2011 JWS Catalogue

John W. Speaker who developed products for the automotive aftermarket founded the J.W. Speaker

Corporation in 1935. Early products included tire repair equipment and kits, radiator fronts, car and

truck mirrors and automotive lighting. In the early 1940s J.W. Speaker developed the Heatab®, a

miniature portable stove, and the “P38” GI can opener both of which were widely used during World

War II through to the late 1970s.

In 1960, under the leadership of Jack Speaker (John’s son), the J.W. Speaker Corporation shifted

its focus to specializing in OEM vehicle lighting initially for lawn & garden and golf & turf tractors.

Since then, J.W. Speaker has developed and specialized in a variety of lighting projects for other

OEM manufacturers in agriculture, construction, heavy commercial, material handling, mining,

motorcycle, recreation, marine, aviation and aftermarkets.

Today J.W. Speaker is led by John’s grandsons Tim and Jamie Speaker. The company is focused

on developing innovative lighting solutions for customers around the world. J.W. Speaker continues

to not only embrace the latest in lighting technology but also works closely with manufacturers to

develop lighting solutions maximizing performance through High Intensity Discharge (HID), Light

Emitting Diodes (LEDs) and traditional light sources (bulb types) to meet customer requirements.

J.W.Speaker -76 year history

3

Engineered Lighting Solutions

C o n t e n t s

9 - 4 2

5 7 - 7 2

7 3 - 8 0

8 1

W o r k / S c e n e

H e a d / D r i v i n g / F o g

A u x i l i a r y

R o o f B a r s

8 2 - 8 3A c c e s s o r i e s

4 3 - 4 6I n f r a r e d

4 - 8T e c h n i c a l i n f o r m a t i o n

4 7 - 5 6M a r i n e

4


JW Speaker meets various regulations for lighting products for our customers on a global

market. The following are some of the standards and regulations which Speaker meets from

design to development and to the end product.

ASABE Standards

American Society of Agricultural and Biological Engineers regulations for agricultural equipment.

SAE Standards

SAE International (SAE), formerly the Society of Automotive Engineers, is a professional

organization for mobility engineering professionals in the aerospace, automotive, and commercial

vehicle industries. The Society is a standards development organization for the engineering of

powered vehicles of all kinds, including cars, trucks, boats, aircraft, and others. The SAE

standards are mainly used in the US and Canada and do not recognize ECE approvals.

ECE Standards

The United Nations Economic Commission for Europe (UNECE) Transport Division has been

providing secretariat services to the World Forum for Harmonization of Vehicle Regulations

for more than 50 years. The World Forum has incorporated into its regulatory framework the

technological innovations of vehicles to make them safer and more environmentally sound.

Most countries, even if not formally participating in the 1958 agreement, recognize the ECE

Regulations and either mirror the ECE Regulations’ content in their own national requirements

(ex. Australian Design Rules:- ADR’s), or permit the use and importation of ECE-approved

vehicles, or both.

UL Recognized

Underwriters Laboratories Inc. (UL) is an independent product safety certification organization.

Based in Northbrook, Illinois, UL develops standards and test procedures for products,

materials, components, assemblies, tools and equipment, chiefly dealing with product safety.

UL also evaluates and certifies the efficiency of a company’s business processes through its

management system registration programs. Additionally, UL analyzes drinking and other clean

water samples through its drinking water laboratory in South Bend, Indiana and evaluates

products for environmental sustainability through its subsidiary, UL Environment.

UL is one of several companies approved for such testing by the U.S. federal agency OSHA.

OSHA maintains a list of approved testing laboratories, known as Nationally Recognized Testing

Laboratories.

CE Recognized

The CE marking (also known as CE mark) is a mandatory conformity mark on many products

placed on the single market in the European Economic Area (EEA). The CE marking certifies

that a product has met EU consumer safety, health or environmental requirements.

UNITED NATIONS

T e c h n i c a l

S t a n d a r d s

5


IP (Ingress Protection) Ratings

The IP Code outlines a system of classification for the protection of electrical enclosures against the intrusion

of foreign bodies ( i.e. tools, fingers, dust, etc. ) and moisture. The system of classification was specified by

the International Electrotechnical Commission and is officially designated as IEC 60529.

The rating is specified by the letters IP followed by two digits i.e. IP25, IP68, etc.

First Number - Degree of ingress protection

The first number of the IP code indicates the degree of protection against contact with moving parts and the

degree that the equipment is protected against solid foreign bodies intruding into an enclosure.

0 - No protection provided.

1 - Protection against entry of objects larger than 50 square mm.

2 - Protection against entry of objects larger than 12 square mm.

3 - Protection against entry of objects larger than 2.5 square mm.

4 - Protection against entry of objects larger than 1.0 square mm.

5 - Protection against entry of dust in sufficient quantity to prevent satisfactory operation.

6 - Complete protection against entry of dust.

Second number - Degree of moisture protection

The second number indicates the degree of protection for the equipment inside the enclosure against the

harmful entry of various forms of moisture (e.g. dripping, spraying, submersion, etc.)

0 - No protection provided.

1 - Protection against drops of water falling vertically.

2 - Protection against drops of water falling vertically when the luminaire is

tilted up to 15 degrees from its normal position.

3 - Protection from entry of water spray from angle of up to 60 degrees from vertical.

4 - Protection from entry of water splashes or spray from any direction.

5 - Protection from a low pressure jet of water in any direction.

6 - Protection against heavy seas or a strong jet of water in any direction.

7 - Protection against immersion up to 1 meter.

8 - Protection against submersion over 1 meter.

For example IP65 means:

Complete protection against entry of dust & protection from a low pressure jet of water in any direction.

T e c h n i c a l

I P R a t i n g s

IP65

IP65

First Number example

Complete protection against entry of dust

Protection from a low pressure jet of water in any direction.

Second Number example

6


LED lamp output values (Lumens) can vary dramatically depending on which values are being

quoted. The following information may assist selecting the right product for the right application.

Raw vs Effective Light Output

There are inherent losses associated with any lamp (LED, Halogen, HID or Incandescent).

The main losses are related to 3 items: Thermal Losses, Optical Losses and Assembly variation.

Thermal Losses:

The greatest challenge is thermal management of LEDs. LED Manufacturers typically measure

the light produced by their LEDs after 25 milliseconds (ms). That is equivalent to a flash bulb. It

gives a Lumen number that is the absolute maximum value. However, LEDs produce less light

as they get hotter. LEDs generate a tremendous amount of power in a relatively small area. As

the LEDs are powered for longer and longer periods of time, they typically get hotter and hotter

depending on the thermal management system. It’s not unusual for LEDs to reach over 100ºC.

For vehicle applications, most specifications require that the lamp be measured at 10 minutes

and 30 minutes to make sure that the LED temperature has stabilized. This will result in the LED

producing 10 - 20% less light than it’s advertised value.

Optical & Assembly Losses:

As light travels though an object (such as a lens), it loses intensity depending on the clarity of

the material. This is due to inherent losses internal to the material and to losses at the boundary

of the part as the light travels from air through the lens and back to air. These losses are present

whether the light source is an LED or a bulb. The losses associated with the lens material and

optics again can vary from 10 - 20%. There are also losses associated with assembly and

manufacturing variation. The LED output varies as the assembly tolerances may diminish the

overall performance from theoretical LED maximums.

Simply adding the expected values of the LED light sources together will never result in a lamp

that shines that amount of light on the ground.”

Raw

The raw Lumen output is calculated by simply taking the number of LEDs in a lamp and

multiplying by the LED rated output.

Example: 8 LEDs rated at 100 Lumen per watt

8 x 100 = 800 Lumens

Effective

The Effective Lumen output is calculated by taking the Raw Lumen value and subtracting the

Thermal, Optical and Assembly Losses.

Example:

Raw Lumens = 800

Less - Thermal, Optical & Assembly Losses = 40%

Effective Lumens = 480 Lumens

Raw Lumens8 x 100 Lumens / LED = 800 Lumens

Material Losses - light is scattered as it passes through material.

Light - is lost as it travels across boundaries (reflection).

T e c h n i c a l

L E D I n f o

7


T e c h n i c a l

I n f r a r e d

Infrared light is defined as the band of invisible light found between microwaves and visible light on the electromagnetic spectrum

(see the illustration below). Because it is invisible to the naked eye, infrared light has found use in military and commercial

applications where visibility is desirable, but visible light is not (ex. night vision). Most applications combine an infrared lighting source

with a camera to create an infrared visibility system.

One common misperception is that infrared lighting and thermal imaging are the same thing. Infrared lighting “illuminates” an object

with invisible wavelengths of light, which can then be visualized using a camera and monitor. Thermal imaging, on the other hand,

utilizes a special camera & monitor to pick up subtle differences in surface temperature by detecting infrared radiation that’s emitted

from an object. Infrared lighting systems do not require heat emissions from an object in order to see it.

Traditional IR Lights

Traditionally, infrared lights combine an incandescent, halogen or HID lamp with a special lens that only allows the infrared

wavelengths to pass through. While relatively inexpensive and widely available, this approach has several shortfalls:

1) Because these technologies have breakable bulbs, fragile filaments, and/or sensitive electrodes, they are ill-suited for applications

where bumps, curves and pot holes will cause premature failure.

2) Bulb technology-based lights burn out relatively quickly and need to be changed. Not only do you have to purchase replacement

bulbs, but there are costs associated with changing out the bulbs and the downtime experienced while the maintenance is

performed.

3) Traditional IR lights are completely reliant on the integrity of the seals and special lens in order to be effective – should either be

broken, the light is no longer “invisible.”

IRED Lights – Superior Technology

Thanks to advances in technology, infrared emitting diodes (IREDs) provide a much more durable, efficient, and long-lasting solution

for infrared lighting applications. IREDs are a variety of light emitting diodes (LEDs) which generate light energy in only the infrared

wavelength. Because they are a solid-state technology (no breakable bulbs, fragile filaments or moving parts), they are ideal for

rough & rugged applications where shock and vibration are present. From a longevity perspective, IREDs out-live incandescent

bulbs 300-to-1, halogen bulbs 50-to-1, and HID bulbs 20-to-1. Best of all, the infrared “filtering” is built right into the diodes

themselves, so there is no reliance on breakable seals or special lenses.

8


T e c h n i c a l

C a p a b i l i t i e s

The J.W. Speaker Corporation provides research and

development, design, prototype, and manufacturing capabilities

for the world’s markets. To ensure excellence in the quality of

finished products, J.W. Speaker’s in-house capabilities are:

Virtual Reality

J.W. Speaker’s custom-designed Virtual Reality software allows

the input of varying customer parameters for lighting. Inputs

include relative placement on the vehicle, any bulb, LED or light

source option in an existing light or a design-concept light.

The program then generates optical predictions for intensity,

pattern and gradation. Reviews are done in real time and

immediately display the effects of adjustments made. Customers

are able to precisely define lighting expectations and performance

characteristics without expending additional time or the cost of

prototypes.

Once the specifications are defined, data is directly downloaded

to lighting design and application software again saving on

prototypes until our customer is confident the lighting will perform

as needed. In fact, at J.W. Speaker the Virtual Reality software

has shown a greater than 95% correlation to the final production-

run parts.

We also offer the ability to add environmental data (specific to

the customer’s market) to our custom VR application software.

Customers can then actually drive behind their beam pattern on

the road, in a field or another environment – all without leaving the

comfort of our state-of-the-art simulator room.

Product Development

J.W. Speaker engineers evaluate lighting concepts to find

cost-saving and value-added potential, and utilize Pro-

Engineering (Pro-E) models for finite element analysis.

This model is checked against equipment designs to

ensure accuracy.

Product development is structured in four main phases:

Phase 1: Styling, Concept Development, and

specification and/or regulation definition

Phase 2: Design/Engineering, product development,

prototyping, Verification

Phase 3: Tooling, Preproduction Run, process and

product validation

Phase 4: Production run

Each phase is gated & requires management sign off

approval to ensure that all customer deliverables are met.

In-House Modelling

In the concept stage J. W. Speaker uses rendering software

like “Flamingo” or “Studio Max” to help define the final look of

the product. Renderings can define day or night lit appearance,

depending on the product function. This capability has greatly

aided customers in establishing the product and vehicle look

earlier in the process, and greatly reduced “re-do” loops.

J. W. Speaker also performs quick optical feasibility during the

concept stage generating benchmark light maps and product

performance verification. J.W. Speaker maintains an in-house

three dimensional printer which is used to validate fit and

function. When required, our Pro-E models can be used to create

stereolithography (SLA) prototypes for customer use. If more

prototypes are required, cast-urethane models can be created

from the initial SLA. Upon customer request, J. W. Speaker can

make prototypes from real materials like plastic, aluminum, zinc,

magnesium or others in a 4-5 week time frame.

Optical Engineering

Customer needs and legal requirements determine the pattern

and intensity of Speaker’s lighting design. In order to design the

required lighting pattern to meet the appropriate application and

market, J.W. Speaker uses advanced optical-design software

such as “ASAP”, “Lucid Shape”, and several in- house developed

proprietary programs. J.W. Speaker then uses advanced

evaluation software such as Light Tools™ to analyze and validate

optical designs.

Optical designs often evolve during development with customers.

Speaker software allows for continual review and understanding

of the light patterns on or off the road. The virtual reality room

enables customers to experience realistic light distribution on or

of the road with all the dynamic attributes of driving.

Circuit Design & Manufacture

J.W. Speaker designs analog and digital circuitry to support all

lighting technologies (LED, HID, etc.) and I/O devices as well as

controllers, converters, etc. Most electronic circuits for LED lamps

are liner and/or switcher design. J.W. Speaker uses electronic

software like “PADS” and an in-house anechoic chamber to

minimize and prevent electromagnetic interference (EMI).

J.W. Speaker’s in-house Surface Mount Technology (SMT)

equipment produces most of the electronic boards used in our

products yielding higher quality control, greater flexibility, and

shorter lead times.

9

M o d e l 8 3 0P a g e 1 9

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M o d e l 5 2 2P a g e 1 1

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M o d e l 5 2 4P a g e 1 3

Work/Scene

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M o d e l 7 0 5P a g e 3 2

M o d e l 7 0 0P a g e 2 9

M o d e l 4 2 0 0P a g e 2 4

10

W o r k / S c e n eEngineered Lighting Solutions

M o d e l 6 2 3

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 40,000 Lumens Effective: 20,000 LumensInput Voltage: 24 V DC 12V DC Available Q1 2011 90 -270V AC Available Q1 2011Current Draw: 18 Amps @ 24VStandards: SAE J575 EnvironmentalConnector: N/AMounting: Universal mountWiring: Supplied with 300mm cable

Function: Work Light (LED)

Size: 420 x 184mm rectangle

Lens: Glass

Housing: Die-Cast

Effective Lumens Isolux Charts

50m

(2.5m high at 15º)

182

380

126

11


Product Specifications

Light Source: LED (Light Emitting Diodes)

Raw: 8,100 Lumens

Effective: 3,900 Lumens

Input Voltage: 12 or 24V DC

Current Draw: 8 Amps @ 12V

4 Amps @ 24V

Standards: Sealed to IP67

Connector: Integrated 2-pin Deutsch weather-proof socket

Mounting: Universal mount

Wiring: Supplied with 2-pin Deutsch weather-proof plug with 300mm cable


Size: 220 x 155mm

Lens: Glass

Housing: Die-Cast

194

63

32220

M o d e l 5 2 2


Narrow Flood (2.5m high at 5º)

Medium Flood (2.5m high at 10º)Wide Flood (2.5m high at 10º)

Wide Flood (2.5m high at 15º)

12


63

89

178

254

M o d e l 5 2 3



Raw: 8,100 Lumens



120V AC


4 Amps @ 24V

0.6 Amps @ 120V AC



Mounting: Heavy duty universal mount



Size: 220 x 155mm

Lens: Glass

Housing: Die-Cast





Portable and tripod based mounting options available

13


M o d e l 5 2 4



Raw: 8,100 Lumens




4 Amps @ 24V



Mounting: Panel/flush mount



Size: 220 x 155mm

Lens: Glass

Housing: Die-Cast

63

220

156





14


M o d e l 7 8 1



Raw: 600 Lumens

Effective: 430 Lumens

Input Voltage: 12V DC

Current Draw: 1.25 Amp @ 12V

Standards: Sealed to IP67 ETL Conformance to UL 583


Mounting: Bolt through housing



Size: 155 x 40mm

Lens: Polycarbonate

Housing: Die-Cast

Vertical

Horizontal

Flood (2.5m high at 0º)



15



Raw: 600 Lumens


Input Voltage: 12-48V

Current Draw: 1 Amp @ 12V

0.55 Amp @ 24V

0.38 Amp @ 36V

0.25 Amp @ 48V

Standards: Sealed to IP67 – UL Recognized SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455 CE Recognized ETL Conformance to UL 583





Size: 155 x 40mm

Lens: Polycarbonate

Housing: Die-Cast



155

46

5440


M o d e l 7 8 3

16


M o d e l 9 0 4 9

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 3,200 Lumens Effective: 2,600 LumensInput Voltage: 12V or 24V DCCurrent Draw: 4 Amps @ 12VWiring: 300mm harnessMounting: Universal MountStandards: Sealed to IP67 SAE J1113 (Class 21) ECE Reg 10 2 & 6 module versions available



Lens: Polycarbonate

Housing: Die Cast



Remote

17

L E DW o r k / S c e n eEngineered Lighting Solutions

M o d e l 8 0 6


Size: 143 x 83mm

Lens: Glass

Housing: Die-Cast



Raw: 900 Lumens



Current Draw: 1.5 Amps @ 12V

Standards: Sealed to IP67 SAE J1113 (21) ECE Reg 10 (EMI)

Connector: Packard




18


W o r k / S c e n e

M o d e l 8 0 3

Function: LED Work Light Insert

Size: 76 x 127mm (3 x 5”)

Lens: Polycarbonate



Raw: 420 Lumens


Input Voltage: 12 or 24-48V DC



Wiring: Pre-wired with 120mm cable



19


Size: 95 x 95mm

Lens: Polycarbonate

Housing: Die-Cast



Raw: 840 Lumens


Input Voltage: 12-48 or 12-110V DC

Current Draw: 12-48V Version

2.0 Amps @ 12V

0.79 Amps @ 24V

0.55 Amps @ 36V

0.5 Amps @ 48V

12-110V Version

1.4 Amps @ 12V

0.65 Amps @ 24V

0.46 Amps @ 36V

0.37 Amps @ 48V

0.34 Amps @ 60V

0.28 Amps @ 110V


SAE J1113 EMI (12-48V Version Only) SAE J1455 (12-48V Version Only)




Spot (2.5m high at 5º)

Trap (2.5m high at 10º)Flood (2.5m high at 15º)


M o d e l 8 3 0


20


M o d e l 8 3 2

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 2,400 Lumens Effective: 1,425 LumensInput Voltage: 12-24V DCCurrent Draw: 2.9 Amps @ 12V 1.36 Amps @ 24VStandards: Sealed to IP67Connector: Integrated 2-pin Deutsch weather-proof socketMounting: Universal mountWiring: Supplied with 2-pin Deutsch weather-proof plug with 300mm cable


Size: 100 x 97mm oval

Lens: Polycarbonate

Housing: Die-Cast

Effective Lumens Isolux ChartsTrap (2.5m high at 10º)Flood (2.5m high at 15º)

W o r k / S c e n e

21




Raw: 210 Lumens


Input Voltage: 12V or 24V DC

Current Draw: 0.25 Amps @ 12 volts

0.13 Amps @ 24 volts





M o d e l 4 4 0 0


Size: 66mm round

Lens: Polycarbonate

Housing: Reinforced Nylon



34 95

66

39

70

22


M o d e l 4 4 1 0


Size: 79mm round

Lens: Polycarbonate

Housing: Die-Cast





Raw: 1,100 Lumens


Input Voltage: 12-48V DC


0.5 Amps @ 24 volts

0.3 Amps @ 36 volts

0.2 Amps @ 48 volts






23


M o d e l 4 1 0 0

Product SpecificationsLight Source: MR16 Halogen bulbInput Voltage: 12 or 24 V DCCurrent Draw: 1.67 Amps @ 12V 0.83 Amps @ 24V Standards: SAE J575 EnvironmentalConnector: Integrated 2-pin Deutsch weather-proof socketMounting: Universal mountWiring: Supplied with 2-pin Deutsch weather-proof plug with 300mm cableOptional: Magnetic mount model

Function: Work Light (Halogen)

Size: 72 x 64mm round

Lens: Glass

Housing: Rubber

24


M o d e l 4 2 0 0

Product SpecificationsLight Source: MR16 35W Halogen bulbInput Voltage: 12 or 24V DCCurrent Draw: 2.92 Amps @ 12V 1.46 Amps @ 24VStandards: SAE J575 EnvironmentalConnector: Integrated 2-pin Deutsch weather-proof socketMounting: Universal mountWiring: Supplied with 2-pin Deutsch weather-proof plug with 300mm cableOptional: Magnetic mount model

Function: Work Light (Halogen)

Size: 72 x 64mm round

Lens: Glass

Housing: Die-Cast

25



Raw: 780 Lumens





0.42 Amps @ 36V


Standards: Sealed to IP67 – UL Recognized SAE 1113 EMI SAE 1455




Size: 120mm round

PAR 36

Lens: Glass/Polycarbonate

Housing: Rubber

146120

83120





M o d e l 6 7 0 0

26


M o d e l 7 5 0 0

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 900 Lumens Effective: 650 LumensInput Voltage: 12V or 24V DCCurrent Draw: 3.7 Amps @ 12V 1.9Amps @ 24VStandards: Sealed to IP67, SAE J1455 (Steady State Jumper Starts)Connector: N/AMounting: Universal mountWiring: 150mm bare leads


Size: PAR46 145mm round

PAR 46

Lens: Glass

Housing: Rubber

(2.5m high at 15º)


27


M o d e l 7 6 0 0




PAR 46

Lens: Glass

Housing: Rubber

(2.5m high at 15º)


28


M o d e l 7 7 0 0




PAR 46

Lens: Glass

Housing: Rubber

(2.5m high at 15º)


121

152

83

105

29


M o d e l 7 0 0



Raw: 780 Lumens




0.79 Amps @ 24V

0.55 Amps @ 36V

0.5 Amps @ 48V

Standards: Sealed to IP67 – UL Recognized

CE Recognized




Spot (2.5m high at 5º)Trap (2.5m high at 10º)Flood (2.5m high at 15º)



Lens: Polycarbonate

Housing: Die-Cast


49

149

90

95

144


M o d e l 7 0 1




Raw: 780 Lumens


Input Voltage: 12 or 12-48V DC


0.79 Amps @ 24V

0.55 Amps @ 36V

0.5 Amps @ 48V


SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455






Lens: Polycarbonate

Housing: Die-Cast

95


193

48

145

30

31


M o d e l 7 0 4



Lens: Polycarbonate

Housing: Die-Cast

49

149

90

95

144

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 500 Lumens Effective: 400 LumensInput Voltage: 12-48V DCCurrent Draw: 1.2 Amps @ 12V – work lamp 0.18 Amps @ 12V – turn signal 0.35 Amps @ 48V – work lamp 0.06 Amps @ 48V - turn signalStandards: Sealed to IP67 ECE Reg 6 turn signalConnector: Integrated 2-Pin Deutsch weather-proof socketMounting: Universal mountWiring: Various options available



32


M o d e l 7 0 5

100 90

192

48





Lens: Polycarbonate

Housing: Die-Cast

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 500 Lumens Effective: 400 LumensInput Voltage: 12-48V DCCurrent Draw: 1.2 Amps @ 12V – work lamp 0.18 Amps @ 12V – turn signal 0.35 Amps @ 48V – work lamp 0.06 Amps @ 48V - turn signalStandards: Sealed to IP67 ECE Reg 6 turn signalConnector: Integrated 2-Pin Deutsch weather-proof socketMounting: Universal mountWiring: Various options available

33



Raw: 2,700 Lumens


Input Voltage: 12, 24, or 12-24V DC


1.7 Amps @ 24V








Lens: Glass

Housing: Die-Cast


Trap (2.5m high at 10º)



49

149

90

95

144


M o d e l 7 3 5

34


M o d e l 7 3 6


193

48

145



Raw: 2,700 Lumens




1.7 Amps @ 24V








Lens: Glass

Housing: Die-Cast


95

35


M o d e l 7 3 4

Function: Work Light / Interior light (LED)

Size: 190 x 145mm


Housing: Die-Cast



Raw: 2,700 Lumens




1.7 Amps @ 24V

Standards: Sealed to IP67 SAE J575-Sealed, shock & vibration FAA (CFR Flame Resistance Requirements for Aviation

Mounting: Flush mount

Wiring: Supplied with 300mm cable



190

142 35

145110

36


Size: 165 x 110mm Oval


Housing: Die-Cast



Raw: 4,500 Lumens




3 Amps @ 24VStandards: Sealed to IP67 SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455


Mounting: Universal heavy duty mount

Wiring: Supplied with 2-pin Deutsch weather-proof plug with 300mm cableOptional: Waterproof 100 – 250V AC power supply



165 110

110

150


Mode l 7150

W o r k / S c e n e

3737


M o d e l 6 0

Product SpecificationsLight Source: Light Emitting Diodes (LEDs) Raw: 3,000 Lumens; Effective: 1,400 LumensInput Voltage: 12V DC Current Draw: 2.5 Amps @ 12V DCWeight: 26lbs (11.8kg)Battery Life: 8 hours @ 100% power 16 hours @ 50% power 33 hours @ 25% power 240+ hours @ 8% power (sign mode)Recharge Time: 4 hours from full discharge

Function: Portable LED rechargeable

work light

Size: 420 x 210 x 260mm

Lens: Acrylic

Housing: High Impact

Polypropylene



38


M o d e l 5 2

Product SpecificationsInput voltage 12V DC Housing Polyethylene w/ Steel Handle (Battery Pack System)Weight 22lbs (10kgs)Battery Life 1.75hours continuous useRecharge time Up to 8 hoursStandards: CE Recognized

Function: Portable rechargeable

Battery Pack

Size: 270 x 250 x 195mm

Housing: Polyethylene with steel

handle

Shown with optional Model 522 lamp and model 52 battery pack

Product SpecificationsConstruction: Pultruded Fiberglass; Mild Steel in BZPWeight: 7.7lbs (3.5kg)Max. Footprint: 23.6 inches (600mm)Height (Extended): 8 feet, 4 inches (2.54m)Height (Collapsed): 4 feet, 8 inches (1.43m)Can be used in conjunction with Model 52 or as a stand alone mounting system for the majority of Speaker worklightsStandards Compliance: NATO 6230-99-666-3727

Function: Tripod mounting system

Shown with optional model 522 lamp. Battery pack only supplied

39

L E DW o r k / S c e n eEngineered Lighting Solutions M o d e l 8 4 7 0

Function: Hand Held Work Light (HID)

Size: 145mm Round

Weight: 1.5kgs

Lens: Glass


295

143

145


Light Source: HID (High Intensity Discharge) Raw: 3,300 Lumens; Effective: 1,400 Lumens



1.5 Amps @ 24V


Wiring: Model dependant •Integrated2-pinDeutsch weather-proof socket •3mcoilcord,auxiliarypowerplugOptional: Battery pack belt & charger available

Spot (1m high at 0º)

40

L E DW o r k / S c e n eEngineered Lighting Solutions M o d e l 8 4 7 1

295

143

145

Function: Hand Held Work Light (LED)

Size: 145mm Round

Weight: 1.5kgs

Lens: Glass




Raw 1,400 Lumens

Effective 780 Lumens



1.25 Amps @ 24V


Wiring: Model dependant •Integrated2-pinDeutsch weather-proof socket •3mcoilcord,auxiliarypowerplugOptional: Battery pack belt & charger available



41

H I DW o r k / S c e n eEngineered Lighting Solutions

M o d e l 6 0 0 0



Raw: 780 Lumens




0.6 Amps @ 24V

Standards: SAE J2139 MIL-STD-461 (F)

Sealed to IP67

Connector: 12A Coiled Cord with Cigar Plug

Mounting: Handheld and Magnet


Size: 215 x 121mm

Lens: Glass

Housing: Heavy Duty Rubber



42


M o d e l 6 0 4 9

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 800 Lumens Effective: 650 LumensInput Voltage: 12V or 24V DCCurrent Draw: 2.0 Amps @ 12VStandards: Sealed to IP67Connector: Packard 12015792Mounting: Flush / Panel mountReplaces GE 18350 GE H4360 sealed beams



Lens: Polycarbonate

Housing: Die-Cast

1m high at 0º)


43

L a m pI n s e r t sEngineered Lighting Solutions

43

Inf rared

M o d e l 7 0 9P a g e 4 4

M o d e l 7 1 5 9P a g e 4 5

M o d e l 9 7 9 0P a g e 4 6

44


Mode l 709 IRED

I n f r a r e d



Raw: TBA

Effective: TBA


Current Draw: TBA








Lens: Glass

Housing: Die-Cast

49

149

90

95

144



45




Housing: Die-Cast



Raw: TBA

Effective: TBA


Current Draw: TBAStandards: Sealed to IP67 SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455






165 110

110

150


Mode l 7159 IRED

I n f r a r e d

46


M o d e l 9 7 9 0 / 1

Function: Thermal Imaging Camera

Size: 156 x 111mm

Lens: N/A



Sensor Type: 320 x 240 Uncooled

Microbolometer


Field of View: 36° Horizontal x

27° Vertical

Spectral Band: 8-14 Microns (LWIR)

Video: Standard NTSC (9790);] Low Rate NTSC (9791)

Frame Rate: 30 Hz (9790); 7.5 Hz

(9791)

Power Disspation: 6W Max. (Camera);

12W Max (Monitor)

Operating Temp.: -40°C to 80°C


Mounting: Universal Mount; (x1)

M12 Mounting Bolt

Connections: Composite Video Cable

(Video Out)

2-Pin Deutsch

Weather-Proof Plug with

Bare Leads (DTM06-2S)

(Camera Power)

2-Pin Deutsch

Weather-Proof Socket

(DTM04-2P) (Monitor

Power)

System packages including monitor available

I n f r a r e d

47

L a m pI n s e r t sEngineered Lighting Solutions Marine

M o d e l 7 8 3P a g e 4 8

M o d e l 4 4 0 0P a g e 4 9

M o d e l 9 7 1 0P a g e 5 5

M o d e l 4 4 1 0 P a g e 5 4

M o d e l 7 1 5 0P a g e 5 3

M o d e l 6 7 0 0P a g e 5 0

M o d e l 7 3 5P a g e 5 2

M o d e l 8 4 5 0P a g e 5 6

M o d e l 7 0 0P a g e 5 1

48

H I DM a r i n eEngineered Lighting Solutions

M o d e l 7 8 3



Raw: 600 Lumens


Input Voltage: 12-48V

Current Draw: 1 Amp @ 12V

0.55 Amp @ 24V

0.38 Amp @ 36V

0.25 Amp @ 48V

Standards: Sealed to IP67 – UL Recognized SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455 CE Recognized ETL Conformance to UL 583





Size: 155 x 40mm

Lens: Polycarbonate

Housing: Die-Cast



155

46

5440

49


M o d e l 4 4 0 0



Raw: 210 Lumens










Size: 66mm round

Lens: Polycarbonate




34 95

66

39

70

50

M a r i n eEngineered Lighting Solutions

M o d e l 6 7 0 0

146120

83120



Raw: 780 Lumens





0.42 Amps @ 36V



SAE J1113

SAE J1455

Mounting: Universal mount, stainless hardware




Size: 120mm round

PAR 36

Lens: Glass

Housing: Rubber





51

H I D



Raw: 780 Lumens




0.79 Amps @ 24V

0.55 Amps @ 36V

0.5 Amps @ 48V

Standards: Sealed to IP67 – UL Recognized CE Recognized






Lens: Polycarbonate

Housing: Die-Cast


M o d e l 7 0 0



49

149

90

95

144

52


M o d e l 7 3 5



Raw: 2,700 Lumens


Input Voltage: 12, 24 or 12-24V DC


1.7 Amps @ 24V








Lens: Glass

Housing: Die-Cast



49

149

90

95

144

53

M a r i n e

M o d e l 7 1 5 0




Housing: Die-Cast



Raw: 4,500 Lumens




3 Amps @ 24VStandards: Sealed to IP67 SAE J575-Sealed, shock & vibration SAE 1113 EMI SAE 1455






165 110

110

150


54


M o d e l 4 4 1 0


Size: 79mm round

Lens: Polycarbonate

Housing: Die-Cast





Raw: 1,100 Lumens




0.5 Amps @ 24 volts

0.3 Amps @ 36 volts

0.2 Amps @ 48 volts






55

H I D


Light Source: HID (High Intensity Discharge)

Raw: 3,300 Lumens

Effective: 1,900 Lumens (Flood)

Effective: 2,400 Lumens (Spot & Trap)






Mounting: Heavy duty universal, stainless mount

Wiring: Pre-wired loom, 2-pin Deutsch weather-proof socket, 740mm cable

Function: Work Light (HID)

Size: 156 x 111mm

Lens: Glass


92

203

76

794

29

163156




M o d e l 9 7 1 0 / 2 0


56

H I D


Light Source: HID (High Intensity Discharge)

Raw: 3,200 Lumens




1.875 Amps @ 24V





Function: Work Light (HID)

Size: 145mm round

Lens: Glass


143

81

145


M o d e l 8 4 5 0



Spot (1m high at 0º)

57

L a m pI n s e r t sEngineered Lighting SolutionsHead/Dr iv ing/Fog

M o d e l 6 0 4 0P a g e 5 8

M o d e l 6 0 4 6P a g e 6 1

M o d e l 6 1 3 0P a g e 6 2

M o d e l 8 7 0 0P a g e 6 3

M o d e l 8 7 0 1P a g e 6 4

M o d e l 6 0 4 5P a g e 6 0

M o d e l 8 6 3 0P a g e 6 7

M o d e l 6 1 3 6P a g e 6 9

M o d e l 6 0 4 9P a g e 7 0

M o d e l 7 1 0 0P a g e 7 1

M o d e l 8 9 0 0 P a g e 6 8

M o d e l 8 8 0 0P a g e 6 6

M o d e l 7 1 5 5P a g e 7 2

M o d e l 6 0 4 1P a g e 5 9

M o d e l 8 1 4 5P a g e 6 5

58

L a m pI n s e r t sHead/Dr iv ing/Fog


M o d e l 6 0 4 0

Function: LED Worklight Insert

Size: 114mm Round (41/2”)

PAR 36

Lens: Glass / Polycarbonate

Housing: Die-Cast



Raw: 780 Lumens (12-24V Version)

Raw: 690 Lumens (12-48V Version)

Effective: 550 Lumens (12-24V Version)

Effective: 475 Lumens (12-48V Version)

Input Voltage: 12-24 or 12-48V DC


0.63 Amps @ 24V

0.42 Amps @ 36V

0.315 Amps @ 48V


MIL-STD-461F

Connector: Blade terminals


79

114

70



59



M o d e l 6 0 4 1



PAR 36

Lens: Polycarbonate

Housing: Die-Cast



Raw: 780 Lumens




0.63 Amps @ 24V

0.42 Amps @ 36V

0.315 Amps @ 48V


Connector: Pre-wired with 120mm cable




60

L a m pI n s e r t s

Head/Dr iv ing/FogEngineered Lighting Solutions

M o d e l 6 0 4 6



PAR 46

Lens: Glass

Housing: Die-Cast



Raw: 900 Lumens




1.9 Amps @ 24V


SAE J1455

Connector: Blade or screw terminals



79

146

70

61



M o d e l 6 0 4 5

Function: LED Foglight Insert


PAR 36

Lens: Glass

Housing: Die-Cast


(1m high)



Raw: 750 Lumens




Standards: SAE J585,

ECE Reg19

DOT Approved

FMVSS 108

Buy America Compliant

ECE Reg 10

Connector: Delphi 12020809

62



M o d e l 6 1 3 0

Function: LED Headlight Insert


PAR 36

Lens: Glass

Housing: Die-Cast



Raw: Low Beam 1,200 Lumens

High Beam 2,400 Lumens

Effective: Low Beam 525 Lumens

High Beam 1,050 Lumens


Current Draw: Low Beam 2.25 Amps @ 12V, 1.3 Amps @ 24V

High Beam 5.5 Amps @ 12V, 2.6 Amps @ 24V

Standards: ECE Reg. 112 (low beam) Sealed to IP67

FMVSS 108

CMVSS 108


ECE Reg 10

DOT Approved

Connector: Integrated Deutsch weather-proof socket

Electronic Switching Unit:

High Beam (1m high at 0º) Low Beam (1m high at 0º)

91

120


High Beam

Low Beam

63



M o d e l 8 7 0 0


Size: 178mm Round (7”)

PAR 56

Lens: Glass

Housing: Die-Cast



Raw: 1,350 Lumens


High Beam 760 Lumens



1.2 Amps @ 24V

Standards: ECE Reg 112 MIL-STD-461 Sealed to IP67

FMVSS 108

CMVSS 108

DOT Approved


ECE Reg 10

Wiring: H4 plug adaptor

Features: Direct replacement for standard 178mm (7”) sealed or semi-sealed headlight inserts

Replaces H2604



114

178

128

64



M o d e l 8 7 0 1


Size: 178mm Round (7”)

PAR 56

Lens: Glass

Housing: Die-Cast



Raw: 1,800 Lumens




1.3 Amps @ 24V

Standards: ECE Reg 112 ECE Reg 10

Sealed to IP67


ECE Reg 10


Features: Direct replacement for standard 178mm (7”) sealed or semi-sealed headlight inserts

High Beam (1m high at 0º)


65


M o d e l 8 4 1 5


Size: 114mm Round (4.5”)

PAR 36

Lens: Glass

Housing: Die-Cast



Raw: 540 Lumens




Standards: CFR 49 Part 229.125

SAE J 1623

ECE Reg 113 Class C

Sealed to IP67


ECE Reg 10

Mounting: Replaces PAR 36



Low Beam (1m high at 0º)

66



M o d e l 8 8 0 0


Size: 102 x 152mm (4 x 6”)

Lens: Glass

Housing: Die-Cast

107

168

103

76

70





Raw: 1,300 Lumens


High Beam 850 Lumens


Current Draw: 3.6 Amps @ 12 volts, 1.5 Amps @ 24 volts

Standards: ECE Reg. 112 Sealed to IP67

SAE J96

FMVSS 108

CMVSS 108

DOT Approved


ECE Reg 10


Plug & play replacement for most 1A1 and 2A1 sealed beams


High Beam

Low Beam

6767



M o d e l 8 6 3 0



PAR 46

Lens: Glass

Housing: Die-Cast



Raw: 1,200 Lumens

Effective: High Beam 650 Lumens

Low Beam 600 Lumens


Current Draw: 2.0 Amps @ 12 volts, 1.0 Amps @ 24 volts

Standards: Wiring AMP 172615

FMVSS108

ECE R112 (Class B)

ECE Reg 7 Sealed to IP67


ECE Reg 10

Wiring: AMP 172615 -2

Direct replacement for PAR46 sealed beams



68



M o d e l 8 9 0 0

Function: LED Headlamp Insert

Size: 142 x 200mm (5 x 7”)

Lens: Glass

Housing: Die-Cast


Light Source: Light Emitting Diodes (LEDs)

Raw: High Beam 1,620 Lumens






1.6 Amps @ 24V

Standards DOT Approved

FMVSS108

ECE R112 (Class B)

ECE Reg 7

Sealed to IP 67


ECE Reg 10

Wiring: LH Terminal - AMP 172795-1

RH Terminal - AMP 172796-1

Plug & play replacements for GE 6052, H5054, H6054, H6054HO, H6054SB



69



M o d e l 6 1 3 6

Function: Headlamp (Halogen)


Lens: Glass

Housing: Die Cast


Light Source: H11 Halogen bulb

Raw 12V: 1,250 Lumens

Effective 12V: 450 Lumens

Raw 24V: 1,500 Lumens

Effective 24V: 550 Lumens

Input Voltage: 12 or 24 V DC


2.9 Amps @ 24V

Standards: ECE Reg 112 (Low beam only)

Sealed to IP 66

FMVSS 108

CMVSS 108

DOT Approved

Connector: Packard 1214819

Mounting: Flush / Panel mount



Low Beam (1m high)

High Beam

Low Beam

70



M o d e l 6 0 4 9

(1m high at 0º)Effective Lumens Isolux Charts

Product SpecificationsLight Source: LED (Light Emitting Diodes) Raw: 800 Lumens Effective: 650 LumensInput Voltage: 12V or 24V DCCurrent Draw: 2.0 Amps @ 12VStandards: Sealed to IP67 ECE Reg 10Connector: Packard 12015792Mounting: Flush / Panel mountReplaces GE 18350 GE H4360 sealed beams

Function: Headlamp (LED)


Lens: Polycarbonate

Housing: Die-Cast

71



M o d e l 7 1 0 0

Function: Headlamp (Halogen)


Lens: Glass

Housing: High Temperature

Thermoplastic


Light Source: H4 Halogen bulb

Raw: High Beam 1,650 Lumens





Current Draw: 4.58 Amps @ 12V low beam

3.13 Amps @ 24V low beam

5.0 Amps @ 12V high beam

2.92 Amps @ 24V high beam

Standards: ECE Reg 112

SAE J575

Connector: H4


Wiring: Wiring: AMP 172516-2 or equivalent




72



M o d e l 7 1 5 5

Function: Headlamp (LED)


Lens: Glass

Housing: Magnesium



Raw: 1,800 Lumens


Input Voltage: 12/24V DC


1.5 Amps @ 24V

Standards: ECE Reg 10 (EMI)

ECE 112

Sealed to IP67

Connector: Integrated 2-pin Deutsch

weather-proof socket


Wiring: Supplied with 2-pin Deutsch

weather-proof plug with 300mm

cable



73

L a m pI n s e r t sEngineered Lighting Solutions Auxi l iar y

M o d e l 7 3 4P a g e 7 4

M o d e l 2 8 2P a g e 7 5

M o d e l 4 1 2P a g e 7 6

M o d e l 4 0 8P a g e 7 8

M o d e l 4 1 9P a g e 7 7

M o d e l 4 1 6P a g e 7 9

M o d e l 4 1 7P a g e 8 0

74

A u x i l i a r yA u x i l i a r yEngineered Lighting Solutions

M o d e l 7 3 4

Function: LED Work Light / Interior light

Size: 190 x 145mm


Housing: Die-Cast



Raw: 2,700 Lumens




1.7 Amps @ 24V

Standards: Sealed to IP67 SAE J575-Sealed, shock & vibration FAA (CFR 25 Flame Resistance Requirements for Aviation)

Mounting: Flush mount

Wiring: Supplied with 300mm cable



190

142 35

145110

7575


M o d e l 2 8 2

Function: LED Interior light

Size: 216 x 49mm

Lens: Acrylic


195

115

49

216




Current Draw: 0.5 Amps @ 12/24 volts




Configurations: Clear Lens

Hazed Lens

Red / White with hazed lens

76



Size: 165 x 57mm

Lens: Polycarbonate


M o d e l 4 1 2

57

165

146




12-48V DC (Touch Switch versions)


0.25 Amps @ 24V

0.18 Amps @ 36V

0.13 Amps @ 48V

Standards: Sealed to IP67, UL Recognized



Configurations: Focused optics lens

Hazed Lens

Manual operation via on/off touch

switch and manual operation via on/off

touch switch + automatic door switch

sensor on / off

Touch switch panel

77


M o d e l 4 1 9


Size: 155mm round

Lens: Polycarbonate

Housing: Chrome ring




Current Draw: 0.5 Amps @ 12/24V

Standard: IP67

Mounting: Universal flush mount


Configurations: Hazed Lens

White/Red

White/Cyan

White only155 36

30

78


M o d e l 4 0 8

Function: LED Engine Light

LED Compartment Light

Size: 70mm Round

Lens: Tempered Glass

Housing: Die-Cast

70





Standard: Sealed to IP67,

SAEJ575


Wiring: Pre-wired with 150mm cableFeatures: Ideal for engine compartment light. This lamp will automatically shut down when temperatures exeed 115o C and will re-light when the temperature has reduced to 110o C or less. Available with or without bracket.

90

79


M o d e l 4 1 6

79

113

43

21

Function: LED Compartment Light

LED Step Light

Size: 113 x 43mm

Lens: Polycarbonate






0.28 Amps @ 24V

0.20 Amps @ 36V

Standard: Sealed to IP67

SAE J575-Environmental

SAE J1113/2-Electro magnetic

compatability

SAE J1113/4-Radio distrubance

SAE J1455-Environmental Practices

ADA (38.157)



80

E m e r g e n c yA u x i l i a r yEngineered Lighting Solutions

M o d e l 4 1 7


Size: 193 x 123mm rectangular

Lens: Acrylic

Housing: Polycarbonate




Current Draw: Red Lights (2) 0.175 Amps @ 12V

White (4) 0.325 Amps @ 12V

White (1) 0.025 Amps @ 12V

Connector: Deutsch DT04-3P

Mounting: Flush / Panel mount

Wiring: Supplied with 3-pin Deutsch

weather-proof plug with 300mm cable

81


Function: Mining Light Bar

Size: 1200mm

M o d e l M B

230

1200

Light bar includes the following products

•1x1200mmsteelsupportbar

•1x405Series12-80VamberLEDstrobe

•2x833Series12VhalogenWorkLights

•1x300Series12-80Vback-upalarm

•2x281Series12Vrearcombinationlamps

Mounting: Attaches to existing roof rack systems

Wiring: Pre-wired with 4m cable

200

1200

MB700

MB833

Custom configurations available

R o o f B a r s

Light bar includes the following products

•1x1200mmsteelsupportbar

•1x405Series12-80VamberLEDstrobe

•2x700Series12-48VLEDWorkLights

•1x300Series12-80Vback-upalarm

•2x281Series12Vrearcombinationlamps

Mounting: Attaches to existing roof rack systems

Wiring: Pre-wired with 4m cable


Function: Charger for model

52 & 60

Product Specifications:

100 – 250V input

120V, 220, 240V AC versions available

Approval CE

A c c e s s o r i e s

Function: Alternative Mountings


Magnetic or Stainless Steel mountings available for most LED Work Lights.

Function: Dock loading bay arm

mounting system


Built in 100 – 250V AC power adaptor with 12V output

Can be configured with various AC input plugs for world wide use

Plated metal work for superior durability in all conditions

Heavy duty metal frame design

Adjustable settings

Wall mounted

Compatible with 700, 701, 735, 736, 830 and 832 LED lamps

82


Options Available:

Adaptor harness to integrate with

existing looms

Custom lengths along with heavy duty oil & water resistant harness available.

Coiled cables with cigar plug attached for portable & magnetic applications

Function: Cables

Range of mounting systems, rings and housings for LED headlamp range.

Item shown is housing for 8800 series.

Function: Housings

Function: Flasher Unit

Solid state custom LED flasher systems for all application voltages

A c c e s s o r i e s

Twin 8800 LED headlamp mounting bucket

Function: 6450 power supply


100 – 250 volts AC input to 12 or 24V DC output IP rated CE approved

83

Speaker EuropePO Box 222, Evesham, WR11 4WT United Kingdomwww.speaker-europe.com [email protected]

Tel +44 844 578 1001 Fax +44 844 578 100

2011 JWS Catalogue

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Transcript of 2011 JWS Catalogue