Complete solution · AtoN House Nordic
Offshore construction marks
Offshore construction marking provides the marine and aviation signals specified for each phase of the works.
Commissioning verifies the status, alarms and controls supported by each connected instrument.
The components
Equipment
and interfaces
6 components with specified functions.
The labels identify their Emiko integration.
- 01Structure
Navigation buoys
Special-mark buoys and moorings
Mark approved work boundaries with specified topmarks, ballast and site-designed moorings; no electronics.
Product page - 02Monitored through NaviGuard
LED marine lanterns
MSM MCL 360 with serial interface
Provides solar-powered marking; the specified MCL360 profile reports through the included NaviGuard controller.
Product page - 03Monitored through NaviGuard
LED marine lanterns
Tideland Nova-65 with Halo2
Provides externally powered marking; the Nova-65 and Halo2 profile connects through the included NaviGuard.
Product page - 04No telemetry
Aviation warning lights
Aviation warning lights
Provide the specified obstacle signal from the site supply; model approval is confirmed, with no telemetry included.
Product page - 05Full Emiko integration
PowerGuard
PowerGuard supply
Supplies the calculated load from battery and optional solar charging; reports its own status and alarms to Emiko.
Product page - 06Full Emiko integration
NaviGuard
NaviGuard controller
Connects the specified serial profile or PowerMonitor current sensing to Emiko.
Product page
How it works
From the plan to the
commissioned installation
The marking programme follows the construction phases. Each change is documented and checked before handover.
- 01
Define phases
The marking programme records the authority requirements, work phases, positions and operating periods.
- 02
Deploy marks
Specify moorings, structure brackets, cable protection and power for all loads; deploy and check the initial buoy marks.
- 03
Equip structures
Fit Nova-65 marine lights and required aviation lights; commission each phase before the work area changes.
- 04
Install permanent marks
Install and test the final marks before withdrawing temporary equipment; verify any separately specified racon or AIS.
- 05
Verify handover
Handover records each mark, its service responsibility and the monitoring functions verified in Emiko.
Where it is used
Offshore works requiring phased marking
Wind farm developers, marine contractors and port operators managing offshore construction, dredging or cable works.
- 01
A wind farm during foundation and turbine installation
- 02
A dredging or reclamation work area
- 03
A cable installation corridor with temporary marking
Planning
Delivery scope
and equipment options
Delivered by Vikingegaarden
- Equipment specification from the marking plan, site data and operating requirements
- Component supply with the agreed manufacturer documentation
- Installation and commissioning, or technical support for the appointed contractor
- Emiko configuration and acceptance checks for supported equipment interfaces
- Service scope, inspection requirements and spare parts confirmed in the quotation
Good to know
Before the
quotation
How is temporary equipment supplied?
The quotation defines equipment quantities, deployment duration, servicing and recovery. Rental or return arrangements and availability are confirmed on request.
How are virtual mark positions changed?
The optional NaviSuite Perio system manages mark positions and activation through a separately specified shore transmitter. Authority approval, AIS identities, coverage and reception on compatible displays are required. No Emiko connection is included.
What is required for a quotation?
The enquiry requires the construction programme, site coordinates, marking requirements, structure drawings and water depths. Available supplies, deployment access, monitoring and service responsibilities should be stated.
Plan this solution
Project quotation
The specification defines the equipment, installation scope and price.
The enquiry requires a chart, positions, marking requirements, mounting details, available power and required autonomy.