ledmaster 1 specification guide · that rich history extends to our relationships with market...

TECHNICAL REFERENCE FOR DESIGNERSAPPLICATION RESOURCE FOR APPROPRIATE VERSION SELECTION

LEDMASTER 1SPECIFICATION GUIDE

LEDMASTER 12

Still Proudly Australian & Privately OwnedVersalux has been bringing state-of-the-art products to the Australasian lighting market for 40 years and has been integral to the evolution and revolution that is part of the lighting journey.

A heritage that spans 4 decades has forged a solid profile in many facets of commercial and industrial lighting and established strong relationships with key international suppliers. We are proud of our great depth of lighting experience and repertoire of major projects within Australia and New Zealand across a diverse range of markets and products.

That rich history extends to our relationships with market leading luminaire manufacturers such as Architech, Quality Art, the Glamox Luxo group, Mooslicht, Faeber, Sermeto, LYA, Ares and Abel.

Fael Luce is the latest premium performance brand that we proudly represent in our region. Leaders in Metal Halide floodlighting over many decades, Fael Luce have taken the time to develop high end purpose designed LED floodlighting equipment that will withstand the harsh rigours of the Australian environment with unprecedented levels of performance.

Lighting designers and producers alike are faced with increased compliance with a growing number of standards relating to lighting design and luminaire construction, as well as various energy and building construction codes and schemes.

Versalux’ commitment to quality in lighting design and luminaire assembly embraces the compliance regime and ensures best in class lighting solutions for our clients. Our innovative sales and design teams are the cream of the lighting industry with a formidable combination of expertise and passion for lighting, making us the logical partner for your next project or application.

www.versalux.com.au © versalux - archilux 3

3000m² purpose-built warehouse facility for luminaires and poles

Highly flexible and responsive production facilities & staff based in Head Office - Mitcham, Victoria. Testing, assembling, modifying and packaging of lighting products

Fully qualified lighting designers in excess of 100 years combined experience

The management team - LHS to RHS: Bruno Campisi (Joint Managing Director), John Beagley (Joint Managing Director), Peter Sword (Co-Founder & Director of Versalux), Greg Warner (Director) and Shayne Holien (Director)

LEDMASTER 14

LEDMASTER 1

Versalux is proud to present the LEDMASTER 1 floodlight by Fael Luce, marking a new era in high power LED lighting. This series has been developed by Fael Luce’s R&D department to meet the most demanding requirements in sports, airport and naval docks lighting and in general for all large areas that require efficient performance and technology. Its small size and superb performances allow an almost seamless substitution of traditional projectors.

LEDMASTER 1 is more than a product, is a solution that offers multiple types of installation options to allow the preservation of existing support structures and to fully satisfy the customers.

LEDMASTER 1 supports the latest standards in TV broadcasting and offers optional DMX control drivers.

Floodlight for large sport venues (HDTV), big areas and airports with High Power LED technology on a pressed aluminum heat-dissipating MCPCB (Metal Core Printed Circuit Board).

LEDMASTER 1 driver configuration is DALI dim/control as standard.

DMX drivers available on request.

The floodlight is available in different electrical and mechanical configurations, to best meet the various installation requirements.

Double lateral protractor aluminum scale, for the adjustment of the asymmetric floodlight with or without a visor.


GENERAL ■ Floodlight for large sport venues (HDTV), big areas

and airports, featuring up to either 288 x Single-chip or 80 x Multi-chip LEDs.

■ High Power LED technology on a pressed aluminum circuit, highly heat-dissipating MCPCB (Metal Core Printed Circuit Board).

■ Standard LED colour characteristics: For general use, 5000K CCT with CRI>70 or CRI>80, and for HDTV, 5700K CCT with CRI >80 or CRI>90. On request, different color temperatures and CRI are available. CCT ± 400K

■ LEDMASTER 1 is available in different electrical and mechanical configurations to best meet the various installation requirements:

■ Integral Driver version:- multiple drivers, mounted on easily serviceable cable plates, complete with polarity-corrected “Plug and Play” system;

■ On-Board Driver version:- multiple IP67 drivers, mounted externally on the luminaire connection box (available only in the symmetric version);

■ Remote Driver version:- multiple remotely located drivers, offered in a variety of configurations to suit a vast range of installation locations and requirements.

■ LEDMASTER 1 standard driver configuration is DALI dim/control. DMX drivers are available on request.

■ Easily serviceable optics, including multi-reflectors. ■ Teflon pressure compensation filters for IP66 breathing. ■ Power factor correction > 0.9. ■ IP68 cable glands. ■ Power supply 220-240V / 50-60 Hz V AC. (400V on

request) ■ Insulation class I. ■ Overall protection degree: IP66. ■ Protection degree against external impacts: IK08. ■ CE Certification. ■ Construction norms in compliance with EN 60598-1,

EN 60598-2-5.MATERIALS AND FITTINGS

■ Body in low copper content die-cast aluminium with rear cross-sectional cooling fins designed for efficient thermal dissipation.

■ Integrated driver configuration: cable box (body and rear cover) in die cast aluminium.

■ On-board and remote driver configurations: aluminium cable plate and power supply box in die cast aluminium.

■ Coated in silver-colored polyester powders (RAL 9006). ■ 4mm thick, extra-clear, tempered glass. ■ Hot-dip galvanized steel fixing bracket. ■ Gaskets in anti-aging rubber. ■ External screws in stainless steel. ■ Lateral protractor aluminum scale for the adjustment of

the symmetric floodlight. ■ Double lateral protractor aluminum scale, for the

adjustment of the asymmetric floodlight, with or without a visor.

■ Aluminium visor for asymmetrical version, painted in silver-colored polyester powders (RAL 9006).

PROTECTION AGAINST SURGES ■ CL I: up to 10kV/20kA, both in common and differential

mode via Surge Protection Device (SPD) in the gear box or in configurations with separate driver via 4 SPDs in direct current for the protection of the LED matrixes.

CLASS OF PHOTOBIOLOGICAL RISK ■ Risk group exempt from this according to EN 62471.

SYMMETRIC OPTIC ■ Symmetric optics designed in-house in nine different

beam angles from 8.8° to 48.6°. ■ Vacuum metallised technopolymer reflectors for high

efficiency and durability.ASYMMETRIC OPTIC

■ Asymmetric optics designed in-house in four different ‘fan’-shaped beams with ‘H’ beam angles from 29° to 63°.

■ Available optics: ■ Optic A2/A3/A5: Vacuum metallised technopolymer

reflectors for high efficiency and durability. ■ Optic A4: Aluminum reflectors with purest silver layer.

■ The peak intensity of the optics are nominally 52°. A visor accessory is available to allow 10° upward tilt of the fixture for a nominal 62° peak intensity whilst maintaining a full cutoff optic.

AIMING ■ Standard with aluminium graduated scale lateral

protractor for setting tilt angles. ■ For a more precise aiming:

■ Optional standard mechanical sight with concentric circles for use in simple venues or for ‘pre-aiming’

■ Optional stainless steel sighting device ■ Optional telescopic sighting device

SYSTEM PROTECTION COORDINATION ■ In the development of LED lighting systems with

LEDMASTER 1 it is essential to introduce additional surge protection at the switchboard/control panel, and coordinate them with the SPDs of the floodlights.

APPLICATIONS ■ Sport facilities with HD television coverage, large and

industrial areas such as sea ports, terminal docks, container storage, railway yards and aprons, for high visual comfort and maximum glare control.

TECHNICAL SPECIFICATIONS

LEDMASTER 16

DRIVER CONFIGURATIONS FOR SYMMETRICAL OPTIC LUMINAIRES

INTEGRATED DRIVER

■ Maximum Floodlight Weight: 43kg

■ Lateral Surface Area: 0.123m²

■ Frontal Surface Area (Tilted 65°): 0.377m²

■ Permissible Tilt* Range: +20° to +80°* From Downward Vertical (Nadir)

ON BOARD DRIVER

■ Maximum Floodlight Weight: 39.5kg




REMOTE DRIVER






DRIVER CONFIGURATIONS FOR ASYMMETRICAL OPTIC LUMINAIRES

INTEGRATED DRIVER

REMOTE DRIVER


■ Lateral Surface Area (Standard): 0.144m²

■ Lateral Surface Area (with Visor): 0.154m²

■ Frontal Surface Area (Standard, Tilted 0°): 0.096m²

■ Frontal Surface Area (with Visor, Tilted 0°): 0.128m²

■ Permissible Tilt* Range: 0° to +20°* From Downward Vertical (Nadir)


■ Lateral Surface Area (Standard): 0.126m²

■ Lateral Surface Area (with Visor): 0.137m²

■ Frontal Surface Area (Standard, Tilted 0°): 0.083m²

■ Frontal Surface Area (with Visor, Tilted 0°): 0.151m²

■ Permissible Tilt* Range: 0° to +20°* From Downward Vertical (Nadir)

LEDMASTER 18

REMOTE DRIVERS FOR CABINETS OR POLE BASES

514

350 80

121

001

40 Tr

ROOF

002 052

Tc

Fig. A

Product Ta

LED Qty Code Current Channels Weight Volume

(°) (mA) (kg) (m³)

35

288 71001 1,500 4 10.8 0.0256216 71040 1,500 3 9.0 0.025680 71008 1,400 4 10.8 0.025664 71001 1,500 4 10.8 0.0256

50

288 71008 1,400 4 10.8 0.0256216 71047 1,300 3 9.0 0.025680 71015 1,300 4 10.8 0.025664 71021 1,250 4 10.8 0.0256

FOR SYMMETRICAL OPTIC LUMINAIRESIP20 - CLASS I - DALI

■ Suitable for fixtures up to 1370W

■ Aluminium mounting plate

■ 220-240V 50Hz standard (400V on request, with 0-10V control)

■ 6mm² power terminals

■ 4mm² DALI terminals

■ Suitable for ambient temperatures from -30°C to +25°C

■ Maximum dissipated power from single plate: 140W

■ Protected against surges: 10kV/20kA

■ Net weight: 9.16kg

IP20 - CLASS I - DMX (ON REQUEST) ■ Suitable for fixtures up to 1370W




■ XLR IN/OUT connectors for DMX signal





NOTE:Drivers suitable for maximum ambient temperature, outside the electrical cabinet or inside the pole base, of 25°C - no forced ventilation needed.For maximum ambient temperature of 40°C, outside the cabinet, cabinet forced ventilation is required. The temperature in free air (Tr), inside the cabinet, above the upper central plates, must be kept at Tmax 60° C (see Fig. A).The cabinet must protect the drivers from direct solar radiation with a suitable IP rating for the location.For ambient temperature above 40°C, the plates must be placed in a cabinet or air-conditioned pole bases.Outdoor external power supply plates with IP66-CL I protection rating are available on request (Overall dimensions: 600x430mm - depth 115mm. Not to be installed in closed cabinets).M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.


FOR ASYMMETRICAL OPTIC LUMINAIRESIP20 - CLASS I - DALI





■ 4mm² DALI terminals





IP20 - CLASS I - DMX (ON REQUEST) ■ Suitable for fixtures up to 1100W




■ XLR IN/OUT connectors for DMX signal





NOTE:Drivers suitable for maximum ambient temperature of 40° C - no forced ventilation needed. For a maximum ambient temperature of 40° C, outside the cabinet or inside the pole base, the maximum ambient temperature inside the cabinet and above the upper central plates at point Tr (free air temperature) must be maintained at Tmax 60° C (see Fig. A).The temperature measured in the Tc point of the central drivers must be less than or equal to the Tc max value of the driver itself (see Fig. A).The cabinet must protect the drivers from direct solar radiation with a suitable IP rating for the location.For ambient temperature above 40°C, the plates must be placed in a cabinet or air-conditioned pole bases.Outdoor external power supply plates with IP66 Class I protection rating are available on request (Overall dimensions: 600x430mm - depth 115mm. Not to be installed in closed cabinets).M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.

514

350 80

121

001

40 Tr

ROOF

002 052

Tc

Fig. A

Product Ta


(°) (mA) (kg) (m³)

35100 71027 925 4 10.8 0.025680 71027 925 4 10.8 0.025664 71053 925 3 9.0 0.0256

50100 71034 800 4 10.8 0.025680 71034 800 4 10.8 0.025664 71060 800 3 9.0 0.0256

LEDMASTER 110

REMOTE DRIVERS MOUNTED IN IP66 BOX



■ Body and rear cover in die-cast aluminium

■ Driver modules easily serviceable with polarity corrected ‘plug and play’ system

■ Teflon filter for IP66 pressure compensation

■ Triple point solid stainless-steel screw system for access

■ Anti-aging rubber gaskets

■ Power supply entry with PG16 cable gland and 6mm² clamp

■ DALI line power supply entry with PG13.5 cable gland and 4mm² clamp

■ Driver output holes with M32 and PG16 cable glands





NOTE:Do not install to direct sunlight.Do not install in closed cabinets.Installable power supply unit:• on the ground, in a horizontal position;• on wall, in vertical positionMinimum distances as shown in figure B.Keep the temperature in free air Tr max 50 ° C.M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.

023572

640

360

733

159

004

052001

200

ROOFTr

Fig. B

Product Ta


(°) (mA) (kg) (m³)

35

288 71005 1,500mA 4 14.6 0.0422216 71044 1,500mA 3 12.7 0.042280 71012 1,400mA 4 14.6 0.042264 71005 1,500mA 4 14.6 0.0422





■ Driver modules easily serviceable with polarity corrected ‘plug and play’ system











NOTE:Do not install to direct sunlight.Do not install in closed cabinets. Installable power supply unit:• on the ground, in a horizontal position;• on wall, in vertical positionMinimum distances as shown in figure B.Keep the temperature in free air Tr max 50 ° C.M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.

Product Ta


(°) (mA) (kg) (m³)

35100 71031 925 4 14.6 0.042280 71031 925 4 14.6 0.042264 71057 925 3 12.7 0.422

023572

640

360

733

159

004

052001

200

ROOFTr

Fig. B

LEDMASTER 112

REMOTE DRIVERS MOUNTED ON IP66 BOX




■ On board drivers mounted on aluminium plate, outside the box

■ External drivers IP67







■ 220-240V 50Hz standard. On request:

- 220-240V with DMX control

- 400V with 0-10V control

- 400V with DMX control




NOTE:Do not install to direct sunlight.Do not install in closed cabinets.Installable power supply unit:• on the ground, in a horizontal position;• on wall, in vertical position;Minimum distances as shown in figure C.Keep the temperature in free air Tr max 50 ° C.M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.

733572

092

340 8.5038

640

733023

220

004

052001

200

ROOFTr

Fig. C

Product Ta


(°) (mA) (kg) (m³)

35

288 71007 1,500mA 4 16.5 0.0589216 71046 1,500mA 3 14.5 0.058980 71014 1,400mA 4 16.5 0.058964 71007 1,500mA 4 16.5 0.0589

50

288 71014 1,400mA 4 16.5 0.0589216 71051 1,300mA 3 14.5 0.058980 71019 1,300mA 4 16.5 0.058964 71025 1,250mA 4 16.5 0.0589





■ On-board drivers mounted on aluminium plate, outside the box

■ External drivers IP67







■ 220-240V 50Hz standard. On request:

220-240V with DMX control

400V with 0-10V control

400V with DMX control




NOTE:Do not install to direct sunlight.Do not install in closed cabinets. Installable power supply unit:• on the ground, in a horizontal position;• on wall, in vertical positionMinimum distances as shown in figure C.Keep the temperature in free air Tr max 50 ° C.M32 cable gland for the connection between the power supply unit and the floodlight for multicore cable with 10 conductors; connect the numbered conductors of the cable, following the numbering indicated in the terminal blocks of the power supply units and of the floodlight.Connection cables between power supply units and floodlight:• between 0 and 70m use 1.5 mm² multicore cables;• between 70 and 100m use 2.5 mm² multicore cables;Cables type FG16R16 or FG16M16 (for operating temperatures <-20° C, suitable cable must be used).For the earth termination of the floodlights, it is necessary to use a dedicated single-core earth cable with a cross-section of at least 4mm², passing through the cable gland.In the wiring box there are four surge protectors that carry the lightning resistance up to 10kV.

733572

092

340 8.5038

640

733023

220

004

052001

200

ROOFTr

Fig. C

Product Ta


(°) (mA) (kg) (m³)

35100 71033 925 4 16.5 0.058980 71033 925 4 16.5 0.058964 71059 925 3 14.5 0.0589

50100 71038 800 4 16.5 0.058980 71038 800 4 16.5 0.058964 71064 800 3 14.5 0.0589

LEDMASTER 114

PHOTOMETRIC DESIGN CODE

LEDMASTER 1 offers a staggering number of fixture configurations for such a high-powered and high-performance product series. To simplify the process of designing, we utilise a DESIGN CODE to represent the photometric performance of the required product. Additional choices are then made to ensure the final product is physically and electrically optimised to site requirements.The PRODUCT CODE of the floodlight and driver is decided by a collaboration between the client/designer and Versalux: in fact there are many possible electrical, mechanical and control configurations. Once the lighting design has been defined, the fundamental points to be defined are:

■ Driver configuration (e.g. Integral Drivers, On-board Drivers, or Remote Drivers). ■ For Remote Driver solutions, the appropriate configuration must be selected (e.g. IP66 Box, IP20 or IP66 Plate). ■ System power supply voltage (i.e. 240V or 400V - standard fixtures are supplied in 220-240V AC 50-60Hz). ■ Check the mechanical compatibility of the infrastructure with the dimensions/weights of the floodlights and drivers

in their required configuration. ■ Define the possible control system (i.e. DALI or DMX - standard fixtures are supplied with DALI drivers).

LEDMASTER 1 DESIGN CODE SYSTEM- Symmetrical OpticsSeries Configuration*,** LED Qty*** Optic*** CCT**** CRI**** Temperature**

LM1 LEDMASTER 1 ID Integrated Driver 288 288 LEDs S1 8.8° Beam Angle K50 5000K 70 CRI>70 T35 Ta35° Max.

OR On-Board or Remote Driver 216 216 LEDs S2 9.0° Beam Angle K57 5700K 80 CRI>80 T50 Ta50° Max.

80 80 LEDs S3 9.5° Beam Angle 90 CRI>90

64 64 LEDs S4 10.4° Beam Angle

S5 11.1° Beam Angle





LEDMASTER 1 DESIGN CODE SYSTEM- Asymmetrical OpticsSeries Configuration*,** LED Qty*** Optic*** CCT**** CRI**** Temperature**

LM1 LEDMASTER 1 ID Integrated Driver 100 100 LEDs A2 52.5° Peak, Beam Angles H=29° V=30° K50 5000K 70 CRI>70 T35 Ta35° Max.

OR On Board or Remote Driver 80 80 LEDs A2V A2 Optic + Cutoff Visor for +10° Tilt K57 5700K 80 CRI>80 T50 Ta50° Max.

64 64 LEDs A3 52.5° Peak, Beam Angles H=35° V=32° 90 CRI>90

A3V A3 Optic + Cutoff Visor for +10° Tilt

A4 50° Peak, Beam Angles H=42° V=39°


A5 50° Peak, Beam Angles H=63° V=34°


* For asymmetric versions, the useful output flux DOES NOT change according to the Configuration “ID” or “OR“ other configurations.** As standard, the choice of CCT and CRI are related. For “K50” 5000K , only “70” and”80” CRI options are available. For “K57” 5700K , only “80” and”90” CRI options are available. For other requirements, please contact your local Versalux office.

* For symmetric versions, the useful output flux CAN change according to the choice of Configuration “ID” versus “OR“ other configurations. The “ID” Integrated Driver configuration drives the LEDs at a lower output level than “OR” Other configurations.** For symmetric versions, the choice of “ID” Integrated Driver configuration removes the “T50” Ta50° Max option.*** Choice of LED Qty is connected to the choice of Optic, and also has a minor effect on fixture lumens and load. “S1”, S2”, and S3” optics are only available for either 288” or 216” ‘Singlechip’ versions, and “S4”, “S5”, “S6”, “S7”, “S8”, and “S9” optics are only available for either “80” or “64” ‘Multichip’ versions.**** As standard, the choice of CCT and CRI are related. For “K50” 5000K , only “70” and”80” CRI options are available. For “K57” 5700K , only “80” and”90” CRI options are available. For other requirements, please contact your local Versalux office.


PHOTOMETRIC DESIGN CODE SELECTION PROCESS

1. DECIDE ON BEAM SPREAD SYMMETRY

LEDMASTER 1 offers a wide array of Symmetrical and Asymmetrical beam spreads, ensuring the lighting design can be optimised according to the needs of the people, their tasks, and the project’s physical layout and environment. The custom-designed reflectors are highly-specular and specially formed to focus the beams of light to the surfaces and playing areas with minimal spillage. No other product matches LEDMASTER 1 in terms of options and support. When selecting the appropriate LEDMASTER 1 for your design, please note the following about the choice of Beam Spread Symmetry:

■ Symmetrical optics:

- Designed for efficient long distance projection of light, especially useful for sporting stadiums employing HDTV

- 9 custom reflector designs offering Beam Angles between 8° and 49°

- Fixture tilt-range: +20° to +80°

■ Asymmetrical optics:

- Standard fixture delivers full cutoff (i.e. no upward light) at 0° tilt, with Peak Intensity at 52° nominal. Optional visor accessory delivers full cutoff with +10° tilt for nominal 62° Peak Intensity.

- 4 custom reflector designs, creating 8 distributions when combined with the optional visor accessory.

- Fixture tilt-range: 0° to +20°

- Provides a ‘fan-shaped’ spread of illumination for high uniformity over a wide area

- Presents a minimal cross-section of product for reduced sail-area

2. CHECK AMBIENT TEMPERATURE FOR THE APPLICATION

LEDMASTER 1 can be ordered suitable for maximum ambient temperatures either up to 35°C or 50°C. Whilst selecting the appropriate version is obviously a matter of necessity according to the project environment, please note the following about the different Ambient Temperature versions:

■ Ta35°C versions:

- Available for all configurations

- Deliver highest total fixture lumen outputs

- LED life expectancy: >70,000hr (L80 B10) & >50,000hr (L90 B10)

■ Ta50°C versions:

- Available for all configurations except Symmetrical optics with Integrated Driver configuration

- LEDs are driven at lower currents, with corresponding power consumption and fixture outputs as a result

- LED life expectancy: >50,000hr (L80 B10)

3. CHOOSE GENERAL DRIVER CONFIGURATION

LEDMASTER 1 offers many choices for the physical location and configuration of its drivers, and some of these choices impact on the output/consumption of the fixtures, the weight and/or cross-sectional dimensions of the products. When selecting the preferred general Driver Configuration for LEDMASTER 1 in each location, please consider the following:

■ ID (Integrated Driver) versions:

- Refers to drivers inside an IP66 die-cast aluminium box attached to the fixture

- For Symmetrical optics, the Integrated Driver configuration reduces the light output and power consumption (Asymmetrical optics remain unaffected by Driver Configuration)

- For Symmetrical optics, the Integrated Driver configuration is not available for Ta50°C versions

- Highest weight of all configurations

■ OR (On-Board Driver or Remote Driver configuration) versions:

- Can refer to either IP67 drivers mounted on the fixture, or remotely located drivers for poles or cabinets elsewhere on the site

- Always provide the maximum allowable light output for the other choices made

- Lower/lowest weight options of all configurations

LEDMASTER 116

DESIGN CODE FOR SYMMETRICAL - TA35°C - INTEGRATED DRIVER

5000K CRI>80

ImaxBeam Angle Optic Fixture

OutputLED Qty Wattage Weight Volume Photometric Design Code

(kcd) (lm) (W) (kg) (m³)3,161 8.8° S1 141,100 288 1150 43 0.192 LM1.ID.288.S1.K5080.T352,811 8.8° S1 125,500 216 1000 43 0.192 LM1.ID.216.S1.K5080.T352,796 9.0° S2 140,800 288 1150 43 0.192 LM1.ID.288.S2.K5080.T352,490 9.0° S2 125,400 216 1000 43 0.192 LM1.ID.216.S2.K5080.T352,431 9.5° S3 140,350 288 1150 43 0.192 LM1.ID.288.S3.K5080.T352,165 9.5° S3 125,000 216 1000 43 0.192 LM1.ID.216.S3.K5080.T352,539 10.4° S4 147,250 80 1150 43 0.192 LM1.ID.80.S4.K5080.T352,238 10.4° S4 129,800 64 1120 43 0.192 LM1.ID.64.S4.K5080.T351,912 11.1° S5 141,800 80 1150 43 0.192 LM1.ID.80.S5.K5080.T351,686 11.1° S5 125,000 64 1120 43 0.192 LM1.ID.64.S5.K5080.T351,385 12.4° S6 137,850 80 1150 43 0.192 LM1.ID.80.S6.K5080.T351,220 12.4° S6 121,500 64 1120 43 0.192 LM1.ID.64.S6.K5080.T351,127 13.8° S7 136,350 80 1150 43 0.192 LM1.ID.80.S7.K5080.T35994 13.8° S7 120,300 64 1120 43 0.192 LM1.ID.64.S7.K5080.T35509 23.4° S8 133,200 80 1150 43 0.192 LM1.ID.80.S8.K5080.T35449 23.4° S8 117,500 64 1120 43 0.192 LM1.ID.64.S8.K5080.T35185 48.6° S9 128,600 80 1150 43 0.192 LM1.ID.80.S9.K5080.T35163 48.6° S9 113,400 64 1120 43 0.192 LM1.ID.64.S0.K5080.T35



(kcd) (lm) (W) (kg) (m³)3,300 8.8° S1 147,300 288 1150 43 0.192 LM1.ID.288.S1.K5070.T352,704 8.8° S1 131,000 216 1000 43 0.192 LM1.ID.216.S1.K5070.T352,919 9.0° S2 147,000 288 1150 43 0.192 LM1.ID.288.S2.K5070.T352,599 9.0° S2 130,900 216 1000 43 0.192 LM1.ID.216.S2.K5070.T352,537 9.5° S3 146,500 288 1150 43 0.192 LM1.ID.288.S3.K5070.T352,260 9.5° S3 130,500 216 1000 43 0.192 LM1.ID.216.S3.K5070.T352,920 10.4° S4 169,300 80 1150 43 0.192 LM1.ID.80.S4.K5070.T352,573 10.4° S4 149,200 64 1120 43 0.192 LM1.ID.64.S4.K5070.T352,198 11.1° S5 163,000 80 1150 43 0.192 LM1.ID.80.S5.K5070.T351,938 11.1° S5 143,700 64 1120 43 0.192 LM1.ID.64.S5.K5070.T351,592 12.4° S6 158,450 80 1150 43 0.192 LM1.ID.80.S6.K5070.T351,403 12.4° S6 139,700 64 1120 43 0.192 LM1.ID.64.S6.K5070.T351,289 13.8° S7 156,050 80 1150 43 0.192 LM1.ID.80.S7.K5070.T351,137 13.8° S7 137,650 64 1120 43 0.192 LM1.ID.64.S7.K5070.T35576 23.4° S8 150,650 80 1150 43 0.192 LM1.ID.80.S8.K5070.T35508 23.4° S8 132,850 64 1120 43 0.192 LM1.ID.64.S8.K5070.T35205 48.6° S9 142,600 80 1150 43 0.192 LM1.ID.80.S9.K5070.T35181 48.6° S9 125,750 64 1120 43 0.192 LM1.ID.64.S0.K5070.T35

5000K CRI>70





5700K CRI>90

5700K CRI>80




LEDMASTER 118

DESIGN CODE FOR SYMMETRICAL - TA35°C - ON-BOARD DRIVER

5000K CRI>80



(kcd) (lm) (W) (kg) (m³)3,648 8.8° S1 162,850 288 1340 39.5 0.173 LM1.OR.288.S1.K5080.T352,811 8.8° S1 125,500 216 1000 39.5 0.173 LM1.OR.216.S1.K5080.T353,224 9.0° S2 162,350 288 1340 39.5 0.173 LM1.OR.288.S2.K5080.T352,490 9.0° S2 125,400 216 1000 39.5 0.173 LM1.OR.216.S2.K5080.T352,804 9.5° S3 161,900 288 1340 39.5 0.173 LM1.OR.288.S3.K5080.T352,165 9.5° S3 125,000 216 1000 39.5 0.173 LM1.OR.216.S3.K5080.T352,813 10.4° S4 163,100 80 1370 39.5 0.173 LM1.OR.80.S4.K5080.T352,395 10.4° S4 138,900 64 1200 39.5 0.173 LM1.OR.64.S4.K5080.T352,117 11.1° S5 157,000 80 1370 39.5 0.173 LM1.OR.80.S5.K5080.T351,805 11.1° S5 133,800 64 1200 39.5 0.173 LM1.OR.64.S5.K5080.T351,533 12.4° S6 152,650 80 1370 39.5 0.173 LM1.OR.80.S6.K5080.T351,306 12.4° S6 130,050 64 1200 39.5 0.173 LM1.OR.64.S6.K5080.T351,249 13.8° S7 151,150 80 1370 39.5 0.173 LM1.OR.80.S7.K5080.T351,064 13.8° S7 128,750 64 1200 39.5 0.173 LM1.OR.64.S7.K5080.T35564 23.4° S8 147,650 80 1370 39.5 0.173 LM1.OR.80.S8.K5080.T35481 23.4° S8 125,800 64 1200 39.5 0.173 LM1.OR.64.S8.K5080.T35205 48.6° S9 142,450 80 1370 39.5 0.173 LM1.OR.80.S9.K5080.T35174 48.6° S9 121,350 64 1200 39.5 0.173 LM1.OR.64.S0.K5080.T35




5000K CRI>70




(kcd) (lm) (W) (kg) (m³)3,332 8.8° S1 148,750 288 1340 39.5 0.173 LM1.OR.288.S1.K5790.T352,567 8.8° S1 114,600 216 1000 39.5 0.173 LM1.OR.216.S1.K5790.T352,945 9.0° S2 148,300 288 1340 39.5 0.173 LM1.OR.288.S2.K5790.T352,274 9.0° S2 114,500 216 1000 39.5 0.173 LM1.OR.216.S2.K5790.T352,561 9.5° S3 147,850 288 1340 39.5 0.173 LM1.OR.288.S3.K5790.T351,977 9.5° S3 114,150 216 1000 39.5 0.173 LM1.OR.216.S3.K5790.T352,619 10.4° S4 151,850 80 1370 39.5 0.173 LM1.OR.80.S4.K5790.T352,231 10.4° S4 129,350 64 1200 39.5 0.173 LM1.OR.64.S4.K5790.T351,972 11.1° S5 146,200 80 1370 39.5 0.173 LM1.OR.80.S5.K5790.T351,680 11.1° S5 124,550 64 1200 39.5 0.173 LM1.OR.64.S5.K5790.T351,428 12.4° S6 142,150 80 1370 39.5 0.173 LM1.OR.80.S6.K5790.T351,216 12.4° S6 121,050 64 1200 39.5 0.173 LM1.OR.64.S6.K5790.T351,158 13.8° S7 140,100 80 1370 39.5 0.173 LM1.OR.80.S7.K5790.T35986 13.8° S7 119,350 64 1200 39.5 0.173 LM1.OR.64.S7.K5790.T35517 23.4° S8 135,250 80 1370 39.5 0.173 LM1.OR.80.S8.K5790.T35441 23.4° S8 115,250 64 1200 39.5 0.173 LM1.OR.64.S8.K5790.T35184 48.6° S9 127,950 80 1370 39.5 0.173 LM1.OR.80.S9.K5790.T35157 48.6° S9 109,000 64 1200 39.5 0.173 LM1.OR.64.S0.K5790.T35

5700K CRI>90

5700K CRI>80




LEDMASTER 120

DESIGN CODE FOR SYMMETRICAL - TA35°C - REMOTE DRIVER

5000K CRI>80







5000K CRI>70





5700K CRI>90

5700K CRI>80




LEDMASTER 122

DESIGN CODE FOR SYMMETRICAL - TA50°C - ON-BOARD DRIVER

5000K CRI>80







5000K CRI>70




(kcd) (lm) (W) (kg) (m³)2,755 8.8° S1 123,000 288 1150 39.5 0.173 LM1.OR.288.S1.K5790.T502,220 8.8° S1 99,100 216 860 39.5 0.173 LM1.OR.216.S1.K5790.T502,435 9.0° S2 122,650 288 1150 39.5 0.173 LM1.OR.288.S2.K5790.T501,963 9.0° S2 98,850 216 860 39.5 0.173 LM1.OR.216.S2.K5790.T502,116 9.5° S3 122,150 288 1150 39.5 0.173 LM1.OR.288.S3.K5790.T501,708 9.5° S3 98,600 216 860 39.5 0.173 LM1.OR.216.S3.K5790.T502,246 10.4° S4 130,250 80 1150 39.5 0.173 LM1.OR.80.S4.K5790.T501,944 10.4° S4 112,750 64 1040 39.5 0.173 LM1.OR.64.S4.K5790.T501,691 11.1° S5 125,350 80 1150 39.5 0.173 LM1.OR.80.S5.K5790.T501,464 11.1° S5 108,650 64 1040 39.5 0.173 LM1.OR.64.S5.K5790.T501,223 12.4° S6 121,800 80 1150 39.5 0.173 LM1.OR.80.S6.K5790.T501,060 12.4° S6 105,550 64 1040 39.5 0.173 LM1.OR.64.S6.K5790.T50992 13.8° S7 120,100 80 1150 39.5 0.173 LM1.OR.80.S7.K5790.T50859 13.8° S7 104,000 64 1040 39.5 0.173 LM1.OR.64.S7.K5790.T50443 23.4° S8 115,950 80 1150 39.5 0.173 LM1.OR.80.S8.K5790.T50384 23.4° S8 100,400 64 1040 39.5 0.173 LM1.OR.64.S8.K5790.T50157 48.6° S9 109,650 80 1150 39.5 0.173 LM1.OR.80.S9.K5790.T50136 48.6° S9 94,950 64 1040 39.5 0.173 LM1.OR.64.S0.K5790.T50

5700K CRI>90

5700K CRI>80




LEDMASTER 124

DESIGN CODE FOR SYMMETRICAL - TA50°C - REMOTE DRIVER

5000K CRI>80







5000K CRI>70




(kcd) (lm) (W) (kg) (m³)2,755 8.8° S1 123,000 288 1150 33.5 0.173 LM1.OR.288.S1.K5790.T502,220 8.8° S1 99,100 216 860 33.5 0.173 LM1.OR.216.S1.K5790.T502,435 9.0° S2 122,650 288 1150 33.5 0.173 LM1.OR.288.S2.K5790.T501,963 9.0° S2 98,850 216 860 33.5 0.173 LM1.OR.216.S2.K5790.T502,116 9.5° S3 122,150 288 1150 33.5 0.173 LM1.OR.288.S3.K5790.T501,708 9.5° S3 98,600 216 860 33.5 0.173 LM1.OR.216.S3.K5790.T502,246 10.4° S4 130,250 80 1150 33.5 0.173 LM1.OR.80.S4.K5790.T501,944 10.4° S4 112,750 64 1040 33.5 0.173 LM1.OR.64.S4.K5790.T501,691 11.1° S5 125,350 80 1150 33.5 0.173 LM1.OR.80.S5.K5790.T501,464 11.1° S5 108,650 64 1040 33.5 0.173 LM1.OR.64.S5.K5790.T501,223 12.4° S6 121,800 80 1150 33.5 0.173 LM1.OR.80.S6.K5790.T501,060 12.4° S6 105,550 64 1040 33.5 0.173 LM1.OR.64.S6.K5790.T50992 13.8° S7 120,100 80 1150 33.5 0.173 LM1.OR.80.S7.K5790.T50859 13.8° S7 104,000 64 1040 33.5 0.173 LM1.OR.64.S7.K5790.T50443 23.4° S8 115,950 80 1150 33.5 0.173 LM1.OR.80.S8.K5790.T50384 23.4° S8 100,400 64 1040 33.5 0.173 LM1.OR.64.S8.K5790.T50157 48.6° S9 109,650 80 1150 33.5 0.173 LM1.OR.80.S9.K5790.T50136 48.6° S9 94,950 64 1040 33.5 0.173 LM1.OR.64.S0.K5790.T50

5700K CRI>90

5700K CRI>80




LEDMASTER 126

DESIGN CODE FOR ASYMMETRICAL - TA35°C - INTEGRATED DRIVER

5000K CRI>80

5000K CRI>70

ImaxPeak Angle

Beam Angles Optic Fixture


(kcd) (lm) (W) (kg) (m³)329 52.5° H=29°, V=30° A2 128,000 100 1100 40.2 0.224 LM1.ID.100.A2.K5070.T35286 52.5° H=29°, V=30° A2 111,500 80 895 40.2 0.224 LM1.ID.080.A2.K5070.T35243 52.5° H=29°, V=30° A2 94,600 64 720 40.2 0.224 LM1.ID.064.A2.K5070.T35324 62.5° H=29°, V=30° A2+Visor 126,000 100 1100 40.2 0.224 LM1.ID.100A2V.K5070.T35282 62.5° H=29°, V=30° A2+Visor 109,700 80 895 40.2 0.224 LM1.ID.080A2V.K5070.T35239 62.5° H=29°, V=30° A2+Visor 93,070 64 720 40.2 0.224 LM1.ID.064A2V.K5070.T35256 52.5° H=35°, V=32° A3 128,000 100 1100 40.2 0.224 LM1.ID.100.A3.K5070.T35223 52.5° H=35°, V=32° A3 111,500 80 895 40.2 0.224 LM1.ID.080.A3.K5070.T35189 52.5° H=35°, V=32° A3 94,560 64 720 40.2 0.224 LM1.ID.064.A3.K5070.T35252 62.5° H=35°, V=32° A3+Visor 126,300 100 1100 40.2 0.224 LM1.ID.100A3V.K5070.T35220 62.5° H=35°, V=32° A3+Visor 110,000 80 895 40.2 0.224 LM1.ID.080A3V.K5070.T35186 62.5° H=35°, V=32° A3+Visor 93,280 64 720 40.2 0.224 LM1.ID.064A3V.K5070.T35214 50° H=42°, V=39° A4 130,500 100 1100 40.2 0.224 LM1.ID.100.A4.K5070.T35186 50° H=42°, V=39° A4 113,600 80 895 40.2 0.224 LM1.ID.080.A4.K5070.T35159 50° H=42°, V=39° A4 96,800 64 720 40.2 0.224 LM1.ID.064.A4.K5070.T35208 60° H=42°, V=39° A4+Visor 130,000 100 1100 40.2 0.224 LM1.ID.100A4V.K5070.T35181 60° H=42°, V=39° A4+Visor 113,100 80 895 40.2 0.224 LM1.ID.080A4V.K5070.T35155 60° H=42°, V=39° A4+Visor 96,400 64 720 40.2 0.224 LM1.ID.064A4V.K5070.T35143 50° H=63°, V=34° A5 117,550 100 1100 40.2 0.224 LM1.ID.100.A5.K5070.T35130 50° H=63°, V=34° A5 106,500 80 895 40.2 0.224 LM1.ID.080.A5.K5070.T35107 50° H=63°, V=34° A5 87,800 64 720 40.2 0.224 LM1.ID.064.A5.K5070.T35144 60° H=63°, V=34° A5+Visor 113,600 100 1100 40.2 0.224 LM1.ID.100A5V.K5070.T35130 60° H=63°, V=34° A5+Visor 102,900 80 895 40.2 0.224 LM1.ID.080A5V.K5070.T35108 60° H=63°, V=34° A5+Visor 84,800 64 720 40.2 0.224 LM1.ID.064A5V.K5070.T35

ImaxPeak Angle



(kcd) (lm) (W) (kg) (m³)286 52.5° H=29°, V=30° A2 111,350 100 1100 40.2 0.224 LM1.ID.100.A2.K5080.T35249 52.5° H=29°, V=30° A2 97,000 80 895 40.2 0.224 LM1.ID.080.A2.K5080.T35211 52.5° H=29°, V=30° A2 82,300 64 720 40.2 0.224 LM1.ID.064.A2.K5080.T35282 62.5° H=29°, V=30° A2+Visor 109,600 100 1100 40.2 0.224 LM1.ID.100A2V.K5080.T35245 62.5° H=29°, V=30° A2+Visor 95,400 80 895 40.2 0.224 LM1.ID.080A2V.K5080.T35208 62.5° H=29°, V=30° A2+Visor 80,950 64 720 40.2 0.224 LM1.ID.064A2V.K5080.T35223 52.5° H=35°, V=32° A3 111,350 100 1100 40.2 0.224 LM1.ID.100.A3.K5080.T35194 52.5° H=35°, V=32° A3 97,000 80 895 40.2 0.224 LM1.ID.080.A3.K5080.T35164 52.5° H=35°, V=32° A3 82,250 64 720 40.2 0.224 LM1.ID.064.A3.K5080.T35219 62.5° H=35°, V=32° A3+Visor 109,850 100 1100 40.2 0.224 LM1.ID.100A3V.K5080.T35191 62.5° H=35°, V=32° A3+Visor 95,700 80 895 40.2 0.224 LM1.ID.080A3V.K5080.T35162 62.5° H=35°, V=32° A3+Visor 81,150 64 720 40.2 0.224 LM1.ID.064A3V.K5080.T35186 50° H=42°, V=39° A4 113,400 100 1100 40.2 0.224 LM1.ID.100.A4.K5080.T35162 50° H=42°, V=39° A4 98,800 80 895 40.2 0.224 LM1.ID.080.A4.K5080.T35138 50° H=42°, V=39° A4 84,200 64 720 40.2 0.224 LM1.ID.064.A4.K5080.T35181 60° H=42°, V=39° A4+Visor 112,900 100 1100 40.2 0.224 LM1.ID.100A4V.K5080.T35158 60° H=42°, V=39° A4+Visor 98,400 80 895 40.2 0.224 LM1.ID.080A4V.K5080.T35134 60° H=42°, V=39° A4+Visor 83,850 64 720 40.2 0.224 LM1.ID.064A4V.K5080.T35125 50° H=63°, V=34° A5 102,250 100 1100 40.2 0.224 LM1.ID.100.A5.K5080.T35113 50° H=63°, V=34° A5 92,650 80 895 40.2 0.224 LM1.ID.080.A5.K5080.T3593 50° H=63°, V=34° A5 76,350 64 720 40.2 0.224 LM1.ID.064.A5.K5080.T35

125 60° H=63°, V=34° A5+Visor 98,800 100 1100 40.2 0.224 LM1.ID.100A5V.K5080.T35113 60° H=63°, V=34° A5+Visor 89,500 80 895 40.2 0.224 LM1.ID.080A5V.K5080.T3593 60° H=63°, V=34° A5+Visor 73,750 64 720 40.2 0.224 LM1.ID.064A5V.K5080.T35


5700K CRI>90

5700K CRI>80

ImaxPeak Angle





ImaxPeak Angle





LEDMASTER 128

DESIGN CODE FOR ASYMMETRICAL - TA35°C - REMOTE DRIVER

5000K CRI>80

5000K CRI>70

ImaxPeak Angle



(kcd) (lm) (W) (kg) (m³)329 52.5° H=29°, V=30° A2 128,000 100 1100 33.5 0.173 LM1.OR.100.A2.K5070.T35286 52.5° H=29°, V=30° A2 111,500 80 895 33.5 0.173 LM1.OR.080.A2.K5070.T35243 52.5° H=29°, V=30° A2 94,600 64 720 33.5 0.173 LM1.OR.064.A2.K5070.T35324 62.5° H=29°, V=30° A2+Visor 126,000 100 1100 33.5 0.173 LM1.OR.100A2V.K5070.T35282 62.5° H=29°, V=30° A2+Visor 109,700 80 895 33.5 0.173 LM1.OR.080A2V.K5070.T35239 62.5° H=29°, V=30° A2+Visor 93,070 64 720 33.5 0.173 LM1.OR.064A2V.K5070.T35256 52.5° H=35°, V=32° A3 128,000 100 1100 33.5 0.173 LM1.OR.100.A3.K5070.T35223 52.5° H=35°, V=32° A3 111,500 80 895 33.5 0.173 LM1.OR.080.A3.K5070.T35189 52.5° H=35°, V=32° A3 94,560 64 720 33.5 0.173 LM1.OR.064.A3.K5070.T35252 62.5° H=35°, V=32° A3+Visor 126,300 100 1100 33.5 0.173 LM1.OR.100A3V.K5070.T35220 62.5° H=35°, V=32° A3+Visor 110,000 80 895 33.5 0.173 LM1.OR.080A3V.K5070.T35186 62.5° H=35°, V=32° A3+Visor 93,280 64 720 33.5 0.173 LM1.OR.064A3V.K5070.T35214 50° H=42°, V=39° A4 130,500 100 1100 33.5 0.173 LM1.OR.100.A4.K5070.T35186 50° H=42°, V=39° A4 113,600 80 895 33.5 0.173 LM1.OR.080.A4.K5070.T35159 50° H=42°, V=39° A4 96,800 64 720 33.5 0.173 LM1.OR.064.A4.K5070.T35208 60° H=42°, V=39° A4+Visor 130,000 100 1100 33.5 0.173 LM1.OR.100A4V.K5070.T35181 60° H=42°, V=39° A4+Visor 113,100 80 895 33.5 0.173 LM1.OR.080A4V.K5070.T35155 60° H=42°, V=39° A4+Visor 96,400 64 720 33.5 0.173 LM1.OR.064A4V.K5070.T35143 50° H=63°, V=34° A5 117,550 100 1100 33.5 0.173 LM1.OR.100.A5.K5070.T35130 50° H=63°, V=34° A5 106,500 80 895 33.5 0.173 LM1.OR.080.A5.K5070.T35107 50° H=63°, V=34° A5 87,800 64 720 33.5 0.173 LM1.OR.064.A5.K5070.T35144 60° H=63°, V=34° A5+Visor 113,600 100 1100 33.5 0.173 LM1.OR.100A5V.K5070.T35130 60° H=63°, V=34° A5+Visor 102,900 80 895 33.5 0.173 LM1.OR.080A5V.K5070.T35108 60° H=63°, V=34° A5+Visor 84,800 64 720 33.5 0.173 LM1.OR.064A5V.K5070.T35

ImaxPeak Angle



(kcd) (lm) (W) (kg) (m³)286 52.5° H=29°, V=30° A2 111,350 100 1100 33.5 0.173 LM1.OR.100.A2.K5080.T35249 52.5° H=29°, V=30° A2 97,000 80 895 33.5 0.173 LM1.OR.080.A2.K5080.T35211 52.5° H=29°, V=30° A2 82,300 64 720 33.5 0.173 LM1.OR.064.A2.K5080.T35282 62.5° H=29°, V=30° A2+Visor 109,600 100 1100 33.5 0.173 LM1.OR.100A2V.K5080.T35245 62.5° H=29°, V=30° A2+Visor 95,400 80 895 33.5 0.173 LM1.OR.080A2V.K5080.T35208 62.5° H=29°, V=30° A2+Visor 80,950 64 720 33.5 0.173 LM1.OR.064A2V.K5080.T35223 52.5° H=35°, V=32° A3 111,350 100 1100 33.5 0.173 LM1.OR.100.A3.K5080.T35194 52.5° H=35°, V=32° A3 97,000 80 895 33.5 0.173 LM1.OR.080.A3.K5080.T35164 52.5° H=35°, V=32° A3 82,250 64 720 33.5 0.173 LM1.OR.064.A3.K5080.T35219 62.5° H=35°, V=32° A3+Visor 109,850 100 1100 33.5 0.173 LM1.OR.100A3V.K5080.T35191 62.5° H=35°, V=32° A3+Visor 95,700 80 895 33.5 0.173 LM1.OR.080A3V.K5080.T35162 62.5° H=35°, V=32° A3+Visor 81,150 64 720 33.5 0.173 LM1.OR.064A3V.K5080.T35186 50° H=42°, V=39° A4 113,400 100 1100 33.5 0.173 LM1.OR.100.A4.K5080.T35162 50° H=42°, V=39° A4 98,800 80 895 33.5 0.173 LM1.OR.080.A4.K5080.T35138 50° H=42°, V=39° A4 84,200 64 720 33.5 0.173 LM1.OR.064.A4.K5080.T35181 60° H=42°, V=39° A4+Visor 112,900 100 1100 33.5 0.173 LM1.OR.100A4V.K5080.T35158 60° H=42°, V=39° A4+Visor 98,400 80 895 33.5 0.173 LM1.OR.080A4V.K5080.T35134 60° H=42°, V=39° A4+Visor 83,850 64 720 33.5 0.173 LM1.OR.064A4V.K5080.T35125 50° H=63°, V=34° A5 102,250 100 1100 33.5 0.173 LM1.OR.100.A5.K5080.T35113 50° H=63°, V=34° A5 92,650 80 895 33.5 0.173 LM1.OR.080.A5.K5080.T3593 50° H=63°, V=34° A5 76,350 64 720 33.5 0.173 LM1.OR.064.A5.K5080.T35

125 60° H=63°, V=34° A5+Visor 98,800 100 1100 33.5 0.173 LM1.OR.100A5V.K5080.T35113 60° H=63°, V=34° A5+Visor 89,500 80 895 33.5 0.173 LM1.OR.080A5V.K5080.T3593 60° H=63°, V=34° A5+Visor 73,750 64 720 33.5 0.173 LM1.OR.064A5V.K5080.T35


5700K CRI>90

5700K CRI>80

ImaxPeak Angle





ImaxPeak Angle





LEDMASTER 130

DESIGN CODE FOR ASYMMETRICAL - TA50°C - INTEGRATED DRIVER

5000K CRI>80

5000K CRI>70

ImaxPeak Angle





ImaxPeak Angle






5700K CRI>90

5700K CRI>80

ImaxPeak Angle





ImaxPeak Angle



(kcd) (lm) (W) (kg) (m³)226 52.5° H=29°, V=30° A2 87,900 100 950 40.2 0.224 LM1.ID.100.A2.K5790.T50197 52.5° H=29°, V=30° A2 76,700 80 768 40.2 0.224 LM1.ID.080.A2.K5790.T50167 52.5° H=29°, V=30° A2 65,000 64 615 40.2 0.224 LM1.ID.064.A2.K5790.T50222 62.5° H=29°, V=30° A2+Visor 86,550 100 950 40.2 0.224 LM1.ID.100A2V.K5790.T50134 62.5° H=29°, V=30° A2+Visor 75,500 80 768 40.2 0.224 LM1.ID.080A2V.K5790.T50165 62.5° H=29°, V=30° A2+Visor 64,050 64 615 40.2 0.224 LM1.ID.064A2V.K5790.T50176 52.5° H=35°, V=32° A3 87,900 100 950 40.2 0.224 LM1.ID.100.A3.K5790.T50153 52.5° H=35°, V=32° A3 76,700 80 768 40.2 0.224 LM1.ID.080.A3.K5790.T50130 52.5° H=35°, V=32° A3 65,000 64 615 40.2 0.224 LM1.ID.064.A3.K5790.T50173 62.5° H=35°, V=32° A3+Visor 86,750 100 950 40.2 0.224 LM1.ID.100A3V.K5790.T50151 62.5° H=35°, V=32° A3+Visor 75,700 80 768 40.2 0.224 LM1.ID.080A3V.K5790.T50128 62.5° H=35°, V=32° A3+Visor 64,200 64 615 40.2 0.224 LM1.ID.064A3V.K5790.T50147 50° H=42°, V=39° A4 89,550 100 950 40.2 0.224 LM1.ID.100.A4.K5790.T50128 50° H=42°, V=39° A4 78,200 80 768 40.2 0.224 LM1.ID.080.A4.K5790.T50109 50° H=42°, V=39° A4 66,550 64 615 40.2 0.224 LM1.ID.064.A4.K5790.T50143 60° H=42°, V=39° A4+Visor 89,150 100 950 40.2 0.224 LM1.ID.100A4V.K5790.T50125 60° H=42°, V=39° A4+Visor 77,850 80 768 40.2 0.224 LM1.ID.080A4V.K5790.T50106 60° H=42°, V=39° A4+Visor 66,300 64 615 40.2 0.224 LM1.ID.064A4V.K5790.T5098 50° H=63°, V=34° A5 80,700 100 950 40.2 0.224 LM1.ID.100.A5.K5790.T5089 50° H=63°, V=34° A5 73,250 80 768 40.2 0.224 LM1.ID.080.A5.K5790.T5074 50° H=63°, V=34° A5 60,450 64 615 40.2 0.224 LM1.ID.064.A5.K5790.T5099 60° H=63°, V=34° A5+Visor 78,000 100 950 40.2 0.224 LM1.ID.100A5V.K5790.T5090 60° H=63°, V=34° A5+Visor 70,800 80 768 40.2 0.224 LM1.ID.080A5V.K5790.T5074 60° H=63°, V=34° A5+Visor 58,400 64 615 40.2 0.224 LM1.ID.064A5V.K5790.T50

LEDMASTER 132

DESIGN CODE FOR ASYMMETRICAL - TA50°C - REMOTE DRIVER

5000K CRI>80

5000K CRI>70

ImaxPeak Angle





ImaxPeak Angle






5700K CRI>90

5700K CRI>80

ImaxPeak Angle





ImaxPeak Angle



(kcd) (lm) (W) (kg) (m³)226 52.5° H=29°, V=30° A2 87,900 100 950 33.5 0.173 LM1.OR.100.A2.K5790.T50197 52.5° H=29°, V=30° A2 76,700 80 768 33.5 0.173 LM1.OR.080.A2.K5790.T50167 52.5° H=29°, V=30° A2 65,000 64 615 33.5 0.173 LM1.OR.064.A2.K5790.T50222 62.5° H=29°, V=30° A2+Visor 86,550 100 950 33.5 0.173 LM1.OR.100A2V.K5790.T50134 62.5° H=29°, V=30° A2+Visor 75,500 80 768 33.5 0.173 LM1.OR.080A2V.K5790.T50165 62.5° H=29°, V=30° A2+Visor 64,050 64 615 33.5 0.173 LM1.OR.064A2V.K5790.T50176 52.5° H=35°, V=32° A3 87,900 100 950 33.5 0.173 LM1.OR.100.A3.K5790.T50153 52.5° H=35°, V=32° A3 76,700 80 768 33.5 0.173 LM1.OR.080.A3.K5790.T50130 52.5° H=35°, V=32° A3 65,000 64 615 33.5 0.173 LM1.OR.064.A3.K5790.T50173 62.5° H=35°, V=32° A3+Visor 86,750 100 950 33.5 0.173 LM1.OR.100A3V.K5790.T50151 62.5° H=35°, V=32° A3+Visor 75,700 80 768 33.5 0.173 LM1.OR.080A3V.K5790.T50128 62.5° H=35°, V=32° A3+Visor 64,200 64 615 33.5 0.173 LM1.OR.064A3V.K5790.T50147 50° H=42°, V=39° A4 89,550 100 950 33.5 0.173 LM1.OR.100.A4.K5790.T50128 50° H=42°, V=39° A4 78,200 80 768 33.5 0.173 LM1.OR.080.A4.K5790.T50109 50° H=42°, V=39° A4 66,550 64 615 33.5 0.173 LM1.OR.064.A4.K5790.T50143 60° H=42°, V=39° A4+Visor 89,150 100 950 33.5 0.173 LM1.OR.100A4V.K5790.T50125 60° H=42°, V=39° A4+Visor 77,850 80 768 33.5 0.173 LM1.OR.080A4V.K5790.T50106 60° H=42°, V=39° A4+Visor 66,300 64 615 33.5 0.173 LM1.OR.064A4V.K5790.T5098 50° H=63°, V=34° A5 80,700 100 950 33.5 0.173 LM1.OR.100.A5.K5790.T5089 50° H=63°, V=34° A5 73,250 80 768 33.5 0.173 LM1.OR.080.A5.K5790.T5074 50° H=63°, V=34° A5 60,450 64 615 33.5 0.173 LM1.OR.064.A5.K5790.T5099 60° H=63°, V=34° A5+Visor 78,000 100 950 33.5 0.173 LM1.OR.100A5V.K5790.T5090 60° H=63°, V=34° A5+Visor 70,800 80 768 33.5 0.173 LM1.OR.080A5V.K5790.T5074 60° H=63°, V=34° A5+Visor 58,400 64 615 33.5 0.173 LM1.OR.064A5V.K5790.T50

LEDMASTER 134

LM1-

SG v

1.0.

0-24

MAY

2019

VERSALUX LIGHTING SYSTEMS PTY LTD

VIC. SALES & HEAD OFFICE28 Edgerton Road [PO Box 443]Mitcham, VIC 3132Tel: (03) 8878 2000Fax: (03) 8878 2099

N.S.W. & A.C.T SALESSuite 3, 333 Pacific HighwayNorth Sydney, NSW 2060Tel: (02) 9922 8900Fax: (02) 9922 8999

QLD SALESLevel 1 Reception Suite 6.08,433 Logan RoadStones Corner, QLD 4120Tel: (07) 3394 5000Fax: (07) 3394 5099

S.A. & N.T SALESUnit 2/780 South RoadGlandore, SA, 5037Tel: (08) 8292 1100Fax: (08) 8292 1199

N.Z SALESUnit 3C, Henry Rose PlaceAlbany, Auckland, 0632Tel: 09 447 3985

W.A DISTRIBUTORH.I. LIGHTING111 BroadwayBassendean, WA 6054Tel: (08) 9377 1322Fax: (08) 9377 [email protected]

TAS DISTRIBUTORELECTRICAL AGENCIES4 Linear CourtMoonah, TAS 7009Tel: (03) 6273 1855Fax: (03) 6273 [email protected]

[email protected]@versalux.co.nz [email protected]

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