Philips Fortimo - October 2010
SynJet®Spotlight Solutions
[2]
SynJet®Spotlight Solutions for Philips Fortimo
SynJet®Cooling Solutions Overview
Applications –modules and conditions
Fixture design recommendations –basics
Part numbers and descriptions
Overview
Spotlight Cooling Solutions
[4]
SynJet®Spotlight Cooler
SynJet solutions for
recessed downlights
and tracklights 800
to 2000 lumens
[5]
SynJet®Spotlight Solutions
Highly reliable even in extreme conditions
−Outlast the LEDs and Drivers with a rated lifetime of 100k hours
Smaller heatsinks
−Enables the smallest heatsinks for aesthetic fixture design with solutions as small as
75mm in diameter
Low energy consumption
−Consume very little energy using as little as 0.3W not impact the LED energy saving
value proposition
Quiet operation
−Near silent solutions for all lumen and wattage packages
[6]
SynJet® Spotlight Solutions –Designed for LEDs
Long life
Any application in any
ambient
Withstands dust and
environmental buildup
Designed for unexpected hot,
cold, and damp conditions
Bump and vibration resistant
for maintenance and wear
and tear
Outlast the LEDs and Drivers with a rated lifetime of 100k hours
Rated from -40°C up to 70°C ambient temperatures
Dust accumulation does not impact airflow or cooling effectiveness and the
cooler can clear dust from nozzles and heatsink because of pulsating air flow,
acts like scrubber, which maintains thermal performance over time
Immune to thermal cycling, tested from -40°C to 105°C and in hot humid
environments 85°C/85% r.h., Cooler will thrive during HVAC outages or the
most extreme applications keeping your LEDs cool in unpredictable scenarios
Immune to vibrations, external bumps, and vibrations in all three directions,
so no impact when redirecting tracklights, bumping during use, or
maintenance of ceiling and lighting
[7]
SynJet®Spotlight Cooler Solutions for Philips Fortimo
SynJet ZFlow 65
Cooler and Spotlight
Cooler 21W
SynJet ZFlow 75
Cooler and Spotlight
Cooler 31W
SynJet ZFlow 75
Cooler and Spotlight
Cooler 34W
SynJet ZFlow 75
Cooler and Spotlight
Cooler 38W
LED Module
Lumens (Approx.)
~1000
~2000
~2000
~2000
Thermal Wattage
Cooled (Approx.)
21W
31W
34W
38W
Heatsink Diameter
75mm
75mm
87mm
100m
[8]
SynJet®ZFlow 65 Cooler
Available with 12V input, in Level Select.
−Level Select –hardwired selection of operating sound level and thermal performance
SynJet ZFlow 65 Cooler
Level Select
Spotlight Cooler 21W
High Performance
SPL1(dBA)
32
TDP2(W)
21
Standard
Performance
SPL1(dBA)
22
TDP2(W)
17
Silent
Performance
SPL1(dBA)
18
TDP2(W)
13
1 SPL –Sound Pressure Level is measured at 1 meter distance per ISO 7779.
2 TDP –Thermal Design Power is based on a 30ºC temperature rise of heat sink mounting surface above ambient
temperature around cooler.
[9]
SynJet®ZFlow 75 Cooler
Available with12V input, and Level Select or PWM.
−Level Select –hardwired selection of operating sound level and thermal performance
−PWM –pulse width modulation control of sound level and thermal performance, requires controller
SynJet ZFlow 75 Cooler
Level Select
Spotlight
Cooler 31W
Spotlight
Cooler 34W
High Performance
SPL1(dBA)
28
28
TDP2(W)
31
34
Mid Performance
SPL1(dBA)
25
25
TDP2(W)
27
30
Standard
Performance
SPL1(dBA)
22
22
TDP2(W)
22
26
PWM
Spotlight
Cooler 31W
Spotlight
Cooler 34W
PWM (@100%)
SPL1(dBA)
28
28
TDP2(W)
31
34
1 SPL –Sound Pressure Level is measured at 1 meter distance per ISO 7779.
2 TDP –Thermal Design Power is based on a 30ºC temperature rise of heat sink mounting surface above ambient
temperature around cooler.
Philips Fortimo Modules and Conditions
Applications
[11]
SynJet®Spotlight Cooling Solution –Selection Guide
Open Plenum or Ventilated Tracklight up to 35°C Ambient
SynJet®ZFlow 65 Cooler and Spotlight Cooler 21W
Heatsink Diameter
75 mm
LED Module
Lumen
Output
Silent
(18 dBA)
Standard
(22 dBA)
High Performance
(28 dBA)
Philips
SLM
1100
[12]
SynJet®Spotlight Cooling Solution –Selection Guide
Open Plenum or Ventilated Tracklight up to 30°C Ambient
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 31W
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 34W
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 38W
Heatsink Diameter
75 mm
87 mm
100 mm
LED
Module
Lumen
Output
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Philips
SLM
1100
2000
[13]
SynJet®Spotlight Cooling Solution –Selection Guide
Open Plenum or Ventilated Tracklight up to 35°C Ambient
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 31W
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 34W
SynJet®ZFlow 75 Cooler
and Spotlight Cooler 38W
Heatsink Diameter
75 mm
87 mm
100 mm
LED
Module
Lumen
Output
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Standard
(22 dBA)
Mid
(25 dBA)
High
(28 dBA)
Philips
SLM
1100
2000
[14]
SynJet®Power Supply Options
LED Drivers with integrated 12V power supply for SynJet®Coolers are
available from Philips
Thermal Recommendation - Basics
Fixture Design
[16]
SynJet®Airflow Basics
Intake Air Intake Air
Exhaust Air Exhaust Air
Nozzles
Section View
[17]
Fixture Design Considerations - Basics
The following threeslides provide basic considerations when designing a
SynJet Spot Cooling Module into an enclosure. It is critical to design the
enclosure for minimal impact on system airflow:
−Inlet ventilation openings
The SynJet nozzles are both intake and exhaust openings, so the enclosure needs to
be designed to have openings or air plenum around the nozzles to sufficiently pull in
cool fresh air into the heat sink
−Exhaust ventilation openings
The exhaust air from the heat sink needs to be able to exit out of the enclosure,
otherwise the air will remain trapped within the enclosure and will heat up. The SynJet
will move the heated air out and pull in fresh cool air if the exhaust ventilation
openings are present and optimized
Confidential
[18]
Fixture Design Considerations - Basics
The following threeslides provide basic considerations when designing a
SynJet Spot Cooling Module into an enclosure. It is critical to design the
enclosure for minimal impact on system airflow:
−Ventilation design
Depends on many variables such as ambient temperature, acoustics, LED module
being cooled, so to get an optimized design can take a few iterations to properly size
the openings
−Room temperature and local temperature within the enclosure
The ambient temperature around the enclosure (Troom) is critical to deciding which
thermal solution should be considered as the starting point for the design and the
temperature within the enclosure (Tlocal) will determine how well the system is
ventilated and will impact the LED module temperature
Confidential
[19]
SynJet®Airflow Basics –Enclosure Guidelines
•Inlet vents can either be on back, sides or both
•Exhaust vents can be on sides, front or both
•Vents should be designed to allow maximum
airflow into and out of the enclosure
•Troom is the temperature around the outside of
the fixture far enough removed to not be
impacted by fixture
•Tlocal is the temperature within the fixture near
the nozzles and is higher in temperature than
Troom
•Enclosure should be designed to minimize the
difference between Troom and Tlocal
Section View
Tlocal
Troom
Reflector
LED Module
Inlet Vents
Exhaust Vents
Intake Air
Exhaust Air
Part Numbers and Descriptions
[21]
SynJet®Spotlight Solutions
SynJet ZFlow 65 Cooler and Spotlight Cooler 21W Solutions
Wires Included
SynJet ZFlow 65 Coolers
Part Numbers
Part Description
SSSLS-CM012-013
SynJet SLC Cooler, Level Select, 12V, 600mm wires
Spotlight Cooler 21W Heatsinks
Part Numbers
Part Description
HSSLS-CALCL-005
Heatsink, 21W, Philips SLM
[22]
SynJet®Spotlight Solutions
SynJet ZFlow 75 Cooler and Spotlight Cooler 31W Solutions
Needs a wire harness
SynJet ZFlow 75 Coolers
ILD Part Numbers
ASIC Part Numbers
Part Description
SSLCS-CM012-001-D
SSLCS-CM012-001
SynJet, ZFlow 75, PWM, 12V, ILD
SSLCS-CM012-002-D
SSLCS-CM012-002
SynJet, ZFlow 75, Level Select, 12V, ILD
Spotlight Cooler 31W Heatsinks
Part Numbers
Part Description
HSLCS-CALCL-001
Heatsink, 31W, Spotlight Cooler, Philips SLM
[23]
SynJet®Spotlight Solutions
SynJet ZFlow 75 Cooler and Spotlight Cooler 34W Solutions
Needs a wire harness
SynJet ZFlow 75 Coolers
ILD Part Numbers
ASIC Part Numbers
Part Description
SSLCS-CM012-001-D
SSLCS-CM012-001
SynJet, ZFlow 75, PWM, 12V, ILD
SSLCS-CM012-002-D
SSLCS-CM012-002
SynJet, ZFlow 75, Level Select, 12V, ILD
Spotlight Cooler 34W Heatsinks
Part Numbers
Part Description
HSLCS-CALBL-001
Heatsink, 34W, Spotlight Cooler, Philips SLM, Black
[24]
SynJet®Spotlight Solutions
SynJet ZFlow 75 Cooler and Spotlight Cooler 38W Solutions
Needs a wire harness
SynJet ZFlow 75 Coolers
ILD Part Numbers
ASIC Part Numbers
Part Description
SSLCS-CM012-001-D
SSLCS-CM012-001
SynJet, ZFlow 75, PWM, 12V, ILD
SSLCS-CM012-002-D
SSLCS-CM012-002
SynJet, ZFlow 75, Level Select, 12V, ILD
Spotlight Cooler 34W Heatsinks
Part Numbers
Part Description
HSLCS-CALBL-012
Heatsink, 38W, Spotlight Cooler, Philips SLM, Black
[25]
SynJet®Spotlight Solutions
SynJet ZFlow 75 Cooler Wire Harnesses
Part Numbers
Part Description
WALLS-C4150-001
SynJet Wire Harness, 4wire, 150mm
WALLS-C4240-001
SynJet Wire Harness, 4wire, 240mm
WALLS-C4370-001
SynJet Wire Harness, 4wire, 370mm
WALLS-C4600-001
SynJet Wire Harness, 4wire, 600mm
SynJet Zflow 75 Coolers Require a Wire Harness
[26]
SynJet®Spotlight Coolers
Nuventix is working on a solution for the 3000 lumen Philips Fortimo SLM,
which will be available in Q1 2011, please contact your Nuventix sales
representative for more information
For additional information, please see our website for spec sheets,
design-in guides, and additional selection materials
Nuventix LED Thermal Management