NEW IMAGE REQUIRED - LIGHTING

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Ingress Protection Rating Degrees of protection provided against the intrusion of solid objects, dust and water. Refer to page 166.
IP
Impact Rating Degrees of protection by enclosures for electrical equipment against external mechanical impact. Refer to page 166.
IK
PWM Dimmable Dimming via Pulse Width Modulation is an available feature of this luminaire.PWM DIM
d5 Dimmable Driver The luminaire can be dimmed via external 0-10 V or PWM signal, or via inbuilt programmable dimming. Refer to page 12.
CE Mark This mark indicates compliance with IEC luminaire standards, as well as applicable European Union Directives.
HumanTouch™ This technology limits glass surface temperatures to safe levels, as well as controlling internal temperatures. Refer to page 17.
easyglow tmhumantouchtm opticlear tm p wersync tmgripglass tm electropolish+ tmmicroantileachtm cooldrivetmpure pticstm
GripGlass™ Textured treatment of OptiClear™ glass for inground luminaires to minimize the risk of slipping. Refer to page 18.
OptiClear™ A glass lens with very high optical purity and high load strength. easyglow tmhumantouchtm opticlear tm p wersync tmgripglass tm electropolish+ tmmicroantileachtm cooldrivetmpure pticstm
MicroAntiLeach™ Proprietary sealing process eliminating moisture ingress through the cable entry. Refer to page 15.
PureOptics™ Advanced dichroic glass reflectors which provide maximum efficiency over a long service life. Refer to page 16.
ElectroPolishPlus™ Proprietary surface treatment for stainless steel luminaires, enhancing corrosion resistance. Refer to page 14.
PowerSync™ High speed digital communication technology, allowing addressing and granular control of every luminaire, using only four cable cores. Supports 0-10V, DMX/RDM and phase control with flicker-free dimming to 0.1%. Refer to page 20.
CoolDrive™ Temperature control technology actively manages light engine and driver temperatures within safe limits, no matter the conditions. Refer to page 19.
EasyGlow™ A visual comfort technology, reducing the contrast ratio between the lit and unlit surfaces of the luminaire, dramatically reducing the perception of glare. Refer to page 19.
Contents Inground Page
Power Supplies for Submersible & Swimming Pool-rated LED Luminaires 154
Remote, Constant-Current Drivers for LED Luminaires 154
Driver & Controls Specifications 156
Control Related Equipment 157
Front End Controls 158
Wiring Color Designations 164
LUMASCAPE lighting the Sydney Opera House
Sydney Opera House images are used with permission of the Sydney Opera House Trust. Credit: Paul Najor.
ABOUT LUMASCAPE Lumascape transforms outdoor architectural spaces with precision engineered lighting solutions that are proven to perform.
For more than two decades, customers have come to rely on Lumascape’s high-quality, innovative luminaires to solve their toughest lighting challenges. Our company was founded in Australia in 1991 in response to a need for exceptionally durable, reliable landscape, underwater and inground lighting that performs in extreme conditions, from coastal to desert environments.
Today, we have grown to become an industry leader that currently exports products to more than 40 countries. Across four continents, our dedicated global network of agents and distributors are specialists in addressing the unique customer and business needs in their respective markets.
Light that Transforms Spaces: Our Philosophy Our company was built on a belief in the boundless power of illumination. We recognize that light not only transforms a space; it transforms the individuals, communities, cities and cultures who move through that space. At Lumascape, we have a deep respect for the emotions and actions that light can elicit in the built environment.
Our team is passionate about helping our customers harness the power of light with reliable luminaires that will transform spaces. It is why we are relentless in upholding the highest standards for our production quality, customer service, training and technical support.
We have demonstrated our industry leadership through countless projects that showcase the transformative effect that our products have on the built environment. These success stories from around the world reinforce why customers trust us as a knowledgeable and collaborative partner for their most important projects.
Proven to Perform: Our Products We are a leader in engineering and manufacturing of LED lighting systems and luminaires that are known for high-quality housings and exceptional performance. All of our lighting products are designed, developed and manufactured to suit the specific environmental and regulatory requirements in the countries in which they are sold and installed.
We design all our products around four basic tenets: Anticipation of customer needs, reliability, durability and the application of advanced, yet proven technology. Our team of experts combine sophisticated design, advanced technologies, quality materials and rigorous testing to manufacture a comprehensive range of lighting systems that consistently exceed performance expectations.
Committed to Innovation: Our Processes Lumascape invests a significant amount of its revenue each year into the research and development of new, innovative LED lighting technologies and luminaires. We have created the largest and most sophisticated lighting laboratory in Australia, and our new state of the art manufacturing facility has just been built from ground up to accommodate the latest industry advancements.
Our high standards result in exceptional manufactured quality that withstands rigorous in-line and post- build testing. All our products are endorsed by third-party testing and meet or exceed industry testing standards for energy conservation and lighting performance standards. Without compromising quality, we design lighting systems, controls, hardware and software that are highly sophisticated, yet easy for customers to specify, install and maintain.
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0-10 V Control (V)
d5 Dimming vs Lumen Output d5 Dimming vs Power Consumption
Lumascape d5 series LED drivers offer exceptional control and protection for the LEDs they power and form a core part of Lumascape LED engineering philosophy. At the heart of this philosophy are the concepts of simplicity and durability: Ease of installation and connection and a long, trouble free life. The d5 LED driver goes beyond simplicity and durability to also deliver exceptional control and LED protection features.
Being so compact, the d5 driver fits inside any luminaire. It provides protection to the LEDs by sensing operating temperatures on the LED board and in the driver itself, shutting down the power to the LEDs if a high temperature condition is detected and auto-restarting when it is safe to do so. The d5 driver series also has the ability to dim via analog (0-10 V) and digital signals (PWM). The brightness of a luminaire containing a d5 driver can also be set without any external controls. The brightness can be set in 10% increments simply by switching the luminaire on/off in a pre-defined pattern. There is no need to open the luminaire or set DIP switches. All luminaires containing a d5 driver on the same circuit can be programmed at once. Alternatively, the factory can pre-program the brightness.
Regardless of the method, the LEDs are dimmed on a 14- bit PWM resolution providing exceptional control and the capability to dim to 2% with no color shift or flicker.
The inclusion of d5 driver technology also means the luminaire may qualify for the Lumascape 3-year LED and driver warranty. For complete details, refer to www.lumascape.com.
d5 Integral Low Voltage Driver
0-10 V dimmable
Program brightness without controls
AVAILABLE THROUGHOUT THE RANGE OF LOW VOLTAGE LED LUMINAIRES.
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Copper alloy, or 'brass', is a material used in the manufacture of several Lumascape luminaires.
Like copper, brass has great thermal performance but is structurally stronger. Lumascape prefers the use of brass over bronze due to its superior thermal conductivity.
Lumascape luminaires made from brass are also highly corrosion resistant, making them suitable for use in most outdoor applications.
Lumascape’s corrosion resistant, marine grade aluminum luminaires are firstly acid etched to remove surface contaminants to ensure maximum coating adhesion. The etched luminaires then undergo a chromate conversion process to alter the surface structure of the aluminum and provide a keyed surface to further enhance the powder coating adhesion. Most of Lumascape’s range of cast aluminum luminaires are given an epoxy undercoat which is a sealing waterproof layer providing high corrosion resistance.
Lumascape’s powder coat is an architectural grade formula, selected specifically for its durability in harsh, coastal environments.
1. Castings are inspected and mechanically dressed to remove any surface inclusions.
2. Vibratory finish to round edges for better paint coverage at the corners and to remove potential corrosion “lead ins”.
3. Acid etching removes dirt, dust and oil while providing additional surface keying.
4. Rinse using dual tank de-ionised water to ensure all etch chemical is removed.
5. Pre-treatment of the metal using a chrome-free conversion coating provides additional corrosion resistance and powder coat adhesion.
6. Rinse using de-ionised water.
7. Controlled oven dry ensures proper retention of the conversion coating and ensures parts are fully dry prior to application of powder.
8. Epoxy undercoat, approx. 40 microns (1.5 mil) thick with controlled cure to ensure good top coat bond. Epoxy provides an excellent, non-hygroscopic barrier.
9. Polyester top coat, approx. 40 microns (1.5 mil) thick to provide good UV protection.
The combination provides approx. 80 microns (3 mil) of paint thickness overall. Parts are not handled at any time during the finishing process. All handling equipment is 316 Stainless Steel to avoid any possible contamination.
9 STEP POWDER COATING PROCESS
COPPER ALLOY
Nickel (passive)
Silver solder
Silicon bronze
Step 3: Passivation
This final stage in the process reforms a layer of Cr2O3 of even thickness over the surface, for maximum corrosion resistance.
Step 2: Polishing
This process smooths the surface, so chlorides and other active particles cannot become lodged on the surface.
Step 1: Pickling
Machining
Machining stainless steel disrupts the natural Chromium Oxide (Cr2O3) layer that gives Stainless Steel its superior corrosion resistance.
After machining, some carbide deposits and other impurities are left over.
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MOST REACTIVE
LEAST REACTIVE STAINLESS STEEL SS316
Lumascape uses 316 Stainless Steel in many luminaires for its excellent corrosion resistance in harsh environments.
316 Stainless Steel is commonly referred to as ‘Marine Grade’ for its excellent resistance to crevice corrosion and pitting in chloride environments (i.e. coastal/ marine areas).
The Galvanic Corrosion Series (displayed to the left) grades the reactiveness of various common metals. After precious metals, 316 Grade Stainless Steel is the next best option.
The use of 316 Marine Grade Stainless Steel and other high grade materials by Lumascape is why we offer a 10 year structural warranty on our Stainless Steel inground luminaires, and 5 years on underwater luminaires.
At Lumascape, we use a 3-stage finishing process on most Stainless Steel luminaires. It's called ElectroPolishPlus™ and it ensures your stainless stays ‘stainless’ for a long time.
The following describes the process of ElectroPolishPlus™.
The Importance of Material Selection
electropolish+ tm
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Inground
A common point for moisture ingress in inground luminaires is through the cable entry: The same pressures that effect the lid seal also effect the cable entry point.
This is the reason why every Lumascape inground features MicroAntiLeach™ a factory installed, 100% watertight cable entry that blocks moisture from entering into the luminaire. Even if water gets into the stranded copper, there is no way to get through into the housing.
Why is IP68 for ingrounds important?
Stranded cable is treated to prevent air and moisture from passing through the cable itself.
Resin filled to prevent air and moisture from passing through the cable insulation layers.
IP68 MicroAntiLeach™ cable entry
Water ingress is the most common complaint with inground luminaires. With water ingress comes internal corrosion, unsightly droplets under the glass and eventual electrical failure. Even IP67 luminaires, which are claimed to be suitable for exterior use have frequent water ingress problems.
During the normal operation of an inground luminaire, internal air pressure can reach up to 6 psi. Air will escape through any available air-path.
When the luminaire cools down after switch off, a vacuum is created inside the luminaire, which will draw in any moisture in the environment (water, humidity) back through the air-path. This is the start of moisture accumulation inside the luminaire. Only an IP68 rating can prevent this from occurring.
1 0 0 % S E A L E D , F A C T O R Y I N S T A L L E D C A B L E E N T R I E S
A common oversight is that normal use of inground luminaires can include periods of temporary submersion (heavy rains, low lying areas, irrigation, snow melt, etc). The diagrams (right) show how water can enter an inground luminaire that is not IP68.
IP67 testing does not require the luminaire to be energized, so there is no heating and cooling effect on the air pressure inside the luminaire. IP68 testing does require this type of cyclic pressure testing, making it a more "real world" test.
This is why all Lumascape inground luminaires are IP68. We ensure that even during submersion, no water can enter. In fact, our LS343 is independently certified to a depth of 10 m (33'), well beyond common use, ensuring trouble-free operation over the life of the luminaire.
However, IP68 is not just about the lid seal, it is also about the cable entry. That is why we invented the MicroAntiLeach™ cable entry seal.
Please read on below for more information on Lumascape's MicroAntiLeach™ technology.
microantileachtm
microantileachtm
This unique, compact design has a high pressure resistance, enduring a 20 psi pressure test before it can be used in a Lumascape luminaire. This is one of many critical engineering considerations Lumascape builds into every inground luminaire, ensuring a long service life.
Whilst MicroAntiLeach™ was developed for inground luminaires, this feature can also be found on underwater and other selected luminaires. Specify with confidence, knowing your project is protected from the inside out with Lumascape MicroAntiLeach™. Look for the MicroAntiLeach™ logo on the catalogue page.
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PureOptics™ Reflectors
Lumascape’s advanced PureOptics™ reflectors are engineered to provide maximum efficiency and performance over a long service life.
Precise and Efficient
At the heart of the PureOptics™ system is a series of advanced glass reflectors which are treated with a multi-layered dichroic coating to provide exceptional reflectivity for the wavelengths within the visible spectrum. Internationally accredited NATA test laboratories confirm that the PureOptics™ reflectors achieve up to 15% more light output than leading aluminum reflectors.
Accurate and Functional
The PureOptics™ elliptical reflectors are designed to provide precise beam control. The reflectors project a convergent beam, dramatically reducing the cut-off experienced with parabolic reflectors when tilted. This combined with the accuracy of Lumascape’s direct drive tilting gimbal assembly enables accurate beam control.
Compatible with HumanTouch™
The coating on the PureOptics™ reflectors has been optimized for each specified lamp. Visible light reflects off the reflector surface while infrared rays pass back through the reflector thereby reducing the surface temperature of the glass. This 'cold mirror' effect maximizes the reflected light whilst ensuring that HumanTouch™ temperatures can be achieved on the luminaire glass surface. Through careful design, sensitive internal component temperatures are maintained well below critical maximum operating limits.
Built to Last
The reflective surface of each reflector is protected by a clear and ultra tough titanium layer to provide many years of service without degradation of the reflective coating.
Deeper Wall Wash
One of the advantages of the PureOptics™ reflectors is most easily demonstrated when used in wall washing applications.
When using an elliptical reflector design, combined with the LS688 wall wash lens accessory and utilising a 20° reflector tilt, the light can be projected virtually to ground level without significant scalloping.
Standard parabolic reflector
pure pticstm
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The HumanTouch™ system not only guarantees the optimal performance of Lumascape luminaires, it also reduces external glass temperatures to human friendly levels for public spaces where safety is the priority.
HumanTouch™ ensures the temperature of all the internal components are actively maintained well below their maximum safe operating temperatures. Should abnormal environmental circumstances threaten to overheat the luminaire, our dual protection system simply turns the luminaire off.
HumanTouch™ is yet another innovative concept designed to increase the functionality of your Lumascape luminaire. Look for the above logo on the Lumascape products that contain the advanced HumanTouch™ technology.
Infra red (heat)
This diagram demonstrates the concept of HumanTouch™ in inground luminaires equipped with PureOptics™ reflector.
Glass Temperatures For Surface Mounted Luminaires
HumanTouch™ temperatures for surface mounted luminaires are measured in a controlled laboratory environment at an ambient temperature of 77 ºF (25 ºC), in still air and mounted to a highly insular surface. The inclusion of any other accessory may vary surface temperatures from those listed. Consult factory for details.
Glass Temperatures For Inground Luminaires - Quick Reference
HumanTouch™ glass temperatures for inground luminaires are measured in a controlled laboratory environment at an ambient temperature of 77 ºF (25 ºC), in still air and installed in a highly insular substrate. The inclusion of any other accessory may vary glass temperatures from those listed. Consult factory for details.
All Lumascape LED products are HumanTouch™ compliant.
Luminaire Lamp Ballast / Transformer Location
Optical System Wattage
Glass Temperature HumanTouch™ Accessory RequiredDescription Reflector
LS343 MH T6 (G12) Integral Adjustable PureOptics™ 35 W ≤141 °F (≤61 °C) Yes
70 W ≤149 °F (≤65 °C) Yes
Aluminum 35 W ≤149 °F (≤65 °C) Yes
70 W ≤149 °F (≤65 °C) Yes
LS393 MR16 (GU5.3) Remote Adjustable -- 35 W IRC ≤149 °F (≤65 °C) Yes
LS793 MR11 / MR16 (GU5.3) Remote Fixed -- 20 W ≤149 °F (≤65 °C) No
humantouchtm
humantouchtm
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Slip Resistance in Public Areas Lumascape’s GripGlass™ pattern is specifically designed to maximize effective contact area achieved between an average pedestrian footprint and the slip resistant GripGlass™ treated area, while minimizing the impact on luminaire output and performance.
Independent laboratories using German standard DIN S1130, have determined the GripGlass™ treated surface area achieves an R11 (or greater) performance rating, using the Oil Wet Ramp Test. This R11 rating relates to the surface area effected with the GripGlass™ treatment only (see diagram), and is not applicable to the entire fixture including untreated glass area and surrounding stainless steel or brass cover.
A brief explanation of this test is as follows.
OIL-WET RAMP TEST METHOD
Two test persons, wearing standard test shoes, are used to determine the angle of inclination at which safe walking no longer occurs, after the pedestrian surface material being tested is coated with engine lubricating oil. The angles of inclination obtained are used to assess the friction characteristics of the test surface.
Rating Angle (degrees) R9 ≥6 <10 R10 ≥10 <19 R11 ≥19 <27 R12 ≥27 <35 R13 ≥35
SLIP RESISTANCE RATINGS OF TYPICAL PEDESTRIAN SURFACE
Description Rating External colonnade, walkways and pedestrian crossings R10 Entry foyers hotel, office, public buildings – wet R10 Entry foyers hotel, office, public buildings – dry R9 Shopping center excluding food court R9 Shopping center – food court R10 Hospitals and aged care facilities – dry areas R9 Hospitals and aged care facilities – ensuites R10 Undercover concourse areas of sports stadium R10
Indicative GripGlass™ pattern
LS343 recessed cover with GripGlass™ depicted
The above information is for reference only. Ratings only refer to the treated area.
gripglass tm
Visual Comfort Technology
Effective thermal management of LEDs is essential when designing and developing LED systems. To prolong their lifetime and improve performance, LEDs must have acceptable temperatures under all drive and operating conditions. Inadequate thermal management leads to color shift and faster lumen depreciation of the LED, and reduced operating life of the driver.
Heatsinking is often not enough to control temperatures. Active thermal management methods have been developed by Lumascape engineers to ensure a long service life with consistent system performance. Among recent advancements in system design is Lumascape’s CoolDriveTM technology. CoolDriveTM provides 2-stage
thermal sensing for both light engine and driver. Any over-temperature condition will override the dimming signal to maintain temperatures at safe levels whilst staying lit. CoolDriveTM technology enhances safety and luminaire longevity.
The luminaire is designed to operate at temperatures up to 50°C (ambient) before CoolDriveTM will engage the thermal management override.
Rapid technological advancements and impressive energy savings from LED light sources have dramatically increased the rate of LED adoption across the globe. And, as quickly as LED implementation has grown, so too have the complaints of glare caused by LEDs, especially in outdoor spaces.
As a manufacturer, it is not enough to produce luminaires that have the greatest efficacy, achieving higher lumens per watt. A more holistic approach is required as we once again focus on lighting quality with better optical design and precision engineering.
We know that the primary source of glare is caused by the high contrast ratio between the LED lens and the surrounding surface area. This understanding led us to develop an advanced visual comfort technology called EasyGlowTM, that reduces contrast while still achieving maximum light output.
A patented frosted array surrounds the LED lenses and creates a luminous plane by capturing the small amount of escaping light to create a backlit effect and thereby reduces the contrast between the light source and the surrounding surface area. By reducing the contrast ratio, the perception of glare is dramatically reduced.
The combination of powerful digital light, premium optics and excellent glare control delivers best-in class performance. By helping to mitigate glare, EasyGlowTM improves visual comfort and visibility, making outdoor spaces safer and more inviting.
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LS6540 Data Injector transmits data via a single cable core Supports a wide and growing variety of industry standard protocols
Available for LS3080 LS3082 LS3084 More PowerSyncTM enabled luminaires available in our 2016 New Products Catalogue
Lumascape PowerSyncTM technology combines the convenience of standard wiring methods with the power of high speed, digital dimming. PowerSyncTM translates control signal data into a digital format that can be transmitted over standard copper wire allowing highly granular addressing and control of every luminaire, using only 4 wires. The LS6540 PowerSyncTM Data Injector accepts a growing list of standard protocols (0-10V, DMX/RDM), for simple integration with new and existing control systems.
WHAT IS POWERSYNCTM TECHNOLOGY
POWER & DATA ALL IN ONE CABLE
With the use of PowerSyncTM the deployment of complicated lighting control infrastructure becomes a thing of the past. A single 4-core cable attached to the luminaire is all that is needed, the PowerSyncTM Data Injector on the circuit does the rest. The luminaires run on a standard line voltage circuit (120-277 V), allowing maximum run lengths with minimal voltage drop. A fourth core in the luminaire cable carries the PowerSyncTM signal.
Using PowerSyncTM technology, each luminaire can be accessed remotely, and addressed individually for DMX/RDM control. Group control using standard protocols like 0-10V and phase dimming is also supported. PowerSyncTM provides a transparent link between an increasing number of standard protocols and the luminaire. Up to 45 PowerSyncTM enabled units can be supported from a single Data Injector with a maximum branch circuit length of 492 ft (150 m).
When it comes to installation and maintenance, PowerSyncTM offers significant cost savings over other technologies:
No separate control infrastructure; 4-core PowerSyncTM cable is all that is needed
Up to 45 luminaires across a 150m circuit with minimal voltage drop considerations.
Easy integration into existing systems through the use of standard protocols
Universal Power Input (120-277 V) allows deployment anywhere in the world
Total luminaire control increases luminaire efficacy and reduces power consumption
Smart luminaire management leads to better product reliability and longer service life
LS6540 POWERSYNCTM DATA INJECTOR Converts standard protocols like 0-10V, DMX/RDM into PowerSyncTM data for total luminaire control via a single copper wire. Full control without the cable mess.
Photometry Index Page LS3080 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 LS853LED. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 LS363LED. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 LS393LED. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60 LS793LED. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 LS9403LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76 LS9401LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 76
Luminaire Index Page LS3080 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 LS6540 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 LS343 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 LS853LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 LS363LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49 LS393LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 LS393 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 LS793LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 LS793 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69 LS563LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 LS553LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 LS9403LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74 LS9401LED . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75
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IngroundLS3080
Specifications
Source 30 W LED 2 700 K 3 000 K 3 500 K 4 000 K
5 000 K Red Green Blue
RGB RGBA RGBW
Lumen Maintenance (L70)
Control Options via PowerSyncTM
DMX / RDM Artnet PWM(1)
0-10V (sink or source)(1)
For other protocols contact factory
(1) Not available for Color Changing (2) Not available for Tunable White
IP Rating IP68
Installation Types Pre-Installation Blockout Concrete pour, drive-over & general use applications
Pre-Installation Collar Decks & grates
Direct Burial Landscapes, planters & special applications (consult factory)
Drive-over With OptiClear™ lens and pre-installation blockout (LS640-K)
Static Load Rating 9 259 lb (4 200 kg) with OptiClear™ lens and pre-installation blockout (Load applied to center of glass across a 2" (50 mm) dia. area)
Impact Rating IK10 with OptiClear™ lens
Standard Inclusions Teflon coated cover screws MicroAntiLeach™ cable entry
Ambient Operating Temperature
-4°F to 122°F (-20°C to 50°C)
Photometrics Refer to page 28 or www.lumascape.com
Glass Temperature ≤149 °F (≤65 °C) HumanTouch™ compliant
Any luminaire can become hot - take care with appropriate use and placement
IK10IP68
This luminaire takes performance and control technology to a new level, whilst leveraging the industry leading reliability of the Lumascape inground platform. The dimmable, single colour luminaire can be controlled via Lumascape’s innovative PowerSyncTM technology which allows for highly granular DMX/RDM control via a growing list of standard industry protocols and allows 2000 Hz flicker free dimming to 0.1%. Using PowerSyncTM, power and data run in the same, single luminaire cable making installation clean and simple. In addition this luminaire incorporates industry leading EasyGlowTM visual comfort technology, which dramatically reduces the perception of glare. Furthermore, CoolDriveTM active thermal management engages as internal temperatures increase to keep light output consistent, and only under extreme conditions will the luminaire take control and dim the output gradually and smoothly. These technological advancements ensure the best in class performance of the LS3080 continues throughout its working life.
Refer to Symbol Index on page 5 for explanation
Why Use LS640-K-87/97 Pre-Installation Blockout?
The LS640-K-97 acts as the ‘rough in section’ or ‘pre installation blockout’, and can be ordered ahead to suit the site construction schedule. LS640-K-97 is supplied complete with a blockout cover, junction box (3-way, 20 mm PVC) and IP68 connector assembly, allowing the installer to complete all hard-wiring before the luminaire arrives on site, and ensures the luminaire is not damaged during site works. The IP68 connector enables tool-free connection of the luminaire. The junction box remains accessible after installation.
Note: The ‘97’ version is for dimming options, and the ‘87’ version is for non-dimming options.
Why Use LS640-K-84 Pre-Installation Blockout?
TThe LS640-K-84 is an alternate installation type for configurations not supported by the IP68 connector, or for wiring conditions not compatible with the junction box. LS640-K-84 requires the luminaire to be fitted with ‘type 84’ connection type. This option is 100% hard-wired, and may require the placement of a junction box or other approved wiring method (by others) within reach of the factory-sealed cable entry. All aspects of the luminaire itself are still field serviceable. Note: This option does not support dimming.
IP68 Connector for LS640-K-87/97 Pre-Installation Blockout
IP68 Connector & Junction Box The luminaire is fitted with an IP68 connector, which attaches directly to the cable supplied with LS640-K-97, without the use of any tools. The cable is 1 m in length, and is factory assembled with a 3-way junction box – Remains field serviceable after installation.
Lens Options
OptiClear™ Glass Glass of very high optical purity and load strength. Suitable for walk-over and drive- over applications.
GripGlass™ OptiClear™ glass with slip reduction glazing process. Suitable for walk-over and drive- over applications.
Connection Type '84' for LS640-K-84 Pre-Installation Blockout
MicroAntiLeachTM Cable For connection to the branch circuit via junction box (by others) or other approved method. 2 m length. For other length options, consult factory.
Connection Type '84' for LS640-2 Pre-Installation Collar
Pre-Install & Luminaire
Flush Cover Options
Flush covers for pre-installation use special seals and support bushes to ensure static loads up to 9 259 lb (4 200 kg) are properly supported. In order to achieve this drive-over rating, OptiClear™ or GripGlass™ must be used.
Pre-Installation Blockout Round Flush Cover
SS316: Polished SS316: Brushed
Pre-Installation 17.7" (450 mm)
OPTICAL SYSTEM Description Beam Code
Adjustable Very Narrow 6º VN(1)
Narrow 10º NR Narrow Medium 15º NM Medium 30º ME Wide 45º WD Narrow Horizontal 40º x 9º NH(2)
Narrow Vertical 9º x 40º NV(2)
Wide Horizontal 60º x 20º WH(2)
Wide Vertical 20º x 60º WV(2)
Adjustable Very Narrow 6º VN Narrow 10º NR Narrow Medium 15º NM Medium 30º ME Wide 45º WD Narrow Horizontal 40º x 9º NH(2)
(1) Not available with colored LEDs. (2) Refer to beam orientation diagram below.
LS3080 Pre-Installation Blockout
Round Flush Cover
MicroAntiLeachTM Cable 84(3)
(1) Required for dimming applications. LS640-K-97-01 required - order separately (2) Non-dimming applications only. LS640-K-87-01 required - order separately (3) LS640-K-84 or LS640-2 collar required - order separately. For all applications requiring LS640-2 collar, consult factory.
LENS Description Code
GripGlass™ OptiClear™ with slip reduction glazing process
G(1)
Bottom Q
LS3080 30W
Type Housing Depth
3000 K, 80 CRI 830(1)
3500 K, 80 CRI 835(1)
4000 K, 80 CRI 840(1)
5000 K, 70 CRI 750(1)
Red RED(1)
Green GRN(1)
Blue BLU(1)
LUMINAIRE INPUT VOLTAGE Description Code
110-240 V, 50/60 Hz 01 Other voltage options available - consult factory
CONTROL Description Code
Optical System
01Q24
LED Control System Reference LED Control System Index on page 159.
Diagram Page Color 2 160 Single 1 160 RGB|RGBA|RGBW 2 160 Tunable White
Beam Orientation for the "NV" and "WV" optical system
Beam Orientation for the "NH" and "WH" optical system
Beam Orientations
Adjustable Narrow 8º NR Narrow Medium 15º NM Medium 30º ME Wide 40º WD Narrow Horizontal 40º x 9º NH(2)
RGBx Code
(1) Requires Control Code 'PS' for dimming applications.
(2) Requires Control Code 'PS'.
25
Inground
Why Use Direct Burial?
Direct burial installation is ideal for landscaping areas or for special applications where depth is restricted. This type of installation also allows for maximum heat dissipation. The 316 grade Stainless Steel construction of the luminaire performs flawlessly in alkaline and acidic soil types, and is also rated for use in concrete pour applications. Note: This installation type has no option for a pre-installation blockout.
Lumascape ships the luminaire complete with either 2 m flexible cable or 0.6 m armored cable and 3-way, 20 mm PVC junction box. Both options include the MicroAntiLeachTM cable entry seal. These options provide the installer with greater flexibility to determine the nature of the electrical connections. These options are 100% hard-wired. Internal luminaire components remain field serviceable. Note: PowerSyncTM Dimming and control options are not supported for direct burial installations – refer Pre Installation Blockout configurations only.
Recessed Cover Options
Use recessed cover for installation in soil, grass, pavers and other uneven surfaces where no cover overhang is desired.
Round Flush Cover Options
Use flush covers for installation in fine finished surfaces such as granite and marble. They can also be used in some suspended applications. The flush cover will conceal gaps between the luminaire and the surrounding surface.
LS3080 Direct Burial
0.6” (15 mm)
Ø9.4” (240 mm)
Recessed Cover n SS316: Polished n SS316: Brushed
Ø7.0” (178 mm)
Armoured Cable & Junction Box
The luminaire is factory-fitted with a 0.6 m armoured cable. Ensure terminations can be made within this length.
For other length options, consult factory.
Connection type '84' for 'Direct Burial' housing
MicroAntiLeachTM Cable
For connections to the branch circuit via junction box (by others) or other approved method. 2 m length. For other length options, consult factory.
Lens Options
26
Inground
LS3080 Direct Burial
Recessed Cover
Stainless steel
HOUSING DEPTH Description Code
G
Side N Bottom Q
Type Housing Depth
Adjustable Very Narrow 6º VN(1)
Narrow 10º NR Narrow Medium 15º NM Medium 30º ME Wide 45º WD Narrow Horizontal 40º x 9º NH(2)
(1) Not available with colored LEDs. (2) Refer to beam orientation diagram below.
SOURCE Description Color Temp, CRI Code
LED 2700 K, 80 CRI 827 3000 K, 80 CRI 830 3500 K, 80 CRI 835 4000 K, 80 CRI 840 5000 K, 70 CRI 750 Red RED Green GRN Blue BLU
Beam Orientations
2 25275 0.2 m
5 4044 0.5 m
10 1011 1.0 m
12 702 1.3 m
15 449 1.6 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 101098 101098 101098 101098 101098 101098 101098 101098 101098 101098
10° 5142 5446 5733 6076 6294 6227 5976 5580 5258 4926
20° 407 444 500 624 749 702 557 467 442 424
30° 86 92 97 101 100 96 90 85 85 90
40° 43 44 44 44 44 42 41 41 41 43
50° 20 20 20 20 20 20 19 19 19 19
60° 6 6 6 6 6 6 6 6 6 6
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
101098
75824
50549
2 17400 0.3 m
5 2784 0.9 m
10 696 1.7 m
12 483 2.1 m
15 309 2.6 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 69598 69598 69598 69598 69598 69598 69598 69598 69598 69598
10° 5571 5733 5837 5911 5994 6051 6139 6033 6000 5913
20° 756 756 794 864 976 1079 1134 1107 1026 974
30° 114 114 115 120 127 136 137 132 127 127
40° 56 56 55 53 51 49 49 49 49 50
50° 26 26 25 24 24 23 22 22 22 22
60° 7 7 7 6 6 6 6 5 5 6
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
69598
52198
34799
17399
2 6331 0.6 m
5 1013 1.4 m
10 253 2.8 m
12 176 3.4 m
15 113 4.2 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 25323 25323 25323 25323 25323 25323 25323 25323 25323 25323
10° 8510 8330 8237 8190 8188 8211 8259 8287 8351 8555
20° 1324 1308 1320 1355 1399 1438 1453 1448 1437 1438
30° 293 290 294 303 310 314 313 308 302 303
40° 108 107 106 106 106 108 109 108 108 108
50° 47 47 47 46 46 46 46 47 47 48
60° 13 14 13 13 13 13 14 14 14 15
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
25323
18992
12661
6331
2 3033 1.0 m
5 485 2.4 m
10 121 4.8 m
12 84 5.8 m
15 54 7.2 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 12120 12120 12120 12120 12120 12120 12120 12120 12120 12120
10° 8399 8367 8361 8329 8319 8284 8239 8185 8159 8294
20° 2249 2078 2004 2053 2150 2271 2270 2132 2028 2071
30° 348 339 344 350 358 373 373 358 352 366
40° 104 103 103 105 109 111 110 106 105 106
50° 42 42 42 42 43 42 43 43 43 43
60° 12 12 11 11 11 12 12 12 12 12
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
12120
9090
6060
3030
2 1157 1.7 m
5 185 4.1 m
10 46 8.3 m
12 32 9.9 m
15 21 12.4 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 4232 4232 4232 4232 4232 4232 4232 4232 4232 4232
10° 3890 3880 3893 3920 3951 3984 4014 4038 4062 4100
20° 2754 2756 2788 2854 2909 2901 2852 2810 2790 2790
30° 962 972 997 1037 1068 1052 1006 955 921 910
40° 253 254 256 260 265 266 262 254 252 249
50° 88 89 89 89 90 89 89 91 91 90
60° 25 25 24 24 25 25 26 26 26 27
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
4621
3466
2311
1155
30º
40º
50º
60º
70º
80º
90º
C-0º
25275
Photometrics Photometric data is based on test results from a NIST traceable testing lab. IES data is available at www.lumascape.com. Note: No depreciation factor is applied to the data shown.
Illuminance at a DistancePolar Candela Distribution
IK10IP68
This luminaire takes performance and control technology to a new level, whilst leveraging the industry leading reliability of the Lumascape inground platform. This luminaire is available in three configurations (RGB, RGBA and RGBW) and can be controlled via Lumascape’s innovative PowerSync™ technology which allows for highly granular DMX/RDM control via a growing list of standard industry protocols and allows 2000 Hz flicker free dimming to 0.1%. Using PowerSync™, power and data run in the same, single luminaire cable making installation clean and simple. In addition this luminaire incorporates industry leading EasyGlow™ visual comfort technology, which dramatically reduces the perception of glare. Furthermore, CoolDrive™ active thermal management engages as internal temperatures increase to keep light output consistent, and only under extreme conditions will the luminaire take control and dim the output gradually and smoothly. These technological advancements ensure the best in class performance of the LS3082 continues throughout its working life.
OPTIONAL
Specifications
DMX / RDM Wireless DMX (CRMX) For other protocols contact factory
IP Rating IP68
-4°F to 122°F (-20°C to 50°C)
Photometrics Refer to www.lumascape.com
Please refer to LS3080 on pages 23-28
Lens Options
Flush Cover Options
30
Inground
(1) LS640-K-97-01 required - order separately (2) LS640-K-84 or LS640-2 collar required - order separately. For all applications requiring LS640-2 collar, consult factory.
(1) Refer to beam orientation diagram below.
17.7" (450 mm) 24
Round Flush Cover
G(1)
Bottom Q
LS3082 30W
Type Housing Depth
LED RGB RGB RGBA 4CA RGBW 4CW
Optical System
97 PS01Q24
Diagram Page Color 1 160 RGB|RGBA|RGBW
Beam Orientations
31
32
Specifications
Source 30 W LED Tunable White (2 700 - 6 500 K)
DMX / RDM Wireless DMX (CRMX) For other protocols contact factory
IP Rating IP68
-4°F to 122°F (-20°C to 50°C)
IK10IP68
This luminaire takes performance and control technology to a new level, whilst leveraging the industry leading reliability of the Lumascape inground platform. The luminaire has a color temperature range from 2700 - 6500 K and can be controlled via Lumascape’s innovative PowerSync™ technology. The technology allows for highly granular DMX/RDM control via a growing list of standard industry protocols and allows 2000 Hz flicker free dimming to 0.1%. Using PowerSync™, power and data run in the same, single luminaire cable making installation clean and simple. In addition this luminaire incorporates industry leading EasyGlow™ visual comfort technology, which dramatically reduces the perception of glare. Furthermore, CoolDrive™ active thermal management engages as internal temperatures increase to keep light output consistent, and only under extreme conditions will the luminaire take control and dim the output gradually and smoothly. These technological advancements ensure the best in class performance of the LS3084 continues throughout its working life.
OPTIONAL
Lens Options
Flush Cover Options
34
Inground
(1) LS640-K-97-01 required - order separately (2) LS640-K-84 or LS640-2 collar required - order separately. For all applications requiring LS640-2 collar, consult factory.
Round Flush Cover
G(1)
Bottom Q
LS3084 30W
Type Housing Depth
(1) Refer to beam orientation diagram below.
SOURCE Description Color Temp. Code
LED Tunable White (2 700 - 6 500 K) 2WT
Optical System
2WT 97 PS01Q24
Diagram Page Color 2 160 Tunable White
Beam Orientations
35
110-240 V 01
DMX / RDM Wireless DMX (CRMX) 0-10 V (Sink or Source) PWM Phase
PD
FINISH Color Code
Black (Standard Color) BL Anodic Silver SL White WT Custom RAL CC(1)
(1) Please provide RAL color
LS6540 PD01
LS6540 PowerSyncTM Data Injector
Lumascape PowerSyncTM Data Injector combines the convenience of standard wiring methods with the power of high speed, digital dimming. The data injector translates control signal data into a digital format that can be transmitted over standard copper wire allowing highly granular addressing and control of every luminaire, using only 4 wires. The data injector accepts a growing list of standard protocols (0-10V, DMX/RDM), for simple integration with a wide selection of control systems using these industry standard protocols.
Specifications
Connected Current 16A (max)
Electrical Connections Line Voltage In (2+E) PowerSyncTM Out (2+E+Data)
Entries 3 x M20 (threaded) for Power In / PowerSyncTM out 3 x M12 (threaded) for Data/control looping
Dimming Options DMX / RDM Wireless DMX (CRMX) PWM 0-10 V (Sink or Source) Phase For other protocols contact factory
IP Rating IP66
Finish 9-step powdercoat process, including marine epoxy undercoat and polyester top coat.
Dimensions 10.23” x 5.71” x 3.74” (260mm x 145mm x 95mm)
Ambient Operating Temperatures
-40°F to 122°F (-40°C to 50°C)
Installation Options Surface-mounted
Mounting hole size Clearance for 1/4” (M6)
Weight 8 lb (3.6 kg)
Approved Use Dry, Damp, Wet locations
Certifications (Pending) ETL, CE, RCM
36
IngroundLS343
and round flush cover
IP Rating IP68
HID -4 °F to 104 °F (-20 °C to 40 °C)
HumanTouch™ compliant models
35 W, 70 W MH T6 Refer to page 17 for more details
30o30o
360o
IK10IP68
The LS343 is a premium inground luminaire with outstanding performance. The housing is totally sealed, as proven by independent lab tests rating the housing for submersion up to 33' (10 m). The glass surface is safe to touch when fitted with HumanTouch™. Re-lamping and re-sealing on site is simple and robust. The choice of lamps and accessories makes the LS343 suitable for most uplighting applications.
OPTIONAL OPTIONAL
37 Refer to Symbol Index on page 5 for explanation
IngroundLS343 Pre-Installation Blockout
The LS640-K-87 acts as a blockout, and is intended for installation before the luminaire, however it has other special functions. To simplify the installation, every LS640-K-87 is supplied complete with a 3-way junction box, inside which the installer can make all necessary connections, and allows the completion of all wiring even before the luminaire arrives on site. This method also ensures the luminaire itself is not damaged during concreting or other site works. Note: The junction box remains serviceable after installation. To complete the installation, Lumascape provides an IP68 connector, enabling a tool-free final connection from the luminaire to the branch circuit. In addition, this connector is readily detachable, allowing for off-site maintenance.
The LS640-K-84 pre-installation kit (order separately) is ideal for use in applications where maximum flexibility for the type and location of branch circuit connections are required or where exact site conditions may be unknown. For use with the LS640-K-84, Lumascape provides the LS343 complete with 3 m of factory- installed cable with MicroAntiLeach™ seal. This provides the installer with greater flexibility to determine the type and location of the branch circuit connection. This option is also 100% hard- wired, and does not feature the IP68 detachable couplings for off- site maintenance. All aspects of the luminaire itself are still field serviceable.
Lens Options
Flush Cover Options
Medium 18 AW A
Flood 48 AX A
Adjustable Aluminum Narrow 10 XV B
Medium 28 XW B
Flood 70 XX B
Wide flood 140 XY B
240 V AC 50 Hz 01 230 V AC 50 Hz 02 220 V AC 50 Hz 03 Other voltage options available - consult factory
Round Flush Cover
MicroAntiLeachTM Cable 84(2)(3)
(1) LS640-K-87 required - order separately (2) LS640-K-84 required - order separately (3) For all applications requiring LS640-2 collar only, consult factory
G(1)
Bottom Q
MH T6 35 W G12 223 35 W G12 226(1)
70 W G12 221 70 W G12 225(1)
(1) Electronic Ballast
Optical System
These letters refer to the compatible accessories tables on page 42.
A B
Lumascape provides the LS343 complete with 3 m of factory installed cable, supplied complete with MicroAntiLeach™ seal. This provides the installer with greater flexibility to determine the location of the electrical connection. This connection is also 100% hard-wired. All aspects of the luminaire itself remains field servicable.
Consult factory for application advice prior to using this configuration.
Flush Cover Options
LS343 Direct Burial
0.6” (15 mm)
Ø9.4” (240 mm)
Recessed Cover n SS316: Polished n SS316: Brushed
Ø7.0” (178 mm)
For connections to the branch circuit via junction box (by others) or other approved method. 3 m length. For other length options, consult factory.
Lens Options
40
Inground
Medium 18 AW A
Flood 48 AX A
Adjustable Aluminum Narrow 10 XV B
Medium 28 XW B
Flood 70 XX B
Wide flood 140 XY B
240 V AC 50 Hz 01 230 V AC 50 Hz 02 220 V AC 50 Hz 03 Other voltage options available - consult factory
LS343 Direct Burial
MH T6 35 W G12 223 35 W G12 226(1)
70 W G12 221 70 W G12 225(1)
(1) Electronic Ballast
G
Recessed Cover
Stainless steel
CABLE ENTRY LOCATION Description Code
Side N Bottom Q
These letters refer to the compatible accessories tables on page 42.
A B
Luminaire Input
Stacking and order of accessories Stacking and order of accessories
T6 Metal Halide Adjustable PureOptics™ Reflector AV / AW / AX / AYA T6 Metal Halide
Adjustable Aluminum Reflector XV / XW / XX / XYB
20o20o
360o
Cross section of gimbal assembly within luminaire body Cross section of gimbal assembly within luminaire body
AV / AW / AX /AY Adjustable PureOptics™ Reflector
Other accessory stacking options may be available - consult factory Other accessory stacking options may be available - consult factory
OR
OR
OR
Reflector
30o30o
360o
LS649-2 TM
42
Inground
Specifications
Source 16 W or 20 W LED White (4 000 K typical) Warm white (3 000 K typical) Blue (470 nm) Other colors by request
RGB (20 W LED only)
>60,000 hrs Limited by TM-21 x6 rule
Control Options PWM (0-10 V PWM and DMX PWM conversion available)
IP Rating IP68
-4°F to 122°F (-20°C to 50°C)
IK10IP68
LS853LED
20°20°
PWM DIM OPTIONAL OPTIONAL
The LS853LED is a full featured, shallow depth inground luminaire featuring lumen output and efficacy exceeding metal halide. As an inherently protected luminaire it can be used in interior spaces and immediately adjacent to combustible materials (such as wood decking or similar). In addition, internal rotation and tilt adjustability ensures the most efficient light delivery can be set according to site conditions.
The LS6052-K-84 pre-installation kit (order separately) is ideal for use in applications where maximum flexibility for the type and location of branch circuit connections are required or where exact site conditions may be unknown. The LS6052-K-84 is also for use with all applications requiring a color changing or dimmable lighting scheme. For use with the LS6052-K-84, Lumascape provides the LS853LED complete with 3 m of factory-installed cable with MicroAntiLeach™ seal. This provides the installer with greater flexibility to determine the type and location of the branch circuit connection. This option is also 100% hard-wired and does not feature the IP68 detachable couplings for off-site maintenance. All aspects of the luminaire itself are still field serviceable.
IP68 Connector & Junction Box
The luminaire is fitted with an IP68 connector, which attaches directly to the cable supplied with LS6052-K-87, without the use of any tools. The cable is 1 m in length, and is factory assembled with a 3-way junction box – Remains field serviceable after installation. Not suitable for color changing or dimmable applications.
Lens Options
Flush Cover Options
Beam Orientations
Adjustable Narrow 14 NR Medium 20 ME Wide 30 WD Linear Horizontal 40 x 10 LH(2)
Linear Vertical 10 x 40 LV(2)
Adjustable Narrow Medium 20 NM Medium 25 ME(1)
Wide 40 WD Linear Horizontal 40 x 20 LH(2)
(1) Recommended for best RGB color mixing. (2) Refer to beam orientation diagram below.
SOURCE Description Wattage Color Code
LED 16 W White (4 000 K typ.) 16W4
Warm white (3 000 K typ.) 16H6
Blue (470 nm) 16B4
Blue (470 nm) 20B4
(1) Not suitable for color changing or dimmable applications. LS6052-K-87 required - order separately.
(2) LS6052-K-84 or LS640-2 collar required - order separately. For all applications requiring LS640-2 collar, consult factory.
Bottom Q
110-240 V AC, 50/60 Hz 01(1)
24 V DC 07(1)(2)(3)
PWM Dimmable Driver, 24 V DC 27(2)(3)
(1) Not available for RGB. (2) Not available with 16 W light engine. (3) For appropriate power supply refer to page 154.
LS853LED
Type Optical System
Round Flush Cover
G(1)
Stacking and order of accessories
LS6012 Cross hatch louver
Diagram Page Color 3 161 RGB 4 161 Single
45
Lumascape provides the LS853LED complete with 3 m of factory installed cable, supplied complete with MicroAntiLeach™ seal. This provides the installer with greater flexibility to determine the location of the electrical connection. This connection is also 100% hard-wired. All aspects of the luminaire itself remain field serviceable.
Consult factory for application advice prior to using this configuration.
0.6” (15 mm)
7. 1”
(1 80
m m
7. 1”
(1 80
m m
Ø7.0 ”
Flush Cover Options
For connections to the branch circuit via junction box (by others) or other approved method. 3 m length.
Lens Options
46
Inground
Adjustable Narrow 14 NR Medium 20 ME Wide 30 WD Linear Horizontal 40 x 10 LH(2)
Adjustable Narrow Medium 20 NM Medium 25 ME(1)
Wide 40 WD Linear Horizontal 40 x 20 LH(2)
(1) Recommended for best RGB color mixing. (2) Refer to beam orientation diagram below.
SOURCE Description Wattage Color Code
LED 16 W White (4 000 K typ.) 16W4
Blue (470 nm) 16B4
Blue (470 nm) 20B4
110-240 V AC, 50/60 Hz 01(1)
24 V DC 07(1)(2)(3)
PWM Dimmable Driver, 24 V DC 27(2)(3)
(1) Not available for RGB. (2) Not available with 16 W light engine. (3) For appropriate power supply refer to page 154.
LS853LED
Side N Bottom Q
Recessed Cover
Stainless steel
(1) Not suitable for color changing or dimmable applications.
Cover Connection
G
Beam Orientations
Luminaire Input
Voltage
Diagram Page Color 3 161 RGB 4 161 Single
LS853LED Accessories
Stacking and order of accessories
LS6012 Cross hatch louver
IngroundLS853LED Photometrics
Photometrics Photometric data is based on test results from a NIST traceable testing lab. IES data is available at www.lumascape.com. Note: No depreciation factor is applied to the data shown.
LS853LED 4 000 K
2 4039 0.5 m
5 646 1.2 m
10 162 2.5 m
12 112 2.9 m
15 72 3.7 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 16111 16111 16111 16111 16111 16111 16111 16111 16111 16111
10° 4233 4176 4088 4037 3983 3923 3890 3847 3825 3776
20° 320 308 294 286 281 281 282 284 281 278
30° 55 54 53 52 52 53 53 53 51 50
40° 13 12 12 12 11 11 11 11 11 11
50° 0 0 0 1 0 0 0 0 0 0
60° 0 0 0 0 0 0 0 0 0 0
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
16187
12140
8093
4047
2 2475 0.8 m
5 396 2.0 m
10 99 4.1 m
12 69 4.9 m
15 44 6.1 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 9896 9896 9896 9896 9896 9896 9896 9896 9896 9896
10° 5740 5739 5746 5752 5767 5785 5797 5802 5794 5779
20° 625 652 659 662 664 658 645 642 641 627
30° 146 148 149 147 142 136 134 137 144 147
40° 82 77 65 59 58 58 59 59 59 60
50° 3 4 4 5 6 6 8 6 6 5
60° 0 0 0 0 0 0 0 0 0 0
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
9898
7423
4949
2474
2 401 1.0 m
5 64 2.4 m
10 16 4.8 m
12 11 5.8 m
15 7 7.2 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 5970 5970 5970 5970 5970 5970 5970 5970 5970 5970
10° 3998 3991 3970 3960 3977 3987 3966 3944 3924 3939
20° 1344 1339 1329 1323 1334 1339 1334 1327 1315 1325
30° 297 294 295 295 296 293 294 296 296 297
40° 65 59 57 56 56 58 63 68 70 71
50° 9 8 7 7 7 7 6 6 5 6
60° 0 0 0 0 0 0 0 0 0 0
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
5970
4477
2985
1492
Power Input 21.1 W
2 1170 1.3 m 0.8 m
5 187 3.3 m 2.0 m
10 47 6.7 m 4.1 m
12 33 8.0 m 4.9 m
15 21 10.0 m 6.1 m
C 0° C 10° C 20° C 30° C 40° C 50° C 60° C 70° C 80° C 90°
0° 4676 4676 4676 4676 4676 4676 4676 4676 4676 4676
10° 3928 3827 3696 3537 3358 3181 3022 2901 2828 2793
20° 2114 2011 1818 1584 1356 1160 1000 878 796 753
30° 722 682 584 462 344 245 174 135 117 112
40° 191 190 165 120 78 51 38 33 31 31
50° 27 20 13 9 8 8 9 11 12 12
60° 0 0 0 0 0 0 0 0 0 0
70° 0 0 0 0 0 0 0 0 0 0
80° 0 0 0 0 0 0 0 0 0 0
90° 0 0 0 0 0 0 0 0 0 0
4678
3509
2339
1170
48
IngroundLS363LED
IK9IP68
15° 15° 360°
Specifications
Source 16 or 20 W LED White (4 000 K typical) Warm white (3 000 K typical) Blue (470 nm) Other colors by request
RGB (20 W LED only)
>60,000 hrs Limited by TM-21 x6 rule
Control Options PWM (0-10 V PWM and DMX PWM conversion available)
IP Rating IP68
Static Load Rating 3 968 lb (1 800 kg) with OptiClear™ lens and pre- installation blockout. (Load applied to center of glass across a 2" (50 mm) dia. area)
Impact Rating IK9with OptiClear™ lens
-4°F to 122°F (-20°C to 50°C)
OPTIONAL
The LS363LED is a robust, medium wattage inground luminaire with high efficacy. As an inherently protected luminaire it can be used in interior spaces and immediately adjacent to combustible materials (such as wood decking, etc). In addition, internal rotation and tilt adjustability ensures the most efficient light delivery can be set according to the site conditions.
The LS644-K-84 pre-installation kit (order separately) is ideal for use in applications where maximum flexibility for the type and location of branch circuit connections are required or where exact site conditions may be unknown. The LS644-K-84 is also for use with all applications requiring a color changing or dimmable lighting scheme. For use with the LS644-K-84 Lumascape provides the LS363LED complete with 3 m of factory-installed cable with MicroAntiLeach™ seal. This provides the installer with greater flexibility to determine the type and location of the branch circuit connection. This option is also 100% hard-wired, and does not feature the IP68 detachable couplings for off-site maintenance. All aspects of the luminaire itself are still field serviceable.
14 .6
IP68 Connector & Junction Box
The luminaire is fitted with an IP68 connector, which attaches directly to the cable supplied with LS644-K-87, without the use of any tools. The cable is 1 m in length, and is factory assembled with a 3-way junction box – Remains field serviceable after installation. Not suitable for color changing or dimmable applications.
Lens Options
Flush Cover Options
MicroAntiLeachTM Cable For connection to the branch circui

Documents

NEW IMAGE REQUIRED - LIGHTING