22.7” Narrow Linear Module
LED Light Engines with 51 Nichia LEDs
Rev 8-31-2017
ECOSYSTEM
classic
Intelligent Device
Electrical Specifications
Driver Type:
Drive Current:
DriveVoltage:
Total Board Power:
Life:
Max Junction Temp:
Max Test Point Temp:
Operating Temp:
Storage Temp:
Viewing Angle (FWHM):
CRI:
12V Constant-Voltage
445mA total (26mA per section)
12V
5.3W ±5%
50,000 Hrs @70% lumen maint.,
if used as specified (current & heat)
90°C
80°C
-40ºC to +60ºC Ambient
-40ºC to +80ºC
120° Lambertian distribution
83 typical
• 12V Constant-Voltage Array, 3 LED Series x 17 Sections
• Can be cut to length in 1.33” increments
• Designed for easy use in standard luminaires
• Tight LED pitch eliminates pixelization
• Color: ¼ ANSI Binning, 3 Step MacAdam Ellipse
• Suggested Applications:
Cove or Undercabinet Lighting, Sign Lighting
• Customizable: Engines can be modified to
your application. Contact us.
• Engineered by Norlux
• 5 yr. Warranty
22.7 Inch Narrow Linear DC LED Module
Model
98010
98011
98012
98030
Color
Temp
(K)
3000
3500
4000
5000
Total Current
(mA)
445
445
445
445
Total Board
Power
(W)
5.3
5.3
5.3
5.3
Lumens
(± 15%)
465
465
504
510
Board
LPW
88
88
95
95
Connectivity Options
Suffix
(blank)
-01
Connection
12 IN, #22 AWG Stranded Leads
No Leads
Dimensions
22.67 [575.82]
0.89
[22.61]
Height: 0.031 [0.79] FR-4 PCB
0.020 [0.51] LEDs
0.051 [12.95] Total
0.444 [11.28]
LED Pitch
R1
LED 2
LED 3
DETAIL
LED 1
Indicated Cut
Ø 0.14 [3.56] (17x),
Max Screw Head: Ø 0.22 [5.59]
Note:
R2
Drawing N0900-0159-R02
IN [mm]
LED 4
LED 5
0.22
[5.59]
DC IN
Red (+) 12” #22AWG
Blue (-) 12” #22AWG
For Tc Point,
probe any LED pad nearest anode band
Board can be cut at the intervals shown. There is a dotted line
at each cut point. Cut should be made with scissors. Board is
NOT designed to be broken by hand.
MADE
IN USA
Of Imported And Domestic Components
© 2017 Thomas Research Products. Specifications subject to change without notice.
Pg 1 of 3
Thomas Research Products • 1225 Bowes Rd • Elgin, IL 60123 • T 847-515-3057 • F 847-515-3047 • www.trpssl.com
0.438 [11.11]
1.33
[33.86]
(Between Holes)
1.33
[33.86]
(17 Sections)
.44
[11.77]
22.7” Narrow Linear Module
LED Light Engines
4000K
3 Step Macadams Ellipse
X
0.3783
0.3909
0.3746
0.3864
ECOSYSTEM
classic
Intelligent Device
CIE Chromaticity Coordinates
3000K
3 Step Macadams Ellipse
X
0.4325
0.4452
0.4244
0.4362
3500K
3 Step Macadams Ellipse
X
0.4045
0.4189
0.3989
0.412
5000K
3 Step Macadams Ellipse
X
0.3408
0.3485
0.3416
0.3499
Y
0.4101
0.4146
0.3923
0.3965
Y
0.3975
0.4044
0.3819
0.3875
Y
0.3836
0.3906
0.3687
0.3757
Y
0.3461
0.3520
0.3585
0.3644
1.20
1.10
1.00
0.90
0.80
0.70
Relative Luminous Flux / Tc Temperature
Compatible TRP Drivers:
The drivers listed here are all compatible with this module.
Choose the best driver for your application.
• LED12W-12
• LED17W-12
• LED20W-012
• LED25W-12
• LED25W-12-HL-B
• LED25W-12-HL-S
• LED30W-12
• LED40W-012
• LED50W-012
• LED60W-012
• PLED75W-12
• TRV-100S012ST
• TRV-150S012ST
• TRV-200S012ST
• TRV-250S012ST
• TRV-300S012ST
(1-2 Boards Total)
(2-3 Boards Total)
(1-3 Boards Total)
(2-5 Boards Total)
(2-5 Boards Total)
(2-5 Boards Total)
(2-5 Boards Total)
(2-7 Boards Total)
(3-9 Boards Total)
(3-11 Boards Total)
(3-14 Boards Total)
(1-18 Boards Total)
(1-28 Boards Total)
(1-33 Boards Total)
(1-41 Boards Total)
(1-51Boards Total)
-50
-30
-10
10
Tc
(°C)
30
50
70
20mA/LED
90
110
Step Dimming:
This Light Engine can be step-dimmed, with a recommended TRP
dimmable driver and SD series step-dimming module. See the
SD2 or SD3 data sheet for wiring information.
Parallel Configurations
The 22.7” Specialty Narrow Linear Board is designed for parallel connections only.
For a single chain (end-to-end), the positive and
negative of one board is connected to the respective positive and negative of the next. Current adds, so the supply must be 2x the current
for 2 boards. Add currents for parallel chains also.
Parallel
Constant
Voltage
Driver
Single Chain
Maximum Run Lengths
The max number of boards wired in a chain
(end-to-end/parallel)
is limited by the max current rating of the first board wired to the driver.
The sum of the board currents, in the chain, funnels through the first board.
Multiple chains can connect directly to the power supply in
parallel. See table for max chain length.
Product
22.7” Narrow
Series/Parallel
Parallel
Max Allowable Uncut Boards
High Current
(Nom)
Low Current
Thermal Application Notes
This board may require additional heat sinking to run above
60ºC ambient.
Heat sink is also required when operated above
specified drive currents.
Maximum Current
Max Current: 595mA
Voltage at max current: 13.63V, Power at max current: 8.11W
The total maximum current reflects the LED maximum forward current only,
without considering thermal needs. Driving the LEDs this hard will likely
violate their thermal limits, depending on the application.
Tc point must re-
main at or below the max temperature, or the warranty will be voided.
Temperature is directly correlated to LED current.
5
N/A
Mounting Notes
The LED assembly is supplied with mounting holes, per the dimensional
drawing. It is important to mount the board in such a way as to maintain the
Tc point below the max. The steady state thermals in application will dictate
if the board needs to be mounted directly to metallic housing and/or include
a thermal pad. For example fully enclosed recessed fixture will require better
thermal mounting than an open air pendant.
© 2017 Thomas Research Products. Specifications subject to change without notice.
Static Sensitive Device
Handle only at static-safe work stations.
Packaging
50 per box standard.
Pg 2 of 3
Thomas Research Products • 1225 Bowes Rd • Elgin, IL 60123 • T 847-515-3057 • F 847-515-3047 • www.trpssl.com
Linear (Troffer) Module Family
LED Light Engines
Application Notes:
ECOSYSTEM
classic
Intelligent Device
Series/Parallel Configurations
Board combinations can include mixing 5.5”, 11” and 23” modules.
Parallel:
The positive and negative of one board is connected to the respective positive and negative of the next.
Current adds, so the supply must be current C
1
+ C
2
for 2 boards in a chain, for example.
Series:
The negative of one board is connected to the positive of the next. Voltage adds, so the supply must handle voltage V
1
+ V
2
for 2 boards.
Parallel
C1
Single Ladder Chain
C2
Series
V1, C1
Single Series Chain
V2, C2
V1, C1
C1
C2
V2, C2
Maximum Run Lengths
The max number of boards wired in a chain
(parallel or series)
is
limited by the max current rating of the first board wired to the driver. The
sum of the board currents
in the chain funnels through the first board,
when wired from one end. Multiple chains can connect directly
to the power supply in parallel. See table for max chain length.
Improved wiring design for each parallel ladder chain should specify the
positive and negative power connections at opposite ends of the chain to
equalize current through each LED. Series ladder chains are naturally wired
this way. Wiring from one end of the chain will create an uneven voltage
across each section. The longer the ladder chain, the more important this
becomes. Max current into each LED board section is 3.75A. The number of
sections or chains wired in parallel directly from the driver is only limited by
the supply wire size or driver capacity.
Product
5.5” Linear
11” Troffer
23” Troffer
Combination
Parallel or Series
Ladder Chain
Parallel or Series Ladder
Parallel or Series Ladder
Parallel or Series Ladder
Parallel or Series Ladder
Max Allowable Boards
High Current
(Nom)
Low Current
Mounting Notes
The LED assembly is supplied with mounting holes, per the dimensional
drawing. It is important to mount the board in such a way as to maintain the
Tc point below the max. The steady state thermals in application will dictate
if the board needs to be mounted directly to metallic housing and/or include
a thermal pad. For example fully enclosed recessed fixture will require better
thermal mounting than an open air pendant.
Thermal Application Notes
This board requires additional heat sinking to run above 55ºC ambient
at nominal specifications. Heat sink is also required when operated above
specified drive currents.
Maximum Current
5.5”
Max Current:
360mA
Voltage at max current:
20V,
Power at max current:
14.4W
11”
Max Current:
720mA
Voltage at max current:
20V,
Power at max current:
14.4W
23”
Max Current:
1440mA
Voltage at max current:
20V,
Power at max current:
28.8W
The total maximum current reflects the LED maximum forward current only,
without considering thermal needs. Driving the LEDs this hard will likely
violate their thermal limits, depending on the application.
Tc point must re-
main at or below the max temperature, or the warranty will be voided.
Temperature is directly correlated to LED current.
22 PCB
11 PCB
5 PCB
44 PCB
22 PCB
11 PCB
(C
1
+ C
2
+ ... C
n
) < 3.75A
Use currents listed on Pg 1
Static Sensitive Device
Handle only at static-safe work stations.
5.5” Compatible TRP Drivers:
Calculate wattage, voltage and current required when mixed with other
LED boards. Choose the best driver for your application.
23” Compatible TRP Drivers:
The drivers listed here are all compatible with this module alone or in
multiples. Choose the best driver for your application.
• LED12W-24-C0350
• LED12W-24-C0500
• LED17W-24-C0700
• LED20W-028-C0700
• LED20W-028-C0700-D
• LED20W-48-C0350
• LED20W-48-C0350-D
• LED20W-43-C0460
• LED20W-43-C0460-D
• LED20W-40-C0500
• LED20W-40-C0500-D
• LED25W-36-C0700
• LED25W-36-C0700-D
• LED25W-36-C0700-HL-B
• LED25W-36-C0700-HL-S
• LED25W-36-C0700-HL-BD
• LED25W-36-C0700-HL-SD
• LED25W-040-C0500
• LED25W-040-C0500-D
• LED25W-040-C0620
• LED25W-040-C0620-D
• LED30W-042-C0700
• LED30W-042-C0700-D
Pg 3 of 3
11” Compatible TRP Drivers:
The drivers listed here are all compatible with this module alone or
in multiples. Choose the best driver for your application.
• LED12W-24-C0350
• LED12W-36-C0350
Packaging
50 per box standard.
© 2017 Thomas Research Products. Specifications subject to change without notice.
Thomas Research Products • 1225 Bowes Rd • Elgin, IL 60123 • T 847-515-3057 • F 847-515-3047 • www.trpssl.com
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