Transcript Slide 1

Converting from T12 to T8 or T5
Efficiency Upgrades
Presented by: Your Name HERE
ULT Marketing
© 2013 Universal Lighting Technologies
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T12 to T8 Efficiency Upgrades

Explore the Difference between T12 & T8

Common Misconceptions about Upgrading

Estimated Energy Savings

Retrofit Examples

Upgrade Incentives

Universal Product Offerings
© 2013 Universal Lighting Technologies
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T12 vs. T8 Ballasts
T12 Ballasts:
 Older technology.
 Majority of T12 lamp production was phased out
in July 2012.
 Primarily magnetic ballasts.
 Magnetic T12 ballast production was phased out
in July 2010.
 Heavy and large.
 Widely used in warehouse, retail, and office
applications.
© 2013 Universal Lighting Technologies
Before:
T12’s installed
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T12 vs. T8 Ballasts
T8 Ballasts:
 Higher efficiency than T12 ballasts.
 Electronic design makes them lighter and more
compact.
 Quieter operation.
 Instant on with no warm-up time.
 Can lower energy costs.
 Wide variety of applications.
© 2013 Universal Lighting Technologies
http://www.elitelighting.com/technology/before-after/manufacturing-plant.asp
After:
Upgraded to T8’s
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T12 vs. T8 Ballasts
Why Upgrade from T12’s to T8’s?

T12 Ballasts are Inefficient.
-

T12 Magnetic ballasts generate significant amounts of heat.
-

Magnetic ballasts lose energy in the form of heat, which adds to air conditioning costs.
Upgrades improve lighting quality.
-

Retrofitting to T8’s can save up to 40% off your current energy costs.
The energy savings often quickly pay for the cost of the upgrade.
Improves light output and color quality.
Eliminates flickering and buzz that T12’s can cause.
Makes your building look better/feel newer.
- Leads to increased productivity.
Legislation mandated the phase out of the majority of T12 lamp production effective July
2012.
–
Lamps will be less available and more costly.
© 2013 Universal Lighting Technologies
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Misconceptions about Upgrading

“Energy upgrades are not in the budget.”
–

“Plenty of incentive dollars are available. I’ll wait until next year.”
–
–

The answer is in the utility bill! This is operating budget money, not capital improvement money – you
can afford to do this!
Delaying energy-efficient upgrades will cost you another year of energy savings.
Incentive dollars are first-come, first-served. They may not be available when you make your decision,
but they are available now. (check with local utilities)
“I don’t know where to start...”
– Universal can help!
–
Universal is part of the Panasonic group of companies with global presence and experience. Let our
experience work for you!
© 2013 Universal Lighting Technologies
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Energy Efficiency Makes Sense
Did you know…
 National Lighting Bureau estimates there are as many as 500 million T12s still in place.
• Upgrading to T8 ballasts can lower energy consumption by up to 40%!
• Think of how much energy would be saved if everyone upgraded their lights to T8’s.
 As a result of DOE regulations, almost all T12 fluorescent lamps will be phased out in
July of 2012.
– Upgrade to T8’s now and get ahead of the curve.
“Is my building a candidate for lighting upgrades?”
 Look up! If you see incandescent lights (standard, flood, or halogen) or T12’s, your
building is due for a lighting retrofit.
© 2013 Universal Lighting Technologies
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Estimated Energy Savings
T8 ballasts can provide significant watt reduction compared to T12 systems.
The Chart Below identifies some of the savings potential with T12 to T8 retrofit, keeping the
number of lamps the same:
Existing System
F34T12 Lamps
High Efficiency Electronic System
F32T8 Lamps
F28T8 Lamps
Lamp
Quantity
Power
(Watts)
Power
(Watts)
Energy
Savings
Power
(Watts)
Energy
Savings
1
44
25
19
21
23
2
74
48
26
43
31
3
118
73
45
65
53
4
148
96
52
84
64
© 2013 Universal Lighting Technologies
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T12 to T8 Retrofit
Retrofit Energy Saving Equations:
Energy Savings = Existing Wattage – New Wattage
kW Savings = Total Energy Savings ÷ 1,000
kWH Savings = (kW Savings) x (Annual Operating Hours)
Annual Utility Savings:
Energy Savings (Watts)
x Annual Operating Hours
x Utility rate ($/kWH)
 1000 (for conversion of units)
= Annual Utility Savings ( $’s) per Fixture
© 2013 Universal Lighting Technologies
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Retrofit Savings Calculation
Maximize energy savings by not over-lighting an area!
System Lumens Example
Ballast Type
Lamp Type
Magnetic
F34T12
Electronic
F32T8
F28T8
Rated Lamp Lumens
x Ballast Factor
x Number of Lamps
2280
2800
2590
x 0.90
x 0.77
x 0.77
x4
x4
x4
System Lumens
8208
8624
7977
Input Watts
148W
96W
84W
$20.80 !
$25.60 !
Savings per fixture, per year =
Savings = Saved Watts x 4000 hours per year x .10$/kWH / 1000
© 2013 Universal Lighting Technologies
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Upgrade Incentives
Because of the current legislation impacting T12 lamps and ballasts, many State and Local
incentives are available to help you with the cost of retrofitting.
Universal’s website features an “Energy Incentive Programs” Link:
http://www.unvlt.com/energy_programs.html
A few of the examples of new Incentives for T8
Upgrades ...
 California: Burbank Water & Power – up to $2,000 grant towards
recommended retrofits.
 Massachusetts: MassSAVE Commercial Retrofit Program –
Rebates of $10-35 per reduced-wattage fixture. MassSAVE
Commercial Retrofit Program – Rebates for Daylighting and
Occupancy Sensors up to $30-$85 per control.
© 2013 Universal Lighting Technologies
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Universal Product Offerings
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ULTim8 High Efficiency T8 Ballasts
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ULTim5 High Efficiency T5 Ballasts
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AccuStart5 T5 Ballasts
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BallaSTAR Light Level Switching Dimming for T8 and T5
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LevelPRO Light level Switching Dimming w/Parallel Lamp Operation for T8 and T5
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SuperDim 0-10V Analog Control Dimming for T8 and T5
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VariPRO Ballasts 0-10V Analog Control Dimming with Parallel Lamp Operation for T8 and T5
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DaliPRO Individually Addressable Dimming Ballasts for T8 and t5
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DEMANDflex Dimmable Ballasts for T8
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Lampholders
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Lamps
© 2013 Universal Lighting Technologies
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Linear Fluorescent: T8 Instant Start
Universal offers some of the most efficient linear fluorescent ballasts
in the industry for maximum energy savings.

Available in high efficiency HE normal (.88), EL low (.77), and HEH high (1.18) ballast
factor versions.
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Instant Start technology for continuous operation: maximizes energy savings for long
cycle operations.
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“True” Parallel Lamp operation: Independent lamp operation simplifies troubleshooting.
Lamps stay lit if one lamp fails, preventing fixtures from going dark and replacing lamps
unnecessarily.
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THD < 10%.
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Lamp will auto-restrike as a standard feature allowing replacement of lamps without
recycling power.
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Anti-striation control for better light quality when using energy saving lamps.
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Universal input voltage, installer friendly.
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Because these ballasts are CEE and NEMA Premium compliant they may qualify for utility
incentives.
© 2013 Universal Lighting Technologies
Backed by 5 year warranty
when operated at 75° C
max case temperature.
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Linear Fluorescent: T8 Programmed Start
Same benefits as Instant Start plus ... Smart Start!
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Available in high efficiency HE normal (.88) and EL low (.71) ballast factor versions.
Coming soon is HEH high (1.18) ballast factor.
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Programmed start models feature a “soft start” technology making them the perfect
choice for high-cycling applications including those involving occupancy sensors.
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Programmed Start ballasts are designed to quickly pre-heat lamp cathodes up to their
optimum starting temperature and ignite the lamps quickly (within 700 milliseconds).
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Filament cut out on HE and HEH models for instant start level efficiency.
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The quick ignition results in long lamp life without the typical long delay during turn-on.
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Smaller “B” can size (1.0” x 1.5” x 9.5”) for the two lamp version.
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RoHS compliant.
© 2013 Universal Lighting Technologies
Same 5 year warranty as
instant start plus 3-year
warranty for HEH modules
when operated at 90° C
case temperature.
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Linear Fluorescent: T5/T5HO
Industry standard fluorescent ballasts with programmed start
for fast starting and extended lamp life.
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Multiple lamp options and ballast factors:
 2 & 4 lamp ballasts with various ballast factors.
 4-lamp features standard inboard / outboard switching.
 2-lamp available in high range voltage (347 – 480V).
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Small, low-profile form factors.
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Connector available with leads.
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High Bay (HB) models operate to 90°C case temp.
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Meets all applicable regulatory and safety standards: ANSI C82.11 Ballast
Specifications, UL 935, FCC Part 18, and ROHS.
PART NUMBER EXAMPLE:
For B228PUNV-N
-B
= Ballast Linear
-2
= Primary Number of Lamps
-28 = Primary Lamp Nominal Wattage
-P
= Programmed Starting method
-UNV = Universal Voltage (120V – 277V)
-N
= Case Form Factor
© 2013 Universal Lighting Technologies
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Dimming: Step/Switch
Energy efficient step-dimming technology
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Light level switch dimming from 100% power to 50%.
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Provides even illumination in the fixture while dimming. Eliminates dark spots and
shadows.
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Uses standard wall switches or relays to command the ballast.
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No additional low voltage control wiring is needed. It wires similar to inboard / outboard
fixtures.
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Easy to install. User friendly.
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Energy code compliant. Meets switching requirements (ASHRAE 90.1, Title 24).
© 2013 Universal Lighting Technologies
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Dimming: Step/Switch
Same features as BallaSTAR along with ...
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High efficiency, light level step/switch dimming for both T8 and T5 lamps.
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Designed for use with 30, 28 and 25 Watt energy saving lamps.
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“True” Parallel Lamp Operation ensures that when one lamp fails, the other lamps
continue to operate normally.
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Line voltage step dimming control uses standard wall switches and provides even
fixture illumination.
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Quick programmed start technology starts the lamp in less than 700 milliseconds.
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Maintains long lamp life in frequently switched applications.
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Ideal for daylight harvesting.
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Complies with CEE and NEMA Premium.
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Universal Input Voltage & 347 Models.
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Incorporates Anti-Striation circuitry.
© 2013 Universal Lighting Technologies
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Dimming: 0-10V Analog Control
0-10V Analog Control ballast.
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Full range analog dimming control from 10V: Full bright (100%) to 0V: Full dim (1% - 5%)

Compatible with industry standard controls and photocells. Ideal for daylight harvesting
applications or where pre-set lighting is desired.
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Universal input voltage (108 – 305 volts) with Programmed Rapid Start technology.
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High performance and maximum energy savings.
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Cost effective.
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THD < 10%.
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Comprehensive ballast family includes: 1 & 2 Lamp T8, T5 & T5HO, and CFL: 13W, 18W,
26W, 32W, & 42W.
© 2013 Universal Lighting Technologies
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Dimming: 0-10V Analog Control
Same features as SuperDim along with ...

Compatible with industry standard 0- 10V controls and photocells. Dims down to
5%.

Incorporates “true” parallel lamp operation keeps lamps lit when one lamp fails.
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Programmed start technology ensures quick lamp start under 700 milliseconds.
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Universal Input Voltage & 347 models.
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Compatible with reduced-wattage lamps.
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Fully compliant with CEE and NEMA Premium combined with UNV and 347
voltage options.

Multiple control options including:
– Slide dimmers for manual control.
– Photo sensors for daylight harvesting.
– Energy management controls for retail daylight harvesting.
© 2013 Universal Lighting Technologies
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Dimming: Individually Addressable Ballasts
With DaliPRO ballasts as part of a networked lighting system,
maximum lighting control is available.

Designed for use with Digital Addressable Lighting Interface (DALI) compatible
controls. DALI is the industry standard protocol for digital dimming. Each
ballast has its own digital address.

Architectural dimming levels: 100% - 3%: Compact fluorescent lamps; 100% 1%: T8, T5 and T5HO linear lamps. Universal voltage.

Manage multiple fixture groups from a single control station. Turn selected
groups on or off. Tune light levels based on current needs.

Open protocol with multiple control options to control fixture level through
two-way communication for power monitoring or system maintenance.

Establish and recall scenes for specific activities such as, presentation,
lecture, social event, cleaning, and more.
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Re-define groups & scenes as usage patterns and lighting requirements
evolve.
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Full line of CFL, T5, T5HO, & T8 ballasts available.
© 2013 Universal Lighting Technologies
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Energy Management
Install DEMANDflex ballasts with DCL Controls for maximum system energy
savings.

DEMANDflex™ ballasts can be “tuned” so that their operating power level is anywhere
in the range of 50% to 100% of its full rating.
– The tuning process uses temporary controls connected between the circuit
breaker and ballasts on a lighting circuit.
– This tuning process can be done during installation or any time afterwards.
– The tuning process can be repeated if power and light level adjustments are
necessary.
– Tuning down the lighting power 10% to 15% saves a significant amount of
energy and may not even be noticed by the occupants.

Install the same as standard program rapid start ballasts. No control wires necessary.
Standard mounting footprint. Same wiring.

High efficiency programmed rapid start operation exceeds CEE and NEMA Premium
T8 requirements.

Compatible with occupancy sensors.

Power level tuning programs the ballast factor for reduced power use. Programmed
at circuit level.

Universal input.
© 2013 Universal Lighting Technologies
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Lampholders
Universal’s lampholders are designed for use in commercial, residential and
industrial applications. T12 sockets are typically the same size as T8 sockets.
These sockets can deteriorate over time. It is a good idea to upgrade
lampholders with your retrofit.

Vossloh-Schwabe has over 80+ years of experience in the production of lighting
components.

ULT offers a variety of lampholders including: Compact Fluorescent, Linear Fluorescent,
HID, Incandescent and Halogen.

Consistent high quality components.

Different shapes, mounting styles and choices give great flexibility to fixture designers.

Completely automated production system ensures consistent quality and high value.

Contacts are expertly designed to ensure proper electrical and mechanical connection
with the lamp pins.

High-temperature resistant material.

CFL lampholders feature stainless steel fatigue-free springs for secure lamp retention.

Designed to meet UL & international safety and performance standards.
 UL/ENEC compliant
 ANSI compliant – complete range lampholders for ANSI standard lamp bases.
 Internally-shunt lampholders are Circle I Rated
© 2013 Universal Lighting Technologies
MULT-E Kit for CFL Replacement
+
A 10-pack of CFL Lampholders
=
The Complete Solution
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Northeastern University Campus- Case Study
Portrait Case Study:
– Project:
• Northeastern University Campus Retrofit
– Location:
• Boston, Massachusetts
– Products Used:
• ULTim8™ high-efficiency ballasts
– Number Installed:
• 33,598
– Energy Savings:
• 25% Reduction in Lighting Energy Costs in 51
buildings that were overhauled
© 2013 Universal Lighting Technologies
Annual savings to the university are
projected at $270,000 a year!
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Westward Ho - Case Study
Portrait Case Study:
– Project:
• Westward Ho Assisted Living Facility
– Location:
• Phoenix, AZ
– Products Used:
• DEMANDflex™ T8 Ballasts, tuned to 64% of
full power
– Number Installed:
• 700+ Ballasts
– Energy Savings:
• 56% Reduction in Lighting Energy Costs
© 2013 Universal Lighting Technologies
The actual reduction in
energy consumption
racked up $240 per day.
This savings translates
into more than $87,000
each year!
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Convert from T12 to T8 or T5 Now
Now is the time to Upgrade to T8 Lighting!
 Save Money
– Cut lighting energy costs drastically.
 Enjoy Higher Quality Lighting
– Improve building appearance.
– Improve safety and productivity.
 Easy to Upgrade
– T8 lamps and ballasts fit into the same fixtures as T12’s.
– Federal and State incentives available to help with costs.
– Universal’s product line has a ballast to fit your every need!
When you say quality, commitment and innovation,
you’re speaking the Universal language.
© 2013 Universal Lighting Technologies
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For Additional Information, please visit our website www.unvlt.com or
use your QR Reader for Smart Phone instant access.
THANK YOU
Website: www.unvlt.com
Nashville Customer Service: (800) 862-8666
Universal Technical Engineering Services: 1-800-BALLAST (1-800-225-5278)
© 2013 Universal Lighting Technologies
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