2009 Mini Catalogue USA

.... the future of marine lighting

Hella marine USA

Technical Information & New LED Products www.hellamarine.com

LED Lighting is Now

ent c e R icle t r A ine z a Mag

LED based lamps, an acronym for Light Emitting Diode, have been finding their way onto our boats for over 10 years, be it inside, outside or below the waterline. A solid-state source, LED is often more compact, energy efficient and more durable than any lighting technology that has gone before. Already proven by leading marine lighting manufacturers as an effective technology for navigation lamps, courtesy lighting, underwater or general utility illumination, the next technology shift for marine applications is based around white light devices.

The past few years have seen significant quantum leaps in the luminous intensity of LEDs per watt. The most efficient marine lamps on the market today now offer efficiencies in the range of 100 lumens per watt, and can effectively illuminate a vessels interior.

This article provides an introduction into the main topics of LED illumination for general marine interior and exterior applications. Like so many modern marine electronic systems, lighting too has developed significantly with increases in technology.

Light sources have shifted from a filament within a housing into sophisticated opto-electronic devices providing increased benefits to boat manufacturers and owners.

History.

LEDs are semiconductor devices that convert electricity into light. LED lighting started with extensive research in the early 60’s. Texas Instruments, General Electric, & RCA Laboratories were researching and developing the technology.

They discovered that miniature crystals (gallium arsenide) gave off infrared radiation when electric current was applied. That was and became the first (infrared) Light Emitting Diode. Then came the first visible spectrum (Red) Light Emitting Diode.

Light Emitting material had been around since the early 1900’s but not properly researched. Different forms of Gallium as well as other crystals determine the colour of the LED. Blue LEDs were invented in 1971. White, green, blue, UV, yellow, amber, and yellow LEDs entered commercial production in the

early 90’s. Red LEDs have been used in scientific and indicator devices since the early 70’s.

Initially, white LEDs were only possible by “rainbow” groups of three LEDs, red, green, and blue, by controlling the current to each to yield an overall white light. This changed in 1993 when Japan’s Nichia Corporation created a blue indium gallium chip with a phosphor coating that is used to create the wave shift necessary to emit white light from a single diode.

Benefits.

Quality LED lighting provides many significant advantages over traditional lighting products.

Significantly reduced power consumption, increased reliability, reduction in radiated heat and attractive ambient effects are all benefits of modern LED lighting systems.

Power saving on board.

Without doubt, the single most influential driver for LED technology on yachts and powerboats is the considerable power saving on offer compared to incandescent lamps. Lighting systems are a major part of a vessels electrical architecture where consumption can be dramatically reduced. The potential to save hundreds of amp hours is real and available now, and has been proven worldwide by leading marine lighting manufacturers.

As an recent example, the entire Hella marine LED lighting system of the new Maritimo 73 reviewed

in this edition draws less than 7 Amps, To illuminate the same design with incandescent lamps would have totalled over 62 Amps. The reduction in cable size and weight together with the safety aspects of an almost zero heat signature from each Hella marine LED lamp on board the M73 was also very beneficial.

Reliability.

Due to their solid sate nature, LEDs do not have filaments to break, however LEDs do require precise current regulation and voltage protection to provide long term reliability. For LED lighting manufacturers, many design and engineering milestones are required to produce durable products to provide ongoing performance in marine applications.

Considerations such as completely sealed housings, sealed cable entries, effective electronic protection, shock, vibration and impact resistant components all contribute towards an LED lamps improved reliability. Compared to incandescent lighting, where a filament inside a bulb may break at any moment, quality LED lighting can be ‘fit and forget’.

Some LED light manufacturers claim operating lifetimes of 50,000 or 100,000 hours plus for their lamps, however in many cases these claims are much generalised. The high power LED devices employed in modern interior lighting products are often to new to have been thoroughly tested for such periods, this lifetime estimates are based on

Pacifc Motoryacht Magazine November 2009

29

These devices now incorporate advanced circuit protection, optics, lenses and the LED source itself to produce light. As a result the features and benefits of effective LED lighting on board do carry higher costs compared to incandescent lamps however for many applications, particularly new vessels, the efficiencies and reliability gains provide high value propositions.

For general marine interior illumination, the price of high efficiency white LED devices remains a significant factor in the cost of the product. Rather than significantly reducing in cost over time, LED devices have improved in efficacy. In the next 5 years LED devices will be available in the vicinity of 150 lumens per watt, then 200 lumens and more, providing increased value and design opportunities for marine lighting systems.

Light Output.

For an effective comparison of the different products from marine LED manufacturers, many factors must be considered. The best lamp for a given application is no longer the one that solely meets a style requirement. Today, power consumption, efficiency, output and beam angle must be considered together with light colour, shape, and the aesthetics of the housing and finish itself.

To make the most informed decisions, the following performance data is worth considering -

Formula Icon54 with Hella marine LED lighting

Heat reduction and thermal management.

With the power saving benefits of efficient LED based devices also comes heat reduction benefits.

The sometimes dangerously high temperatures of traditional 10W and 20W halogen lamps can be eliminated with high efficiency LED technology.

This allows builders and designers a wide scope of installation possibilities where the air cavity space behind incandescent lamps traditionally reserves for cooling is no longer required. Efficient LED lamps can be mounting into solid surfaces and composite structures without risk of fire or heat damage to surrounding materials.

An interesting figure from the commercial building sector quoted up to 40% of a buildings air conditioning load is used to reduce the heat generated by incandescent lighting.

A common misunderstanding is that LED’s do not generate heat. In contrast to incandescent lamps however LED’s like to ‘run cold’. Well engineered thermal management of a LED device is essential for the long-term durability of LED lamps.

Well designed LED interior lamps save power and reduce the heat loading in a cabin compared to incandescent lighting.

High output LED’s do generate heat, which needs to be coupled to surfaces designed to efficiently transport the heat away from the LED itself. LEDs that overheat, meaning the junction temperature of the LED rises above a set threshold, will permanently degrade and significantly reduce their luminous efficacy.

A noticeably ‘hot to touch’ exterior surface of a high output LED interior lamp provides some indication that the light output of the device will deteriorate within a few hundred hours. Well engineered LED devices will operate ‘cool’ or ‘slightly warm’ to the touch after many hours of operation.

Lens and Optic Technology and Eye safety.

To take advantage of the ever increasing efficacy of the most advanced LEDs, efficient optic design is essential to capture and spread 100% of the

available LED light and to evenly illuminate areas on board. Unlike incandescent light sources, LED devices begin with a directional light pattern, thus the goal of the optic designers for an application such as interior down lighting is to design optics and lens patterns that produce an effective spread of illumination throughout the interior. The spread of light is more important than how intense a lamp looks when viewed on.

With significant advances of LED brightness, eye safety considerations are increasingly important.

It is essential for high power LEDs to be coupled with efficient optic designs that protect the eye’s retina from possible damage. It is desirable for the entire lens area of a lamp to be evenly illuminated via an efficient optic rather than using a bundle of LEDs without any optic. Easily visible LEDs inside an interior lamp without any optic or lens protection will cause a degree of eye discomfort if viewed directly as LED devices are effectively laser class products.

Luminous Flux.

Measured in Lumens (lm), luminous flux describes the total quantity of light produced from a lamp.

The higher the lumen count, the more intense the light output.

Luminous intensity.

Measured in Candela (cd) , luminous intensity is the luminous flux at a particular angle from the light source. Peak candela occurs at 0 degrees, ie directly below a lamp.

Illuminance.

Measured in Lux (lx), Illuminance is equal to luminous flux divided by the illuminated area. One lux is equal to one lumen per square meter.

Luminous Flux (Lumens) / Area = Illuminace (Lux). or Illuminance (Lux) x Area = Luminous Flux (Lumens)

Costs.

Quality LED interior and exterior lamps have shifted marine lighting systems from traditional incandescent globes held within a housing to completely engineered opto-electronic devices.

If both the area to be illuminated and the desired level of illumination are known, the total number

Hella mairne LED Downlight Candela and Lux performance (Source - Hella marine LED seminar 2009.)

Luminous Intensity - Distance / Lux

Rakino Spot Candela Output

400

350

15° 300

250

240

1m

200

340 Lux

240

150

100

Intensity (cd)

the LED specifications rather than the life of the complete lamp in a marine installation.

In the harsh marine environment, salt air corrosion to circuit boards, light degradation due to excessive heat, vibration, shock loads, severe voltage fluctuations and low battery voltages all contribute to reduce the operating life of LED lamps with through engineering and electronic protection. The supplier’s warranty, integrity and track record is often a more accurate benchmark on the lifetime and quality of the LED lamp under consideration.

50

−40°

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m

46

92 Lux

46

power supply driving and controlling the LED(s) is always a contributor to the lamps total consumption.

Colour Temperature and Rendering.

Until recently, the lack of high quality white LED devices with sufficient intensity has been the major factor preventing the acceptance of LEDs for general marine lighting purposes. LEDs had a reputation for appearing ‘cold’ and ‘blue’ due to there phosphorous coating heritage. However today’s high efficacy devices can rival traditional incandescent light sources for colour and ambience.

When selecting LED interior lighting, considering both the right colour temperature and a high Colour Rendering Index (CRI) is important. Colour temperature (measured in Kelvin) describes the effect of heating an object until it glows incandescently, the emitted radiation, and apparent colour, changes proportional to the temperature; easily envisioned when considering hot metal in a forge that glows red, then orange, and then white as the temperature increases. CRI (Colour Rendering Index) is the calculated rendered colour of an object. The higher the CRI (based upon a 0-100 scale), the more natural, sharper and crisper the colours appear. Natural outdoor light has a CRI of 100. An ideal light source for colour rendering will have both a colour temperature similar to daylight and a high CRI value.

Tiara 4200 with Hella marine LED lighting of lumens required can be calculated. Divide the total lumens by the output of the LED lamp under consideration to determine the number of fixtures required to deliver the desired light output. eg, If a powerboat has a saloon of 10 square meters and the desired illumination level is 120 Lux, a total of 1200 lumens are required. If the LED lamp under consideration has a luminous flux of 80 lumens, 15 lamps will be required (1200 / 80 = 15).

For further accurate comparisons it is also important to consider the beam angle of an LED lamp, and the lux levels available at varying distances from the device. Narrow light beams may provide effective intensity directly under the fitting but may not evenly illuminate an interior because the light may simply be too narrow.

Recommended Lux values (Source - Hella marine LED seminar 2009.)

Area

Machinery rooms Galley Heads Salon Companionway Cabins Bridge Cockpit

Lux

200-250 150-250 150-200 100-150 70-100 70-100 70-100 70-100

Efficacy.

Like efficiency, the efficacy of an LED lamp is the amount of light it produces per unit of electrical power it consumes (lumens per watt). The higher the lumens per watt, the higher the efficiency.

E.g. A single Hella marine ‘Rakino’ LED down light consumes less than 0.8W and produces 80 lumens.

80 / 0.8 = 100 lumens per watt.

It may also be an interesting comparison to divide the luminous flux of a lamp by its cost to derive lumens per dollar. The more lumens per dollar (flux per bucks), the more light for your investment.

Also, it is important to determine that the efficacy of the LED lamp is measured as the devices total efficacy, not the efficacy of only the LED(s) employed. Power consumed to run an electronic Maritimo 73 with Hella marine LED lighting

Higher colour temperatures (>5200K or more) are described as ‘cool’ white, and lower colour temperatures (<3500 K range) ‘warm white’. Cool is suggested as more effective for visual tasks, work areas such as engine rooms, and exterior lighting. Warm white light is recommended for interior spaces because it adds life and vibrancy to people and objects, is considered more flattering to skin tones and clothing and makes certain food look more appealing. Between this range lies the ‘neutral white’ colour temperatures, often providing a comfortable compromise between intensity and ambience.

These colour choices should only be an approximate consideration however. Cool white will accentuate blue and green hues in certain fabrics or surfaces or where there are plenty of stainless steel or gel coat surfaces. Lighting designers may specify cool white for galley areas and warm white where there is an abundance of varnished timber work instead of highly reflective white gel coat.

www.hellamarine.com

LED LIGHTING PACKAGE

Maritimo 73 Cruising Motoryacht August 09 Press Release -

New Maritimo 73 flagship shines with Hella marine LED technology.

A star attraction of the 2009 Sydney International Boatshow was the world premier of Maritimo’s new flagship cruising motoryacht, the M73.

The largest Australian production motoryacht to date, the new Maritimo features the latest marine technology onboard, the most visible being a brand new LED lighting package designed by long time OEM partner Hella marine.

As the M73 project developed, New Zealand’s Hella marine worked closely with Maritimo designers and engineers to develop the new boat into a showcase LED lighting installation. The result was a complete lighting plan, from downlights to courtesy lights, interior and exterior, capitalising on recent Hella marine developments in highly efficient white light technology. Effective intensity, elegant fittings, reduced power consumption, interior enhancing colour rendering, ease of installation, reliability and overall cost effectiveness were all paramount aspects of the project. According to all involved, this demanding criteria has been successfully met on all accounts.

Maritimo 73 Specifications

During his speech at the Sydney Boat show launch function, Maritimo CEO, Bill Barry-Cotter praised the new Hella marine LED lighting package and is delighted with the finished result. He was particularly impressed with the low power consumption and virtually zero detectable heat signature of each lamp. Barry-Cotter realised early on the benefits he could offer Maritimo owners in terms of vastly reduced power consumption, improved safety and ongoing reliability with effective LED interior lighting systems.

Length Overall

24.8 M

81’4”

Beam

6.68 M

21’11”

Draft

1.55 M

5’1”

Fuel

10900 L

2879 US GAL

Water

1720 L

454 US GAL

Weight

52 Tonnes

58 US TONS

Berths

8

The figures of the M73 lighting package tell the full story for this luxurious 73ft cruising motoryacht. 210 Hella marine LED downlights were installed throughout the interior and exterior levels with a total combined power consumption is less than 7 Amps. This staggering efficiency is put into perspective when the estimated consumption to illuminate the same design with halogen lamps would total over 62 Amps.

Cabins

4

Cruise Speed

30 Knots

Navigation lights

Hella marine NaviLED PRO

Maritimo will move to equip further production models with new Hella marine white light technology. The features and benefits of highly efficient LED lighting packages have proved to be a winner for this innovative Australian boat builder.

Interior lights

Hella marine 9599 series LED

Engine room lights

Hella marine 9037 DuraLed

Maximum Speed 36 Knots Engines

2 x CATERPILLAR C32 1550MHP

Lighting areas, products used, quantity installed and power consumption figures.

INTERIOR DOWNLIGHTING

LOW LEVEL CABIN

TENDER GARAGE

ENGINE ROOM & LAZARETTE

COCKPIT & TRANSOM

210pcs of 9599 Rakino series LED Downlights in a mix of Spot and Spread patterns.

Total current draw of all downlight circuits is less than 168W. Less than 7A @ 24V 20pcs of 9076 Waiheke series LED Strip Lamps beneath beds and steps. Total current draw for all low level strip lighting is less than 38W. Less than 1.6A @ 24V

4pcs of 9820 EuroLED series dome lamps inside the tender garage.

Total current draw for Tender Garage is less than 16W. Less than 0.66A @ 24V 16pcs of 9037 DuraLED Plus series lamps throughout the machinery spaces and lazarette. Total current draw for Engine Room and Lazarette is less than 144W. Less than 6A @ 24V 20pcs x 8560 Easy Fit series LED courtesy lamps for the cockpit and transom steps.

Total current draw for all Courtesy Lamps is less than 10W. Less than 0.41A @ 24V

www.hellamarine.com

LED Downlights ... the future of marine lighting

!

New hts g i l n Dow D LE

Compact LED downlights with class leading efficiency and durability.

Maritimo M73 - www.maritimo.com.au

New ‘Rakino’ series LED downlights are a viable alternative to 10W

Viable Bright white light

incandescent lamps and offer substantial power saving on board.

Low Current Draw

Designed and manufactured in New Zealand, Rakino LED downlights consume a fraction of the power of incandescent lamps and run very cool due to their low current draw.

Ultra Long Service Life No Bulbs

Power consumption is less than 0.8W per lamp (<0.07A @ 12V / <0.03A @ 24V) offering substantial power saving benefits compared to incandescent lighting.

No Maintenance Shock and Vibration Resistant

Advanced Hella marine lens and optic designs provide intense white light without glare or eye strain. Rakino downlights are available in 15° Spot or 32° Spread beam angles.

Pre-wired Fit and Forget

The Spot lamp (Peak light angle at 15°) is ideal for installations where the first surface requiring illumination is 1 metre or more from the lamp. Spread lamps (Peak light angle at 32°) are ideal for softer light where

the first surface to be illuminated is less than 1 metre from the lamp.

With a completely sealed lamp body of only 18.5mm deep, Rakino downlights can be installed almost anywhere on board, interior or exterior, wet or dry. Their ultra low heat signature will not cause damage to surrounding materials.

Available in 12V or 24V DC versions, these new LED lamps can be dimmed and controlled with the Hella marine 2 Group Light Dimmer for ambient lighting effects.

Hella marine Rakino LED downlights represent the very latest in class leading energy efficiency and maintenance free ‘fit and forget’ technology.

Hella marine comparison - Rakino vs 10W Halogen Downlight

400

Rakino Spot < 0.8W

350 300 250

Candela

Halogen Downlight 10W

200 150 100 50 0

−40°

−30°

−20°

−10°

0°

Angle

10°

20°

30°

40°

Installation on Maritimo M73

www.hellamarine.com

Compact LED downlights with class leading efficiency and durability.

Lens material

UV resistant enhanced impact acrylic

Rim material

UV resistant plastic. 316 stainless steel.

Light Source

LED

Color Temperature

5000K (White)

Dimming

Dimmed via Hella marine 2 Group Dimmer 5XA 998 572-001

Cable

Pre-wired with 120mm of single core marine cable. UL listed.

Operating Voltage

12V DC or 24V DC

Power Consumption

< 0.8W ( < 0.07A @ 12V / < 0.03A @ 24V )

Degree of Protection

IP 67 - Completely sealed

Weight

48g (including cable)

Installation

Recess mounted into 50mm diameter hole. Secured with 3 screws.

Approvals

CE

Manufacturing Location

New Zealand Blister package

Rakino LED Downlight - Spot Single Blister Package 400

Rim Finish

12V Part Number

24V Part Number

Polished stainless steel rim

959 599-551

959 599-651

White plastic rim

959 599-501

959 599-601

350 400

Luminous Intensity - Distance / Lux

Rakino Spot Candela Output

Luminous Intensity - Distance / Lux 15°

300 350

20pc OEM Bulk Carton Rim Finish

Rakino Spot Candela Output

12V Part Number

Polished stainless steel rim

959 599-557

959 599-657

White plastic rim

959 599-507

959 599-607

15°

250 300

24V Part Number

1m

200 250

150 200

b

1m

Dimensions

d

a= b= c= d=

50.0 mm / 1.97” 18.5 mm / 0.73” 27.0 mm / 1.06” 75.0 mm / 2.95” with plastic rim 72.0 mm / 2.83” with stainless steel rim

c

Single Blister Package 24V Part Number

Polished stainless steel rim

959 599-051

959 599-151

White plastic rim

959 599-001

959 599-101

Rim Finish

12V Part Number

24V Part Number

Polished stainless steel rim

959 599-057

959 599-157

White plastic rim

959 599-007

959 599-107

340 Lux

240

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m

−40°

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m

46

92 Lux

46

46

92 Lux

46

Rakino Spread Candela Output

Luminous Intensity - Distance / Lux

Rakino Spread Candela Output

Luminous Intensity - Distance / Lux 32°

32°

250 300

200 250

150 200

1m

50

105 Lux

50

1m

50

105 Lux

50

100 150

Dimensions

a

a= b= c= d=

50.0 mm / 1.97” 18.5 mm / 0.73” 27.0 mm / 1.06” 75.0 mm / 2.95” with plastic rim 72.0 mm / 2.83” with stainless steel rim

Intensity (cd) Intensity (cd)

b

c

240

300 350

20pc OEM Bulk Carton

d

−40° 50

350 400

12V Part Number

240

50 100

400

Rakino LED Downlight - Spread

Rim Finish

340 Lux

100 150

Intensity (cd) Intensity (cd)

a

240

50 100

−40°

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m 13

28 Lux

13

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m 13

28 Lux

13

50

−40°

www.hellamarine.com

LED Interior / Exterior Lighting Rakino Spot series - Intensity compared to Hella marine 6046 series 12V 10W G4 Halogen lamp.

440

420

400

Hella marine SpotLED Cool White < 2.5W

380

360

340

320

Hella marine Rakino LED Spot Cool White < 0.8W

300

280

260

240

Hella marine 12V 10W G4 Halogen Warm White 220

SpotLED Half angle output 210 Cd @ +/- 5 deg.

200

Rakino LED Spot Half angle output 190 Cd @ +/- 6 deg.

180

160

140

120

100

80

10W G4 Halogen Half angle output 72 Cd @ +/- 19 deg.

60

40

20

Intensity (cd) 0

−40°

−35°

−30°

−25°

−20°

−15°

−10°

−5°

0°

Angle

5°

10°

15°

20°

25°

30°

35°

−40°

10W

www.hellamarine.com

Rakino Spread series - Intensity compared to Hella marine 8508 series 12V 10W G4 Halogen lamps.

150

140

130

120

110

100

Hella marine Rakino LED Spread Cool White < 0.8W

90

80

Hella marine 12V 10W G4 Halogen Warm White

70

60

Rakino LED Spread Half angle output 48 Cd @ +/- 16 deg.

50

40

10W G4 Halogen Half angle output 25 Cd @ +/- 36 deg.

30

20

10

Intensity (cd) 0

−50°

−45°

−40°

−35°

−30°

−25°

−20°

−15°

−10°

−5°

0°

Angle

5°

10°

15°

20°

25°

30°

35°

−40°

45°

−50°

10W

www.hellamarine.com

DuraLed ® Series !

New nge ® Ra Led a r Du New generation DuraLed® - 20, 36 or 50 LED options.

Outstanding light intensity and class leading efficacy.

Designed and manufactured in New Zealand, DuraLed® LED lamps are an extremely powerful white light source and a safe, energy efficient and ultra reliable alternative to incandescent lighting. These high technology, low profile lamps are purpose designed for engine rooms, storage lockers, lazarettes and many heavy duty applications where reliability must not be compromised.

Intense white light Low Current Draw Ultra Long Service Life No Maintenance MultivoltTM

Advanced Hella marine lens and optic engineering ensures an ultra wide spread of light without glare or harsh point sources. The range offers three peak intensity levels, all with a wide spread of white light The 20 LED lamp peaks at just under 400 Candela with an ultra low power consumption figure of of less than 4W.

Shock and Vibration Resistant Pre-wired Fit and Forget

DuraLed® Candela Output - Horizontal 800 750 700

The 36 LED lamp provides an impressive 600 Candela for less than 9W of power consumption.

The top the range 50 LED DuraLed® provides almost 800 Candela for powerful illumination duties.

Hella marine MultivoltTM circuitry provides constant illumination and circuit protection from 9-33V DC, even under severe voltage fluctuations.

Spike protection, reverse polarity protection and over voltage protection are all built-in benefits of the sophisticated electronics inside each lamp.

Product reliability is second to none, proven worldwide in thousands of highly demanding applications.

Each lamp is completely sealed, impact resistant and shock resistant, ensuring an ultra long service life. Pre-wired cable assemblies provide 2.5m of twin core marine cable for convenient, time saving and completely sealed connections.

Every DuraLed® lamp carries ISO Ignition Protection approvals for safe and certified installations when lamps are located near flammable gas sources such as machinery spaces, tender garages and fuel storage areas.

650 600 550 500

DuraLed® lamps are surface mounted and feature a unique installation system where the fastening load is taken up by a heavy duty nylon bush to eliminate possible stress on the lamp housing.

450 400 350 300 250 200

DuraLed® 50 LED

Intensity (cd)

150

DuraLed® 36 LED

100

DuraLed® 20 LED

50 −40°

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

Completely sealed unit with robust bush mount.

www.hellamarine.com

Ultra durable, ultra powerful and ultra efficient white LED lighting for heavy duty interior / exterior applications.

Lens material

UV resistant, enhanced impact acrylic

Base material

UV and impact resistant plastic

Light Source

LED

Color Temperature

5000K (Cool White)

Cable

Pre-wired with 2.5m of twin core marine cable. UL listed.

Operating Voltage

9-33V DC

Voltage Protection

Spike protected to +500 volts Reverse polarity protected to -700 volts

Power Consumption

20 LED < 4W ( < 0.33A @ 12V / < 0.17A @ 24V )

20 and 36 LED DuraLed® blister package option for aftermarket presentation.

36 LED < 9W ( < 0.75A @ 12V / < 0.375A @ 24V ) 50 LED < 10W ( < 0.80A @ 12V / < 0.375A @ 24V )

Degree of Protection

IP 67 - Completely sealed

Weight

20 and 36 LED 345g (including cable) 50 LED 450g (including cable)

Installation

Surface mount with robust bush mount

Approvals

CE , ISO 8846 (Ignition Protection)

20 LED DuraLed Candela Output - Horizontal

c

White Light DuraLed® Lamp

b

Carton Part Number

980 608-001

d

750

Dimensions: a = 177mm / 6.97” b = 100mm / 3.94” c = 30mm / 1.18” d = 148mm / 5.83”

650 600 550

a

c

500 450 400 Dimensions: 350 a = 177mm / 6.97” b = 100mm / 3.94” 300 c = 30mm / 1.18” 250 d = 148mm / 5.83” 200

b

980 608-002

c

b

Dimensions: a = 177mm / 6.97” b = 100mm / 3.94” c = 30mm / 1.18” d = 148mm / 5.83”

150 100 50 −40°

−30°

−20°

−10°

0°

Angle

10°

20°

30°

−40°

37

101 Lux

2m 37

Luminous Intensity - Distance / Lux

66°

650 600 550

a

c

500 450

b

Intensity (cd)

215

580 Lux

215

150 100 50 −40°

−20°

−10°

0°

Angle

10°

20°

30°

58

155 Lux

2m 58 −30°

−40°

Luminous Intensity - Distance / Lux

50 LED DuraLed Candela Output - Horizontal

c

White Light DuraLed® Lamp

1m

400 Dimensions: 350 a = 177mm / 6.97” 300 b = 100mm / 3.94” c = 30mm / 1.18” 250 d = 148mm / 5.83” 200

d

d

145

700

959 037-522

980 604-011

380 Lux

750

Blister Package Part Number

Carton Part Number

145

36 LED DuraLed Candela Output - Horizontal

d

a

1m

800

Carton Part Number

959 037-521

Intensity (cd)

d

White Light DuraLed® Lamp

66°

700

Blister Package Part Number

a

Luminous Intensity - Distance / Lux

800

800

b

750

Dimensions: a = 220mm / 8.66” b = 96mm / 3.78” c = 31mm / 1.22” d = 193mm / 7.60”

66°

700 650 600 550

a

c

500 450

b

d

400 Dimensions: 350 a= 220mm / 8.66” 300 96mm b= / 3.78” c =250 31mm / 1.22” d= 193mm / 7.60” 200

Intensity (cd)

a

1m

287

770 Lux

287

150 100 50 −40°

−30°

−20°

−10°

0°

Angle

10°

20°

30°

−40°

2m 76

205 Lux

76

www.hellamarine.com

LED Interior / Exterior Lighting

Designed and manufactured in New Zealand, EuroLED速 interior lamps combine the power saving benefits of single LED technology with precision optics providing impressive light output and energy efficiency.

Ultra low current draw

Completely sealed, highly efficient and ultra durable single White LED

Completely sealed

engineered lens and optics provide homogeneous light without glare of

lamps for a wide variety of interior and exterior applications. Precision harsh point sources.

Ultra long service life Lens material

UV resistant, enhanced impact acrylic

Base material

UV and impact resistant plastic

White Light Source

Single LED

No Maintenance

Colour Temperature

5200K (Cool White)

Shock and Vibration Resistant

Dimming

Twin core cable versions cannot be dimmed.

Cable

Pre-wired with 2.5m of twin core marine cable. UL listed.

Operating Voltage

9-33V DC

Voltage Protection

Spike protected to +500 volts

No Bulbs

3500K (Warm White)

MultivoltTM Pre-wired Fit and Forget

Reverse polarity protected to -700 volts

Power Consumption

4W ( < 0.33A @ 12V / < 0.16A @ 24V )

Degree of Protection

IP 67 - Completely sealed

Weight

150g

Installation

Surface mount with robust bush mount

Approvals

CE, ISO 8846 Ignition Protection

Light Pattern

EuroLED Cool White* Peak output

380 Candela

Half angle output

190 Candela at +/- 12 Degrees.

EuroLED Warm White ** Peak output

340 Candela

Half angle output

170 Candela at +/- 11 Degrees.

- Completely sealed housing and cable entry.

- Custom OEM cable lengths available on request.

- Custom OEM connectors available on request.

Blister package for aftermarket presentation.

www.hellamarine.com

EuroLED series - Intensity compared to Hella marine 8508 series 12V 20W G4 Halogen lamp.

500 480 460 440 420 400 380

Hella marine EuroLED Cool White

360

< 4W

340 320 300 280 260

Hella marine EuroLED Warm White

240 220 200

EuroLED Cool White Half angle output 190 Cd @ +/- 12 deg.

180 160 140

Hella marine 12V 20W G4 Halogen Warm White

120 100 80 20W G4 Halogen Half angle output 55 Cd @ +/- 41deg.

60 40

Intensity (cd)

20 0

−50°

−45°

−40°

−35°

−30°

−25°

−20°

−15°

−10°

−5°

0°

Angle

5°

10°

15°

20°

25°

30°

35°

−40°

45°

−50°

20W

www.hellamarine.com

LED Strip Lamp

r hte g i r B ps m a L trip S LED New multi purpose LED strip lamps. Intense light and class leading efficiency for a wide variety of interior and exterior applications.

Viable Bright white light Ultra Low Current Draw

Designed and manufactured in New Zealand, Hella marine LED strip lamps consume a fraction of the power of incandescent lamps and run very cool due to their low current draw.

Ultra Long Service Life No Bulbs No Maintenance

Power consumption is less than 2.0W per lamp (<0.17A @ 12V / <0.08A @ 24V) offering substantial power saving benefits compared to incandescent lighting.

Shock and Vibration Resistant Pre-wired

Ideal for direct or indirect illumination duties, compact lamp body can be concealed into a wide variety of shapes and spaces on board.

Fit and Forget

Advanced Hella marine lens and optic designs provide intense white light without glare or eye strain.

Available in 12V or 24V DC versions, these new LED lamps can be dimmed and controlled with the Hella marine 2 Group Light Dimmer for ambient lighting effects.

Hella marine LED strip lamps represent the very latest in class leading energy efficiency and maintenance free ‘fit and forget’ technology.

Dimensions a = 237.5 mm / 9.35”

Lamp material a

b = 265 mm / 10.43” c = 20 mm / 0.79”

f

Light Source c

c

d

Colour Temperature g = 29 mm

Dimensions e

a

Dimming

a = 237.5 mm / 9.35” b = 265 mm / 10.43”

e = 25.5 mm / 1.0”

a = 237.5 mm / 9.35”

f = 217 mm / 8.53”

b =/ 1.14” 265 mm g = 29 mm a

/ 10.43”

c = 20 mm / 0.79” d = 33 mm / 1.33” e = 25.5 mm / 1.0”

g

f = 217 mm / 8.53” g = 29 mm / 1.14”

a

Waiheke Strip Candela Output - Horizontal

550

LED 5000K (White) 572-001

d = 33 mmDimensions / 1.33”

g

c

/ 1.14”

UV resistant enhanced impact acrylic

Dimmed via Hella marine 2 Group Dimmer 5XA 998

c = 20 mm / 0.79”

f

f

g

e = 25.5 mm / 1.0” f = 217 mm / 8.53”

b

e

d = 33 mm / 1.33”

Cable

Pre-wired with 2.5m of twin core cable. UL listed.

Operating Voltage

12V DC or 24V DC

Power Consumption

< 2.0W ( < 0.17A @ 12V / < 0.08A @ 24V )

Weight

125g (including cable)

Installation

Recess mounted into 217mm x 20mm hole. May be

Strip. Peak light angle -22 Degrees - Horizontal

Approvals

Lux values a 430 Manufacturing a1 260 b 110 22° b1 75

500

450

Location

surface mounted.

CE New Zealand

400

350

300

a1

1m 250

a

400mm

a1

200

CLEAR LENS

150

Intensity (cd)

100

50

−40°

−30°

−20°

−10°

0° Angle

10°

20°

30°

−40°

2m

b1

Multi purpose White LED Strip Lamp Part Number

Voltage

2JA 959 076-511

12V DC

b2JA 800mm

b1 959 076-611

24V DC

www.hellamarine.com

Waiheke Strip series - Intensity compared to Hella marine 8508 series 12V 20W G4 Halogen lamp.

600 580 560 540 520 500 480 460

Hella marine Waiheke LED Strip Cool White

440

< 3W

420 400 380 360 340

Hella marine 12V 20W G4 Halogen Warm White

320 300 Waiheke LED Strip Half angle output 275 Cd @ +/- 11 deg.

280 260 240 220 200 180 160 140 120 100 80 20W G4 Halogen Half angle output 55 Cd @ +/- 41deg.

60 40

Intensity (cd)

20 0

−50°

−45°

−40°

−35°

−30°

−25°

−20°

−15°

−10°

−5°

0°

Angle

5°

10°

15°

20°

25°

30°

35°

−40°

45°

−50°

20W

www.hellamarine.com

Easy Fit LED Courtesy Lamps

Ultra compact, power saving and attractive LED lamps for a wide variety of interior and exterior lighting applications.

Light is radiated downward at an angle of 30° making these lamps ideal for illuminating onboard areas such as steps, stairs, toe kicks, storage areas, companion ways, deck fittings, signs and switches.

Available in Blue, White, Red and Amber light colours with white, black, satin chrome, chrome and gold plated covers.

MultivoltTM electronics ensure constant light output in 12V or 24V DC systems. Like all Hella marine LED products, Easy Fit lamps are completely sealed, shock and vibration resistant and represent reliable ‘fit and forget’ technology.

Lens material

UV resistant, enhanced impact acrylic

Light Source

LED

Dimming

Cannot be dimmed

Cable

Pre-wired with 120mm of single core

Operating Voltage

marine cable. UL listed.

Power Consumption

12 / 24V DC

Degree of Protection

0.5W ( 0.04A @ 12V / 0.02A @ 24V )

Weight

IP 67 - Completely sealed

Installation

13g (with plastic cap)

Approvals

Recess mount

45

Ø25.4

14

Mounting without screws

CE

Bezel Options

21.7

Polished 316 Stainless Steel Satin 316 Stainless Steel Gold Plated 316 Stainless Steel White UV and impact resistant plastic

Mounting with screws

12V / 24V DC

CLEAR CLEAR LENS LENS

Blue

Amber

12V / 24V DC

Satin chrome cap

998 560-101

Satin chrome cap

998 560-341

Chrome cap

998 560-041

Chrome cap

998 560-301

White cap

998 560-051

White cap

998 560-311

Black cap

998 560-151

Black cap

998 560-321

Gold plated cap

998 560-091

Gold plated cap

998 560-331

White

12V / 24V DC

CLEAR LENS

CLEAR LENS

CLEAR CLEAR LENS LENS

Black UV and impact resistant plastic

Red

12V / 24V DC

Satin chrome cap

998 560-121

Satin chrome cap

998 560-241

Chrome cap

998 560-001

Chrome cap

998 560-201

White cap

998 560-011

White cap

998 560-211

Black cap

998 560-111

Black cap

998 560-221

Gold plated cap

998 560-081

Gold plated cap

998 560-231

31.5

www.hellamarine.com

www.hellamarine.com

LED Tri-Color Lamp

!

New olor C i Tr LED Hella marine Tri-Color with Anchor navigation lamp.

Advanced materials and state of the art LED technology for reliability, efficiency and visibility at sea.

Ultra low current draw Completely sealed Highly visible Ultra long service life No Bulbs No Maintenance Shock and Vibration Resistant MultivoltTM Pre-wired Fit and Forget

Designed and manufactured in New Zealand, the new Hella marine NaviLED® Trio Tri-Color navigation lamp provides class leading performance, features and benefits.

Ultra low current draw. Power saving on board.

Port, Starboard and Stern draws less than 3.5W (<0.29A@12V DC). The Anchor lamp draws less than 1.5W (<0.13A@12V DC) for substantial power saving compared to the 25W consumed by incandescent Tri-Color lamps.

Fully sealed for life. IP 67 Certified.

Completely sealed, impervious to saltwater and contaminants.

Safe and highly visible.

Hella marine lens and optics technology ensures ultra precise horizontal and vertical cut-off angles compared to incandescent lamps, clearly indicating a vessel’s movement and heading.

Ultra durable materials. Ultra long service life.

Advanced ultra heavy duty lens and housing materials and proven Hella marine LED technology combines to provide outstanding resistance to vibration, impact and shock loads.

Relentless test programs have helped lift product reliability to new standards for ongoing performance and safety in the most demanding conditions.

Unique installation and removal system.

The NaviLED®Trio installs on a unique 316 stainless steel mounting shaft for a secure attachment and reliable electrical connections.

MultivoltTM 8-28V DC. Sophisticated electronics ensure consistent and safe illumination plus lamp protection under severe voltage fluctuations, low battery voltages and across long cable runs.

Internationally approved.

BSH, IMO COLREG, USCG, ABYC. 7 Year Warranty.

The world’s most comprehensive LED navigation lamp warranty.

Blister package for aftermarket presentation.

www.hellamarine.com

BSH

IMO

USCG

RINA BSH

ABYC IMO A-16

USCG

RINA

A-16

COL REG 72

LED Tri-Color with Anchor navigation lamp.

Power saving and ultra durable ‘fit and forget’ technology.

Housing Material

UV resistant, high impact nylon

Lens Material

UV resistant, ultra heavy duty Polyamide lens

Mounting Shaft Material

316 stainless steel

Minimum Visible Distance

2 Nautical Miles (Yacht)

Light Source

LED

Installation

Pre-wired with 400mm of triple core marine cable.

Operating Voltage

MultivoltTM 8-28V DC

Voltage Protection

Spike protected to +500 volts Reverse polarity protected to -700 volts

Power Consumption

Port, Starboard , Stern less than 3.5W combined All Round White / Anchor less than 1.5W

Degree of Protection

IP 67

Weight

400g (including cable)

Approvals

BSH, IMO COLREG, USCG, ABYC D.09.1380 BSH/46162/0141380/09 Top Cap

M12 Nyloc Nut a

Dimensions

a

a = 85mm / 3.35” b = 95mm / 3.74”

Washer

b

Light Engine Top Profile

Side Profile

Mounting Layout

Mounting Shaft

2NM LED Tri-Color with Anchor Lamp Part Number

980 650-001

Lamp Base

COL REG 72

ABYC

www.hellamarine.com

LED Navigation Lamps

!

New nts u o kM c e D LED Ultra Low Current Draw Cool Operating Temperature

Hella marine NaviLED® LED navigation lamps save power onboard and provide outstanding reliability.

Ultra low current draw.

NaviLED® lamps use less than 10% of the power required to run a bulb navigation lamp of the same visible distance. Less than 2 watts combined !

BSH No bulbs, No maintenance. Ultra long service life.

Hella marine LED technology has no filaments to break making NaviLED® lamps extremely shock and vibration proof for reliability and safety.

Ultra Long Service Life No Bulbs

IMO

USCG

RINA

A-16

COL REG 72

ABYC

Multivolt TM 8-28V DC. Advanced electronics ensure reliable illumination and lamp protection even under severe voltage fluctuations and low battery voltages.

No Maintenance MultivoltTM

Safe and highly visible. 2NM Yacht and Powerboat

Shock & Vibration Resistant Pre-wired

Hella marine optics deliver 100% correct light output and enhance visibility compared to bulb navigation lamps.

Fully sealed for life. IP 67 Certified.

Each NaviLED® lamp is a completely sealed unit. High impact housings

Fit and Forget

ensure durability from waves and impact.

Internationally approved.

Meets the requirements of COL REG, USCG, RINA. Housing Material

Impact resistant acrylic lens High impact shroud

Base Plate

Visible Distance

2 Nautical Miles (Yachts and Powerboats)

Light Source

LED

Installation

Pre-wired with marine cable

Operating Voltage

MultivoltTM 8-28V DC

Power Consumption

Port and Starboard < 2W combined

Degree of Protection

IP 67

Weight

74g (including cable)

Approvals

IMO COLREG, USCG, RINA (I), ABYC A-16

Colored outer lens Optic Assembly

Blister package for aftermarket presentation.

C

2NM Powerboat and Yacht lamps Lamp type

Visibility

Black Shroud

White Shroud

Port & Starboard

2 NM

980 620-801

980 620-811

B

Starboard from bow

A

Dimensions:

Clear outer lens Shroud

A = 90.0mm / 3.54”

2NM Powerboat and Yacht lamps

B

Lamp type

Visibility

Black Shroud

White Shroud

Port & Starboard

2 NM

980 620-901

980 620-911

Starboard from starboard side

B = 38.5mm / 1.52” C= 50.0mm / 1.97”

www.hellamarine.com

LED Deck Floodlights

n II o i t era hts Gen g i l lood F LED Ultra low power consumption Ultra long service life No Bulbs No Maintenance MultivoltTM Shock and Vibration resistant Pre-wired Fit and Forget

Intense and efficient, Hella marine LED Mega Beam Deck Floodlights provide all the reliability and power saving advantages of Hella marine LED technology.

Ultra reliable LED technology enabled the design of compact marine floodlights suitable for applications subject to high vibration, impact and shock loads all in a completely sealed housing that needs no service. Supplied with stainless steel mounting hardware and pre-wired with 2m of marine cable, each lamp is a completely sealed ‘fit and forget’ unit.

Advanced Hella marine Free-Form reflector optics and LED technology combine to provide high intensity white light for close range homogeneous illumination.

Power consumption is very low at less than 15W (<1.25A @ 12V), providing substantial power savings onboard.

Hella marine MultivoltTM electronics provide consistent illumination and circuit protection across a range of inputs from 9-30V DC for an ultra long service life.

Hella marine LED floodlights are the answer for energy efficient, completely sealed, shock and vibration resistant illumination.

Housing Description

Die cast aluminium body, Glass lens

Light Source

LED

Installation

Pre-wired

Operating Voltage

MultivoltTM 9-30V DC

Protection

Reverse Polarity and Spike Protected

Protective System

Completely sealed

Power Consumption

< 15W (< 1.25A@12V / < 0.63A@24V)

Light Output

600 Lumens

Color Temperature

6500K

c

a

b

d

Dimensions: a = 110mm / 4.33” b = 145mm / 5.70” c = 83mm / 3.27” d = 120mm / 4.72”

LED Mega Beam Deck Floodlights Part Number

Housing Color

996 136-221

White

996 136-231

Black

Blister package for aftermarket presentation.

www.hellamarine.com

LED Deck Floodlights LED Floodlights vs 6134 Series Halogen

LED Floodlights - LED Module 70 and LED Mega Beam Intensity compared to Hella marine 2835 series 55W Halogen lamp.

2400

2200

Hella marine Module 70 LED Floodlight

< 15W

Hella marine LED Mega Beam Floodlight

< 15W

Hella marine 12V 55W Halogen Floodlight

55W

2000

1800

1600

1400

1200

Module 70 Floodlight Half angle output 1100 Cd @ +/- 14 deg

1000

Mega Beam Floodlight Half angle output 950 Cd @ +/- 14 deg

800

600

400

Halogen Floodlight Half angle output 475 Cd @ +/- 30 deg

200 Note: All lamps were powered @ 13.5V.

0 −45°

−40°

−35°

−30°

−25°

−20°

−15°

−10°

−5°

0°

Angle

5°

10°

15°

20°

25°

30°

35°

40°

45°

www.hellamarine.com

Power saving LED floodlight vs halogen bulb floodlight

neration 2

m Ge LED Mega Bea

Power Saving and Reliable Hella marine LED Floodlight

Hella marine Halogen Floodlight

Part No . 996 136-121 Multivolt TM 9-30V DC <15W (<1.25A @ 12V) consumption IP 69 - Completely sealed

Part No. 007 118-051 12V H3 Halogen Bulb 55W (4.6A @ 12V) consumption IP X4 - Splash resistant

Rayglass Legend 2300 supplied by Rayglass Boats Ltd. www.rayglass.co.nz

the future of marine lighting

Maritimo M73 - Complete Hella marine LED lighting package

www.hellamarine.com

Hella marine USA 201 Kelly Drive PO Box 2665 Peachtree City, GA 30269 USA Phone (770) 631-7500 Fax

(770) 631-7560

Email: soe.sales@HINC.hella.com