Scalable I/O Hub for Ship Systems

Introduction

A Scalable I/O Hub for Auxiliary Ship Systems needs strong hardware. The Moduline L4 offers stable and flexible control on board modern vessels.

A flexible control hub for marine systems

Designed for harsh conditions

Scalable IO for every auxiliary system

A Scalable I/O Hub for Auxiliary Ship Systems must support many signal types. Ships have analog sensors, relay contacts, high-current outputs, flow meters and pressure lines.
The Moduline L4 supports up to eight IO modules. Each module adds different functions, so you can build the exact setup needed for the vessel.
Typical uses include:

• Reading pressure sensors from cooling and ballast systems
• Controlling pumps and valves through output modules
• Monitoring ventilation fans and engine-room sensors
• Tracking temperature in cabins, storage rooms and engine spaces
• Receiving safety alarms through digital inputs

All connectors use sealed automotive-grade SUPERSEAL housings. This keeps connections safe from vibration and humidity. The modular approach also lets operators add new features when the ship is upgraded.

Real-time control with clear software tools

Strong communication options for ship networks

Ships often combine modern and legacy systems. The Moduline L4 supports this by offering:

• 4 CAN 2.0B interfaces
• 1 LIN interface
• Ethernet 10/100 Mbps
• USB for service tools

Optional wireless features include Wi-Fi, Bluetooth, cellular and GNSS. These options allow onboard technicians or shore-based teams to access data. GOcontroll’s remote services include secure cloud access, software updates and monitoring tools. As a result, the controller integrates well into mixed marine networks and long-term service plans.

Example workflow on board a vessel

Below is a simple control workflow using the Moduline L4 as a Scalable I/O Hub for Auxiliary Ship Systems:

Sensor reading

The controller reads tank levels, temperatures, pressures and safety contacts through the chosen IO modules.

Control logic

A Simulink model adjusts pumps, opens valves or switches ventilation fans. It reacts to alarms and keeps systems inside set limits.

System protection

The controller checks for high water in bilge zones, pump failures or blocked filters. When needed, it sends alarms to the bridge or shuts down parts of the system.

Monitoring

Node-RED dashboards show real-time ship data. Crew members can see subsystem states at a glance.

Remote access

If the ship has wireless or satellite links, service teams can review logs, plan maintenance and update software while the vessel is at sea or in port.