· No black hole effect

· High quality marine materials

· Strong flexible metal parts with low profile for a range of wheel and skid landing gear

· Modular lighting system

· Minimal installation time

· Robust cable protection

· Compatible to be used in combination with DIFF system

· State of the art high power LED and technology provides superior life and reliability

· Low system power consumption

· Proven to meet the operational and environmental requirements offshore

· Suitable for high pressure jet cleaning

· Reliable LED floodlight gives low cost of ownership

· Low power consumption due to highly efficient LED lights source and lens system

· Certified for Zone 1 areas with gas explosion hazard

· Low profile design (＜150 mm) allows direct mounting on helideck

· Offshore resistant, high quality coating on cast light alloy base

· Stainless steel (SS316) mounting facilities to prevent corrosion problems

· Wide beam spread for optimised and even helideck illumination

· Reliable (recessed) mounted helideck perimeter light

· Low cost of ownership

· Low power consumption

· Serviceable unit, parts are interchangeable

· Certified for Zone 1 and 2 areas with increased gas explosion hazard

· Compact design, meeting the maximum 50 mm height restrictions of IMO

· Intensity main beam 30cd green (CAP437)

· Robust, Electropolished stainless steel 316, light weight design

· Spacious, cable connection compartment

· Photometric test of independent institution

· Reliable helideck perimeter light

· Low cost of ownership

· Low power consumption

· Serviceable unit, parts are interchangeable

· Certified for Zone 1 areas with increased gas explosion hazard

· Compact design, meeting the maximum 150mm height restrictions of IMO

· Intensity main beam 10cd blue or yellow

· Impact resistant dome and stainless steel 316 body

· Robust, Electropolished stainless steel 316, light weight design

· Spacious, easy to open cable connection compartment

· All motion and wind condition statuses in one lighting fixture

· High intensity warning beacon

· Low profile design (＜150mm) allows direct mounting on helideck

· Offshore resistant, high quality coating on cast light alloy base

· Integrated photocell to control linear dimming in night & twilight mode (according to the regulatory requirements)

· Failure monitoring

· Low power consumption (light and system)

· Advanced high-power LED and technology provides superior life and reliability

· Modular lighting system

· Minimum installation time

· Easy (system) integration with other Orga helideck products (if applicable)

· Modbus serial control and monitoring via single cable to control panel.

· All motion and wind condition statuses in one lighting fixture

· High intensity warning beacon

· Low profile design (＜150mm) allows direct mounting on helideck

· Offshore resistant, high quality coating on cast light alloy base

· Integrated photocell to control linear dimming in night & twilight mode (according to the regulatory requirements)

· Failure monitoring

· Low power consumption (light and system)

· Advanced high-power LED and technology provides superior life and reliability

· Modular lighting system

· Minimum installation time

· Easy (system) integration with other Orga helideck products (if applicable)

· Modbus serial control and monitoring via single cable to control panel.

· Suitable for Zone 1 areas with increased gas explosion hazard

· Suitable for control of the helideck touchdown/positioning marking panels and heliport identification marking panels

· Skid or direct wall mounting of control panel possible

· Offshore resistant, high quality coating on the sheet steel enclosure

· Sheet steel mounting facilities to prevent corrosion problems

· Reliable wind direction and wind-speed indication for helicopter operations

· Low cost of ownership

· Low power consumption

· No dazzling of pilot because of internal sock illumination

· No corrosion due to stainless steel 316 body

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· Various operating voltages

· Fully integrated aeronautical obstruction light if required

· Reliable marine navigation light, low cost of ownership and low power consumption

· Main and secondary light with separate cable entries, power supply and internal wiring for effective redundancy

· Segregated LED modules for the Main and Secondary light part

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· ‘U’-coded high voltage AC power supply from Navaids Central Control Panel for low cable costs and failure free synchronisation

· Light intensity including 25% service factor as per IALA E-200 (2008)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base

· Stainless steel mounting facilities to prevent corrosion problems

· Integrated Ex e connection box

· Very low power consumption due to efficient optical design

· Anti bird spikes (to prevent bird fouling)

· Reliable marine navigation light, low cost of ownership and low power consumption

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· “U”-coded high voltage AC power supply from Navaids Central Control Panel for low cable costs and failure free synchronisation

· Light intensity complies with IALA requirements, even if the intensity of the lanterns is reduced with 25% (service condition factor, as per IALA E-200 (2008) Part 2, 5.1)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base Stainless steel mounting facilities to prevent corrosion problems

· Integrated Ex e connection box

· Very low power consumption due to efficient optical design

· Anti bird spikes (to prevent bird fouling)

· Reliable marine navigation light, low cost of ownership and low power consumption

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard Designed to work in conjunction with the NCCP concept

· ‘U’-coded high voltage AC power supply from the NCCP for low cable costs and failure free synchronisation

· Light intensity complies with IALA requirements, even if the intensity of the lanterns is reduced with 25% (service condition factor, as per IALA E-200 (2008) Part 2, 5.1)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base

· Stainless steel mounting facilities to prevent corrosion problems

· Integrated Ex e connection box

· State of the art high power LEDs and technology provide superior life and reliability

· Very low power consumption due to efficient optical design

· Anti-bird spikes (to prevent bird fouling)

· Reliable marine navigation light, low cost of ownership and low power consumption

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· Designed to work in conjunction with the NCCP concept

· Steady high voltage AC power supply from the NCCP for low cable costs and failure free synchronisation

· Light intensity including 25% service factor as per IALA E-200 (2008)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base

· Stainless steel mounting facilities to prevent corrosion problems

· Integrated Ex e connection box

· Very low power consumption due to efficient optical design

· Anti bird spikes (to prevent bird fouling)

· Reliable marine navigation light, low cost of ownership and low power consumption

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· Suitable for a 12 VDC or 24 VDC power supply*

· Wireless synchronisation via GPS possible (separate synchronisation cable not required)

· Light intensity including 25% service factor as per IALA E-200 (2008)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base

· Stainless steel mounting facilities to prevent contact corrosion problems

· Integrated Ex e connection box

· Very low power consumption due to efficient optical design

· Anti bird spikes (to prevent bird fouling)

· Reliable marine navigation light, low cost of ownership and low power consumption

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard

· Suitable for a 12 VDC or 24 VDC power supply*

· Wireless synchronisation via GPS possible (separate synchronisation cable not required).

· Light intensity including 25% service factor as per IALA E-200 (2008)

· Offshore coated, lightweight, corrosion free, seawater, UV and humidity resistant light alloy base

· Stainless steel mounting facilities to prevent contact corrosion problems

· Integrated Ex e connection box

· Very low power consumption due to efficient optical design

· Anti-bird spikes (to prevent bird fouling)

· Reliable marine foghorn, low cost of ownership

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard; ATEX & IECEx certified

· Operating voltage and code control provided from Navaid Central Control Panel (NCCP)

· Monitoring system integrated in Navaid Central Control Panel (NCCP)

· Offshore coated seawater resistant light alloy body

· Can be supplied as a main/secondary (2/½Nm) foghorn together with duplicated controls in the Navaid Central Control Panel (NCCP)

· Reliable marine foghorn, low cost of ownership

· Suitable for Zone 1 and Zone 2 areas with gas explosion hazard; ATEX & IECEx certified

· Operating voltage and code control provided from Navaid Central Control Panel (NCCP)

· Monitoring system integrated in Navaid Central Control Panel (NCCP)

· Offshore coated seawater resistant light alloy body

· Reliable Marine external photocell

· Low cost of ownership

· Compact design

· Glass reinforced plastic (GRP) body

· Spacious cable connection compartment

SeaBeacon® 2 System 6 provides improvements in receiver dynamic range, receiver sensitivity, power consumption and transmitter power. Better receiver sensitivity and higher gain antennas give superior range performance with solid-state radars.

The GMU version of SeaBeacon® 2 System 6 is available with or without pressurisation. Pressurising racons with nitrogen provides added protection against the corrosive marine environment, seasonal variations in ambient temperature, pressure fluctuations, condensation and accidental submergence.

Radars are identified accurately by measuring frequency and pulsewidth. Amplitude values are used to block responses to sidelobes.

Operating parameters such as quiescent periods, trace length, active period, extended quiescent and standard response code (per IALA recommendations) can be programmed in the field using an optional hand-held keypad or laptop.

Users may program quiescent and active time intervals to match performance and power consumption requirements. To further reduce power consumption, if no local radar is detected, the racon automatically returns to its quiescent state after a four second active period. Extended quiescent state for low traffic areas and seasonal inhibit further reduce power consumption. Periodic quiescent periods allow the radar operator to view the radar screen ensuring that no targets have been obscured by a racon response.

Ensures length of racon trace appearing on the radar screen is generally uniform on all range settings.

SeaBeacon® 2 System 6 racons can be linked, via Tideland’s NavLink®, to a manned base station for remote monitor and control functions.

Available for General Marine Use (GMU), NEC Class 1 Division 2 (not pressurized), IECEx/ATEX Category 2 (Zone 1) or ATEX Category 3 (Zone 2)for hazardous areas.

IALA Recommendation R-101 on Marine Radar Beacons (RACONS) Edition 2 December 2004.

SPM042152400

215W-24V Mono 1580 × 808 × 35mm series 4a

15 kg

215 W (Pmpp)

37.4 V / 5.75 A

45.82 V / 6.30 A