certified devices that are vibration-proof, corrosion-proof, and resistant to temperature fluctuations (from -40°C to 75°C or -40°F to 167°F ).
- Redundant ring topology with millisecond scale network recovery for maximum uptime real-time video and data transmission.
- Large bandwidth backbone for efficient remote data monitoring and real-time communication with the central control system.
- Redundant power input, battery back-up, ESD and power-line surge protection for reliable power operation.
Application Diagram
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