AtoN House Nordic · Monitoring
Remote AtoN monitoring and supported control through Emiko
NaviGuard connects supported aids to navigation and power equipment at a remote site to Emiko. Authorised users can access equipment status, alarms, power measurements and position data where provided by the installed instrument and its released integration.
Key features
The site controller communicates with supported instruments and transfers their data to Emiko over the internet. Instrument data, alarms and controls depend on the confirmed model profile and installed software version.
The installation identifies each instrument, controller location and communication interface. A supported serial connection, such as RS485 Modbus RTU, provides the functions of the released model profile; PowerMonitor provides current-based supervision for other suitable lanterns.
PowerMonitor detects current draw during expected lantern operation and supports current-based alarms. It does not provide the internal status, detailed measurements or settings of a lantern without a supported serial connection.
Emiko identifies the affected site and displays the configured alarms. SMS and email notifications require the notification service to be configured for the organisation.
Operating mode, nominal range, flash character and day/night switching can be adjusted where the model supports the command and confirms its application. Available controls follow the documented integration table.
The controller supply and communication load are included in the site power budget. Battery, solar charging, current and day/night information are available only where the connected instrument and its integration provide these values.
GPS information is available when supplied by the connected instrument and its released integration. NaviGuard is a monitoring controller; independent position measurement is not specified for the controller itself.
Applications
The site controller communicates with supported instruments and transfers their data to Emiko over the internet. Instrument data, alarms and controls depend on the confirmed model profile and installed software version.
Supported equipment status and alarms are collected for harbour sites. Site identification and alarm responsibilities are configured in Emiko.
Remote status supports fault assessment and service planning. Inspection requirements remain part of the site maintenance plan.
Authorised users can review supported sites through a common Emiko overview. Customer, site and instrument records define access and identification.
The controller supply and communication load are included in the site power budget. Battery, solar charging, current and day/night information are available only where the connected instrument and its integration provide these values.
How it works
The installation identifies each instrument, controller location and communication interface. A supported serial connection, such as RS485 Modbus RTU, provides the functions of the released model profile; PowerMonitor provides current-based supervision for other suitable lanterns.
The site controller communicates with supported instruments and transfers their data to Emiko over the internet. Instrument data, alarms and controls depend on the confirmed model profile and installed software version.
The controller supply and communication load are included in the site power budget. Battery, solar charging, current and day/night information are available only where the connected instrument and its integration provide these values.
The controller, instrument supply and internet connection are verified.
The serial model profile or PowerMonitor connection is configured.
Communication is tested and the instrument is assigned to its site in Emiko.
Available measurements, alarms and supported commands are verified before handover.
Ecosystem
Vikingegaarden specifies, supplies, installs and commissions the equipment. Technical support and service are coordinated from Denmark.
Vikingegaarden specifies the controller, instrument connection and Emiko configuration. Commissioning confirms the released model profile, alarm handling and supported settings for the installation, with ongoing support from Denmark.
Technical details
The table identifies the documented model profiles and available settings. Read and write permits display and adjustment; read only permits display. Availability also depends on the installed software and confirmed instrument configuration.
Ask about a specification| Lantern model | Operating mode | Nominal range | Flash character | Day/night switching |
|---|---|---|---|---|
| MSM MCL360 | Yes | Read and write | No | Read and write |
| Tideland MaxiHalo-60 or Nova-65 with Halo2 controller | Yes | Read and write | Read and write | Read and write |
| Tideland Rotator with MaxiHalo-60 and Halo2 controller | Yes | Read and write | Read and write | Read and write |
| Tideland SolaMax with Halo2 controller | Yes | Read and write | Read and write | Read and write |
| Tideland Flasher with MaxiHALO-60 II controller | Yes | Read and write | Read and write | Read and write |
| Tideland Rotator with MaxiHALO-60 II controller | Yes | Read and write | Read and write | Read and write |
| Tideland Quad controller lights: Nova-250, MaxLED-180, MasterRange | Yes | Read and write | Read and write | Read and write |
| MSM MBL series MF12 | Yes | Read and write | No | Read and write |
| MSM MBR series PPC02 | Yes | Read and write | No | Read and write |
| Tideland Nova-65 ES-1071, non-solar and solar | No | Read only | No | Read only |
Product guide
The quotation requires the site layout and operating requirements. Vikingegaarden confirms equipment, installation and service scope from this information.
The installation identifies each instrument, controller location and communication interface. A supported serial connection, such as RS485 Modbus RTU, provides the functions of the released model profile; PowerMonitor provides current-based supervision for other suitable lanterns.
The controller supply and communication load are included in the site power budget. Battery, solar charging, current and day/night information are available only where the connected instrument and its integration provide these values.
Technical questions
The installation identifies each instrument, controller location and communication interface. A supported serial connection, such as RS485 Modbus RTU, provides the functions of the released model profile; PowerMonitor provides current-based supervision for other suitable lanterns.
PowerMonitor detects current draw during expected lantern operation and supports current-based alarms. It does not provide the internal status, detailed measurements or settings of a lantern without a supported serial connection.
Operating mode, nominal range, flash character and day/night switching can be adjusted where the model supports the command and confirms its application. Available controls follow the documented integration table.
Emiko identifies the affected site and displays the configured alarms. SMS and email notifications require the notification service to be configured for the organisation.
The enquiry requires instrument manufacturer, model, controller version and available interface documentation. Site power, internet connectivity, required alarms and requested settings must also be identified.
Technical enquiries and project specifications
Contact VikingegaardenExplore
Project specification
The enquiry requires instrument manufacturer, model, controller version and available interface documentation. Site power, internet connectivity, required alarms and requested settings must also be identified.
Tinnetvej 70, 7173 Vonge, Denmark
