Installation geometry
Horizontal and vertical divergence are selected from the approach geometry and mounting height. Commissioning verifies the installed bearing, elevation and coverage against the marking plan.
AtoN House Nordic · Directional beacons
Directional beacons for harbour approaches and passages
A directional beacon provides a defined beam for visual identification of an approach or passage. Vikingegaarden specifies, supplies and commissions MSM MLP2000 and MDL beacons and Tideland Signal RLED-200 lanterns for directional applications.

Key features
Directional beacons concentrate light over a specified angular coverage. The marking plan establishes the bearing, colour, flash character and required nominal range.

Horizontal and vertical divergence are selected from the approach geometry and mounting height. Commissioning verifies the installed bearing, elevation and coverage against the marking plan.
The MLP2000 is rated at 36 W and the MDL at 27 W maximum. The power budget includes the configured output, flash character, operating period and monitoring load; solar and battery capacity require a site calculation.
The supplied configuration is identified in the project documentation. Published figures and any applicable certificates are checked against the specified operating conditions.
Emiko monitoring is specified where supported by the equipment. Available signals, communications and alarm handling are confirmed before supply.
Commissioning records the installed equipment, settings and functional checks. The handover documentation defines the inspection and maintenance requirements.
Selection accounts for the mounting arrangement, exposure and access for servicing. Site data forms part of the agreed specification.
How it works
Horizontal and vertical divergence are selected from the approach geometry and mounting height. Commissioning verifies the installed bearing, elevation and coverage against the marking plan.

Directional beacons concentrate light over a specified angular coverage. The marking plan establishes the bearing, colour, flash character and required nominal range.
The MLP2000 is rated at 36 W and the MDL at 27 W maximum. The power budget includes the configured output, flash character, operating period and monitoring load; solar and battery capacity require a site calculation.
The project establishes the marking function, position and operating requirements.
Vikingegaarden confirms the equipment configuration and installation requirements.
The installation scope includes mounting, power and supported monitoring interfaces.
Commissioning verifies the specified functions and records the settings.
Models
Model selection is confirmed against the project requirements. The following values identify the published configuration data.
The MLP2000 is a directional LED beacon with a wide horizontal beam. MSM publishes a range up to 15 NM at T=0.74 and an IP67 enclosure.
The MDL is a directional LED beacon with a 10° horizontal beam. MSM publishes ranges up to 21 NM at night and 4 NM by day, with other beam widths available on request.
The RLED-200 is supplied for directional marking with levelling hardware and aiming sights. Tideland Signal offers lenses in IALA colours; photometric data is confirmed for the selected colour.
Ecosystem
Vikingegaarden specifies, supplies, installs and commissions the equipment. Technical support and service are coordinated from Denmark.
The project specification records the equipment configuration, power supply, mounting and acceptance checks. Emiko monitoring is included where the selected equipment and interfaces support it.

Technical details
Values apply to the stated model and configuration. Unspecified figures and project approval documents are available on request.
Ask about a specification| Parameter | MLP2000 | MDL | RLED-200 |
|---|---|---|---|
| Manufacturer | MSM | MSM | Tideland Signal |
| Published night range | Up to 15 NM (T=0.74) | Up to 21 NM (T=0.74) | On request |
| Published day range | Not published | Up to 4 NM | Not published |
| Horizontal divergence | 120° | 10° | On request |
| Vertical divergence | Up to 5° | Up to 2° | On request |
| Power | 36 W | 27 W maximum | Not published |
| Luminous intensity (cd) | On request | On request | On request |
Product guide
The quotation requires the site layout and operating requirements. Vikingegaarden confirms equipment, installation and service scope from this information.
Horizontal and vertical divergence are selected from the approach geometry and mounting height. Commissioning verifies the installed bearing, elevation and coverage against the marking plan.
The MLP2000 is rated at 36 W and the MDL at 27 W maximum. The power budget includes the configured output, flash character, operating period and monitoring load; solar and battery capacity require a site calculation.
Equipment photographs




Technical questions
Horizontal and vertical divergence are selected from the approach geometry and mounting height. Commissioning verifies the installed bearing, elevation and coverage against the marking plan.
The MLP2000 is rated at 36 W and the MDL at 27 W maximum. The power budget includes the configured output, flash character, operating period and monitoring load; solar and battery capacity require a site calculation.
Documentation is confirmed for the selected equipment and application. Vikingegaarden identifies the available manufacturer documents and the requirements stated by the responsible authority.
The enquiry should include the marking plan, site coordinates, required performance, available power and mounting details. Monitoring, access and maintenance requirements should also be stated.
Nominal range is the luminous range at atmospheric transmissivity T=0.74. Actual visibility depends on weather, background lighting and observer height; day range is specified separately.
Technical enquiries and project specifications
Contact VikingegaardenProject specification
The quotation is based on the marking plan, site conditions and required equipment configuration. Vikingegaarden confirms the specification, installation scope and supporting documentation.
Tinnetvej 70, 7173 Vonge, Denmark