1. Kevin Boyce Director of Product Management, LED Drivers
PW Linear LED Drivers
Kevin Boyce
Director of Product Management, LED Drivers

2. PW Drivers PW PWX Programmable Features INTERNAL ONLY Programmable
Wireless Programming
Programmable
Wireless Programming
X Auxiliary Output with <0.5W Standby Power
Programmable Features
Output Current – programmable down to 100mA output current
Dimming Level – programmable below 1% of maximum output current to provide relative 1%
dimming of tuned current
Dimming Curve – programmable to Linear, Linear Soft Start or Logarithmic
Dimming Control Voltage – Dim-to-off, minimum dimming and maximum dim control voltages
Lumen Maintenance – programmable to increase the output current over a period of time up
to 100,000 hours
Programming Solution
PW Drivers
LDPC000A
Configuration Tool
EVERset Programming Software
INTERNAL ONLY

3. PW Linear LED Drivers Programmable LED Drivers 120-277V Input Voltage
20/30/55/80W Drivers
C-Can (including 80W)
Class P / UL Listed
Class 2, Constant Current Output
0-10V Dimming with relative 1% dimming
Class 1 and Class 2 Control Wiring
RFID Programming
Full Featured Programming
Output Current
Minimum Dimming Current
Dim-to-Off
Dimming Curve Type
Dimming Curve Control Voltage
KSP
KSP
KSP
KSP
Note: Base model ordering codes only. A made-to-order pre-tuned driver ordering process is being set up for small orders.
A price premium will apply.
INTERNAL ONLY

4. 20W PW Driver 700mA Programmable LED Driver Driver Operating Range:
Universal ( V) Input Voltage
Class 2, 20W Constant Current Output
RFID Programming
0-10V Dimming down to 4mA
Class 1 or Class 2 Control Circuit
Dim-to-Off
~2-3W Driver Standby Power
UL Listed / Class P
C-Can
Programmable Dimming Curve
KSP
Driver Operating Range:
KSP
1% Dim
Voltage
KSP
Current (mA)

5. 30W PW Driver 1050mA Programmable LED Driver Driver Operating Range:
Universal ( V) Input Voltage
Class 2, 30W Constant Current Output
RFID Programming
0-10V Dimming down to 4mA
Class 1 or Class 2 Control Circuit
Dim-to-Off
~2-3W Driver Standby Power
UL Listed / Class P
C-Can
Programmable Dimming Curve
KSP
Driver Operating Range:
KSP
1% Dim
Voltage
KSP
Current (mA)

6. 55W PW Driver 1500mA Programmable LED Driver Driver Operating Range:
Universal ( V) Input Voltage
Class 2, 55W Constant Current Output
RFID Programming
0-10V Dimming down to 5mA
Class 1 or Class 2 Control Circuit
Dim-to-Off
~2-3W Driver Standby Power
UL Listed / Class P
C-Can
Programmable Dimming Curve
KSP
Driver Operating Range:
KSP
1% Dim
Voltage
KSP
Current (mA)

7. 80W PW Driver 2100mA Programmable LED Driver Driver Operating Range:
Universal ( V) Input Voltage
Class 2, 80W Constant Current Output
RFID Programming
0-10V Dimming down to 5mA
Class 1 or Class 2 Control Circuit
Dim-to-Off
~2-3W Driver Standby Power
UL Listed / Class P
C-Can
Programmable Dimming Features
KSP
Driver Operating Range:
KSP
1% Dim
KSP
Voltage
KSP
Current (mA)

8. PW Linear LED Drivers PW Key Features vs Competitive Product Feature
Advantage
Efficiency
>87.5% at 1.05A, 45Vdc
>86% at 1.05A, 45Vdc
>87% at 1.05A, 45Vdc
Control Wiring
Class 1 or Class 2
Class 1 or Class 2 (40/54W)
Class 1 only (20/75W)
Minimum Dimming
1% of tuned value
Min Output Current
100mA
20-30% of max Iout
Output Voltage Range
16-56Vdc
10-55Vdc
Vdc (20/40W)
27-54Vdc (54/75W)
Programming Options
Output Current, Dimming Curves, Dimming Values
Output Current, Dimming Curves
Programming Method
RFID
Wired
Dim-to-Off
Yes, 2-3W standby power No
PW Series
The PW series of LED Drivers is a superior offering against Philips and Osram
Risks:
INTERNAL ONLY

9. Output Current, Dimming Curves, Dimming Values
PW Linear LED Drivers
PW Key Features vs TZ/TW Series
Feature
TZ/TW Series
PW Series
Efficiency on 55W drivers
>87.5% at 1.05A, 45Vdc
>85.0% at 1.50A, 36Vdc
>83.0% at 1.05A, 30Vdc
>87.0% at 1.50A, 36Vdc
>85.0% at 1.05A, 30Vdc
Min Power for DLC on 55W drivers (PF>0.9 & THD<20%)
<20W
25W
Control Wiring
Class 2 only
Class 1 or Class 2
Minimum Dimming
1% of max output current
1% of tuned value
Min Output Current
30% of max output current
100mA
Output Voltage Range
15-56Vdc
16-56Vdc
Programming Options
Output Current
Output Current, Dimming Curves, Dimming Values
Programming Method
Wired with no readback
RFID
Dim-to-Off No
Yes, 2-3W standby power
The PW series of LED Drivers is a superior offering to the existing TZ/TW drivers
INTERNAL ONLY

10. Programmable Dimming Curve

11. Dimming Curve Linear Linear Soft Start Logarithmic - 2
Most Common dimming curve
Works well with dimmers with a logarithmic response
Linear dimming curve with a softer start
Helps to minimize the “jump” in light output that can be seen when a dimmer is adjusted up from the minimum level
Typically associated with DALI
Works well with dimmers with a linear response
The logarithmic base can set from 1 to 7, with larger numbers providing for a steeper curve
Puts more response at the low end where light level changes are more noticeable

12. Dimming Curve – Control Voltage Break Points
Full Bright Control Voltage
Can be set from 7 to 9Vdc
Minimum Dim Control Voltage
Can be set from 1 to 3Vdc
Dim-to-off Control Voltage
Can be set from 0.1 to 1.7Vdc
Must be set at least 0.2V below minimum dim control voltage
Prevents the driver from cycling between dim-to-off and minimum dim voltage when there are small fluctuations in the dimming signal

13. Dimming Profiles
Example – Replacement Luminaire Profile
Output Current
900mA
Min Dim Current
45mA
Dimming Curve
Linear
Max Bright Control Voltage
8Vdc
Min Dim Control Voltage
1Vdc
Dim-to-off Control Voltage
disabled
Example – New Luminaire Profile
Output Current
900mA
Min Dim Current
9mA
Dimming Curve
Logarithmic - 1
Max Bright Control Voltage
9Vdc
Min Dim Control Voltage
1Vdc
Dim-to-off Control Voltage
0.5Vdc
Adjustment of the dimming curve break points and dim-to-off allow for a customized dimming profile to be configured for a luminaire.

14. Lumen Maintenance

15. Lumen Maintenance Lumen Maintenance
Lumen Maintenance – used to increase the output current to LEDs overtime to offset the lumen losses associated with LED degradation over time.
Lumen Maintenance
Factory defaults to disabled, must be enabled to use
Output Current (Final) is linked to the Output Current on the main tab
Driver will slowly increase the output current linearly over the lumen compensation period

16. Lumen Maintenance Output Current (Initial)
Can be set to 50% of the final output current
This is the output current provided by the driver at initial installation
Output Current (Final)
This is linked to the output current on the main tab
This is the output current provided by the driver after the lumen compensation period
Lumen Compensation Period
This is the amount of time over which the driver will linearly increase the output current
Can be set from 0 to 100,000 hours in 4 hour increments
Calculated value in EVERset reflecting the increase of the Output Current (Final) over the Output Current (Initial)

17. EVERset Programming Software

18. EVERset Programming Software
Programming Solution
PW Drivers
LDPC000A
Configuration Tool
EVERset Programming Software
EVERset Programming Software
Version is available now
Contains the 55W PW Driver
Update database option can be used to get the 20W, 30W and 80W PW Drivers
Version is under development
Will include PW and PWX linear drivers in default file
Minor feature enhancements and bug fixes
Planned availability July

19. Marketing Resources The formal launch e-blast was sent out May 31st
Feel free to forward the e-blast to your customers.
Collateral PDFs available on
Product Flyer
Spec Sheets
To support the launch of the new drivers, these tactics (among others) will be in play…
LED Selector Guide
Linear Driver & Modules Brochure
Press Release
Social Media
Blueprint/PESLA Newsletters
Presentation Library

20. Questions?
INTERNAL ONLY