Berth planning
Gate, yard and berth systems coordinate the arrival and working window.
Marine Shipping & Ports
Keep cargo movingbetween berth and vessel.
Automation spare parts for container terminals, bulk ports, ship loaders, quay cranes, conveyors, pumps and port utility systems.
The port operation chain
Where control hardware supports a vessel call.
A port is a connected sequence of lifting, conveying, positioning, storage and transfer operations. A failure in one control layer can delay the berth, yard or vessel operation.
Quay cranes
PLC, drive, brake, encoder and safety circuits control ship-to-shore movement.
Yard movement
RTG/RMG cranes, stackers and terminal vehicles move containers through the yard.
Ship transfer
Gangways, loaders, mooring equipment and cargo systems connect vessel and berth.
Pumps & utilities
Fuel, ballast, cooling, shore power and communication systems support the operation.
Marine automation spare parts and uses
Shipboard systems and port equipment depend on the same control principles.
Automation parts replace failed or aging controllers, I/O cards, power supplies, communication modules, sensors and drive components. The part works together with the program, wiring, field instruments and final-control devices.
Engine-room alarm and monitoring
Cooling-water temperature, lube-oil pressure, tank level and machinery alarms.
Cargo equipment
Cranes, winches, conveyors, hatch covers, pumps and loading systems.
Bridge & command
Navigation-related auxiliaries, control interfaces and operator displays.
Communication modules
Remote I/O, industrial Ethernet, fieldbus and protocol gateways.
Fuel, ballast & auxiliaries
Pumps, valves, tank measurement and power-distribution controls.
Application reference
Shipboard automation.
| Application | What the automation system does | Typical spare parts |
|---|---|---|
| Main engine and auxiliary equipment | Machine speed, temperature and pressure control; alarms and shutdown permissives. | Controllers, I/O modules, sensors and relays |
| Marine power generation and distribution | Generator control, load sharing, power monitoring and protection. | Power-management controllers, governors and protection relays |
| Ballast, bilge and cooling-water systems | Monitor levels, pressures and flow; control pumps and valves. | PLC, analog I/O, transmitters and variable-frequency drives |
| Cargo handling systems | Coordinate cargo pumps, winches, deck cranes and related positioning functions. | PLC modules, drives, encoders and safety peripherals |
| Engine-room alarms and monitoring | Collect equipment conditions, display alarms and record operating events. | Remote I/O, HMI panels and communication modules |
Port and terminal automation.
| Application | What the automation system does | Typical spare parts |
|---|---|---|
| Quay cranes and gantry cranes | Control hoist, trolley, gantry, positioning and anti-collision functions. | PLC, drives, encoders and brake-control components |
| Bulk sampling and conveyor systems | Coordinate conveyors, ship loaders, samplers and dust-control equipment. | Remote I/O, motor protection and speed switches |
| Oil and liquid terminal transfer | Control transfer pumps and valves; monitor flow, level and pressure. | DCS/PLC modules, flowmeters and pressure transmitters |
| Yard equipment and terminal monitoring | Coordinate equipment movements and provide operators with system status. | Industrial switches, communication modules and HMI systems |
Example: Cooling-water temperature control
A temperature sensor sends the measured value through an input module to the PLC. The controller compares it with the target and starts a standby pump or adjusts a valve before temperature reaches an alarm limit.
Example: Engine-room abnormal alarm
A pressure or temperature transmitter reports an abnormal value. The monitoring system triggers an HMI alarm, records the event and—where approved—activates protective logic.
Port equipment workflows
Protect the machines that make the schedule possible.
Large cranes, hoists, gearboxes, winches, conveyors, fans and pumps operate under repetitive load, salt or dust exposure. Sensors and monitoring modules help maintenance teams identify abnormal machine condition before a vessel operation is interrupted.
Hoist and trolley drives
Motor-speed feedback, braking, position and drive status on crane motion systems.
Gantry and motor control
Drive cabinets and distributed I/O coordinate crane travel and auxiliary motors.
Position and limit signals
Rotary encoders, limit switches and safety devices define machine travel.
Remote I/O and networks
Control field signals, crane cabins, equipment and terminal-control systems.
Port and terminal automation
Shipboard automation
Bulk cargo handling
Product categories
Parts for the equipment around the terminal.
Start with the machine function, then confirm the installed control platform and complete part number.
PLC, drive and safety modules
For quay cranes, RTG/RMG cranes, hoists, trolley and gantry movement.
Remote I/O and motor-control parts
For conveyors, loaders, stackers, reclaimers, pumps and shore-power systems.
Sensors, cables and monitoring modules
For gearboxes, motors, winches, fans, pumps and other critical rotating equipment.
Maintenance procurement
Give the supplier the operating context.
A model number is essential, but the equipment location helps confirm whether the replacement is technically suitable.
Name the equipment
Quay crane, RTG, ship loader, conveyor, cargo pump, engine-room panel or vessel auxiliary.
Send the full part number
Include suffix, revision, firmware, rack position, electrical rating and connectors.
Describe the environment
Salt mist, vibration, humidity, temperature, enclosure rating and marine approval requirements.
State the maintenance timing
Specify dry-dock, port call, shutdown, condition preference and delivery destination.
Marine, shipping & ports
Common automation platforms in marine terminals and ports.
| Brand | Recommended models | Typical port or marine use |
|---|---|---|
| ABB | ACS800 / ACS880, AC800M, S800 I/O | Crane drives, vessel auxiliaries, remote I/O and process control. |
| Siemens | S7-1500, S7-400, ET 200, SINAMICS | Terminal equipment, shipboard auxiliaries, conveyors and motor control. |
| Rockwell Automation | ControlLogix, CompactLogix, POINT I/O, PowerFlex | Crane, conveyor, pump and terminal automation systems. |
| Schneider Electric | Modicon M340/M580, Premium, Altivar | PLC, remote I/O and drive systems for marine and port equipment. |
| Bently Nevada | 3500, 3300 XL, 1900/65A | Condition monitoring for pumps, compressors, generators and propulsion auxiliaries. |
| General Electric | VersaMax, RX3i and legacy GE modules | Legacy vessel and terminal controllers, I/O and communication hardware. |
| Emerson | DeltaV, PACSystems and control modules | Liquid terminals, cargo-transfer processes and utility control. |
Questions before ordering
Practical answers for port engineers and contractors.
Are PLC and drive parts used in port cranes?
Yes. Crane motion systems commonly use PLCs, variable-frequency drives, remote I/O, encoders, brakes and communication modules. Confirm the installed crane design and exact model.
Can Bently Nevada sensors be used in port equipment?
They may be used for critical rotating assets such as generators, motors, fans, pumps and propulsion auxiliaries where the condition-monitoring design calls for them.
What should a port contractor include in an RFQ?
Provide the terminal or vessel name, equipment tag, complete part number, quantity, electrical rating, installed system, required condition and delivery deadline.
Can one order include crane, conveyor and utility parts?
Yes. A multi-brand RFQ can combine PLC, DCS, drives, sensors, I/O, relays, communication modules and machinery-monitoring items.
Marine shipping and port requirement
Tell us which terminal machine must stay available.
Send the model number, equipment name, quantity and maintenance window.