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SolaNOVA-65 Tideland 6NM self-contained lantern

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SolaNOVA-65 Tideland
SolaNOVA-65 Tideland

SolaNOVA-65 Tideland 6NM self-contained lantern has combined its proven solar module and battery self-contained package with the rugged and optically superior Nova-65 LED Lantern. This combination provides a low maintenance and longer-range signal lantern, called SolaNOVA-65.

The SolaNOVA-65 is capable of ranges in excess of 6NM covering a variety of fixed applications. In addition, four vertical divergence options of 5°, 10°, 20° and 30° make it the ideal lantern for fixed structures or buoy applications. Revolutionary optics/Solar power system greatly increase efficiency making the SolaNOVA-65 suitable for northern and low solar radiation applications.

SolaNOVA-65 Tideland Dimension
SolaNOVA-65 Tideland Dimension

CHARACTERISTICS

  • User selectable power setting for visual range
  • Battery test and charge mode selection without opening the lantern housing (Quick Check)
  • Seasonal shutdown
  • Photovoltaic system sized for demanding locations
  • SignalView software to program user options
  • Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change
  • Available for Class I Division 2 Hazardous Locations
  • Availability in all IALA approved colors shown here in IALA approved red
  • Optional GPS synchronization module
  • 256 user selectable flash characters
  • Full monitor and control capability
  • Vertical divergence options of 5°, 10°, 20° and 30°

Read more : Nova-65 HI Tideland LED Marine Lantern

Tideland Signal MLED Series External Powered Marine Lanterns

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MLED Series Marine Lantern
MLED Series Marine Lantern

Tideland Signal (Tideland) MLED Series External Powered Marine Lanterns has merged its patented and proven MaxLumina® lens technology with 21st century LED technology to provide low maintenance, low power consumption and long range, MLED-140, MLED-155 and MLED-300 navigational lanterns.

The MLED-140 is ideal for use wherever a wide beam is required, such as in compensating for buoy roll. Visibility is improved in locations such as high bridges, where there are extreme differences in angle of observation at various ranges. The MLED-140 and MLED-155 are used to mark buoys, offshore structures, channels, bridges, barges and docks. Tideland Signal’s hinged Fresnel lens incorporates 38 optical elements, maximizing light transmission in the horizontal plane.

MLED Series Marine Lantern Drawing
MLED Series Marine Lantern Drawing

The MLED-300 and MLED-155 are excellent for use on fixed offshore structures, achieving maximum visual range. MLED series provides trouble-free service in rigorous marine environments.

MLED Series Marine Lantern Drawing
MLED Series Marine Lantern Drawing

CHARACTERISTICS

  • Supplied with Tideland MaxiHALO 60 II or MaxiHALO 60 II HI Flashers
  • User selectable power settings for multiple visual range performance
  • 256 user selectable flash characters
  • Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change
  • Full monitor and control capability
  • SignalViewTM program to set user options
  • Available in all IALA approved colors
  • A constant current power source provides maximum lifetime of LEDs
  • Seasonal shutdown capability
  • Hard wired synchronization
  • Optional GPS synchronization

Tideland Signal MLED Series External  Specification

Available colors Red, green, yellow, white
Visibility 360° horizon (omnidirectional)
Operating Temperature -40° C to +60°C
Voltage 9 to 36V DC
Power Variable up to 7W (LP version) or 19W (EFF version)
Typical Vertical Divergence
MLED-140 > 8°
MLED-155 > 5°
MLED-300 > 2°
Monitor and Control Capable
Flash Codes Up to 256 codes, field selectable
Synchronization Optional GPS or hard wired
Weight
MLED-140 3.2kg (7lb)
MLED-155 3.2kg (7lb)
MLED-300 9.1kg (20lb)

NOTE: Specifications are subject to change.

Read more : Nova-65 HI Tideland LED Marine Lantern

Nova-65 HI Tideland LED Marine Lantern

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Tideland Marine Lantern
Tideland Marine Lantern

The Nova-65HI Tideland LED Marine Lantern features unique and proprietary optics, developed in 2012 from the original Nova-65 lanterns, which provide a 360° beam at 3° vertical divergence.

Utilizing a highly efficient compact lens, the Nova-65 HI is a one of a kind, small, lightweight marine beacon. The 3° divergence lens is ideal for fixed or stable floating aids to navigation requiring a much longer range, up to 10NM @ T=0.74, while still using a minimal amount of power.

Tideland Marine Lantern
Tideland Marine Lantern

Two options of housing are available for general marine use (GMU) and for NEC Class 1 Division 2: polycarbonate and a ruggedized metal version. Both housing options are designed to withstand the harsh marine environment including: ice buildup in extremes of latitude and the high temperatures experienced along the equatorial plane.

IP-66 and IP-68 make Nova-65I the choice of professionals.

Tideland Marine Lantern Dimension
Tideland Marine Lantern Dimension

CHARACTERISTICS

  • User selectable power and flash code settings for multiple visual range performance
  • Full monitor and control capability
  • SignalView™ program to set user options
  • Approved by USCG for class A, B and C offshore structures
  • A constant current power source provides maximum lifetime of LEDs
  • Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change
  • Hard Wire Synchronization
  • Proven Long Term Reliability

Nova-65 HI Tideland Specification

Input Voltage – General Marine Use (GMU) 9 to 36VDC
Input Voltage – Hazardous Area 9.5 to 32VDC
Power Consumption – Nova-65 Variable up to 10W
Power Setting Field selectable
Colors Available White
Operating Temperature for GMU & NEC Class 1 Division 2 -40° C to +70° C
Storage Temperature -40° C to +70° C
Vertical Divergences – GMU & NEC Class 1 Division 2 3° degrees, white
Quiescent Current – Light Only <2mA
Quiescent Current – With GPS <3mA
Flash Codes Up to 256 codes, field selectable or via communication links
Synchronization – GMU & NEC Class 1 Division 2 GPS or hard wire options
Monitor and Control Capable
Visibility 360° horizon (omnidirectional)
Sunswitch Threshold Adjustable
Physical Measurements Base Mounting
Height Weight
230mm (9.1in) maximum diameter 195mm (7.7in)
Polycarbonate 1.8kg (4.0lbs) Aluminum 3.0kg (6.6lbs)
IP-Rating – GMU & NEC Class 1 Division 2 IP66 / IP 68

NOTE: Specifications are subject to change.

Read more : SolaNOVA-65 Tideland 6NM self-contained lantern

Tideland Marine Lantern

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Tideland Marine Lantern
Tideland Marine Lantern

Our tideland marine lanterns are designed to work in the harsh conditions in which they will be deployed, providing navigational signals to mariners across the globe. Using the very best electronics and LED light sources available, matched with high performing optics developed in house, our range of marine lanterns are manufactured to comply with all the relevant IALA Guidelines and Recommendations.

To underpin your operational safety and efficiency, Tideland Signal offer a full range of omnidirectional lanterns, directional lanterns, and rotating beacons, with visual ranges from 3 nautical miles up to 24 nautical miles. In addition to lanterns designed for general marine use in safe areas (GMU), we also manufacture a range of lanterns designed and certified for use in hazardous areas (Ex). Automatic activation and monitoring possibilities, combined with redundancies and low maintenance, make Tideland Signal the leading supplier of visual Aids to Navigation systems.

Nova-65 HI Tideland LED Marine Lantern

The Nova-65HI Tideland LED Marine Lantern features unique and proprietary optics, developed in 2012 from the original Nova-65 lanterns, which provide a 360° beam at 3° vertical divergence.

Utilizing a highly efficient compact lens, the Nova-65 HI is a one of a kind, small, lightweight marine beacon. The 3° divergence lens is ideal for fixed or stable floating aids to navigation requiring a much longer range, up to 10NM @ T=0.74, while still using a minimal amount of power.

Tideland Marine Lantern
Tideland Marine Lantern

Two options of housing are available for general marine use (GMU) and for NEC Class 1 Division 2: polycarbonate and a ruggedized metal version. Both housing options are designed to withstand the harsh marine environment including: ice buildup in extremes of latitude and the high temperatures experienced along the equatorial plane.

IP-66 and IP-68 make Nova-65I the choice of professionals.

CHARACTERISTICS

  • User selectable power and flash code settings for multiple visual range performance
  • Full monitor and control capability
  • SignalView™ program to set user options
  • Approved by USCG for class A, B and C offshore structures
  • A constant current power source provides maximum lifetime of LEDs
  • Temperature compensated LED drive circuits ensure uniform brightness with ambient temperature change
  • Hard Wire Synchronization
  • Proven Long Term Reliability

Nova-65 HI Tideland Specification

Input Voltage – General Marine Use (GMU) 9 to 36VDC
Input Voltage – Hazardous Area 9.5 to 32VDC
Power Consumption – Nova-65 Variable up to 10W
Power Setting Field selectable
Colors Available White
Operating Temperature for GMU & NEC Class 1 Division 2 -40° C to +70° C
Storage Temperature -40° C to +70° C
Vertical Divergences – GMU & NEC Class 1 Division 2 3° degrees, white
Quiescent Current – Light Only <2mA
Quiescent Current – With GPS <3mA
Flash Codes Up to 256 codes, field selectable or via communication links
Synchronization – GMU & NEC Class 1 Division 2 GPS or hard wire options
Monitor and Control Capable
Visibility 360° horizon (omnidirectional)
Sunswitch Threshold Adjustable
Physical Measurements Base Mounting
Height Weight
230mm (9.1in) maximum diameter 195mm (7.7in)
Polycarbonate 1.8kg (4.0lbs) Aluminum 3.0kg (6.6lbs)
IP-Rating – GMU & NEC Class 1 Division 2 IP66 / IP 68

NOTE: Specifications are subject to change.

 

Bauer Gear Motor

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Bauer Gear Motor
Bauer Gear Motor

Bauer Gear Motor Founded in 1927 has grown globally to become a preferred source for high-quality, extremely reliable geared motors. Bauer engineers develop technically-advanced solutions that feature energy-efficient motors paired with optimal gearboxes to provide customers with the lowest possible cost of ownership.

General Descriptions

Bauer’s wide product range includes helical geared motors, shaft-mounted geared motors, bevel-geared motors, worm geared motors, monorail geared motor drives, aseptic drives, and C-adapter motor connection.

Bauer engineered solutions can be found hard at work in a variety of key markets including food & beverage, energy, wastewater, concrete, metals and material handling on applications such as washdown conveyor systems, rolling mills, monorail systems and overhead conveyors, sludge thickeners, cranes, fans & blowers and turbines.

Bauer Gear Motor Line of Business

Energy Efficient Geared Motors

The Bauer Gear Motor range of motors offers trend-setting technologies for energy-efficient drives and for motor designs tailored to specific applications. The latter option enables highly efficient drive solutions without requiring additional space. Total flexibility in mounting options allow unparalleled integration possibilities.High level of parts interchangeability for all gear motor components benefits the customer with increased options, reduced costs, faster deliveries, and a faster maintenance “learning curve”.

Generously dimensioned ball or roller bearings, case hardened forged and ground gears, and internally and externally reinforced gearboxes ensure a long, low maintenance service life.

Geared Motors

the BG gear motor, sets new standards for reliability and economy and includes unparalleled standard features. An inverter friendly design provides for easy integration now and a truly future proof solution. Inch or metric dimensioned output shafts are standard providing for easy integration into all your applications. The BG gear motor offers total flexibility in mounting options includes foot, base, face, and flange solutions. The motor terminal box can be mounted in alternative positions rotated in 90° steps around the motor frame providing for unparalleled integration possibilities.

Small Industrial Geared Motors

Small Industrial BG-Series geared motors in sizes BG04, BG05 and BG06 are compact high quality geared motors widely used in machinery, material handling, packaging, pharmaceutical machinery, textile machinery and many more where compactness is an essential feature. The BG-Series geared motor range sets new standards for reliability and economy and includes unparalleled standard features. Inch or metric dimensioned output shafts are standard providing for easy integration into all your applications. The BG gear motor offers total flexibility in mounting options includes foot, base, face, and flange solutions. The motor terminal box can be mounted in alternative positions rotated in 90° steps around the motor frame providing for unparalleled integration possibilities.

Summersible Solutions

Bauer Gear Motor with IP68 design geared motors are derived from the standard B2000 range and are most suitable where it is required to convey or transport foul, waste, river or rain water, and all types of sludge-containing waters in communal or industrial areas. They are frequently used in agitators for mixing, homogenising, etc. or in extremely wet areas or completely submersed under water.

HilexDRIVE

The innovative HiflexDRIVE bevel geared motor range from Bauer Gear Motor characterize themselves through compactness, flexibility and efficiency. The high flexibility of the Bauer modular system makes solutions possible for almost all drive tasks. The HiflexDRIVE is available in standard, aseptic and stainless steel versions and thus fits optimally in all areas in conveyor technology especially where a long life cycle, ease of servicing, efficiency and cleanability are of upmost importance.

Decentral Solution

The EtaK2.0 features maximum user friendliness in operation and installation. Especially for decentralised drive solutions, it demonstrates its high efficiency in terms of space, time and energy. The EtaK2.0 meets all demands on modern, universally deployable and cost-effective motor/VFD combinations. That makes it the ideal choice for all forms of decentral tasks.

AsepticDRIVE

The Bauer AsepticDRIVE is a combination of an asynchronous motor with a smooth surface (without cooling ribs and fan) and a gearbox from the renowned Bauer 2000 range.

Gearboxes with Motor Adapter

Bauer supplies modern drive solutions for all industry sectors where material must be moved. Through their robustness,compact and efficient design the gear units from Bauer stand for long lifetime and powerful duty under hard working conditions.The simple and cost effective installation,the minor service necessity and the high efficiency reduce costs throughout the whole life of the drive.

Robust,compact and efficient the Bauer C-adapter units provide a long service lifetime and dependable performance even in the most challenging working environments. The simple,cost effective installation,minimal maintenance requirements and the high efficiency reduce costs throughout the whole life of the drive.

Source : www.bauergears.com

AMOT Valve Model 3-Way Rotary Control Valves

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Pneumatic Model GPD Valve
Pneumatic Model GPD Valve

AMOT Valve Model G 3-way rotary control valves provide a high degree of accuracy for precise temperature control in both mixing and diverting applications. If you experience long warm-up times, excessive white smoke coming from the exhaust, or difficulty regulating fluid temperatures at idle, replace your thermostatic valve with an externally-actuated AMOT Model G without the need for piping modifications. Models include GEF, GPD, and GG.

ELectric Model GEF Valve
ELectric Model GEF Valve

In addition to the standard valve, AMOT offers two Low Leak Model G options: ANSI Class II (0.5% leakage rate) and ANSI Class IV (0.01% leakage rate). Contact us for more details.

Durable

The heavy-duty, compact design fits in cramped spaces and withstands high vibration applications to minimize stem leaks and actuator board failures.

Accurate
The external temperature sensing probe enables more precise, more responsive temperature control. With the Model G, you can maintain a temperature setting to within +/- 1oF.

Flexible

Our unique design allows ports to be configured to suit any installation requirement. The Model G can operate equally well as a stand-alone valve or as part of a complete control system. In addition, we offer a variety of models, sizes, actuator types, communication protocols, and other options to help you specify exactly what you need.

Proven

The AMOT Model G valve has over 25 years of proven performance in Marine, Power Generation, and Oil & Gas applications.

Typical applications

For engines, turbines, gearboxes and heat exchangers :
l Charge air cooling
l Secondary cooling systems
l Fuel and lube oil preheating
l Co-generation
l Engine jacket water

For refineries, chemical plants and oil reproduction :
l Waste heat boilers
l Product coolers
l Product heaters
l Product condensers

Key benefits

l Ease of integration – valve size matches pipe size, resulting in reduced installation time and installation costs
l Flexible design – ports can be configured to suit installation
l Low pressure drop – compared to other valve types
l Small physical size
l Hand wheel allows manual adjustment of valve (optional on pneumatic valve) – simplified set up and maintenance

Type-approved 3-way Control Valves To Boost Performance of Marine Engines

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ELectric Model GEF Valve
ELectric Model GEF Valve

Some of the first AMOT thermostatic control valves ever manufactured were installed in marine applications where they quickly became the industry’s solution to decreasing warm up time, reducing oil sludge formation and salt deposits, improving fuel consumption, and boosting overall engine performance.

Over time, the marine industry became more focused on engine optimization and performance while facing newer and more stringent regulations and emission controls. Now, owners and operators must figure out how to bring dependable equipment up to modern standards. In response to this need, AMOT developed the Model G Actuated Temperature Control valve.

Pneumatic Model GPD Valve
Pneumatic Model GPD Valve

Model G valves offer fast response for tighter temperature accuracy, reduced lifecycle costs, emission reductions, easy drop-in replacement with existing systems, and flexibility. They can be used as stand-alone valves or integrated with control systems.

Model G: 3-Way Rotary Control Valves

AMOT Model G 3-way rotary control valves provide a high degree of accuracy for precise temperature control in both mixing and diverting applications. If you experience long warm-up times, excessive white smoke coming from the exhaust, or difficulty regulating fluid temperatures at idle, replace your thermostatic valve with an externally-actuated AMOT Model G without the need for piping modifications. Models include GEF, GPD, and GG.

In addition to the standard valve, AMOT offers two Low Leak Model G options: ANSI Class II (0.5% leakage rate) and ANSI Class IV (0.01% leakage rate). Contact us for more details.

Durable

The heavy-duty, compact design fits in cramped spaces and withstands high vibration applications to minimize stem leaks and actuator board failures.

Accurate
The external temperature sensing probe enables more precise, more responsive temperature control. With the Model G, you can maintain a temperature setting to within +/- 1oF.

Flexible

Our unique design allows ports to be configured to suit any installation requirement. The Model G can operate equally well as a stand-alone valve or as part of a complete control system. In addition, we offer a variety of models, sizes, actuator types, communication protocols, and other options to help you specify exactly what you need.

Proven

The AMOT Model G valve has over 25 years of proven performance in Marine, Power Generation, and Oil & Gas applications.

Sarana Yang Dibutuhkan Galangan Untuk Reparasi Kapal

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Shipyard facilities for ship repair
Shipyard facilities for ship repair

Reparasi kapal merupakan hal yang wajib dilakukan oleh para pemilik kapal (ship owner) karena hubungannya dengan keselamatan kapal jika sedang berlayar di laut.

Fasilitas dan sarana yang terdapat pada galangan-galangan untuk reparasi kapal berperan besar dalam menentukan kualitas dari suatu reparasi kapal. Pada umumnya fasilitas-fasilitas tersebut digunakan untuk menaikkan serta menurunkan kapal yang akan direparasi sehingga pekerjaan reparasi, khususnya untuk pekerjaan bawah air dapat dilaksanakan. Dibawah ini adalah fasilitas dan sarana di galangan kapal yang digunakan untuk reparasi kapal :

1. Keel Block (Balok Tengah).

Keeel block adalah balok yang diletakkan di tengah (bagian lunas kapal). Kayu yang digunakan biasanya adalah campuran antara kayu keras dan kayu lunak.

Keel Block di Galangan Kapal
Keel Block di Galangan Kapal

2. Side Block (Balok Samping).

Side block adalah kayu yang digunakan untuk mengganjal bagian samping kapal. Tinggi dari side block harus disesuaikan dengan tinggi kemiringan alas kapal yang ada di dok. Sedangkan untuk jarak ke block disesuaikan dengan Iebar kapal yang akan direparasi.

Side Block di Galangan Kapal
Side Block di Galangan Kapal

3. Cradel (Lori).

Cradle adalah alat yang digunakan untuk menarik kapal dari laut ke landasan yang dituju. Cradle biasanya dipakai untuk menarik kapal-kapal ukuran kecil dan kapal ukuran sedang.

Cradle di Galangan Kapal
Cradle di Galangan Kapal

4. Rel.

Rel di galangan kapal adalah jalur tetap yang terbuat dari baja dan digunakan untuk dudukan lori baik pada saat docking maupun undocking.

Rel Galangan Kapal
Rel Galangan Kapal

5. Steel Wire Roop (Kawat Baja).

Steel wire roop berfungsi untuk menarik atau menurunkan lori pada saat kapal akan docking maupun undocking.

Steel Wire Rope Untuk Menarik Kapal
Steel Wire Rope Untuk Menarik Kapal

6. Roll.

Roll pada galangan kapal berfungsi untuk memperlancar proses penarikan tali serta sebagai tempat gulungan tali. Alat ini sangat sering dipakai di kapal baik untuk kapal ukuran kecil dan kapal ukuran besar.

Tali kapal yang sudah di tarik atau di tambat
Tali kapal yang sudah di tarik atau di tambat

7. Winch (Derek)

Winch berfungsi untuk memutar roll penggulung tali agar tali baja yang berfungsi menarik cradle dapat tergulung, sehingga cradle dapat ditarik ke darat.

Winch kapal
Winch kapal

8. Sturt (Penumpu).

Sturt ini terbuat dari baja yang dilas pada cradle, yang dipasang pada saat kapal naik dok. Fungsi dari sturt ini adalah pengikat kapal pada saat kapal akan ditarik naik ke darat.

Sturt Cradle Kapal
Sturt Cradle Kapal

9. Balok Tirus Di Cradle

Balok tirus ini terdiri dari dua macam kayu, yaitu kayu lunak dan kayu keras. Balok ini berfungsi untuk mengganjal sisi kapal yang miring.

Balok Tirus Keel Block Kapal
Balok Tirus Keel Block Kapal

Read more : Teori Desain Kapal; Komponen biaya pada reparasi kapalAnalisa Biaya Reparasi Kapal

DAITO BAND SAWING MACHINE

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Band Sawing Machine

Band Sawing Machine DAITO is a specialist manufacturer of metalworking machinery for over 60 years. We provide not only manufacturing and sales but also total solutions for better productivity for the life cycle of your metalworking machinery.

CNC Saw for Structural Steel

Specification

Band Sawing Machine
Band Sawing Machine
Machine type GTⅡ8010CNC
Capacity (mm) 00  W1,025 × H750
450  W600 × H750
00  □ 800
450  □ 600
00 Ø 800
450 Ø 600
Blade Size Width x Thickness 54mm × 1.6mm
Length 8,800mm
Blade Speed  0m/min – 100m/min
Motor Output Saw Blade 7.5kW, Hydraulic 3.7kW, Others 1.08kW Total 12.28kW
Power Consumption 50A (AC200V)
Machine Weight  6,940kg

 

High Speed Cutting With CNC

High Speed Cutting
High Speed Cutting

With Daito’s decades of cutting technology computerized, a 700mm beam is cut in 100cm2/min. Cutting noise is dramatically reduced.

Pinching Escape

Pitching Escape
Pitching Escape

Saw blade pinching due to beam inner stress is eliminated by Daito’s unique proactive step-feed method.

Easy Miter Cut

Easy Miter Cut
Easy Miter Cut

Miter cutting up to 45 degrees is automatically accomplished depending on the entered data. Maximum of 24 angles stored in the computer.

OPTION

Laser Marker

The workpiece cutting position is clearly visible with the use of the laser marker.

Powered Roller

This unit is attached to a roller table to feed the workpiece.

Roller Table

The roller table to support the long material.

Pusher

The workpiece is pushed against the vertical rollers for precise alignment.

L410EX-W-15N Marine Lantern

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L410EX-W-15N Marine Lantern
L410EX-W-15N Marine Lantern

Explosion proof LED main marine light (15NM) Centralised concept.

L410EX-W-15N Marine Lantern, explosion proof main marine light providing 15 nautical mile white omni-directional coverage, for offshore structures. The design, with long life LEDs, makes the product ideal for the environmental conditions, easy installation and long maintenance intervals.

KEY FEATURES

  • 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)

SYSTEM DESIGN, CONTROL AND MONITORING

  • Control and monitoring via separate control panel (see separate product information sheet).

STANDARDS/CERTIFICATION

  • Certified to UK Department of Energy and Climate Change; Standard marking schedule for offshore installations – April 2011, chapter 3.1 (c) – Main lights
  • Cenelec EN 60079-0, EN 60079-7, EN 60079-18 and EN 60079-28
  • Sira 12ATEX3060X; ATEX Ex ll 2G Ex e mb llC T4 Gb
  • IEC 60079-0, IEC 60079-7, IEC 60079-18 and IEC 60079-28
  • IECEx SIR 12.0025X; Ex e mb llC T4 Gb
  • ABNT NBR IEC 60079-0, ABNT NBR IEC 60079-7 and ABNT NBR IEC 60079-18 (optional)
  • Inmetro NCC 13.1774 X (optional)

PERFORMANCE CHARACTERISTICS

  • Flashing white light, Morse code ‘U’ every 15 seconds by NCCP
  • Effective intensity: 15 NM light: 12,000cd minimum (equals 15NM at ATF=0.74)
  • Horizontal beam coverage: 360°
  • Vertical beam profile: 2.5° FWTM minimum.

ELECTRICAL CHARACTERISTICS

  • Operating voltage (‘U’-Coded from the NCCP): 15NM light: 230Vac; 50-60Hz
  • Power consumption: 15NM light: 125W peak; 21W average
  • Connection details: 15NM light: max. 4 mm²; two M25 cable gland entries
  • Earth connection: internal max. 4mm² and external M5

PHYSICAL CHARACTERISTICS

  • Dimensions (L x W x H):
    447x416x896
  • Weight: 40 kg
  • Degree of protection: IP66
  • Operating temperature range:
    –40°C to +50°C.