Indu
tria
lightin
reno
Industrial
lighting renovation
BEST PRACTICES
Conventional
Superior Performance
An example of
Better lighting at lower cosT:
Superior lighting
pays for itself...
With rising energy costs and a volatile energy future, businesses are
finding that they can better meet their financial goals through energy
conservation measures, which can immediately and substantially
impact bottom line performance. In most businesses, energy required
to operate lighting equipment is a large percentage of the overall
energy bill, therefore new and energy-efficient lighting equipment is
often a solid investment. Renovating the lighting system in an
industrial space can result in substantial energy savings – even
using conservative numbers, payback can be realized in as early as
6 months.
Using the latest in optical, electronic and thermal management technologies, Acuity Brands Lighting provides a wide array of luminaires
and other lighting equipment, to address the many varied needs of
industrial spaces. Acuity Brands Lighting possesses the capability
for providing quality lighting at the lowest total cost of ownership.
Under such leading brands as Lithonia and Holophane, Acuity Brands
Lighting is committed to providing the best lighting solution, that not
only saves energy but also enhances safety and productivity in the
work space.
02
Multinational Company XYZ operates
a large manufacturing facility. The
plant’s energy-inefficient HID high bay
fixtures were decades old; the aluminum
reflectors had gathered dirt and grease
from welding fumes and other
production processes, and the
horizontal illuminance light levels were
only 160 lux. Compounded by the yellow
light from high pressure sodium lamps,
the space felt gloomy, visibility was poor
and all objects looked brown. The local
Acuity Brands Lighting representative
was called in to survey the existing
situation and to propose a renovation
plan that would both improve the quality
of light and slash energy consumption.
Holophane’s RE high bay fixture with
pulse start ballast and lamp system was
selected, and a 6 fixture mock-up was
installed over one production cell.
Employees were thrilled by the white
light and brightly lit space, and the
plant’s management decided to
implement Acuity’s renovation proposal.
When the renovation was complete,
horizontal illuminance level had been
raised to 550 lux average, finally
meeting the lighting specifications
required for Company XYZ to uphold its
manufacturing quality standards. The
new lighting cuts energy cost by 1/3
and maintenance cost by 50%.
Employees are happier, productivity
has been improved, and errors and
rework have been reduced. The plant
management is advising its suppliers
to follow suit, renovating their plants
with the environmentally-friendly, energy
saving, quality-enhancing Acuity Brands
Lighting solution…
Superior
lighting
03
INDUSTRIAL
ENVIRONMENTAL
CONSIDERATIONS
By following a “best practice” workflow
process, you can be assured of a
lighting solution that improves lighting
performance, saves energy and delivers
quick economic payback:
1
Specification – determine criteria on
lighting, lighting equipment and energy
savings, adopt or modify existing
specification, use local lighting standards
as reference.
2
Lighting audit – perform jobsite lighting
level measurements, inspect conditions
of existing lighting equipment, obtain/
confirm space parameters and ambient
conditions. Does existing lighting system
provide lighting that meets design
specification and local standards? Are the
luminaires equipped with up-to-date energy
saving ballast and lamp technologies?
The Lighting
Renovation
ProcesS
3
4
Lighting analysis – choose renovation
lighting products, perform layout and
calculation of illuminance and uniformity
using lighting application software such as
Visual, compare results with lighting audit
data taking into account light loss factors.
Economic evaluation – perform financial
analysis, compare total cost of ownership
between existing and renovation systems,
determine payback.
5
Mock-up – Install new fixtures in a small
area and see the difference firsthand.
6
Visit similar projects – Visit lighting
installations utilizing the same or
comparable lighting solutions. Experience
quality lighting in action; validate.
The lighting practitioner must take into
account a variety of environmental factors:
The space - ceiling height, work plane height,
room surface finishes, fenestrations,
existing wiring and equipment locations
The ambient – dust and dirt, moisture,
airborne grease, potential presence of
flammable gaseous chemicals, temperature,
vibration and incidental abuse
Visual tasks – sizes, color, texture, contrast
of objects, viewing angles of observer, glare
Flexibility and control requirements –
a facility’s need to relocate equipment and
change task locations within the space;
reduction of illuminance in non-productive
hours or to take advantage of
daylight harvesting
Safety – minimize on-the-job-injuries: proper
color rendering of safety color signage,
accurate modeling of objects, reduction of
glare, and providing a clear path of egress
during an emergency, even through smoke
Maintenance – durability of lighting
equipment and long lamp and ballast life
allows for longer periods of time between
cleaning and relamping
Ease of access – for service and replacement
Energy requirement – local energy
conservation measures may require meeting
maximum watts-per-square-foot criteria
Regulatory compliance – local electrical
safety standards on lighting, electrical
equipment, and installation methods
ENVI
RON
MEN
TAL
questions to consider
As with any significant financial investment, evaluate your potential lighting suppliers and ask questions:
• Are their products certified to accepted safety standards such as UL?
• Do they provide photometric data for their luminaires? Are the data obtained from actual measurements?
• Are their representatives knowledgeable about all facets of lighting and the specific application for your project?
• Are the representatives touting their products only for low prices, or are they interested in providing a quality
lighting solution with the lowest total cost of ownership (long-term solution)?
04
05
INDUSTRIAL
visual software
Developed by Acuity Brands Lighting, Visual is a collection
of lighting calculation tools and powerful 3D modeling software
engineered to simplify the design process and provide a
comprehensive analysis for advanced lighting projects.
Visit www.visuallightingsoftware.com to download a free trial
of the latest version.
illumination
Uniformity – essential for good visibility and minimizing visual
fatigue in most general industrial applications, but not required
in instances where a higher level of contrast is needed to
accurately render objects or perform detail-intensive tasks
A quality lighting renovation is designed to meet a certain
set of performance criteria. Lighting performance can be
predicted through calculations using lighting application
software and by taking into account factors that bear upon
the quantity and quality of the light:
Color rendering – the ability of a light source to represent
the true colors of an object, measured by color rendering
index (CRI). Metal halide and fluorescent lamps are preferable
to high pressure sodium lamps.
Illuminance – primary measure of the amount of light on work
planes (horizontal and vertical), expressed in units of lux (SI).
Illuminating engineering societies or other regulatory
agencies recommend illuminance levels for different types
of activities and visual tasks. Many visual tasks such as
instrument gauges and stocking shelves are located on
vertical planes, therefore vertical illuminance levels are an
important factor in choosing lighting fixture photometric
distributions. Obstructions must be taken into account.
06
Contrast – task contrast must be made as high as possible
to ensure an object’s visibility against the background
Shadows – soft shadows enhance depth and form of objects
while harsh shadows reduces visibility and cause visual fatigue
Glare – both direct glare (resulting from light traveling directly
from lamp to the eye) and reflected glare (resulting from
lighting reflected from glossy surfaces) can cause fatigue,
discomfort, and reduced visibility—resulting in a loss of
productivity, and a possible safety issue.
Light Loss Factors (LLFs) – LLFs are used to adjust
lighting calculations from a controlled laboratory
environment to actual field conditions, or from an initial
installation condition to the same installation’s maintained
condition, over a predetermined time frame. Total LLF
includes several factors that affect the practical, usable
light. The following LLFs must be taken into consideration
when designing an effective lighting solution:
1. Luminaire Dirt Depreciation (LDD ) – which accounts
for light loss due to accumulation of dirt on luminaires
2. Lamp Lumen Depreciation (LLD) – the lowering of
light output of lamps over their operating lives.
3. Thermal Factor (TF) – Fluorescent light sources are
sensitive to temperature extremes, and temperatures
outside of a fixtures’ rated optimal range can reduce
light output.
4. B
allast Factor (BF) – A ballast factor of 1.0 represents
a lamp that is operating at full wattage. BF less than
1.0 indicates a lamp will not receive the intended
wattage, resulting in lower light output.
LIGHT LOSS FACTORS (LLF)
100
LLF (percentage of
initial lumen output)
illumination
considerations
90
80
70
Probe-start,
Aluminum/Acrylic
Reflector (Dirty)
environment
X
X
Probe-start,
Aluminum/Acrylic
Reflector (clean)
environment
X
X
60
Pulse-start,
Glass Reflector
(Clean)
environment
X Pulse-start,
50
1
2
3
4
Years of use without cleaning*
Glass Reflector
(Dirty)
environment
*Based on 10 hours per day lamp burning cycle and typical metal halide depreciation curve
07
INDUSTRIAL
INITIAL COSTS
Cost of Luminaires:
Installation of Luminaires:
Wiring of Luminaires:
Cost of Lamps:
Compensating A/C:
Savings in Heating Equipment:
Total Installation Costs:
Initial Taxes:
economic
viewer software
Acuity Brands Lighting’s Economic
Viewer software allows the user to
perform easily understood
financial comparisons between
several lighting alternatives. Whether
investigating the economics of a
renovation project or deciding between
various options in a new construction
project, the Economic Viewer considers
both initial and annual costs to
determine payback periods and rate of
return on a lighting system investment.
econ
omics
Lighting economics
Initial cost or unit costs should not be the only consideration when examining the
economics of a lighting system. A better gauge is how effectively the entire
lighting system will operate over time. State-of-the-art optical systems promote
energy efficiency and allow wider spacing between luminaires. Quality materials
and a highly engineered design assure the luminaires provide reliable performance
with minimal maintenance for many years.
Comparing up to five lighting systems
simultaneously, the Economic Viewer
will also provide graphical comparisons
of accumulated costs over the life of
the system in present day dollars.
Likewise, it will perform variance
analysis, allowing the user to see what
changes in variables such as the cost
of electricity have on other parameters
such as payback period.
EXISTING
SYSTEM
LOCAL
COMPETITOR
$0.00
$0.00
$0.00
$0.00
$4446.00
$0.00
$0.00
$0.00
$5104.00
$0.00
$0.00
$0.00
$0.00
$0.00
$1980.00
$0.00
$3860.00
$0.00
TOTAL INITIAL COSTS:
Relative Initial Cost:
AVERAGE(*) ANNUAL COSTS
Lighting Energy Costs:
KW Load of the lighting:
A/C Energy:
A/C Maintenance:
Reduction in Heating Fuel:
Reduced Heating Maintenance:
Replacement Lamps + Labor:
Relamping Ballast + Labor:
Cleaning Costs:
Insurance + Property Tax:
Reduced Income Tax Liability:
Other Annual Costs:
$0.00
0.00
$6,426.00
0.00
$8,964.00
0.00
$6925.50
17.100
$2369.25
5.850
$4009.50
9.900
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
$0.00
TOTAL ANNUAL COSTS:
Relative Annual Cost:
ANALYSIS
Simple Payback (years):
Discounted Payback (years):
Internal Rate of Rate (%):
$6,925.50
1.00
$2.369.25
0.34
$4,009.50
0.58
1.41
1.70
71.0
3.07
4.42
32.5
Base Case
Base Case
Base Case
(*)=All annual costs have been averaged over the life of the system.
Renovated system will eliminate roughly 40 tons of CO2, 84 kg of NOx, and
173 kg of SO2 per year
In the case of Multinational Company XYZ, improved light levels were reached
with 161 Holophane glass luminaires with narrow and wide distributions,
replacing 438 HPS aluminum fixtures. Over 2 times the light level, achieved
with nearly 1/3 the number of fixtures.
Existing System
Accumlated Total Costs(*) By Year
In Today’s Dollars
Local Competitor
$4.446,00
$50000.
Product Cost
$45000.
No Cost
$40000.
Installation Cost
$35000.
TOTAL
COST
OF
LIGHT
$30000.
$25000.
$20000.
$15000.
$1.980,00
$5000.
$3.860,00
No Cost
$34.627,50
Energy &
Maintenance
Costs, 5 Years
$10000.
$5.104,00
$20.047,50
$11.846,25
1 2
3
4 5
6
7 8
9 10 11 12 13 14 15 16 17 18 19 20
Year Number
(*) = All annual costs represent an average over the system life.
08
09
INDUSTRIAL
HID Energy Saving Lighting Technologies
HID
Ballast
Type
Lamp
wattage
Ballast
inpaut
watts
Initial
Lumens
Mean
Lumens
Mean
Lumens
per
watt
Benefits of
one-for-one
replacement based
on mean lumens
Number of
fixtures to achieve
approximately
same light levels
Probe
start
400
458
36,000
25,000
55
(reference)
100
Pulse
start
320
370
31,000
26,400
71
20% energy savings at comparable
light levels
95
Pulse
start
400
455
41,000
32,800
72
31% more light at
same energy cost
76
Prismatic glass for optical control —
For applications where heat,
industrial fumes, dirt and moisture
are prevalent, an HID fixture with a
glass reflector is the best choice.
Holophane’s borosilicate glass
reflectors are designed to meet
the most demanding requirements
for thermal shock resistance and
mechanical strength. Glass does not
take on electrostatic charges that
attract dirt and dust particles and is
resistant to most chemicals and
UV degradation. With the heat
generated by the lamp, a constant
flow of hot air through an open
reflector creates a “venturi effect”
that minimizes dirt buildup on the
Pulse start metal halide ballast/lamp systems — While traditional
metal halide lamp and probe-start ballast utilize an internal electrode
to start the discharge arc, a pulse start lamp does not have the
internal electrode and is started by high voltage pulses from an igniter.
Available with both Lithonia and Holophane fixtures, pulse start
systems present significant advantages over probe start systems:
higher initial lumen output • faster warm-up and faster hot-re-strike
time (4 min.) • improved lumen maintenance • colder starting
temperature (-40°C/-40°F) • increased lamp efficacy (lumens
per watt) • longer lamp lifetime • reduced color shift reflector. Additionally, glass can be
cleaned and brought back to 100%
efficiency. Holophane’s prismatic
refractor/reflector design delivers
precise optical control and maximum
efficiency, with distribution patterns
that allow the same illuminance and
uniformity levels to be met with a
smaller quantity of fixtures than those
with other types of reflectors.
Self Cleaning Airstream
Holophane’s EnduratronTM,
with full continuous
dimming electronic HID
ballast technology, offers
unparalleled light quality,
distribution, control, and
energy savings.
Adjustability of HID
high bay photometric
distribution— Different
photometric distributions
are achieved by
adjusting the relative
position between lamp
and reflector. In Lithonia
HID high bay fixtures, the
mounting bracket can be
adjusted up or down in
11 positions relative to
the lamp. Each of the
11 reflector positions
represents a different
photometric distribution:
the lowest position
delivers the greatest
downward punch while
the highest produces the
widest spread. The
adjustability of
photometric distribution
enables lighting fixture
layout to be fined-tuned
according to illuminance
requirements and
mounting heights so as
to achieve the widest
possible fixture spacing
without compromising
lighting performance.
Luminaire Dirt Depreciation — Accumulation of dirt on luminaires
results in a loss of light output. The amount of dirt depreciation or
light loss is dependent upon luminaire construction and materials
and on surrounding atmospheric conditions. Holophane always
utilizes glass reflectors. Glass, unlike acrylic or aluminum, is an inert
material that resists the electrostatic charges that attract dirt and
dust particles.
10
11
INDUSTRIAL
BASED ON: 365 DAYS I 16 HOURS PER DAY I $0.08 COST PER kWh
annual operating cost
T5HO FLUORESENT
HIGH-BAY ENERGY SAVING
Lighting Technologies
$250
$238.27
$213.98
$200
$150
$109.32
$100
$50
$0
400W
Metal halide
(6)
F96T12HO/ES
(4)
F54T5HO
LAMP TYPE
A 4 lamp (54W T5HO) I-BEAM directly replaces a 400W
probe-start metal halide high bay:
Acuity Brands Lighting offers fluorescent high bay fixtures
optimized around the new T5HO lamp and ballast system.
Lithonia Lighting’s I-BEAM™ features patent-pending
T5HO Cool Running™ Technology, enabling it to be the
first T5HO fluorescent high bay that is UL listed to operate at ambient temperature up to 65°C.
- I-Beam represents significant advances over traditional
T8 fluorescent fixtures:
- Higher lamp efficacy (lumens per watt)
- Higher initial and maintained lumen output per lamp
- Higher lumen output in a more compact lamp permits
higher lumen package per fixture, thereby requiring fewer
fixtures to achieve comparable illuminance levels
- Compact lamp and segmented specular reflector combined
to deliver greater punch downward, as well as to vertical
surfaces, making it possible for one-for-one replacement of
400W HID fixtures.
- Cool Running™ technology overcomes fluorescent’s
limitations in high ambient temperature environments.
- Mounting height is up to 13 meters
- 50% energy saving, payback on energy alone is typically
less than 2 years
- Maintains designed illumination levels over time, with
greater uniformity
- Longer lamp life reduces frequency of lamp replacement
- T5HO amalgam lamps operate at peak efficiency from
-5°C to 65°C.
- Instant-on and instant re-strike, versus HID’s re-strike
time and required alternative power supply.
- Optional occupancy sensor and ability for daylight
harvesting further reduce energy costs
- Multiple lamps allow fixture to continue
operating even if one or two lamps burn out.
- Improved color rendering, and more choices of lamp
color temperature. Easier to install lamps.
- Low profile reduces chance of damage by passing
forklifts or other vehicles
- Electronic ballast is quieter than magnetic HID ballast.
- A green choice: less steel, less mercury, less freight,
100% recycled corrugated packaging. 1.4 mg mercury
per T5HO lamp vs. 67 mg per metal halide lamp.
Replacing a metal halide high bay with a 4-lamp I-BEAM
reduces mercury content by 92%.
t5ho
vs.
HID
12
fluorescent
While there are certain heavy industrial applications where
HID solutions are more appropriate, there are certain
industrial environments where linear fluorescent lighting is
the superior choice.
13
INDUSTRIAL
HID &
T5HO
14
Specific Industrial Applications: Manufacturing • Warehouses •
Packaging areas • Textile mills • Distribution
centers • Steel mills
• Foundries • Paper
mills • Assembly areas
• Power plants • Food
processing • Chemical
plants • Wastewater
treatment facilities •
Hangars • Inspection
areas • Breweries •
Specific Industrial Applications: Manufacturing • Warehouses •
Packaging a • Specific
Industrial Applications: Manufacturing
• Warehouses • Packaging areas • Textile
mills • Distribution
centers • Steel mills
• Foundries • Paper
mills • Assembly areas
• Power plants • Food
processing • Chemical
plants • Wastewater
treatment facilities •
Hangars • Inspection
areas • Breweries •
Specific Industrial Applications: Manufacturing • Warehouses •
Packaging a • Specific
Industrial Applications: Manufacturing
• Warehouses • Packaging areas • Textile
mills • Distribution
centers • Steel mills
• Foundries • Paper
mills • Assembly areas
• Power plants • Food
processing • Chemical
plants • Wastewater
treatment facilities •
Hangars • Inspection
areas • Breweries •
Specific Industrial Applications: Manufacturing • Warehouses •
Packaging a • Specific
Industrial Applications: Manufacturing
• Warehouses • Packaging areas • Textile
mills • Distribution
centers • Steel mills
• Foundries • Paper
mills • Assembly areas
• Power plants • Food
processing • Chemical
plants • Wastewater
treatment facilities •
hid & t5ho fluorescent luminaires
Covering the Full Spectrum of
Industrial Applications
Though diverse in environmental conditions, industrial spaces are well served by the combination of
HID and T5HO fluorescent luminaires. For general industrial applications, the choice between HID and
T5HO fluorescent luminaires is determined mainly by dirt level, ambient temperature and mounting
height. The following chart illustrates luminaire type selection, based on these various environmental
conditions. Consult your local Acuity Brands Lighting representative for additional information on lamp
and fixture options, illumination calculation, fixture layout and economic analysis.
Prismpack V:
Up to 55° C
(optional 65° C),
about 40 m
Prismalume:
Up to 55° C
(optional 65° C),
about 40 m
RE Luminaire:
Up to 55° C,
about 40 m
Enduralume:
Up to 55° C,
about 10 m
IBEAM T5HO:
First up to 55° C
(optional 65° C),
about 13 m
MS5HB:
Up to 35° C,
about 10 m
40m
30m
20m
10m
3m
DIRTY ENVIRONMENT
CLEAN ENVIRONMENT
15
INDUSTRIAL
HID & T5H0 fluorescent products
HID fluoresent
T5HO fluoresent
Holophane - Prismalume
- 150W to 1000W, pulse start options
- Patented ISD SuperGlass® optics
- UL listed 55°C standard; 65°C / damp
location optional
- Excellent vertical illumination,
suitable for most HID applications
Lithonia Lighting - I-BEAM Series
- 4 or 6 54W T5HO lamps
- T5HO Cool Running™ Technology,
5 yr warranty at 55°C and 3 yr warranty
at 65°C
- 95% reflective Miro 4 reflector
- Ballast access from below, easy for service
- Options include motion sensor and Reloc
flexible wiring. Whic can be used with
Synergy Lighting Controls (Check with your
local sales representative for
voltage offerings)
- Suitable for most manufacturing and
warehouse applications
Holophane - Prismpack V
- 150W to 1000W, pulse start options
- Patented ISD SuperGlass® optics
- UL listed 55°C standard; 65°C / damp
location optional
- Perfect for heavy duty environments
& when emphasis is on down light.
Holophane - RE Luminaire
- 250W to 400W, pulse start options
-Encapsulated ballast, quiet operation
- Patented ISD SuperGlass® optics
- Uncovered & covered glass reflectors
- UL listed 55°C, damp location
-Ideal for light industrial &
warehouse applications.
Lithonia Lighting - TH High Bay
- 175W to 1000W, pulse start options
- Aluminum reflector
- Adjustable mounting bracket
Holophane - Enduralume
-175W to 400W pulse start metal halide;
400W with Elite Series e-HID ballast
- Thermal shock resistant prismatic glass
or acrylic lens
-For applications requiring enclosed
fixture with wide spread distribution
- -40°C starting temperature
-UL listed 55°C, damp location,
optional UL listed 40°C, wet location
Holophane - Petrolux II
- 175W to 400W pulse start metal halide
-Rugged design with borosilicate glass
for harsh environments
-Great vertical illuminance & low
brightness ideal for low ceiling spaces
-Long & narrow distribution for maximum
spacing on narrow paths & catwalks
-UL listed 40°C and 55°C, damp or
wet locations
16
other products
Lithonia Lighting - MS5HB Series
- 2, 3, 4 or 6 54W T5HO lamps
- 2 or 3 lamp cross sections, 4 or 6 lamp
options available in 8’ length tandem units
- 95% reflective Miro 4 reflector
- Optional straight blade louver shields
lamps and reduces glare.
- Options include Reloc flexible wiring and
integration with Synergy Lighting Controls
(Check with your local sales representative
for voltage offerings)
- Suitable for aisles and open spaces in
warehouse and light industrial applications
other products
other products
Lithonia Lighting RT5® Volumetric Lighting®
2’x2’, 2’x4’ and 1’x4’; 14W T5, 28W
T5 and 54W T5HO Up to 33% energy
saving over standard, parabolic-louvered
fixture Eliminates glare and dark spots,
creates feeling of spaciousness
Reloc® Wiring Systems
Reloc modular wiring for factories
(OnePass) and Offices (Quick-Flex) reduces
installation time and allows for adaptation of
a space, both during and after construction
Synergy, RELOC, EMERGENCY. OFFICE
Synergy, RELOC, EMERGENCY. OFFICE
Synergy® Lighting Control Systems –
Synergy Switchpack®
A compact and economical lighting control
panel that offers simplified solutions for a
broad range of lighting control applications.
Synergy® Lighting Control Systems enhance
efficiency and reduce energy costs by
controlling the amount of light to meet
required illumination levels and limiting
light use to occupied spaces
Lithonia Lighting – Quantum® Series
Ideal for applications requiring
attractive, quick installation exit signs and
low energy consumption
Lithonia Lighting – Quantum® Series
Provides a minimum of 90 minutes of
illumination for the rated wattage upon
loss of AC power. Ideal for applications
2
requiring attractive unit equipment
with
quick installation
Lithonia Lighting - Signature® Series
Ideal for applications requiring attractive
die-cast aluminum signage, superior
illumination and low energy consumption
Lithonia Lighting – Power Sentry®
battery packs
Factory or field installed to operate lamp(s)
at an initial output of 10% to 95% of rated
lamp lumens, providing optimum glare-free
illumination for a minimum of 90 minutes
upon interruption of normal power
Lithonia Lighting – Indura®
industrial lighting units
Provides a minimum of 90 minutes of
illumination for the rated wattage upon
loss of AC power
6
Synergy® Lighting Control Systems –
Omni-directional ceiling mount
occupancy sensors
Ceiling mount sensor heads provide
automatic on/off lighting control for indoor
applications where an occupancy sensor
with a 360° coverage pattern is required.
High motion sensitivity and advanced
automatically adapting digital circuitry
provide “install and forget” simplicity.
Integrated photocell may be used to hold
lights off when sufficient daylight is available
Synergy® Lighting Control Systems –
Analog Photosensor
A low voltage system component that
provides ambient light level information to
a Synergy® or Switchpack® lighting control
system for use in dimming, switching, or
daylighting applications. Also shown
with optional canopy, enabling use in
outdoor applications
Lithonia Lighting – Indura®
industrial lighting units
“Similar to above, but NEMA 4X rated
for wet location use”
Lithonia Lighting – Extreme®
vandal-resistant LED exits
“Ideal for high abuse, cold weather (down
to -40° C with CW option), hose-down and
wet location applications”
17
INDUSTRIAL
multi-national
company xyz...
Complete lighting solutions
for your industrial needs...
Lack of proper lighting can lead to higher energy and maintenance cost,
decreased productivity and higher cost of quality, and on-the-job injuries. There
are many lighting options that are low in initial equipment unit price or low in
energy consumption. What truly benefits the environment, employees and
corporate profitability are lighting solutions that deliver superior performance
and longevity at the lowest total cost of ownership.
Acuity Brands Lighting provides, under esteemed brands such as Lithonia and
+
BEFORE
Holophane, both HID and fluorescent lighting systems utilizing state-of-the-art
lighting technologies. Acuity Brands Lighting also provides a vast array of
products to meet all lighting needs of industrial facilities, from factory floors
to warehouse shelves and aisles, desks and corridors in the office space, and
parking lots and loading docks.
Acuity Brands Lighting’s extensive global agency and distributor networks are well
trained and strongly backed by the company’s International Operations, dedicated
to fully serving international customers. The Acuity team lends its expertise to
AFTER
+
renova
tion
supporting projects in all phases, from specification and lighting audit, to lighting
proposal and product delivery.
18
19
INDUSTRIAL
Providing the industry’s broadest line of
commercial, industrial, institutional and
residential fixtures.
A leader in outdoor and industrial lighting
solutions for over 108 years.
Manufacturing outdoor lighting products
sold principally to commercial, industrial,
utility, government, and institutional markets.
Marketed to energy service companies
and energy contractors in the energy saving
relighting segment
Produces a wide range of lighting control
systems, suitable for applications in high-rise
office buildings, multi-building complexes,
manufacturing plants and sports facilities.
Reloc wiring solutions offers plug-in,
relocatable components suitable for wiring
commercial and industrial lighting fixtures.
Reloc modular wiring offers significant
benefits over conventional hardwiring, with
reductions in installation and labor time as
well as easy fixture relocation.
Acuity Brands Lighting, Inc. • One Lithonia Way, Conyers, GA 30012 • TEL: 770.922.9000 • 800-858-7763 • WEB: www.abl-internationalsales.com
©2008 Acuity Lighting Group, Inc. 9/04 Industrial Lighting Renovation: Best Practices Form No. 510.22
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