LED LIGHTS For Hot & cold Foodservice applications

LED LIGHTS
For Hot & cold Foodservice applications
Cooler-Freezer & Ambient Temperature Applications
LED Surface Mount Light Fixtures
for Cooler/Freezer Applications
LED Motion Sensor Light for Walk-In Refrigeration
• Senses motion in 16 ft range from 8 ft away
Model No.
Watts
LED-321420C
18
LED-321420W
VXS-LED-PC20C
18
VXS-LED-PC20W
Lumens
Kelvins
2000
6000
1600
3000
2000
6000
1600
3000
Operating Temp
Description
Bulb with Globe
-4ºF to 140ºF
(-20ºC to 60ºC)
C
Complete Fixture
with Bulb
and Globe
US
®
C
LISTED
4VN4
LISTED
FileLED
No.LAMP
E80045
(Fixture)
®
US
LISTED
4VN4
LISTED
FileLED
No. LAMP
E343790
(Bulb)
• Resilient, one-piece silicone gasket rated IP-65 for damp & wet locations
• Superior highly-polished aluminum reflector improves light output
• Low profile design • Corrosion-free, high impact polycarbonate housing
• Clear, high impact polycarbonate lens with ribs for max. light dispersion
• Supplied with NEC-approved luminaire disconnects
• Operating temperature range from -40°F to 104°F (-40°C to 40°C)
Model No.
LED24X419C
Length
Watts
Lumens
Kelvins
24”
9
800
5700K-6300K
3470
5500K-6500K
48”
44
3250
4500K-5500K
3000
2700K-3500K
LED48X62221C
LED48X62221N
LED48X62221W
C
COMPONENT
File No. 3188926
LED Light for Reach-In Refrigerators & Freezers
• 7 watt bulb replaces 40W incandescents • Edison base for simple installation
• 145º beam angle floods interior with light • Instant on; no ballast to warm up
• Rated for 50,000 hour life • UL listed
Model No.
Watts
Lumens
Kelvins
Operating Temp
7
700
5800-6300
-4ºF to 140ºF
(-20ºC to 60ºC)
LED-321407C
L20-1010-L07C
Globe
Bulb Only
Frosted
L201010L07CCL
Clear
C
COMPONENT
US
®
C
LISTED
4VN4
LISTED
FileLED
No. LAMP
E358727
(Fixture)
®
File No. E355828
(Bulb)
LED Light for Walk-In Refrigeration
Model No.
VXS-LEDN10PC
Actual Length
Watts
Lumens
LED-T40510-x*
Model No.
10-3/8” (263mm)
5
550
LED-T40614-x*
14-9/16” (370mm)
6
360
LED-T40818-x
18-1/2” (470mm)
8
680
LED-T40920-x
20-1/4” (515mm)
9
760
LED-T41022-x
22” (560mm)
10
850
30-1/8” (764mm)
12
1000
Lumens
Kelvins
Operating Temp
LED-T41230-x
10
1040
4500
-20ºF to 140ºF
(-30ºC to 60ºC)
LED-T41435-x
35-1/2” (263mm)
14
1200
LED-T41641-x
41-3/8” (1051mm)
16
1400
LED-T41847-x
47-1/2” (1200mm)
18
1600
File No. E80045
LED Light Fixture for Walk-In Coolers & Freezers
• 100 lumens per watt light output • 50 foot candles at 5 ft
• LED strips and driver replaceable without tools
LED48X762N
• Operating temperature from 104ºF to -4ºF (40ºC to -20ºC)
• Link up to 10 fixtures together for maximum flexibility
• Clear, high impact polycarbonate lens with ribs
for maximum light dispersion
Watts
®
Model No.
US
LISTED 4VN4
LED LAMP
Linkable, Low Profile, High Output LED Lights
Designed for Display Applications
Packed 6 per master carton
*Does not include on/off switch.
Available in 3 color temperatures designate “W” for 3000K;
“N” for 4100K; “C” for 6400K
Model No.
LED-T4-X001
®
COMPONENT
File No. E352224
Description
Length
Power Cord, No Plug
6’ (1.83m)
LED-T4-X002
6” (152mm)
Watts
Lumens
Kelvins
Operating Temp
LED-T4-X003
12” (305mm)
62
6000
4500-5000
-40ºF to 104ºF
(-40ºC to 40ºC)
LED-T4-X004
C
COMPONENT
®
US
LISTED
4VN4
LISTED
FileLED
No. LAMP
E464757
Connecting Cable
LED-T4-X005
LED-T4-X006
24” (610mm)
36” (915mm)
Power Cord, No Plug
6” (152mm)
Power cords and connecting cables sold separately
www.componenthardware.com
High Temperature Canopy Hood Applications
Engineered for safety, performance, efficiency and code compliance
LED Recessed Light Fixtures for
Exhaust Canopy Hoods
LED Edison-base Light for Exhaust Canopy Hoods
• Lamps consume less than 5.5 watts per foot
• Max operating temp 80ºC (176ºF)
• Contributes to LEED® energy use reduction credits
• Highest lumen output per watt available
• Recess mount installation
• Only 4-1/2” high for limited clearance applications
• Only UL Listed Edison-base LED bulb rated to 80ºC (176ºF)
• 120 degree beam angle floods the workspace with light • 90 to 260 VAC
• Exceeds Federal Energy Act requirement • Unbreakable polycarbonate enclosure
Model No.
Watts
Lumens
Max
Operating Temp*
Kelvins
LED-40000N-B
Model No.
LED-40000N-P**
L82-1030-L13W
LED-40001N
(includes globe)
LED-40000W-B
12
960
4500 - 5500
80ºC (176ºF)
Length
L82-1030-L13N
Watts
36”
26
L82-1030-L13C
930
2800 - 3500
L82-1040-L22W
*Bulb performance is not guaranteed if exposed to temperatures above 80ºC
**In blister pack for POS display
C
®
L82-1040-L22N
US
48”
44
L82-1040-L22C
Lumens
Kelvins
2360
2800 - 3500
2500
4500 - 5500
2600
5500 - 6500
3560
2800 - 3500
3800
4500 - 5500
4000
5500 - 6500
LISTED 4VN4
LED LAMP
®
File No. E343790
COMPONENT
File No. E339654
LED-40000 Bulbs Complete with Light Fixture
Model No.
L55-LEDN-1004
L55-LEDW-1004
L55-LEDN-1024
L55-LEDW-1024
L55-LEDN-2004
L55-LEDW-2004
L55-LEDN-2024
L55-LEDN-2024
Globe
Watts
Coated Glass
12
Coated Glass, Wire Guard
12
Tempered Glass
12
Tempered Glass, Wire Guard
Lumens
Kelvins
960
4500
930
2800
960
4500
Select Light Model from the drop-down list
930
2800
Wattage
12
960
4500
What is the wattage of the bulb you are replacing?
100
930
2800
How many hours a day are your lights operating?
14
960
4500
930
2800
How many days a week are you open?
7
12
®
COMPONENT
File No. E80045
• All Component Hardware LEDs are rated for
50,000 hour life – 50x standard incandescent bulb
• Mercury-free
• Instant-on
• No ultraviolet emission
• Five-year warranty on parts
Typical Savings & Payback
LED-40000N
KWH you are currently consuming
509.6
KWH you will be consuming with the LED
61.2
KWH saved
448.4
What is the cost per KWH in your store?
$0.175
Current annual cost of electricity per bulb
$89.18
Annual cost of electricity per LED
$10.70
Annual saving per bulb
$78.48
Total bulbs you are replacing
3
Total annual savings
What is the price you are paying for the LED bulb?
Payback in months if you make the switch?
$235.44
$80
12.2
Visit our website for an interactive payback calculator.
800-526-3694
®
Why LEDs?
The Energy Independence and Security Act of 2007 was signed into law by President Bush on December 19, 2007. EISA requires 27% greater efficiency
for light bulbs, to be phased in from 2012 to 2014. Phase-out of traditional 100W incandescent light bulbs began in January, 2012; 75W bulbs will
follow in 2013 and 60W and 40W bulbs will no longer be imported or manufactured after January 1, 2014. As incandescent bulbs become harder to
find, operators will be forced to upgrade to other types of bulbs.
While low wattage fluorescent lights meet this standard, LED (Light Emitting Diode) bulbs have many advantages over fluorescents. LEDs are rapidly
becoming the standard for most lighting needs and as technology improves prices will become more competitive with fluorescents.
Benefits of LEDs
• Long Life - LED bulbs are rated at 50,000 hours - 5 times longer than fluorescents.
• Durability - LEDs are encased in high impact plastic so they are practically unbreakable and unlike fluorescents, they are not affected by
frequent on/off cycling.
• Low Operating Temperature - Light is produced by diodes, which emit very little heat - on average 3.4 BTUs/hr. They stay cool to the touch
and do not significantly increase the temperature of the ambient space.
• Environmental Safety - No mercury is used in the manufacturing of LEDs. There are no special hazardous material procedures required for
• Energy Efficiency - LED lamps produce 5 times more light (lumens) per watt than incandescents and operate on wattages similar
disposing of spent bulbs.
to fluorescents.
• Temperature Impact - Prolonged heat can significantly shorten the useful life of many LEDs. Component Hardware has designed its LED
lights for specific applications to ensure maximum life expectancy. Our LED-40000 bulbs, for example, have enlarged heat sinks to conduct
the heat away from the diodes.
• Lower Maintenance Costs - Besides the superior service life and durability of LEDs, they do not require a ballast, which can malfunction.
• Instant On - Fluorescent lights that do not instantly start (pre-heat types) have a longer life than “instant start” types, but since most ballasts
do not operate well at cooler temperatures (<50ºF), lights in walk-in coolers and freezers may need to be left on constantly. LED lights do not
have a ballast so lights come on immediately.
Disadvantages of CFLs
• Environmental Issues - Compact fluorescent lights (CFLs) contain mercury, a toxic substance. Nine states have banned CFLs from their
landfills. For detailed information on how to clean up and safely dispose of CFL bulbs, visit www.epa.gov/cflcleanup.
• Useful Life - CFLs are negatively impacted by frequent cycling on and off.
• Health Issues - CFLs emit ultraviolet rays, a cause of skin cancer. Flickering of CFLs, caused by power fluctuations and sometimes too rapid for
the eye to recognize, has been linked to migraines, sleep abnormalities, fatigue and other health problems.
• Temperature Impact - The life of electronic components in CFL ballasts is reduced dramatically with elevated temperatures. An industry
rule-of-thumb states that for every 20-degree increase in temperature, capacitor life is reduced by half. Typical CFLs have a temperature operating range that tops out at 100ºF.
• Light Output - New technology LEDs produce more lumens per watt than CFLs. Studies have shown that CFLs lose their light output over time.
The cheaper the CFL, the faster it will fail.
Selection Guide
Understanding some common lighting terms will help you to choose the right bulb for your application.
• Beam Angle - The measure of the spread of light from the source. The greater the beam angle, the less the intensity of light. Large beam angles
are best suited for lamps rated greater than 5 watts. LED lamps that have beam angles in the 120 degree range are ideal for replacing
incandescent and fluorescent bulbs.
• Color Rendering Index (CRI) - Measures on a scale of 1 to 100, the CRI indicates how well the light allows the viewer to perceive the true
color of an object. LED bulbs typically rate between 70 and 95; the best CFLs rate in the mid 80s.
• Kelvin - The measurement of color temperature, or hue, of light. Sunlight equals about 5000 K, sometimes referred to as natural light.
Color temperatures over 5000 K are called cool colors (bluish white) while lower color temperatures (2700 - 3000 K) are referred to as
warm colors (yellowish white through red).
• Lumen - The standard of measurement of the light produced by the bulb. The more lumens, the brighter the bulb. Lumen is becoming the
new standard for comparing bulbs.
• Watt - The amount of electrical energy consumed per hour of operation. Watts do not tell you how bright the bulb is, but how efficient it is.
Look for the highest lumens per watt.
Tel. 800-526-3694 • 732-363-4700 • Fax. 732-364-8110 • www.componenthardware.com
© Copyright 2014, Component Hardware Group, Inc. 10/2014