619972 Catalog
2014-07-05
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VF11290CAT - April 2012
Panasonic Eco Solutions North America
Eco Products Division
One Panasonic Way, 1H-3
Secaucus, NJ 07094
(201) 348-7000
www.panasonic.com/building
For Distributor Order Information
PHONE: 866-292-7299
FAX: 888-553-0723
ventfans@us.panasonic.com
Design and specications subject to change without notice.
2012 Ventilation Fans
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Panasonic Advanced Ventilation Solutions A LEGACY OF INNOVATION
High-performance ventilation solutions
Panasonic is the premier manufacturer of
powerful, energy-efcient ventilation fans that
quietly exhaust unhealthy, unpleasant or moist
air from your home or business. Contractors,
builders, architects and homeowners rely on us
for our quality and for the wide array of solutions
we offer—from bathroom fans with both motion
and humidity sensors to remote in-line fans.
Panasonic is also proud to be recognized by
the EPA for the third consecutive year, garnering
their most prestigious ENERGY STAR® honor, the
Sustained Excellence 2012 Award.
The idea of delivering a breath of fresh air to
our customers is consistent with a simple
mission statement eloquently articulated by our
founder nearly a century ago: Panasonic serves
society with high-quality products that make
peoples’ everyday lives more healthy, productive
and enjoyable. This guiding principle continues to
drive everything we do and is what we call
“ideas for life.”
Fresh air driven by fresh ideas. Breathe new
life into your environment with Panasonic
Ventilation.
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54
Table of Contents
Why is Ventilation Necessary? __________________________________________________ 6-7
Panasonic Ventilation Fan Benets _____________________________________________ 8-9
Fans with Built-in Controls _____________________________________________________ 10-11
Single Speed Fans (On/Off) ___________________________________________________ 12-13
Fan/Lights with Built-in Controls ______________________________________________ 14-15
Single Speed Fans with Lights _________________________________________________ 16-17
Specialty Fans ________________________________________________________________ 18-19
Accessories _________________________________________________________________ 20-27
Useful Information:
Performance Curves ________________________________________________________ 28-35
Dimensional Drawings _______________________________________________________ 36-41
Sizing Information and Instructions ___________________________________________ 42-43
Ventilation Controls _____________________________________________________________ 44
ENERGY STAR®/ Home Ventilating Institute ______________________________________ 45
Installation ___________________________________________________________________ 46-47
Green Building Programs and Green FAQs ___________________________________ 48-49
Frequently Asked Questions _________________________________________________ 49-50
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6 7
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
of excessive moisture and pollutants
can build up in the bathroom, kitchen,
utility room, garage and home ofce. This
secondary process serves to exhaust
these problem areas quickly, before bad
air can spread throughout the house. Just
as important as continuous ventilation,
intermittent ventilation complements the
effort to improve indoor air quality.
Both systems exhaust pollutants from
the air, but intermittent ventilation is more
effective in concentrated areas.
Sizing Information and Instructions
Properly sized ventilation in airtight homes
helps to ensure healthy indoor air quality.
Both intermittent (spot) and continuous
(whole house) ventilation should be
considered. Intermittent ventilation is
used to exhaust sources of moisture
and odors, while continuous ventilation
is used to remove accumulated indoor
air pollutants.
Airtight Homes
The rst step when sizing for a ventilating
fan is to determine the application. Decide
whether you are sizing for intermittent
or continuous ventilation (see pages 6
and 7). If intermittent, determine which
application, (i.e. bathroom, kitchen
or other). Use the following industry
recommendations to determine Air
Changes per Hour (ACH) for your specic
application.
Intermittent (spot) ventilation:
The Home Ventilating Institute (HVI)
recommends the following Air Changes
per Hour (ACH). (See HVI on page 43)
I. Bathrooms - 8 ACH or 1 CFM/sq ft
II. Kitchens - 15 ACH or 2 CFM/sq ft
III. Other Rooms - 6 ACH or .75 CFM/sq ft
Continuous (whole house)
ventilation:
Most building codes have adopted
the American Society of Heating,
Refrigerating, and Air Conditioning
Engineers (ASHRAE) Standard 62. The
most current version, ASHRAE 62.2-2010,
calls for continuous mechanical ventilation
as shown below.
I. House or apartment - 7.5 CFM per
person plus 1 CFM per 100 square feet
The second step is to calculate the area
being ventilated. Calculate square feet
or cubic feet depending on which sizing
method you choose.
The third step is to calculate the
Equivalent Duct Length of the planned
duct run. This requires a basic
understanding of static pressure caused
by a duct run design and its components.
Static Pressure and Duct Run:
A ventilating fan must overcome
resistance when pulling air through the
grille and pushing it through the duct and
cap to the outside of the building. This
resistance is known as static pressure.
The amount of static pressure depends
on the duct length, type of duct, elbows
and the roof jack or wall cap.
Fan Selection Guide
1. What is the size of the bathroom?
a. Need 1 CFM (cubic foot per minute) per
square foot
b. Length x Width = CFM
(length) x (width) = (Total CFM needed)
c. Example: 8 ft length x 10 ft wide = 80
CFM is needed to properly ventilate the
bathroom
2. What features are needed/wanted?
Fan only? Light? Heat? Variable speed?
Motion? Humidity? Time delay?
3. What type of construction is available?
Truss size is necessary if it is smaller than
2 x 8 construction so the selected fan
housing size will t the installation.
a. 2 x 8 construction – can use any fan
combination that we have
b. 2 x 6 construction – can use our fan
combinations that t 2 x 6 or 2 x 4
construction
c. 2 x 4 construction – can use our fan
combinations that t 2 x 4 construction
4. Now that you know the CFM needed,
the features wanted and the construction
size, you are ready to nd your fan
combination.
Why is ventilation
necessary? Ideally, an airtight home designed with both continuous and intermittent ventilation will
contribute to a healthy and comfortable living environment for the entire family.
Today’s homes are designed and built
to improve energy efciency. However,
these airtight homes may actually cause
health problems due to the build-up
of pollutants and uncirculated stale
air. What do they need? Mechanical
ventilation!
Airtight Homes
Homes designed and built in recent years
are more airtight and energy efcient than
in the past. To obtain this airtight design,
house wraps, newly designed windows
and doors, sealing caulks and other
insulating materials are used to create
better energy efciency. The resulting
benet is fewer drafts, which lowers the
cost to heat and air-condition a home.
But pollutants retained in airtight buildings
can be hazardous to their occupants
and can jeopardize structural integrity.
That’s why Panasonic stresses a “build
tight and ventilate right” platform. Proper
mechanical ventilation design can address
poor indoor air quality, while retaining
energy efciency.
Biological Pollutants
Biological pollutants, to some degree, are
found in all homes. These include mold,
mildew, pollen, dust mites, pet dander,
viruses and bacteria. Accumulation of these
biological pollutants can result in hazardous
health effects for the occupants, as well as
structural damage to the building.
Volatile Organic Compounds (VOCs)
Volatile Organic Compounds are carbon-
based compounds that easily evaporate.
Formaldehyde and these types of gases
are released from building materials,
carpets, furniture and many other
solid household items as part of aging,
decomposition or curing, all of which are
natural processes known as off-gassing.
Some other household items that emit
VOCs include hair sprays, paints, lacquers,
nishes, oven cleaners and other cleaning
solvents, pesticides, etc. Often colorless
and odorless, VOCs can ultimately
sensitize certain people to react to them.
Ways to improve indoor air quality
The rst step to improve indoor air quality
should be to reduce or remove the
source of the pollutants.
Unfortunately, indoor pollutants are
virtually impossible to eliminate completely,
creating the need for a second step to
improve indoor air quality—mechanical
ventilation. Mechanical ventilation is used
to remove stale, moist, polluted air and
replace it with fresh outside air. Two widely
used methods in today’s building industry
are continuous and intermittent ventilation.
Continuous Ventilation
Sometimes referred to as general, central,
whole-house or primary ventilation,
continuous ventilation is used to remove
stale air and provide fresh air on a slow,
continuous basis. A well-designed airtight
home can generally use low volume
continuous ventilation.
Intermittent Ventilation
Sometimes referred to as spot, local
or secondary ventilation, intermittent
ventilation is used to capture and remove
pollutants quickly at the source. Pockets
Bad
Pollutants such as smoke, formaldehyde,
dust, humidity and VOCs accumulate in a
poorly vented building.
Good
Ventilation fans help to maintain
indoor air ow and air quality.
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Panasonic Ventilation Fan Benets
8
Certied & Code Compliant
Panasonic ventilation fans are certied by the Home
Ventilating Institute (HVI) and ENERGY STAR® qualied,
where guidelines exist. All models also comply with
ASHRAE 62.2, the ventilation standard required by LEED
for Homes, ENERGY STAR IAP, CalGreen, NAHB Green
Building Standard, EarthCraft, Washington Ventilation Code
and other building programs.
Powerful & Quiet
Fully enclosed DC and AC condenser motors assure
remarkable performance and quiet operation at industry
standard, .25" w.g.
Long Life
Permanently lubricated motors are engineered for trouble-
free, continuous operation for 30,000 hours on AC motors,
along with rust-proof paint and galvanized housing.
Easy Installation
Detachable duct adapters, adjustable mounting brackets
(up to 24" o.c.), fan/motor units that easily detach from the
housing and uncomplicated wiring all lend to user-friendly
installation. Double-hanger bar systems allowing for ideal
positioning.
Energy Savings
For high energy efciency, input wattage readings are
among the lowest in the industry.
Safety
WhisperGreen models are protected by UL Class 2 Power
Unit while all other models are equipped with thermal fuse
protection. With the exception of the ERV and heater fans,
all models are UL listed for tub/shower enclosure when
used with a GFCI branch circuit wire.
Airow
A built-in damper in all ceiling-mounted models prevents
backdraft.
Illumination
ENERGY STAR rated compact uorescent light bulbs can
be used to comply with Title 24 has 10,000 hours of rated
life and a 4-Watt night light are available on select models.
Green Manufacturing
All fan only models are RoHS Approved. Restriction of
Hazardous Substances Directive (RoHS) restricts the use of
the following six substances in the manufacturing process:
Lead, Mercury, Cadium, Hexavalent chromium [CR(VI)],
Polybrominated biphenyls (PBB), and Polybrominated
diphenyl ether (PBDE).
Warranty
6 Year warranty on DC motor and 3 Year warranty on all
other models and parts.
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10 11
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
WhisperSense Key Benets:
• Dualmotionandhumiditysensorswithversatilefunctionality.
Motion On / Motion Off
Motion On / Humidity Off
Humidity On / Humidity Off
• Adjustabledelaytimerfrom30secondsto60minutes
• Variablehumiditycontrolsfrom30-80%RH(RelativeHumidity)
• Built-insensors,timersandcontrols
•
Detachabledual4"or6"ductadapterincluded
•
Fitsin2x8construction
FV-08VQC5 80CFM 4"or6"Duct
FV-11VQC5 110CFM 4"or6"Duct
WhisperGreen Key Benets:
• SmartFlow™technologyforoptimalCFMoutput
• FullyenclosedDCmotorforlonglife–rated
for60,000hourscontinuousrun
• SmartAction
®
motion sensor -
(FV-08VKM3,FV-13VKM3)
• Built-invariablespeedcontrolsandhigh/low
delaytimerupto60minutes
•
Detachabledual4"or6"duct
adapteron80CFMmodelsincluded
•
Fitsin2x8construction
FV-08VKM3 80CFM4"or6"Duct
FV-08VKS3 80CFM4"or6"Duct
FV-13VKM3 130CFM6"Duct
FV-13VKS3 130CFM6"Duct
FV-05VFM2 50CFM 4"or3"Duct
FV-08VFM2 80CFM 4"or3"Duct
INCLUDED:
4to3inchadapter
WhisperWelcome Key Benets:
• Lowprolehousingdesign–Idealforremodeling!
• SmartAction® motion sensor with built-in 20-minute
delay timer
• Fitsin2x6&2x8construction
Fans with Built-in Controls
80CFMVariable
Speed Models Only
130CFMVariable
Speed Models Only
Built-inControls
WhisperSense FV-08VQC5 FV-11VQC5
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 59 110 91
Noise (sones) <0.3 <0.3 0.3 0.5
Power Consumption (Watts) 15.8 15.6 24.3 24.2
Energy Efciency (CFMs/Watt) 5.1 3.9 4.6 3.9
Speed 825 1110 957 1170
Current 0.14 0.14 0.22 0.21
Power Rating (V/Hz) 120/60
WhisperWelcome FV-05VFM2 FV-08VFM2
Characteristics 4" Duct 3" Duct 4" Duct 3" Duct
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 30 50 34 80 62 70 56
Noise (sones) <0.3 0.7 0.4 0.8 0.9 1.1 0.8 1.0
Power Consumption (Watts) 16.3 16.0 16.1 16.0 24.5 24.3 24.3 24.0
Energy Efciency (CFMs/Watt) 3.6 2.4 3.3 2.2 3.5 2.7 3.1 2.5
Speed 678 924 740 958 749 945 868 1003
Current 0.13 0.13 0.13 0.13 0.20 0.19 0.20 0.19
Power Rating (V/Hz) 120/60 120/60
WhisperGreen FV-08VKS3 | FV-08VKM3 FV-13VKS3 | FV-13VKM3
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 79 70 75 60 59 50 54 40 39 30 32 130 135 110 111 90 93 70 71 50 53
Noise (sones) <0.3 0.4 <0.3 0.4 <0.3 0.3 <0.3 0.3 <0.3 <0.3 <0.3 <0.3 <0.3 0.7 <0.3 0.6 <0.3 0.6 <0.3 0.4 <0.3 <0.3
Power Consumption (Watts) 7.0 11.0 5.4 10.1 5.0 8.7 4.3 7.5 3.7 6.6 3.2 5.8 11.6 21.1 8.7 15.1 6.0 12.1 4.1 9.6 2.4 5.8
Energy Efciency (CFMs/Watt) 12.1 7.6 13.3 7.7 13.6 7.7 12.4 7.7 12.8 7.1 11.4 6.7 11.2 6.4 12.5 7.3 15.2 7.8 18.7 7.9 23.3 10.0
Speed 832 1130 791 1125 773 1106 749 1101 740 1093 745 1087 662 917 643 912 580 900 506 874 430 781
Current 0.02 0.01 0.03 0.01 0.05 0.01 0.05 0.02 0.05 0.03 0.06 0.04 0.01 0.12 0.03 0.09 0.02 0.07 0.04 0.01 0.06 0.03
Power Rating (V/Hz) 120/60 120/60
7-2/5"
Depth
7-2/5"
Depth
5-5/8"
Depth
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12 13
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
Single Speed Fans (On/Off)
INCLUDED:
4to3inchadapter
WhisperCeiling Key Benets:
• Detachabledual4"or6"ductadapteron
50-110 CFM models
• Fitsin2x8construction
FV-05VQ5 50CFM4"or6"Duct
FV-08VQ5 80CFM4"or6"Duct
FV-11VQ5 110CFM4"or6"Duct
FV-15VQ5 150CFM6"Duct
WhisperGreen Key Benets:
• SmartFlow™technologyforoptimalCFMoutput
• FullyenclosedDCmotorforlonglife–ratedfor
60,000hourscontinuousrun
• Detachabledual4"or6"ductadapterincluded
• Fitsin2x8construction
FV-05VK3 50CFM 4"or6"Duct
FV-08VK3 80CFM 4"or6"Duct
FV-11VK3 110CFM 4"or6"Duct
WhisperValue Key Benets:
• Superlowprolehousingdesign
• ULlistedforwallorceilinginstallation
• Fitsin2x4,2x6&2x8construction
FV-05VS1 50CFM 4"OvalDuct
FV-08VS1 80CFM 4"OvalDuct
FV-10VS1 100CFM 4"OvalDuct
WhisperValue U-Can Contractor Pack
The Contractor Pack includes four complete fans. The housing and
motor/grille are packaged separately for exibility during installation.
Universal
Housing Can
Motor/Grille
Assembly
Complete
Fan Unit
Master
Pack
FV-05-08VSA1 FV-05VSB1 FV-05VS1 4
FV-05-08VSA1 FV-08VSB1 FV-08VS1 4
FV-05-08VSA1 FV-10VSB1 FV-10VS1 4
FV-05VF2 50CFM 4"or3"Duct
FV-08VF2 80CFM 4"or3"Duct
FV-11VF2 110CFM 4"or3"Duct
WhisperFit Key Benets:
• Lowprolehousingdesign–Idealfor
remodeling!
• Fitsin2x6&2x8construction
WhisperCeiling FV-05VQ5 FV-08VQ5 FV-11VQ5 FV-15VQ5
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 36 80 62 110 91 150 127
Noise (sones) <0.3 0.4 <0.3 0.4 <0.3 0.5 <0.3 0.5
Power Consumption (Watts) 11.1 11.7 14.7 14.5 21.1 20.7 28.4 27.3
Energy Efciency (CFMs/Watt) 4.7 3.2 5.8 4.5 5.3 4.5 5.3 4.7
Speed 731 1060 829 1089 950 1161 691 911
Current 0.09 0.10 0.12 0.12 0.18 0.17 0.24 0.23
Power Rating (V/Hz) 120/60
WhisperGreen FV-05VK3 FV-08VK3 FV-11VK3
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 54 80 79 110 112
Noise (sones) <0.3 0.3 <0.3 0.4 0.3 0.8
Power Consumption (Watts) 4.3 7.5 7.0 11.0 11.5 16.2
Energy Efciency (CFMs/Watt) 12.4 7.7 12.1 7.6 9.7 7.0
Speed 749 1101 832 1130 953 1229
Current 0.05 0.02 0.02 0.01 0.21 0.30
Power Rating (V/Hz) 120/60
WhisperValue FV-05VS1 FV-08VS1 FV-10VS1
Characteristics 4" Oval Duct 4" Oval Duct 4" Oval Duct
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 38 80 71 100 90
Noise (sones) 0.8 N/A 1.3 1.5 1.5 1.5
Power Consumption (Watts) 15.8 15.3 27.4 27.6 36.4 36.1
Energy Efciency (CFMs/Watt) 3.2 2.4 3.4 2.8 2.9 2.7
Speed (RPM) 759 948 878 1026 840 979
Current (amps) 0.04 0.04 0.11 0.11 0.30 0.30
Power Rating (V/Hz) 120/60 120/60 120/60
WhisperFit FV-05VF2 FV-08VF2 FV-11VF2
Characteristics 4" Duct 3" Duct 4" Duct 3" Duct 4" Duct 3" Duct
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 30 50 31 80 60 70 53 110 94 90 78
Noise (sones) 0.4 0.9 0.5 1.1 0.8 1.0 0.8 1.1 1.5 1.5 1.5 2.0
Power Consumption (Watts) 15.0 14.7 15.0 14.8 24.5 24.3 24.0 24.0 33.5 33.2 33.8 33.5
Energy Efciency (CFMs/Watt) 3.3 2.0 2.0 2.1 3.3 2.5 2.9 2.2 3.3 2.8 2.7 2.3
Speed 637 932 741 978 757 956 845 1007 830 1000 1029 1128
Current 0.13 0.12 0.13 0.12 0.20 0.20 0.20 0.20 0.28 0.28 0.28 0.28
Power Rating (V/Hz) 120/60 120/60 120/60
7-2/5"
Depth
7-2/5"
Depth
5-5/8"
Depth
3-3/4"
Depth
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14 15
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
WhisperSense-Lite Key Benets:
• Dualmotionandhumiditysensorswithversatile
functionality.
Motion On / Motion Off
Motion On / Humidity Off
Humidity On / Humidity Off
• Adjustabledelaytimerfrom30secondsto60
minutes
• Variablehumiditycontrolsfrom30-80%RH
(RelativeHumidity)
• Built-insensors,timersandcontrols
•
Detachabledual4"or6"ductadapterincluded
•
Fitsin2x8construction
FV-08VQCL5 80CFM 4"or6"Duct
FV-11VQCL5 110CFM 4"or6"Duct
WhisperGreen-Lite Key Benets:
• SmartFlow™technologyforoptimalCFMoutput
• FullyenclosedDCmotorforlonelife–ratedfor60,000
hours continuous run
• SmartAction®motionsensor-(FV-08VKML3,
FV-13VKML3)
• Built-invariablespeedcontrolsandhigh/lowdelay
timerupto60minutes
• Detachabledual4"or6"ductadapterfor80CFM
models included
• Fitsin2x8construction
FV-08VKML3 80CFM4"or6"Duct
FV-08VKSL3 80CFM4"or6"Duct
FV-13VKML3 130CFM6"Duct
FV-13VKSL3 130CFM6"Duct
Fan/Lights with Built-in Controls
INCLUDES:One32-Watt
PanasonicCFL/3500
Kelvin/HighCRI/2400
Lumens/ENERGY STAR®
qualied/10,000 hours rated
averagelife/equivalentto(2)
75-Wattincandescentlamp/
electronic ballast for icker-
freeoperation/plus4-Watt
night-light
INCLUDES:One32-Watt
PanasonicCFL/3500
Kelvin/HighCRI/2400
Lumens/ENERGY STAR®
qualied/10,000 hours rated
averagelife/equivalentto(2)
75-Wattincandescentlamp/
electronic ballast for icker-
freeoperation/plus4-Watt
night-light
Built-inControls
80CFMVariableSpeedModelsOnly 130CFMVariableSpeedModelsOnly
WhisperSense-Lite FV-08VQCL5 FV-11VQCL5
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 62 110 91
Noise (sones) <0.3 0.4 0.3 0.5
Power Consumption (Watts) 17.5 17.6 24.3 24.2
Energy Efciency (CFMs/Watt) 4.7 3.6 4.3 3.5
Speed 825 1110 957 1170
Current 0.14 0.14 0.22 0.21
Power Rating (V/Hz) 120/60
WhisperGreen-Lite FV-08VKSL3 | FV-08VKML3 FV-13VKSL3 | FV-13VKML3
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 79 70 78 60 60 50 52 40 42 30 35 130 137 110 115 90 91 70 69 50 57
Noise (sones) <0.3 0.6 <0.3 0.6 <0.3 0.5 <0.3 0.5 <0.3 0.5 <0.3 0.5 0.8 1.3 0.6 1.2 0.3 1.1 <0.3 0.9 <0.3 0.8
Power Consumption (Watts) 7.4 12.4 6.0 11.6 5.3 9.0 4.2 7.8 3.8 6.7 3.5 6.2 14.2 24.2 10.7 19.4 7.8 14.9 5.9 10.5 4.1 8.5
Energy Efciency (CFMs/Watt) 11.2 6.6 11.9 6.8 12.1 7.2 12.5 7.0 11.1 6.6 8.8 5.8 9.0 5.5 10.1 5.8 11.5 6.1 12.0 6.7 12.3 6.7
Speed 866 1166 815 1157 675 941 765 1106 758 1084 611 879 742 968 707 972 676 969 669 932 648 939
Current 0.01 0.02 0.03 0.02 0.05 0.09 0.04 0.02 0.06 0.05 0.04 0.06 0.04 0.15 0.05 0.12 0.03 0.09 0.03 0.01 0.04 0.01
Power Rating (V/Hz) 120/60 120/60
7-2/5"
Depth
7-2/5"
Depth
FV-08VQCL5
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16 17
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
Single Speed Fans with Lights (On/Off)
INCLUDED:
4to3inchadapter
WhisperLite Key Benets:
• Detachabledual4"or6"ductadapteron80-110
CFM models included
• Fitsin2x8construction
FV-08VQL5 80CFM 4"or6"Duct
FV-11VQL5 110CFM 4"or6"Duct
FV-15VQL5 150CFM 6"Duct
WhisperGreen-Lite Key Benets:
• SmartFlow™technologyforoptimalCFMoutput
• FullyenclosedDCmotorforlonglife–ratedfor
60,000hourscontinuousrun
• Detachabledual4"or6"ductadapterincluded
• Fitsin2x8construction
FV-08VKL380CFM 4"or6"Duct
FV-11VKL3 110CFM 4"or6"Duct
WhisperValue-Lite Key Benets:
• Superlowprolehousingdesign
• Firstin2x4,2x6and2x8construction
FV-08VSL2 80CFM 4"OvalDuct
FV-10VSL2 100CFM 4"OvalDuct
The Contractor Pack
includes four complete fans.
The housing and motor/grille
are packaged separately for
exibility during installation.
WhisperValue-Lite U-Can Contractor Pack
FV-05VFL3 50CFM 4"or3"Duct
FV-08VFL3 80CFM 4"or3"Duct
FV-11VFL3 110CFM 4"or3"Duct
WhisperFit-Lite Key Benets:
• Lowprolehousingdesign–Idealfor
remodeling!
• Fitsin2x6&2x8construction
INCLUDED:One18-WattGU24Spiral
CFL/2700Kelvin/84CRI/1380Lumens
each/ENERGY STAR® qualied/10,000
hours rated average life/equivalent to
75-Wattincandescentlamp/integral
electronic ballast for icker-free operation.
WhisperRecessed Key Benets:
• Architecturalgraderecessedfan/light
• Invisible,energyefcient,andpowerfulventilationat.25"w.g.
• Adjustablelamppositioninganddeeperregressionreducesglare
• Beautifulilluminationwith6-1/2"aperture
FV-08VRL1 80CFM 4"or6"Duct
WhisperLite FV-08VQL5 FV-11VQL5 FV-15VQL5
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 62 110 90 150 128
Noise (sones) <0.3 0.4 0.5 0.6 0.9 1.0
Power Consumption (Watts) 14.9 14.7 23.4 23.0 31.8 30.9
Energy Efciency (CFMs/Watt) 5.5 4.3 4.7 3.9 4.8 4.2
Speed 863 1117 1006 1193 800 988
Current 0.12 0.12 0.20 0.19 0.27 0.26
Power Rating (V/Hz) 120/60
WhisperGreen-Lite FV-08VKL3 FV-11VKL3
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 79 110 108
Noise (sones) <0.3 0.6 0.7 1.1
Power Consumption (Watts) 7.4 12.4 12.5 18.0
Energy Efciency (CFMs/Watt) 11.2 6.6 8.9 6.0
Speed 866 1166 1019 1256
Current 0.01 0.02 0.25 0.34
Power Rating (V/Hz) 120/60
WhisperValue-Lite FV-08VSL2 FV-10VSL2
Characteristics 4" Oval Duct 4" Oval Duct
Static pressure in inches w. g. 0.1 0.25 0.1 0.25
Air Volume (CFM) 80 67 100 90
Noise (sones) 1.3 1.5 1.5 2.5
Power Consumption (Watts) 24.6 25.0 36.6 36.3
Energy Efciency (CFMs/Watt) 3.3 2.7 2.7 2.5
Speed (RPM) 944 1063 911 1019
Current (amps) 0.21 0.21 0.31 0.30
Power Rating (V/Hz) 120/60 120/60
WhisperFit-Lite FV-05VFL3 FV-08VFL3 FV-11VFL3
Characteristics 4" Duct 3" Duct 4" Duct 3" Duct 4" Duct 3" Duct
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 50 35 50 35 80 67 70 60 110 96 90 78
Noise (sones) <0.3 0.4 <0.3 0.5 0.5 0.8 0.5 0.8 1.3 1.5 1.5 2.0
Power Consumption (Watts) 15.9 15.8 15.9 15.8 28.8 28.6 28.4 28.0 33.0 32.6 32.5 32.1
Energy Efciency (CFMs/Watt) 3.5 2.5 3.1 2.2 2.8 2.4 2.6 2.3 3.3 2.9 2.9 2.6
Speed 703 917 769 989 763 962 895 1050 906 1033 1048 1162
Current 0.13 0.13 0.13 0.13 0.24 0.24 0.24 0.23 0.28 0.27 0.27 0.27
Power Rating (V/Hz) 120/60 120/60 120/60
Universal
Housing Can
Motor/Grille
Assembly
Complete
Fan Unit
Master
Pack
FV-08VSLA2 FV-08VSLB2 FV-08VSL2 4
FV-08VSLA2 FV-10VSLB2 FV-10VSL2 4
WhisperRecessed FV-08VRL1
Characteristics
Static pressure in inches w. g. 0.1 0.25
Air Volume (CFM) 80 66
Noise (sones) 0.8 0.7
Power Consumption (Watts) 20.5 19.5
Energy Efciency (CFMs/Watt) 4.0 3.4
Speed 1378 1501
Current 0.17 0.17
Power Rating (V/Hz) 120/60
7-1/2"
Depth
INCLUDED with
WhisperGreen-Lite,
WhisperLite, WhisperFit-
Lite, and WhisperValue-
Lite: One 32-Watt
Panasonic CFL/3500
Kelvin/High CRI/2400
Lumens/ENERGY
STAR® qualified/10,000
hours rated average life/
equivalent to (2) 75-Watt
incandescent lamp/
electronic ballast for flicker-
free operation/plus 4-Watt
night-light
7-2/5"
Depth
5-5/8"
Depth
3-3/4"
Depth
6"
Duct
Duct
Duct
Duct
5-5/8"
Depth
Duct
Duct
3-3/4"
Depth
7-2/5"
Depth
7-2/5"
Depth
Duct
![](asset-a.png)
18 19
Performance Curves on pages 28-35 / Dimensional Drawing on pages 36-41 / WhisperControl Cross Reference on page 25
Specialty Fans
WhisperCeiling Key Benets:
• Largevolumeexhaustfansidealforlight
commercial applications
FV-20VQ3 190CFM 6"Duct
FV-30VQ3 290CFM 6"Duct
FV-40VQ3 380CFM 6"Duct
WhisperWarm Key Benets:
• Durable1400Wattstainlesssteelsheathed
heating element
• Thermalfuseprotectiononmotorand3-level
safety device for heater
• Quick1minutewarm-up
• Fitsin2x8construction
FV-11VH2 110CFM 4"Duct
FV-11VHL2 110CFM 4"Duct
FV-08WQ1 70 CFM
FV-04VE1 40/20CFMor20/10CFM2x4"Ducts
FV-WC04VE1 OptionalExteriorWallCap
FV-EB04VE1 Optional Elbow
FV-10NLF1 120CFM4"Duct
FV-20NLF1 240CFM6"Duct
FV-30NLF1 340CFM6"Duct
FV-40NLF1 440CFM8"Duct
WhisperWall Key Benets:
• ULlistedforthrough-the-wallapplication
• 10"galvanizedsleeveandsteelexteriorhoodincluded
WhisperComfort Key Benets:
• ERVbalancesairpressurebysupplyingfreshexteriorairwhile
exhausting stale interior air
• MERV6supplylteranddamperemployed
• Exchangecapillarycorerecoverstemperatureandmoisture
• Dualsettingairvolumefor40/20or20/10CFM
• Idealfornewairtighthousesbuilttomeetenergyefciencystandards
• Compactsizetsinceilingsand2x8construction
•SensibleEnergyRecovery66%
•LatentEnergyRecovery33%
•Doesnotrequireacondensationlineordrain
WhisperLine Key Benets:
• Remotemount in-line fan for single or multiple inlets
• Insulatedhousingtopreventcondensationandnoise
• Taperedductadapterforeasyconnection
• 5positionsforinstallation
• Joistortrussattachmentbracketsincluded
• Suspensionbracketsincluded
FV-11VHL2INCLUDES:Tw o 18-Watt
PanasonicCFL/3500Kelvin/High
CRI/1200 Lumens each/ENERGY
STAR® qualied/10,000 hours rated
averagelife/equivalentto100-Watt
incandescent lamp/electronic ballast
foricker-freeoperation/plus4-Watt
night-light
Single Inlet Kit Double Inlet Kit
WhisperWarm FV-11VH2 FV-11VHL2
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25
Air Volume (CFM) 110 89 110 89
Noise (sones) 0.6 1.0 0.7 1.0
Power Consumption (Watts) 30.7 30.5 30.6 30.5
Energy Efciency (CFMs/Watt) 3.6 2.9 3.6 2.9
Speed 778 935 812 956
Current 0.25 0.25 0.25 0.25
Power Rating (V/Hz) 120/60
WhisperWall FV-08WQ1
Characteristics
Static pressure in inches w. g. 0.03
Air Volume (CFM) 70
Noise (sones) 1.1
Power Consumption (Watts) 18.0
Energy Efciency (CFMs/Watt) 4.3
Speed 660
Current 0.20
Power Rating (V/Hz) 120/60
WhisperCeiling FV-20VQ3 FV-30VQ3 FV-40VQ3
Characteristics
Static pressure in inches w. g. 0.1 0.25 0.1 0.25 0.1 0.25
Air Volume (CFM) 190 145 290 257 390 359
Noise (sones) 0.8 1.4 2.0 N/A 3.0 3.0
Power Consumption (Watts) 43.7 42.9 64.0 62.0 112.0 110.0
Energy Efciency (CFMs/Watt) 4.6 3.6 4.5 4.1 3.4 3.2
Speed 761 949 877 990 774 858
Current 0.34 0.33 0.53 0.52 0.97 0.96
Power Rating (V/Hz) 120/60
WhisperComfort FV-04VE1
Characteristics 40 CFM 20 CFM 10 CFM
Static pressure in inches w. g. 0.1 0.1 0.1
AirVolumeExhaust(CFM) 40 20 10
Air Volume Supply (CFM) 30 20 10
Noise (sones) 0.8 <0.3 N/A
Power Consumption (Watts) 23 21 17
Speed 1479 1292 1095
Current 0.15 0.10 0.09
Power Rating (V/Hz) 120/60
WhisperLine FV-10NLF1 FV-20NLF1 FV-30NLF1 FV-40NLF1
Characteristics
Static pressure
in inches w.g. 0.2 0.3 0.4 0.2 0.3 0.4 0.2 0.3 0.4 0.2 0.3 0.4
Air Volume (CFM) 120 105 82 240 225 200 340 322 302 440 421 407
Power Consumption (Watts) 36.2 35.0 33.5 55.5 53.5 51.1 95.2 93.5 91.5 136 132 130
Energy Efciency
(CFMs/Watt) 3.5 4.1 3.2 3.2
Speed 1590 1260 1337 1150
Current 0.31 0.46 0.86 1.10
Power Rating (V/Hz) 120/60 120/60 120/60 120/60
WhisperLine Installation Kits
Model No. Description Inlet
Grille
Backdraft
Damper Clamp Y-Adaptor
FV-NLF04G 4" Inlet Grille 1 (4") - - -
FV-NLF06G 6" Inlet Grille 1 (6") - - -
PC-NLF04S 4" Single Inlet Kit 1 (4") 1 (4") 6 -
PC-NLF06S 6" Single Inlet Kit 1 (6") 1 (6") 6 -
PC-NLF04D 4" Double Inlet Kit 2 (4") 2 (4") 12 1 (4"- 4"x 2)
PC-NLF06D 6" Double Inlet Kit 2 (6") 2 (6") 12 1 (6"- 6"x 2)
PC-NLF64D 6"- 4" Double Inlet Kit 2 (4") 2 (4") 12 1 (6"- 4"x 2)
PC-NLF86Y 8"-6" Y-Adaptor - - - 1 (8"- 6"x 2)
Exterior Hood
included
Supply and exhaust air ows through
a single exterior opening
FV-04VE1
FV-WC04VE1
FV-EB04VE1
![](asset-b.png)
2120
Accessories
On/Off—
FV-WCCS1-W (White),FV-WCCS1-A
(LightAlmond)
On/Off/Light—
FV-WCCS2-W (White),FV-WCCS2-A
(LightAlmond)
1 Function Control
FV-WCSW11-W (White)
FV-WCSW11-A(LightAlmond)
2 Function Control
FV-WCSW21-W (White)
FV-WCSW21-A(LightAlmond)
WhisperControl
Condensation Sensor
WhisperControl
Switches
WhisperControl
Switches
WhisperControl Condensation Sensor
Features & Benets:
• HumidityControl–Automaticallyturnsonwhenrelative
humidity and temperature change is detected
• 30minute countdown timer
• ManualOn/OffControl
• Compatiblewithsingle-speedfansorfan/lights
• Stylishdesignwithwallplateincluded
• ENERGYSTAR®,LEEDforHomes,ASHRAE62.2,and
CALGreen compliant
• LEDindicator
WhisperControl Switches
Features & Benets:
• Pilotlightrockervisiblewhenfanison
• Back&sidewiringterminalsacceptbothsolid&
stranded wire for easier installation
• Full-ratedcurrentcapacitywithuorescentorresistive
loads.Motorcapacityis80%ofswitchrating
• Commercialgrade
• Includesmatchingwallplate
WhisperControl Switches
Features & Benets:
• Multi-switchcombinationsavesspaceandadds
convenience
• Commonfeedshuntedinternallytoallswitches
• Includesmatchingwallplate
• Commercialgrade
• Elegantstylingprovidesmultiplecontrolsinasingle-gang
wall box
Specications FV-WCCS1-W FV-WCCS1-A FV-WCCS2-W FV-WCCS2-A
Ground Grounding Grounding Grounding Grounding
Feature BlueLEDLight BlueLEDLight BlueLEDLight BlueLEDLight
Amperage 15 Amp 15 Amp 15 Amp 15 Amp
MaximumFanLoad 1/8 hp or 3
Amps
1/8 hp or 3
Amps
1/8 hp or 3
Amps
1/8 hp or 3
Amps
Voltage 120 Volts 120 Volts 120 Volts 120 Volts
Termination 6"Leads 6"Leads 6"Leads 6"Leads
Connections (Copper Wire
Connections) Use#14or#12 Use#14or#12 Use#14or#12 Use#14or#12
Max.FluorescentLightLoad NA NA 400 Watt 400 Watt
Standard Certications UL/CSAListed UL/CSAListed UL/CSAListed UL/CSAListed
Warranty 1 Year 1 Year 1 Year 1 Year
Specications FV-WCSW11-W/A
Ground Self Grounding
Feature PilotLight-IlluminatedON-Req.Neutral
Amperage 20 Amp
Voltage 120 Volt
HP Rating 1HP-120V
Termination Back&SideWire
Standards&Certications UL/CSAListed
Warranty 10YearLimited
Specications FV-WCSW21-W/A
Ground Grounding
Feature Single Pole/ Single Pole
Amperage 15 Amp
Voltage 120 Volt
Termination Quickwire and side wired
Standards&Certications UL/CSAListed
Warranty 2YearLimited
![](asset-c.png)
2322
4 Function Control
FV-WCSW41-W (Whiteonly)
DesignedformodelFV-11VHL2
Heater/Fan/Light/Night-light
Preset Count Down Delay Off
FV-WCD01-W (White)
FV-WCD01-A(LightAlmond)
WhisperControl
Switches
WhisperControl
Switches
WhisperControl Switches
Features & Benets:
• Singlepole/doublethrowon-off-ontopswitch,twosinglepole
on-off switches
• Multi-switchcombinationsavesspaceandaddsconvenience
• Commonfeedshuntedinternallytoallswitches
• Commercialgrade
• Includesmatchingwallplate
• Elegantstylingprovidesmultiplecontrolsinasingle-gangwallbox
WhisperControl Switches
Features & Benets:
• Timerswitchhasfourpresetbuttonsoptions:10-20-30or60
minutes
• LEDlightindicatescountdowntimeandashestwominutes
before OFF warning
• Pressandholdoverridetimerfunctionallowsyoutoholddown
thebuttonuntilLEDlightindicatesitison
• Multi-switchcombinationsavesspaceandaddsconvenience
• Commonfeedshuntedinternallytoallswitches
• Commercialgrade
• Elegantstylingprovidesmultiplecontrolsinasingle-gangwallbox
• Easyinstallationinsinglegangwallbox
• Includesmatchingwallplate
Accessories
3 Function Control
FV-WCSW31-W (White)
FV-WCSW31-A(LightAlmond)
WhisperControl
Switches
WhisperControl Switches
Features & Benets:
• Multi-switchcombinationsavesspaceandadds
convenience
• Commonfeedshuntedinternallytoallswitches
• Commercialgrade
• Includesmatchingwallplate
• Elegantstylingprovidesmultiplecontrolsinasingle-gang
wall box
Specications FV-WCSW41-W/A
Ground Grounding
Feature Single pole/double throw on-off-on top switch,
IndividualSwitchAmperage two single pole on-off switches
Total Switch Amperage 15 Amp
Voltage 20 Amp
Termination 120 Volt
Standards&Certications Quickwire and wire leads
Warranty UL/CSA
Specications FV-WCD01-W/A
Ground Grounding
Feature Req.Neutral
Amperage 20 Amp
Voltage 120 Volt
Termination 6"Leads
HP Rating 1HP-120V
Standards&Certications UL/CSAListed
Warranty 5YearLimited
Specications FV-WCSW31-W/A
Ground Grounding
Feature Single Pole/ Single Pole/ Single Pole
Amperage 15 Amp
Voltage 120 Volt
Termination QuickwirePush-In,Back&SideWire
Standards&Certications UL/CSAListed
Warranty 2YearLimited
![](asset-d.png)
2524
Cross Reference for Applicable Combination of WhisperControl to Product
Model FV-WCCS1-W/A FV-WCCS2-W/A FV-WCDO1-W/A FV-WCSW11-W/A FV-WCSW21-W/A FV-WCSW31-W/A FV-WCSW41-W
Switch Type Condensation Sensor
On/Off
Condensation Sensor
On/Off/Light Delay Off Timer 1 Function Control 2 Function Control 3 Function Control 4 Function Control
WhisperGreen
FV-05VK3 X X X
FV-08VK3 X X X
FV-11VK3 X X X
FV-08VKL3 X X X
FV-11VKL3 X X X
FV-08VKSL3 X**
FV-08VKML3 X**
FV-13VKSL3 X**
FV-13VKML3 X**
WhisperRecessed FV-08VRL1 X X
WhisperCeiling
FV-05VQ5 X X X
FV-08VQ5 X X X
FV-11VQ5 X X X
FV-15VQ5 X X X
FV-20VQ3 X X X
FV-30VQ3 X X X
FV-40VQ3 X X X
FV-08VQL5 X X X
FV-11VQL5 X X X
FV-15VQL5 X X X
WhisperSense
FV-08VQCL5 X**
FV-11VQCL5 X**
WhisperFit
FV-05VF2 X X X
FV-08VF2 X X X
FV-11VF2 X X X
FV-05VFL3 X X X
FV-08VFL3 X X X
FV-11VFL3 X X X
WhisperValue
FV-05VS1 X X X
FV-08VS1 X X X
FV-10VS1 X X X
FV-08VSL2 X X X
FV-10VSL2 X X X
WhisperWall FV-08WQ1 X X X
WhisperWarm
FV-11VH2* X* X*
FV-11VHL2* X* X*
WhisperLine
FV-10NLF1 X X X
FV-20NLF1 X X X
FV-30NLF1 X X X
FV-40NLF1 X X X
WhisperComfort FV-04VE1 X
WhisperWelcome, WhisperSense, and WhisperGreen S/M3 models are not compatible with the above switches.
* Needs 1 control per function; ** Switch is for light and night-light only.
![](asset-e.png)
2726
Accessories
PC-RD05C4
FV-GL3MTL
FV-GL3TDA
FV-GL3TDB
FV-GKF32S1
Ceiling Radiation
Damper
Designer Grilles
Passive Inlet Vent
Radiation Damper Features:
• ULclassication(ULstandard555C)forusein1,2or3
hour re-rated oor/ceiling and roof/ceiling designs
• Compatiblewith50-150CFMfans,fanswithmotion
sensor and select fan/lights
• Galvanizedsteelframewith165˚Ffusiblelink
• Hightemperature,non-asbestos,reinforcedber
thermal fabric
Designer Grille Features:
• Easyandaffordabletochange
• Changeyourgrilletotyourroomdecorwithout
compromising the performance and quality of the unit
• Applicable Models
WhisperGreen:FV-13VKS3,FV-11VK3,FV-08VKS3,
FV-08VK3,FV-05VK3
WhisperCeiling:FV-15VQ5,FV-11VQ5,
FV-08VQ5,FV-05VQ5
WhisperFit:FV-11VF2,FV-08VF2,FV-05VF2
WhisperValue:FV-10VS1,FV-08VS1,FV-05VS1
(ForFV-GL3MTLonly)
Inlet Vent Features:
Panasonic Passive Inlet provides make-up air to help
balance indoor vs. outdoor air pressure.
•Foampadreducesoutdoornoiseandcondensation
•Insulationliningtopreventcondensation
•DurableABSandPPresinbody
•7stainlesssteelinstallationscrewsincluded
•Sturdyopen/closelever
•2-positionairdelivery
Damper Model
PC-RD05C4
Fan Model approved for:
WhisperGreen,
WhisperGreen-Lite,
WhisperCeiling50-150CFM,
WhisperLite,WhisperSense,
WhisperSenseLite,
WhisperWelcome,WhisperFit,
WhisperValue
Passive Inlet FV-GKF32S1
Specications Air Volume Positions 2
CFM Settings 12&18
Features
Open/CloseLouverSetting Yes
Washable Air Filter Yes
Bug Screen Yes
3”x12”SleeveIncluded Yes
Body ABS&PP
Installation Wall Opening (diameter) 3 inch
InstallationScrewIncluded Yes
FV-GL3TDA FV-GL3TDB FV-GL3MTL
Characteristics
GrilleSize(inchessq.) 13 14-1/5 13
Shipping
Gross Weight (lbs) 1.1 1.3 1.5
Trend Style Category Traditional Traditional Commercial
Material ABS ABS 26 Gauge
Galvanized Steel
ULApproved1Yes Ye s Yes
HVICertied1Yes Yes Ye s
Mfg.inISO9001
Certied Facility Yes Ye s Yes
FV-GL3MTL
FV-GL3TDA
CLASSIFIED
See details on UL
classifi cation marking on
each product
File # R16724
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2928
Fans with Built-in Controls —Performance Curves Single Speed Fans —Performance Curves
FV-13VKM3/S3 130/0 CFM6"Duct
Airow (CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻘
㻓㻑㻖㻓
㻓㻑㻗㻘
㻓㻑㻙㻓
㻓㻑㻚㻘
㻓㻑㻜㻓
㻓㻘㻓 㻔㻓㻓 㻔㻘㻓
㻩㻹㻐㻔㻖㻹㻮㻰㻖㻒㻔㻖㻹㻮㻶㻖
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
㻔㻔㻓㻃㻦㻩㻰
㻜㻓㻃㻦㻩㻰
㻚㻓㻃㻦㻩㻰
㻘㻓㻃㻦㻩㻰
4" Duct
6" Duct
FV-08VKM3/S3 80/0 CFM4"or6"Duct
FV-05VFM2 50 CFM3"Duct
FV-08VFM2 80 CFM3"Duct
FV-05VFM2 50 CFM4"Duct
FV-08VFM2 80 CFM4"Duct
FV-08VQC5 80 CFM4"or6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓 㻔㻓㻓
㻩㻹㻐㻓㻛㻹㻴㻦㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
6" Duct
4" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
FV-11VQC5 110 CFM4"or6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻘㻘㻓㻚㻘 㻔㻓㻓 㻔㻕㻘
㻩㻹㻐㻔㻔㻹㻴㻦㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
FV-08VK3 80 CFM4"or6"Duct
4" Duct
6" Duct
FV-05VK3 50 CFM4"or6"Duct
4" Duct
6" Duct
FV-11VK3 110 CFM4"or6"Duct
4" Duct
6" Duct
FV-15VQ5 150 CFM6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻑㻚㻓
㻓㻕㻘㻘㻓㻚㻘 㻔㻓㻓 㻔㻕㻘 㻔㻘㻓 㻔㻚㻘
㻩㻹㻐㻔㻘㻹㻴㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
Airflow(CFM)
Static Pressure(inch w.g.)
FV-08VQ5 80 CFM4"or6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓 㻔㻓㻓
㻩㻹㻐㻓㻛㻹㻴㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
FV-11VQ5 110 CFM4"or6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻑㻚㻓
㻓㻑㻛㻓
㻓㻕㻘㻘㻓㻚㻘 㻔㻓㻓 㻔㻕㻘
㻩㻹㻐㻔㻔㻹㻴㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
FV-05VQ5 50 CFM4"or6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓
㻩㻹㻐㻓㻘㻹㻴㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
![](asset-10.png)
3130
Single Speed Fans —PerformanceCurves(cont'd) Fan/Lights with Built-In Controls —Performance Curves
FV-08VF2 80 CFM3"Duct
FV-08VS1 80 CFM4"OvalDuct
FV-08VF2 80 CFM4"Duct
FV-05VF2 50 CFM3"Duct
FV-05VS1 50 CFM4"OvalDuct
FV-05VF2 50 CFM4"Duct
FV-11VF2 110 CFM3"Duct
FV-10VS1 100 CFM4"OvalDuct
FV-11VF2 110 CFM4"Duct
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
020406080
Airflow(CFM)
FV-05VF2
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
0.00
0.10
0.20
0.30
0.40
0.50
0.60
050 100
Airflow(CFM)
Static Pressure(inch w.g.)
FV-08VF2
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
0255075 100 125
Airflow(CFM)
Static Pressure(inch w.g.)
FV-11VF2
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
0255075 100 125
Airflow(CFM)
Static Pressure(inch w.g.)
FV-11VF2
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
020406080
Airflow(CFM)
FV-05VF2
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
0.00
0.10
0.20
0.30
0.40
0.50
0.60
050 100
Airflow(CFM)
FV-08VF2
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓
㻩㻹㻐㻓㻘㻹㻶㻔
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
Airflow(CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻑㻚㻓
㻓㻑㻛㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓 㻔㻓㻓
㻩㻹㻐㻓㻛㻹㻶㻔
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
Airflow(CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻑㻚㻓
㻓㻑㻛㻓
㻓㻑㻜㻓
㻓㻖㻓㻙㻓㻜㻓 㻔㻕㻓
㻩㻹㻐㻔㻓㻹㻶㻔
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
Airflow(CFM)
Static Pressure(inch w.g.)
4" Duct
6" Duct
FV-08VKML3/SL3 80/0 CFM4"or6"Duct
Airow (CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻘
㻓㻑㻖㻓
㻓㻑㻗㻘
㻓㻑㻙㻓
㻓㻑㻚㻘
㻓㻑㻜㻓
㻓㻑㻓 㻘㻓㻑㻓 㻔㻓㻓㻑㻓 㻔㻘㻓㻑㻓
㻩㻹㻐
㻔㻖㻹㻮㻰㻯㻖㻒㻔㻖㻹㻮㻶㻯㻖
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
㻔㻔㻓㻃㻦㻩㻰
㻜㻓㻃㻦㻩㻰
㻚㻓㻃㻦㻩㻰
㻘㻓㻃㻦㻩㻰
FV-13VKML3/SL3 130/0 CFM6"Duct
FV-11VQCL5 110 CFM4"or6"Duct
㻜㻚㻜㻜
㻜㻚㻝㻜
㻜㻚㻞㻜
㻜㻚㻟㻜
㻜㻚㻠㻜
㻜㻚㻡㻜
㻜㻚㻢㻜
㻜㻞㻡㻡㻜㻣㻡 㻝㻜㻜 㻝㻞㻡
㻲㼂㻙㻝㻝㼂㻽㻯㻸㻡
㻞㻜㻌㻲㼑㼑㼠
㻠㻜㻌㻲㼑㼑㼠
㻢㻜㻌㻲㼑㼑㼠
㻤㻜㻌㻲㼑㼑㼠
㻝㻜㻜㻌㻲㼑㼑㼠
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓 㻔㻓㻓
㻩㻹㻐㻓㻛㻹㻴㻦㻯㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
FV-08VQCL5 80 CFM4"or6"Duct
![](asset-11.png)
3332
Single Speed Fans with Lights —Performance Curves
FV-10VSL2 100 CFM4"OvalDuct
FV-08VRL1 80 CFM4"or6"Duct
FV-11VKL3 110 CFM4"or6"Duct
4" Duct
6" Duct
4" Duct
6" Duct
FV-08VKL3 80 CFM4"or6"Duct
FV-08VSL2 80 CFM4"OvalDuct
FV-11VQL5 110 CFM4"or6"DuctFV-08VQL5 80 CFM4"or6"Duct FV-15VQL5 150 CFM6"Duct
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻘㻘㻓㻚㻘 㻔㻓㻓 㻔㻕㻘
㻩㻹㻐㻔㻔㻹㻴㻯㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻕㻓㻗㻓㻙㻓㻛㻓 㻔㻓㻓
㻩㻹㻐㻓㻛㻹㻴㻯㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
4" Duct
6" Duct
Airflow(CFM)
Static Pressure(inch w.g.)
㻓㻑㻓㻓
㻓㻑㻔㻓
㻓㻑㻕㻓
㻓㻑㻖㻓
㻓㻑㻗㻓
㻓㻑㻘㻓
㻓㻑㻙㻓
㻓㻑㻚㻓
㻓㻕㻘㻘㻓㻚㻘 㻔㻓㻓 㻔㻕㻘 㻔㻘㻓 㻔㻚㻘
㻩㻹㻐㻔㻘㻹㻴㻯㻘
㻕㻓㻃㻩㼈㼈㼗
㻗㻓㻃㻩㼈㼈㼗
㻙㻓㻃㻩㼈㼈㼗
㻛㻓㻃㻩㼈㼈㼗
㻔㻓㻓㻃㻩㼈㼈㼗
Airflow(CFM)
Static Pressure(inch w.g.)
FV-05VFL3 50 CFM3"Duct
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.55
020406080
Airflow(CFM)
FV-05VFL3
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-08VFL3 80 CFM3"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
050 100
Airflow(CFM)
FV-08VFL3
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-11VFL3 110 CFM3"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
0255075 100 125
Airflow(CFM)
FV-11VFL3
3" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-05VFL3 50 CFM4"Duct
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.55
020406080
Airflow(CFM)
FV-05VFL3
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-08VFL3 80 CFM4"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
050 100
Airflow(CFM)
Static Pressure(inch w.g.)
FV-08VFL3
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
FV-11VFL3 110 CFM4"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
0255075 100 125
Airflow(CFM)
FV-11VFL3
4" duct
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
㻜㻚㻜㻜
㻜㻚㻝㻜
㻜㻚㻞㻜
㻜㻚㻟㻜
㻜㻚㻠㻜
㻜㻚㻡㻜
㻜㻚㻢㻜
㻜㻚㻣㻜
㻜㻚㻤㻜
㻜㻞㻜㻠㻜㻢㻜㻤㻜 㻝㻜㻜
㻲㼂㻙㻜㻤㼂㻿㻸㻞
㻞㻜㻌㻲㼑㼑㼠
㻠㻜㻌㻲㼑㼑㼠
㻢㻜㻌㻲㼑㼑㼠
㻤㻜㻌㻲㼑㼑㼠
㻝㻜㻜㻌㻲㼑㼑㼠
Airflow(CFM)
Static Pressure(inch w.g.)
㻜㻚㻜㻜
㻜㻚㻝㻜
㻜㻚㻞㻜
㻜㻚㻟㻜
㻜㻚㻠㻜
㻜㻚㻡㻜
㻜㻚㻢㻜
㻜㻚㻣㻜
㻜㻚㻤㻜
㻜㻚㻥㻜
㻜㻟㻜㻢㻜㻥㻜 㻝㻞㻜
㻲㼂㻙㻝㻜㼂㻿㻸㻞
㻞㻜㻌㻲㼑㼑㼠
㻠㻜㻌㻲㼑㼑㼠
㻢㻜㻌㻲㼑㼑㼠
㻤㻜㻌㻲㼑㼑㼠
㻝㻜㻜㻌㻲㼑㼑㼠
Airflow(CFM)
Static Pressure(inch w.g.)
![](asset-12.png)
3534
Specialty Fans —Performance Curves
FV-04VE1 40/20 CFM or 20/10 CFM 2x4"Ducts
FV-30VQ3 290 CFM6"DuctFV-20VQ3 190 CFM6"Duct FV-40VQ3 380 CFM6"Duct
FV-11VH2 110 CFM4"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0255075100 125
Airflow(CFM)
FV-11VH2
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-11VHL2 110 CFM4"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0255075100 125
Airflow(CFM)
FV-11VHL2
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
0.00
0.20
0.40
0.60
0.80
1.00
050 100 150 200 250 300 350
Airflow(CFM)
FV-30VQ3
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
050 100 150 200
Airflow(CFM)
FV-20VQ3
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
0.00
0.10
0.20
0.30
0.40
0.50
0102030405060
Airflow(CFM)
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
FV-04VE1
(Exhaust)
FV-04VE1
(Supply)
FV-30NLF1 340 CFM6"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
1.00
1.10
1.20
050 100 150 200 250 300 350 400
Airflow(CFM)
FV-30NLF1
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-40NLF1 440 CFM8"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
1.00
1.10
1.20
1.30
1.40
050 100 150 200 250 300 350 400 450 500
Airflow(CFM)
FV-40NLF1
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-20NLF1 240 CFM6"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
050 100 150 200 250 300
Airflow(CFM)
FV-20NLF1
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
FV-10NLF1 120 CFM4"Duct
0.00
0.10
0.20
0.30
0.40
0.50
0.60
0.70
0.80
020406080 100 120 140
Airflow(CFM)
FV-10NLF1
20 Feet
40 Feet
60 Feet
80 Feet
100 Feet
Static Pressure(inch w.g.)
![](asset-13.png)
3736
Fans with Built-in Controls —DimensionalDrawings Single Speed Fans —DimensionalDrawings
FV-13VKS3
6"duct
FV-08VKM3 FV-13VKM3
6"duct
FV-08VKS3
FV-08VQC5/FV-11VQC5
4"or6"Duct
FV-05VFM2/FV-08VFM2
4"or3"duct
FV-05VK3/FV-08VK3/FV-11VK3 FV-05VQ5/FV-08VQ5/
FV-11VQ5
4"or 6" duct
4"or 6" duct 4"or 6" duct
FV-15VQ5
6" duct
13" 13"
5-5/8"
4"
14-1/2" or 22-1/2”
14-1/2"
3"
10-1/4"
10-1/4"
4" duct
FV-05VF2 / FV-08VF2 / FV-11VF2 FV-05VS1 / FV-08VS1 / FV-10VS1
3-3/4”
10-1/4”
14-1/2”
13” 13”
10-1/4”
14-1/2 or 22-1/2”
4-5/8”
3-1/16”
4" oval duct
4"or6"Duct
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3938
Fan/Lights with Built-In Controls —DimensionalDrawings Single Speed Fans with Lights —DimensionalDrawings
FV-08VRL1
FV-13VKML3
6"duct
FV-08VKML3 FV-13VKSL3
6"duct
FV-08VKSL3
FV-08VQCL5/FV-11VQCL5
FV-08VKL3/FV-11VKL3
4"or6"duct
4"or6"duct
4"or6"duct
4"or6"duct
FV-08VQL5/FV-11VQL5
4"or6"duct
FV-15VQL5
6"duct
4"ovalduct
FV-08VSL2/FV-10VSL2
10-1/4”
14-1/2”
3-3/4”
4-5/8”
14-1/2 or 22-1/2”
13” 13”
10-1/4”
3-1/16”
5-5/8”
13”
13”
10-1/4”
10-1/4”
14-1/2" or 22-1/2”
4"
3"
14-1/2"
2-7/8”
4"duct
FV-05VFL3/FV-08VFL3/FV-11VFL3
4"or6"duct
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4140
Specialty Fans —DimensionalDrawings
14-1/2 or 22-1/2”
4”
16”
7-3/4”
11-1/2”
14-1/2”
14-1/8”
18-1/8”
4"duct 4"duct
FV-11VHL2 FV-11VH2
6"duct
FV-20VQ3/FV-30VQ3
6"duct
FV-40VQ3
Inletgrilleand4"ductadapterheight3-1/2"
Inletgrilleand6"ductadapterheight5"
2x4"ducts
FV-04VE1
WhisperLine Dimensions
Fan ModelA BCDEFGH
FV-10NLF1 13-3/8" 9-1/2" 17-5/16" 7-7/8" 12-5/8" - 22-3/4" 5/16" 4" 11"
FV-20NLF1 13-3/8" 9-1/2" 21-5/8" 9-7/16" 12-5/8" - 24-7/16" 5/16" 6" 11"
FV-30NLF1 15-11/32" 10-5/8" 23-5/8" 11" 12-5/8" - 26" 5/16" 6" 12-1/8"
FV-40NLF1 16-1/2" 13-3/8" 22" 11" 12-5/8" - 26" 5/16" 8" 14-7/8"
New Construction
Remodeling
8" diam.
opening
FV-08WQ1
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4342
Sizing
Information and
Instructions
Sizing and selecting a Ceiling
Mounted Fan:
Proper sizing requires that you determine
the needed CFM, the square footage of the
room or home, and the length and type of
duct.
Example: Sizing for an 8 ft x 10 ft x 8 ft
ceiling bathroom using 12 foot long, 4 inch
diameter aluminum ex duct, one elbow,
one wall cap.
Step 1: Determine application
Bathroom = 1 CFM/square foot
Step 2: Calculate the area to be ventilated
in square feet.
Assuming an 8 ft ceiling: room length x
width = area in square feet
8 ft x 10 ft = 80 sq ft
Step 3: Calculate your required CFM
1 CFM x 80 sq ft = 80 CFM
Step 4: Use the Equivalent Duct Length
chart above to calculate duct run.
4a. 12 ft aluminum ex duct x 1.25 = 15 ft
4b. One elbow = 15 ft EDL
4c. One wall cap = 30 ft EDL
15 ft + 15 ft + 30 ft = 60 ft EDL
This is the equivalent duct length (or
resistance) the fan must overcome to
move air through the duct to the outside.
Step 5: Review models in catalog pages
to nd a model with desired feature.
Features may include light xture, heater or
low-prole housing.
Note: Check with your local building
inspector to conrm that these methods
are accepted in your area.
FIG. B
FIG. A
Equivalent Duct Length (EDL): The
Equivalent Duct Length Table (Figure B)
shows you how to calculate the equivalent
straight duct length in order to overcome
static pressure. The EDL chart helps
ensure fan performs as expected under
the airow resistance caused by the listed
components.
A ventilating fan’s performance is plotted on
a graph called a performance curve. The
performance curve shows airow in cubic
feet per minute (CFM) along the horizontal
axis and static pressure (resistance) along
the vertical axis. Figure A shows how a
performance curve works. The fan with
a “Closed Duct” has high static pressure
and no airow; and the fan with “No Duct”
has low static pressure and high airow. In
reality, an installed fan will be somewhere in
between these two points.
Performance Curves are listed on pages
26-33.
Equivalent Duct Length
Duct Diameter
3" 4" 6" 8"
Duct Smooth Metal Same as measured duct length
Material FlexAluminum 1.25 X duct length 1.25 X duct length 1.5 X duct length 1.5 X duct length
InsulatedFlex 1.5 X duct length 1.5 X duct length 1.75 X duct length 1.75 X duct length
Terminal Wall Cap 30 feet 30 feet 40 feet 40 feet
Device Roof Jack 30 feet 30 feet 40 feet 40 feet
Elbow Adjustable 15 feet 15 feet 20 feet 20 feet
Closed or Blocked duct work —A closed or blocked exhaust
port results in highest static pressure and zero air ow.
Extended Duct work —Long duct length and
elbows increase static pressure and reduce air ow.
Duct work —Duct increases static
pressure and reduces air ow.
Short Duct work —Short
duct allows low static
pressure and higher air ow.
No Duct work —
No duct equals
zero static pressure
and maximum
air ow.
Air Flow (CFM)
Static Pressure (Resistance)
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4544
Ventilation Controls
Selecting a suitable control that runs
ventilation at the proper time and duration
will ensure that both the occupant’s health
and building structure are protected.
There are several types of manual and
automatic controls that can be applied
to ventilation systems. Some controls
are more suitable for intermittent or
continuous ventilation. Select Panasonic
fans incorporate built-in speed, delay
and occupancy controls, making them
ideal for both intermittent and continuous
ventilation.
Manual Controls: Manual controls
require the occupant to activate the
ventilation fan when needed. An example
of a basic manual control is the Panasonic
FV-WCSW11 On/Off rocker switch.
There are other controls with functions
available that may be more suitable to the
occupant’s lifestyle.
Delay timer: Shower curtains, towels,
walls and cabinets retain moisture long
after the occupant has nished and
left the bathroom. One advantage of
Panasonic FV-WCDO1 delay timer is that
it continues to evacuate moisture and
odor after the occupant has nished.
WhisperGreen® and WhisperSense™ fans
incorporate a delay timer that can be set
within the range of 30 seconds to 60
minutes for the desired delay effect.
Manual timers: Electronic timers are
more decorative and but allow the
occupant to select a time duration with
the push of a button. Electronic timers
do not produce the sometimes annoying
ticking sound that crank timers are known
for. WhisperGreen and WhisperSense fans
incorporate quiet electronic controls.
Occupancy (motion) sensors:
Occupancy sensors are suitable for
intermittent ventilation. An advantage is
that the ventilation system will operate
without having to rely on the occupant’s
interaction. The ventilation system will
remain “on” and continue working for a
duration after the occupant has left the
room, much like a delay off timer. Select
WhisperGreen and WhisperSense fans
have occupancy sensors integrated
in the fan grille. Dehumidistats can be
used to turn a ventilation system on/off
when relative humidity reaches a certain
level. These controls are most likely
to be used in bathrooms to evacuate
excessive moisture. Dehumidistats have
a few disadvantages. One disadvantage
is that seasonal changes in outdoor
relative humidity necessitate seasonal
readjustments to function optimally.
Finally, it does not automatically remove
odors. The new Panasonic FV-WCCS1
condensation sensor checks both
Relative Humidity (RH) and temperature
to anticipate condensation and exhausts
humidity by turning on the fan. Also,
Panasonic's new WhisperSense fans
include both motion and humidity sensors
for ultimate moisture control.
Automatic timers: Automatic timers
operate fans at programmed times
throughout the day. Typically a 24-hour
programmable timer is used to run a
fan in morning and evening hours when
there is a high demand for ventilation. For
continuous ventilation, the control can be
programmed to operate throughout the
day to help evacuate any accumulation of
VOCs or other indoor air pollutants.
Controls can also be used in combination
with each other to provide both
intermittent and continuous ventilation.
For example, a programmable timer
may be used to cycle the fan on and off
throughout the day to address overall
indoor air quality. Select WhisperGreen
fans have been designed as an
ideal double-duty fan providing both
intermittent and continuous ventilation
with a DC motor activated by built-in
speed, delay and occupancy controls.
The key to selecting the right control
or combination of controls is to rst
understand the occupant’s lifestyle and
ventilation needs. Then select a control
that provides proper ventilation with little
or no involvement by the occupant.
The ENERGY STAR program was
created by the U.S. Environmental
Protection Agency (EPA) and the U.S.
Department of Energy (DOE) to help
customers identify products that can
save them money and protect the
environment by saving energy. When
it comes to ventilation fans, ENERGY
STAR qualied products feature super-
quiet operation (low sone levels) and
high CFM to Watt efciency. As an
ENERGY STAR Partner of the Year for
2010 and 2011, all Panasonic ventilating
fans exceed ENERGY STAR standards
where guidelines exist and have
been labeled accordingly. Panasonic
ventilation fans may qualify for an energy
saving rebate. Rebate programs are
often provided by local utility companies
and based on ENERGY STAR guidelines.
Check with your local utility company or
state ENERGY STAR Homes Program
for details.
ENERGY STAR®
HOME VENTILATING INSTITUTE
All Panasonic ventilation fans are
tested and certied by the Home
Ventilating Institute (HVI). The HVI label
is your assurance that the certied
airow and sound rating of Panasonic
ventilation fans are the results of testing
by an independent laboratory.
HVI is a non-prot association
comprised of manufacturers of home
ventilation products. HVI offers a
variety of services including, but not
limited to, test standards, certication
programs for airow, sound and energy
performance. For more information
about HVI contact:
Home Ventilating Institute - HVI
Email: hvi@hvi.org
Website: www.hvi.org
1000 North Rand Road, Suite 214
Wauconda, IL 60084
Phone: (847) 526-2010
Fax: (847) 526-3993
www.hvi.org
www.energystar.gov
ENERGY STAR Min. Max. Min. Rated
Specications CFMs/Watt Sones Warranty Airow (0.25 in. w.g.)
Bath Fans -10 to 89 CFM 1.4 2.0 1 year 60%
Bath Fans -90 to 130 CFM 2.8 2.0 1 year 70%
Bath Fans -140 to 500 CFM 2.8 3.0 1 year 70%
In-Line Fans 2.8 N/A 1 year N/A
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4746
Installation
A practical guide to Panasonic
fan installation
Proper fan installation is necessary to
optimize performance. The following
points outline installation techniques to
help achieve optimum performance.
IMPORTANT: In order to reduce elbows
and optimize fan performance, install the
fan with the exhaust port pointed in the
direction of the termination point. Be sure
to use the duct diameter size specied
for the selected fan. Reducing the duct
diameter (at any point in the duct run)
will create substantial static pressure and
reduce the fan’s performance by as much
as 90%.
Selecting Duct: A smooth surface duct
allows for optimum airow. See Figure
C. For best results, use galvanized sheet
metal or possibly PVC. Flexible aluminum
duct is durable, easy to install and often
used. However, the ridges in aluminum
exible duct increase static pressure and
can reduce air ow and fan performance.
This results in lower CFMs, higher noise
levels and higher energy consumption.
The degree to which performance is
affected depends on the length of duct,
number and degree of elbows.
Sagging or weaving a fan duct will also
increase static pressure and reduce a
fan's performance. When using a exible
aluminum duct, support the entire length
of the duct with braces or hangers to
keep it as straight as possible for the
entire run. If the duct lies across the attic,
do not allow it to sag between each joist.
Also, avoid weaving duct through trusses.
Using dryer duct connectors made of
nylon or vinyl is not recommended due to
high static pressure caused by its ridges
and curvature. Insulated exible duct
must be fully extended to avoid added
resistance.
Elbows: Rule number one is to avoid
elbows and bends whenever possible.
However, the fact is that many installations
require at least one elbow, as shown in
Figure D. There are two precautions you
can take when installing elbows to achieve
optimum airow.
First, allow a 2-3 foot straight run out of
the fan before the rst elbow. This allows
airow to be uniform before passing
through the rst elbow. An installation
that has a 90-degree elbow immediately
after the fan exhaust port will cause air to
ow back into the fan. This will reduce fan
performance and increase noise. (Figure
D)
Second, use a long radius angle, as shown
in Figure E, to help ensure optimum airow
and minimum airow noise.
The shortest, smooth inner surface
duct with the least number of elbows
will provide optimum fan airow
Installation A practical guide to
Panasonic fan installation
Best
PVC or Galvanized
Better
Aluminum Flex
Good
Insulated Flex
4" round PVC or galvanized
sheet metal will minimize static
pressure.Aluminumexor
vinyl duct may increase static
pressure and air ow noise.
Shortpieceofexibleduct
helps alignment and absorbs
sound. Clamps plus tape at all
exjoints.
Blocking can be used on 3
sides to support mounting
ofsteelbody.Exhaustside
attaches with adapter.
Inatticinstallation,
caulkboxtodrywall.
The fan housing slides up into clips
onductadapter.Useadditional
screws to secure fans to the structure.
Ductadapterwithjunctionboxis
installed before drywall, (bottom edge
ush with bottom face of drywall).
Foil tape tightly covers
all metal duct joints
(glue PVC joints).
Minimum 2 screws per
joint in metal "nest"
joints so that
condensate can not
run out.
Support to avoid sagging.
4" dryer-hood
type vent with
backdraft ap(s).
Caulk termination to duct.
Insulation.
Pitch duct down
toward outside to help avoid
condensation
problems.
2-3 ft straight run before elbow.
FIG. C
FIG. G
FIG. F
FIG. D
FIG. E
Note: If duct is in
the attic, to avoid
possible condensation
problems, be sure it is
either under loose ll
insulation or it is fully
insulated to minimum of
R-6 with duct wrap.
Correct Incorrect
Preferred Typical
Trouble Shooting Advice:
1.Duringfaninstallation,thetapeonthe
duct connector holding the damper shut
must be removed.
2. Conrm with your contractor if screws
were used to attach the duct to the fan.
The damper may not open if obstructed
by screws.
3.Checkthatthebackdraftdampers
on wall caps and roof jacks are able to
move freely. Routine inspections are
recommended as birds and other pests
may inhabit these areas.
4.Ductworkmustbeconnectedsecurely
to wall caps and roof jacks.
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4948
Green Building Programs
Green building is the practice of
increasing energy efciency while
promoting economic health for people
and the environment. Effective green
building can reduce operating costs
through less energy consumption;
improve occupant health by enhancing
indoor air quality and lessening the
impact on the environment.
ASHRAE 62.2-2010
There are several green building
programs within the United States and
nearly all adhere to the standards set
by the American Society of Heating,
Refrigerating, and Air Conditioning
Engineers (ASHRAE) for the HVAC
industry. ASHRAE Standard 62.2 is the
national ventilation standard of design
for low-rise residences up to three-story
multi-family buildings. 62.2 requires
continuous mechanical ventilation for
the entire house to be 7.5 CFM per
bedroom (master bedroom x 2) plus 1
CFM per 100 sq. ft. with sone level not
to exceed 1.0. Panasonic’s full
line of ventilation fans including
WhisperGreen and WhisperComfort are
affordable and are an efcient way to
meet this ventilation standard.
LEED and LEED for Homes
The US Green Building Council (USGBC
www.usgbc.org) offers the Leadership
in Energy and Environmental Design
(LEED) program for commercial
buildings and the LEED for Homes
program for residential buildings.
Neither program offers specic
product certication, but both require
mechanical ventilation adopted after
ASHRAE 62.2
ENERGY STAR® Homes Program
The US Environmental Protection
Agency (EPA) operates the ENERGY
STAR program, including the ENERGY
STAR® Homes Program. This program
offers certication of the home as
energy efcient based on an evaluation
of energy use and construction
features. Even though it does not
require a full ventilation strategy, EPA's
Indoor airPLUS (IAP) is an option to help
builders meet the growing consumer
preference for improved indoor air
quality. The IAP requires compliance
with ASHRAE 62.2, so Panasonic’s
WhisperGreen is the product of choice.
California Title 24
As the required code for California,
Title 24 is the shorthand name for the
Building Energy Efciency Standards
for Residential and Non-Residential
Buildings. Developed by the California
Energy Commission and rst published
in 1978, the standards were recently
updated for 2008 and will be effective in
2009, including the requirement to meet
ASHRAE Standard 62.2.
National Association of Home
Builders (NAHB) Green Building
Standard
A voluntary standard developed by
NAHB to provide a design guide and
rating system for houses. Similar to
the LEED for Homes program but less
stringent, it has both required and
optional measures that help show a
house is "green". The more options
utilized such as fullling ASHRAE 62.2
provides a higher rating.
Green FAQs
What does Built Green or other
builder program certication
mean how can Panasonic help?
Programs like LEED for Homes and
ENERGY STAR® IAP, all require various
levels of insulation, use of renewable
building and nishing products. They
also require compliance with the
ventilation requirements of 62.2.
ASHRAE 62.2 allows the designer or
builder to choose the method that
ts their project, climate, or budget.
It only sets the continuous rate and
provides guidance on how to increase
the ow to allow for intermittent
operation. Essentially, the higher rate
is the reciprocal of the run time. If
it operates one-third of the time, it
must be increased to three times the
continuous rate in the table. The easiest
way to meet the requirements is to
use a WhisperGreen fan operating
continuously. Most of the single speed
Panasonic fans under 1.0 sone can be
used to meet 62.2, but the rated ow at
0.25 inches of water gauge must meet
the required ow. So WhisperGreen
models are the preferred choice.
Where is my make-up air coming
from if the house is airtight?
All houses leak to some extent.
ASHRAE 62.2 assumes an average
new construction tightness level that
is based on national testing and that
will allow some leakage. Air leaks in (if
exhausting) or out (if supplying) of the
house when the fan operates, through
the cracks and holes in the building
between building materials, around
windows and doors, and through
utility penetrations. While not required
by 62.2, through-the-wall inlets from
Panasonic and others can be installed
to ensure some of the leakage happens
through those inlets.
Am I creating a negative pressure
when exhausting air all the time?
The low exhaust rates required
by 62.2 will virtually never create
enough negative pressure to cause a
combustion device to backdraft. High
ow fans, such as large range hoods
and clothes dryers, can create enough
negative pressure to create a backdraft
if natural draft combustion devices are
used in a tight house. ASHRAE 62.2
sets a limit on how much total exhaust
can be tolerated.
What makes a WhisperGreen fan a
Green product?
The Green concept is a combination
of energy efciency, sustainability,
improved interior environment (IAQ),
and operating cost. WhisperGreen
fans are the most energy efcient and
quietest products on the market and
the six year warranty and low energy
use ensure sustainability.
Why can’t I turn the WhisperGreen
models with built-in controls off?
Your fan is designed to run 24 hours
a day, 365 days a year using very little
electricity. Your new home has been
built to be very “tight” and energy
efcient. While this helps on your
energy costs, it can also lead to poor
indoor air quality. By having a fan run
constantly at a low speed, stale indoor
air is continuously being ventilated and
replaced by fresh air.
If the fan is running all day, aren’t
I wasting electricity?
The WhisperGreen fan features a DC
motor, which makes very efcient use
of electricity. Your fan, operating at 50
CFM continuously, uses 6.6 Watts of
electricity. Using the national average
kWh rate of $.1105, it costs $6.39 per
year to have a fan that provides indoor
air quality.
What does the motion sensor
or the switch on WhisperGreen
models with built-in controls do?
When the motion sensor senses
motion, or when the switch is turned on,
the fan boosts from its low, continuous
ventilation speed to its high “spot”
ventilation speed. The WhisperGreen
fan has a high speed of 80 Cubic Feet
per Minute. When the fan is in this mode
it is operating as a traditional bathroom
exhaust fan.
When I turn my switch to the
“on” position or when the motion
sensor is blinking green, I don’t
hear a big boost in speed.
Another feature of the WhisperGreen
fan is “SmartFlow” technology. Static
pressure, the resistance that lies within
the duct system and point of exhaust,
can severely inhibit a standard bath
fan’s performance. For example, a
fan designed to deliver 50 CFM of
airow might only be operating at
31 CFM due to high static pressure.
“SmartFlow” technology allows the fan
motor to react to higher static pressure
situations, so that when set at 50 CFM,
you might not hear a big boost in speed,
but the fan is delivering 50 CFM of air
ow.
When I turn the switch to the
“off” position or when the motion
sensor is not in use, why doesn’t
the fan slow down right away?
Your WhisperGreen fan features a built-
in delay-low timer. This allows the fan to
operate at the higher speed for a longer
time to help remove excess moisture
from the bathroom, for example, after a
shower.
Sizing example (based on ASHRAE 62.2):
Two Bedrooms at 1600 SQ. FT.
Master Bedroom (7.5 CFM X 2) = 15 CFM
Second Bedroom = 7.5 CFM
1600 SQ. FT. X .01 = 16 CFM
______________________________________________________
Total 38.5 CFM
Floor area 0-1 BR 2-3 BR 4-5 BR 6-7 BR >7 BR
<1500 30 45 60 75 90
1501-3000 45 60 75 90 105
3001-4500 60 75 90 105 120
4501-6000 75 90 105 120 135
6001-7500 90 105 120 135 150
>7500 105 120 135 150 165
Required Continuous Ventilation Rate (CFM)
TocomplywithASHRAE62.2,a
WhisperGreenFV-08VKM3setat
40CFMprovidestheidealsolution.
Or to keep air pressure balanced
insidethehome,WhisperComfort
provides supply air and complies
with62.2bysettingtheexhaust
fanat40CFM.Forlargerhomes
or whole house ventilation, a
combinationofWhisperComfort
and/orWhisperGreencontinuous
ventilation fans can be utilized to fulll
thestandardssetbyASHRAE62.2.
Green Building Programs & Green FAQs
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5150 51
1. What is a sone?
A sone is an internationally recognized
measurement of sound output. The
smaller the sone, the more quiet it is.
Likewise, the higher the sone, the louder
the sound. According to HVI, one sone
is equivalent to the sound of a quiet
refrigerator.
2. What is CFM?
CFM, or Cubic Feet per Minute is a
measurement of rate of air ow. The larger
the CFM, the more powerful the fan.
3. What is static pressure?
Static pressure is a measure of the
resistance against ow as the fan
pushes air through a duct. Static
pressure is measured in inches of
water column or water gauge (w.g). It
is expressed as 0.1” w.g. or 0.25” w.g.
to show that the resistance is equal
to a column of water one-tenth or
one-quarter of an inch tall. Most bath
fans sold in North America are rated
and certied at 0.1” w.g. by the Home
Ventilating Institute (HVI).
4. Why are Panasonic Fans
so quiet?
Tip Speed.
Fan noise comes from the amount
of the blower wheel blade tip speed
– the tip speed is in proportion to the
revolutions per minute (RPM) of the
wheel or fan blade. A small wheel
turning very fast will create more noise
than a large wheel turning more slowly
for a given airow. Panasonic fans use
a compact blower wheel with aero
dynamic blades that moves a large
amount of air at reduced RPMs. The
Panasonic blower wheel is designed
more efciently than most competitor
models, so it turns at lower RPMs,
reducing tip speed and noise.
Quiet Motor.
Panasonic is the rst ventilation fan
manufacturer to incorporate a DC motor
in residential mechanical ventilation
fans. Panasonic WhisperGreen series
incorporates a totally enclosed DC motor
designed for extremely quiet, energy
efcient operation.
All other Panasonic fan series
incorporate a totally enclosed four-pole
condenser motor, which is an advanced
version of a Permanent Split Capacitor
(PSC) motor. These are among the
most energy efcient fan motors made.
The four-pole design helps the fan to
rotate smoothly and evenly due to a
more stable electrical eld that keeps
the fan shaft turning more evenly than
shaded-pole motors used in mid-
range fans or C-frame motors used in
inexpensive fans.
5. What makes Panasonic Fans so
highly energy efcient?
The input wattage readings on the
Panasonic fans are among the lowest in
the industry. This means that for a given
airow, Panasonic fans will use fewer
kilowatt hours and cost less to operate
than other fans. This lower wattage draw
is accomplished in a number of ways:
Unique Motor Design.
Panasonic's DC brushless motor
provides unparalleled energy efciency
with its magnetic rotor and print circuit
board. The magnetic rotor prevents
energy loss while standard AC motors
that utilize aluminun die cast rotors
expend energy. Also, Panasonic's DC
motor is the only one to incorporate a
print circuit board containing a unique
IC chip which monitors and directs the
RPM of the fan blade. The combination
of these two unique features allows
the DC motor to have higher energy
efciency than an AC motor.
Panasonic uses a four-pole condenser
motor, which is composed on a main
coil and a sub coil. The coils in a motor
are essentially smal electromagnets
that are turned on and off to create
an electrical eld to "pull" the fan shaft
around, making the fan blower wheel
turn. The condenser is connected with
the sub coil, which helps with rotation.
The condenser acts like a capacitor
to store electrical energy and deliver it
quickly and in exact amounts to the coil.
This improves the electrical efciency of
the motor and reduces power draw.
Selective Application.
Panasonic builds its own motors and
components, which means tight control
over quality. Panasonic engineers also
optimize efciency by matching the
exact motor characteristics with the
desired performance of the fans.
6. Why do Panasonic Fans have
such a long life?
Panasonic fans are designed to give
the consumer trouble-free continuous
operation for many years. These
fans utilize high quality components
and permanently lubricated motors.
This leads to fans that provide a
long operational life because their
components wear very slowly. That
is why Panasonic stands behind its
products with one of the longest
warranty periods in the industry.
Motor Production.
Panasonic motor production is fully
automated, with an automatic defect
detecting system. The quality assurance
program is exemplary, leading to a
defect rate of less than 0.0006%.
ISO 9001 plant.
The production facilities that build
Panasonic fans have earned the
distinction of being recognized by the
International Standards Organization
(ISO) under the ISO 9001 Quality
Assurance program. Meeting ISO 9001
means that these factories have met the
highest quality standards in the world.
Fan Housing.
The fan housing is made of heavy-
gauge zinc-galvanized steel and painted
to protect it from rust.
7. Can insulation material be used
over fans installed in the ceiling?
YES. Loose ll or batt insulation can be
placed directly over the fan housing
in the attic. Panasonic fans and fan/
light combination units do not create
excessive heat that is a common
problem with recessed light xtures
or some competitors’ fan/light
combinations. Our efcient, cool-running
motors and our uorescent bulbs do
not create enough ambient heat to be
subject to these limitations.
8. Can a Panasonic fan be used
over a bathtub and in showers?
YES. All Panasonic fans, with the
exception of heater and Spot ERV
models, are listed by Underwriters
Laboratories for installation over
tubs and showers, provided they are
protected by a Ground Fault Circuit
Interrupter (GFCI). GFCI is mandated
by the National Electrical Code. While
not specically listed by UL as an
application, the fan can also be installed
in a steam shower enclosure. Keep
in mind, however, that any ventilation
device located in a damp environment
such as a shower enclosure may have
a reduced life due to the high humidity
and potential for corrosion. Fans
installed in a high humidity environment
should be operated for longer periods
of time to ensure the removal of the
moisture and to reduce the potential for
condensation in the fan body or ducting.
9. Can a Panasonic fan be used
above a kitchen range?
No. Panasonic fans are not currently
rated by UL for above-range installation
since it was not designed to handle both
grease and high temperature. However,
Panasonic fans can be used to provide
auxiliary kitchen ventilation. An approach
that works well in large kitchens is to
use a ducted range hood or downdraft
exhaust and a Panasonic ventilation
fan to exhaust the general odors and
moisture in the greater kitchen area.
10. Why are Panasonic fans not
required to be IC rated?
Fans are not required by UL to be IC
(Insulation Contact) rated because
they do not have high temperature
sources like recessed can lights. The
Panasonic fan/light combo units use
uorescent lamps that are mounted in a
light kit that is considered to be surface
mounted, so they do not create high
temperatures within the fan housing
that would require an IC rating.
11. What’s better, a motion sensor
or humidity sensor?
While the humidity sensor checks the
amount of moisture at the ceiling, a
motion sensor “sees” the occupant
coming into the room. The humidity
sensor has to be set to either Rate of
Rise or Relative Humidity. Depending
on how the fan is set up, it may or may
not turn on in certain conditions. For
instance, if set for Rate of Rise (how
quickly moisture builds up in a room),
it might not turn on at all when there
is a slow, steady build up of humidity
over time. On the other hand, a motion
sensor will go on once it senses motion
to capture both moisture, odors
and contaminants from the cleaners
and chemicals that may be kept
underneath the sink. Panasonic's new
WhisperSense fans include both motion
and humidity sensors for ultimate
moisture control.
FAQs
Frequently Asked Questions
FIG. I