Air+health Everest series User manual

Please retain these instructions after installation.

This device MUST be installed by a qualied agency in accordance with the manufacturer's installation instructions. The denition of

a qualied agency is: any individual, rm, corporation or company which either in person or through a representative is engaged

in, and is responsible for, the installation and operation of HVAC appliances, who is experienced in such work, familiar with all the

precautions required, and has complied with all the requirements of the authority having jurisdiction.

Installation Date:

Installed By: Phone:

P/N 780105003 11/20 Rev A

Everest®Series

WHOLE HOUSE FAN SYSTEMS

MODELS: EV2, EV3, EV4, EV5

INSTALLATION MANUAL

ITEMS INCLUDED:

• Fan Assembly with steel support straps, hardware and 20 foot power cord

• Duct Support Straps & hardware

• Acoustic Flex Duct, 7 foot length with collars

• Gravity Damper Assembly

• “Eggcrate” style Inlet Grille (white) with mounting screws

• Wall Mount Controls with 2-Speed On/O Switch, white decora wall plate

and plastic single gang wall box.

page 2 of 16P/N 780105003 11/20 Rev A

(THIS PAGE LEFT INTENTIONALLY BLANK)

page 3 of 16

SAFETY CONSIDERATIONS

•

Never

operate this fan without a window or door opened.

•

This fan is meant for general ventilation.

It has NOT been designed to ventilate particle laden and/or

explosive mixtures of air and must NOT be used for such.

•

This fan is NOT for use in kitchens

•

Before installing or servicing this fan, switch power o at the home’s electrical panel to reduce the risk

of damaging circuit boards, re, electrical shock, or injury.

•

Install this fan in accordance with this manual and all local codes and standards.

Some of the principles of safe installation and operation of this product are not immediately obvious.

Read the following safety information before continuing further:

Thank you for purchasing an Everest®ducted Whole House Fan. This fan has been designed to provide many years

of natural, quiet, and energy-ecient cooling.

Please take a few minutes to read over this manual and its accompanying documents to make sure you are

prepared to install the Whole House Fan system. In particular:

•

The homeowner/resident should read the

WHERE TO LOCATE

section so that the fan will be correctly lo

cated

to maximize its eectiveness and eciency.

•

The

VENTILATION REQUIREMENTS

section is also particularly important, as it describes the minimum attic

ventilation neccessary to operate the fan.

•

The

INSTALLATION: GRAVITY DAMPER

section contains important information regarding the constraints

within

which this fan’s gravity damper must be installed.

The Eggcrate Inlet Grille and Gravity Damper Assemblies come in dierent size openings. Verify which

gravity

damper component design is part of your Whole House Fan Assembly by actual measurement of the gravity

damper opening section before beginning installation of gravity damper section.

Before installing this fan, inspect it and all of its parts for any damage it may have sustained during shipping.

DO NOT

INSTALL DAMAGED EQUIPMENT.

If you suspect this fan has been damaged during shipping, contact your retailer.

Whole House Fans are designed to be installed within a home’s attic, which makes them and their sub-

components

dicult to access once installed.

TEST THIS FAN OUTSIDE OF THE ATTIC BEFORE INSTALLING IT PERMANENTLY.

P/N 780105003 11/20 Rev A

page 4 of 16

GRAVITY DAMPER INFORMATION

ELECTRICAL REQUIREMENTS

The Everest Series Whole-House Fan Systems require a 115 volt electrical power supply of minimum 15A am-

pacity and maximum 15 Amp circuit overcurrent protection. We strongly recommend providing a dedicated

circuit for this fan system.

All electrical components, whether included with the system or supplied by others, must be rated for the fan

system’s electrical load requirements; please refer to the

Everest Series

specications table for the electrical

load requirements of the specic model to be installed.

All wiring and connections must be made according to this manual and all applicable electrical

wiring codes and standards. All applicable electrical codes must be followed to the satisfaction of the local

authority having jurisdiction.

Everest Series Whole-House Fan Systems are shipped with a pre-wired 20 foot 115V power cord that

may be used to operate the fan by means of a switched or remote-controlled 115V grounded outlet mounted

in the attic. A wall switch rated for the fan system’s electrical load requirements may be mounted in

the living space and used for simple single-speed control of the fan. The power cord is pre-wired to operate

the fan on high speed only but may be re-wired for low speed operation if desired; please refer to the appro-

priate wiring diagrams for further information. If a remote-controlled outlet is used for fan control, the remote

outlet must be rated for the electrical load requirements of the specic model to be installed.

Everest Series Whole-House Fan Systems also include wall mount electrical control components including

a multi-speed switch, a white Decora duplex wall plate, and plastic single gang wall box.These controls may be

a multi-speed switch, a white Decora duplex wall plate, and plastic single gang wall box. These controls may be

installed to provide multi-speed control of the fan from within the living space. Please refer to the appropriate

wiring diagrams for further information on the proper wiring conguration: either 2 speed hardwired or single

speed operation using pre-wired power cord.

The

Everest Series

Whole House Fan Systems have dierent gravity damper sizes, depending on the specic

model to be installed. Verify which gravity damper size is provided with your system prior to beginning

installation of the product.

The Everest Series fan systems include gravity-closed gravity damper doors that are opened by air

pressure created by fan operation. The dampers serve to block entry of air from the attic into the living space, and

are provided with foam sealing and insulating material in the doors to reduce heat transfer from the attic space.

P/N 780105003 11/20 Rev A

page 5 of 16

VENTILATION REQUIREMENTS

It is very important that the attic be suciently ventilated for the fan system to operate properly. Without

adequate ventilation, hot air exhausted from the home cannot easily escape from the attic, which creates

back-pressure that will substantially reduce the fan’s performance. Operating this fan in an attic with less net

free ventilation area than recommended will decrease its airow and energy eciency.

If subject to the California Title 24 requirements for whole-house fan ventilation, the fan system must be installed

to the minimum ventilation requirements as found in the standard.

In the absence of applicable local code regarding whole-house ventilation, we recommend a minimum of 1

square

foot of “net free” ventilation area per 500 cfm at a fan’s highest speed for proper operation. Refer to specication

table for required

Net Free Ventilation Area in Attic at HVI fan rating.

Net

Free Ventilation Area

can be provided by any combination of gable, eyebrow, roof cap, sot, or ridge

vents, or any other method of ventilating the attic space. The openings of most vents are partially obstructed

by grilles, louvers, and/or screens. A vent’s “net free” ventilation area is the surface area of its opening minus the

surface area of any grilles, louvers, or screening covering it. Dierent types of vents have dierent ratios of net free

area to total area.

While most properly constructed homes have adequately ventilated attics, not all do. Because sucient

ven

tilation is a very strong factor in this fan’s performance, it is important that the home’s existing ventilation be

veried before it is installed.

Manufacturers typically publish their vents’ net free ventilation areas and/or ratios in their products’

specication documents. If this information is unavailable, a ratio of 50% net free area to total area is usually a good

rule of thumb. A notable exception to this rule of thumb are ridge vents. The industry standard net free ventilation

area for ridge vents is 13% of the vent’s length in feet.

Since most attics have multiple vents, often of dierent types, it is necessary to count each vent, noting its type

and size. Apply the appropriate ratio to the dimensions of each vent to nd its net free area, and sum these

values to nd the attic’s total ventilation. An example of how these calculations are made is given in the

table below:

Vent Type Dimensions Total Area

Net Free Area Ratio

(“NFA”)

Net Free Ventilation Area

(=Total Area x NFA)

Two Louvers 24” x 24” 24” x 24” / 144 = 4 ft.250% 2 x 4 ft.2x .50 = 4 ft.2

Ridge 32 feet n/a 13% 32 feet x .13 = 4.16 ft.2

Round Sot 10” diameter 3.14 x 5” x 5” / 144 = .55 ft.250% .55 ft.2 x .50 = 0.28 ft.2

Total Net Free Ventilation Area: 8.44 ft.2

Please consult a roong professional if the attic’s net free ventilation area remains uncertain. Additional ventilation

may be required for proper operation of the fan system.

P/N 780105003 11/20 Rev A

Refer to specication table for required minimum

Open Window Ventilation Area

in square feet when operating

whole house fan. Without adequate Open Window Ventilation Area, the quantity of cooler air pulled into the home

to be exhausted to the attic may substantially reduce the fans overall performance.

page 6 of 16

• Locate this fan in a central location, away from windows that will be opened during

its operation. Installing this fan centrally promotes an even replacement of air through-

out the home, and the longer the path of air travels from an open window to the fan,

the greater the cooling eect.

• The damper provided with this fan can only be installed in a horizontal orientation,

thereby requiring the unit to be installed in the ceiling.

• Locate this fan at the highest point possible. This exploits natural convection and helps

the fan exhaust the hottest indoor air from the home.

• Typically, the ideal location for this fan in a two-story home is in the open area at the top

of the stairs.

• Avoid locating this fan in a narrow space or over hard ooring as sound reecting o of

hard surfaces can amplify its perceived noise.

• Even though the Everest series fan systems are engineered to be extremely quiet, we

specically recommend against installing it in a bedroom as humans’perception of noise

is far greater when the surrounding environment is quiet (such as within a bedroom at

night).

By running this fan through the night, homeowners can extract the maximum possible amount of heat from their

home’s structure and contents. This essentially “pre-cools” the home ahead of the rise in temperature the next day,

which can reduce or even eliminate the need for air conditioning. This Everest Whole House Fan has been designed

specically for quiet and ecient operation. As such, we strongly recommend homeowners run this fan through the

night to reduce their energy expense.

With these principles of operation in mind, adhere to the following guidelines when choosing a location for

this fan:

WHERE TO LOCATE THIS FAN

The best location for this fan is determined by an under-

standing of its theory of operation: As a home heats up

during the day, a large amount of heat is retained in its

structure and contents. These materials give up their heat

slowly and, in doing so, continue to heat the home’s inte-

rior even though the outdoor temperature may, in fact, be

very comfortable in the evening and at night. Thus, home-

owners are forced to either endure the hot conditions in-

side of their homes or turn on their air conditioners and

bear the expense thereof.

When operated properly, this whole house fan can resolve

this dilemma by forcing the hot air inside a home out and

drawing cool air from outside in. The illustration to the right

depicts how this fan exhausts hot air into the attic and draws

cool air into the house from outdoors through open windows

and/or doors.

P/N 780105003 11/20 Rev A

page 7 of 16

The ideal orientation of unit’s gravity damper is in a level position. If necessary, however, the damper can be in-

stalled at a slight angle. TIP: before beginning the installation, make sure that the fan assembly is undamaged,

and that the fan blade rotates freely. Brace or clamp the fan assembly to a secure object, and temporarily plug

in the fan’s power cord into a grounded power outlet to verify smooth and correct operation.

Be aware that the fan is quite powerful and will draw in loose objects or de

bris, and will blow dirt, debris

and other objects with force!

Use eye protection when operating the fan to avoid injury from blowing sand or debris! Keep hands and

other objects away from the rotating fan blade!

TIP: Before beginning the installation, verify that the damper assembly is undamaged, and that the damper doors

operate freely, opening and closing fully without binding or restriction.

INSTALLATION: GRAVITY DAMPER

GRAVITY DAMPER ORIENTATION NOTE

1. From consideration of the principles of whole-house fan

operation, determine the best general area for installation

of the gravity damper assembly. The damper assembly is to

be mounted in the attic with its bottom edge opening into

and ush with the ceiling of the living space. The eggcrate

inlet grille is to be mounted on the ceiling of the living

space, covering and engaging with the opening of the

damper assembly.

2. Using the cardboard from the fan system’s packaging, or

other suitable material, make a rectangular template for the

rough opening of the damper assembly to these dimensions

(making sure all sides are at right angles to each other):

a. Everest EV2 and EV3 models: 14-1/4”wide, 22-1/4”long

b. Everest EV4 and EV5 models: 14-1/4” wide, 30-1/4” long FIGURE 1 - TEMPLATE

3. Take the template into the attic, above the general area for installation, and determine the exact desired

location for the rough opening for installation of the damper assembly. There must be at least 36” of

vertical clearance above the damper assembly location, and the damper assembly must be fastened to

secure framing (ceiling joist, roof truss, or additional framing) along at least one long side or both short

sides of the damper assembly! Add additional framing as required to support the weight of the damper

assembly and duct.

a. For existing construction, the anges surrounding the opening of the damper assembly may be

removed for clearance (as with 16” on-center framing) and/or to allow the side or sides of the

damper assembly to make direct contact with the framing used to support the damper assembly.

Leave anges in place if they will not be fastened to framing, if possible. Additional framing

may be added after the damper assembly is placed into the rough opening, so the anges can

remain in place if space allows.

b. For new construction, before the ceiling drywall is hung, frame in a rough opening for

installation of the damper assembly from below. Leave the assembly anges in place and

simply attach the damper assembly to the bottom of the framing using appropriate fasteners

installed through the anges. Skip all following steps regarding cutting the rough opening into the

ceiling and proceed with installation of the duct and fan assembly.

P/N 780105003 11/20 Rev A

page 8 of 16

7. Using a drywall saw or other appropriate device, carefully cut out the rough opening into the ceiling. Use

care to avoid damaging the surrounding areas of the ceiling that will not be covered by the edges of the

eggcrate inlet grille.

8. Place the fan assembly, exible duct, and damper assembly in the attic space. If necessary, the fan and

damper assemblies may be passed through the rough opening into the attic. It may be necessary to

detach the exible duct from the fan assembly to allow passage of the fan and duct into the attic space. It is

recommended to pre-attach the ex ductwork to fan assembly prior to placing unit in attic.

9. Move the damper assembly into place in the rough opening, with the bottom edge of the assembly

protruding into the opening. If more than two anges were removed from the damper assembly for

installation clearance, make sure that the bottom edge of the damper assembly does not protrude below

the surface of the ceiling.

10. Attach the damper assembly to the framing by installing drywall screws (as supplied) or wood screws

through the inside wall(s) of the damper assembly into the framing. If addition framing is to be added, place

the framing over the damper assembly anges and fasten in place.

If using fasteners long enough to penetrate through the framing, use extreme caution

to avoid drilling into

hidden wiring, plumbing, or other building elements of concern!

11. From below, install drywall screws through the ceiling and through the anges of the damper assembly, and

into any addition framing positioned above the anges. Use care to avoid installing screws outside of the area

that will be covered by the eggcrate inlet grille!

12. Hold the eggcrate grille in position on the ceiling, and install the included white screws through the holes in the

ange of the grille, through the ceiling, and into the damper assembly anges and/or framing above.

Make sure that the eggcrate grille mounting screws penetrate into either the damper box anges or framing

above, and that the grille is securely fastened in place!

FIGURE 2 - DAMPER BOX INSTALLATION

4. Make sure that the exact location chosen

for the rough opening will allow installation

of the eggcrate inlet grille, and will not

interfere with any lighting xtures, smoke

alarms, or other objects installed in the

ceiling.

5. Remove any insulation from the area of

the exact chosen location, and make sure

that no wiring, plumbing, bracing or other

building elements will interfere with the

damper assembly installation.

6. With the template laying on top of the

ceiling in the exact chosen location, mark the

outline of the template onto the ceiling. If the

ceiling hole is to be cut from below, drill or

punch a small hole at each corner of the tem-

plate, and mark the outline of the template

from below the ceiling.

P/N 780105003 11/20 Rev A

page 9 of 16

INSTALLATION: FAN & DUCT

NOTES:

• The fan assembly must be soundly supported by attachment to structurally sound framing. Provide

additional framing with minimum 2-by-4 lumber as needed for fan support.

• The fan assembly should be positioned with at least 24” of free space in front of the fan, for air to be freely

blown into the attic by the fan.

• Position the fan with a slight upward angle and in a direction minimizing disturbance to attic insulation.

• The acoustical duct should be installed with a gentle bend of close to 90 degrees, from vertical to nearly

horizontal, to minimize fan sound inside the living space. It must not be kinked or bent sharply, especially

where leading into the fan.

• The acoustical duct must be installed with the air ow direction arrow (as marked on the duct) pointing

downstream (towards the fan).

1. Lay the fan assembly on top of the ceiling

joists, within a few feet of the damper assembly

and underneath the area where the fan will be

suspended in place.

2. Rotate and brace the fan assembly so that the

electrical handy-box on the fan is in the 12-o’clock

position (on the top of the fan). This is important

to avoid twisting the duct, while having the fan’s

electrical handy-box within the 10- to 2-o’clock

position once installed.

3. Adjust the exible duct collar on the upstream end

of the duct to be as loose as possible. Squeeze

and position the exible acoustic duct collar over

the oval-shaped collar on the damper box, and attach

using 3 of the screws provided, or other suitable

screws. Note that twisting the duct will cause the

fan to try to roll out of position. Seal the joint with

approved duct tape, mastic, or other approved means.

4. Lift and support the fan assembly into position beneath the rafters, truss structure or other framing to be

used to support the fan, with the electrical handy box at approximately the twelve-o-clock position.

Attach both ends of the metal fan support strap to the framing using a minimum of two screws for each

end of the strap. 1” drywall screws and large washers are supplied; other fasteners of appropriate

strength may also be used.

5. Using the black woven poly strapping, support the acoustic ex duct by attaching the strapping to

attic framing as shown. Fold each end over a large washer 2-3 times and fasten to the framing by driving

the supplied 1” drywall screws or other appropriate fasteners through the washer and into the framing.

The strapping may be cut to length with ordinary scissors if desired.

6. Replace the insulation around and over the damper assembly. Additional insulation may be added to further

reduce heat transfer and fan noised from the attic to the living space.

FIGURE 3: FAN & DUCT STRAPS DETAIL

P/N 780105003 11/20 Rev A

page 10 of 16

INSTALLATION: WIRING & CONTROLS

The

Everest

ECM Series Whole-House Fan Systems require a 115 volt electrical power supply of minimum 15A

ampacity and maximum 15 Amp circuit overcurrent protection.

All electrical components, whether included with the

Everest

system or supplied by others, must be rated

for the fan system’s electrical load requirements; please refer to the

Everest

Series specications table for the

electrical load requirements of the specic model to be installed.

All wiring and connections must be made according to this manual and all applicable electrical wiring

codes and standards. All applicable electrical codes must be followed to the satisfaction of the local

authority having jurisdiction.

A dedicated circuit is strongly recommended for this fan system.

P/N 780105003 11/20 Rev A

1. In the living space, install the single gang plastic outlet box (provided) in the desired location.

2. Run a 15-amp 115 VAC power circuit to the plastic outlet box installed in the living space using

romex 14-2 with ground wire (minimum). Refer to minimum ampacity and maximum overload

protection requirements listed for this power run. Note: a dedicated circuit is recommended.

Note: Romex wire is dened as“wire Gauge - # of conductors”(ie: 14-2, 14-3). Always use Romex wire with

Ground or equivalent wire to meet branch circuit ampacity.

3. For EV2-EV5 models WHF installation using power cord supplied with fan (reference Diagram: 1), pull

14-2 romex wire (minimum wire size) from the single gang box to separate single-gang outlet

box installed in the attic less than 10 feet away from the fan assembly. The single-gang outlet box will

require a NEMA5-15R receptacle and cover plate. The romex wire, single-gang outlet box, NEMA5-15R

receptacle and cover plate are not supplied with product. Wall switch will allow fan to operate in single

speed operation.

For EV2-EV5 models WHF installation hardwired (reference Diagram: 2), pull 14-3 romex wire (minimum

wire size) from the single gang plastic box directly to the fan assembly electrical box and remove the

fan power cord. Wall switch will allow fan to operate in two speed operation.

4. Make the wiring connections to the included switch as shown in Diagrams 1 and 2 for the fan model,

control kit provided and desired method of wiring (power cord or hardwired).

5. Install the switch into the outlet box, and install the included wall plate.

6. In the attic, make the wiring connections as shown in the appropriate wiring diagram in the fan

assembly handy-box or boxes.

7. Verify that grounding continuity is maintained properly to the fan assembly housing or housings.

8. Re-install the handy-box cover or covers.

page 11 of 16

DIAGRAM 1: For EV2-EV5 Models with Single Speed & hardwired to Fan Assembly

DIAGRAM 2: For EV2-EV5 Models with 2 Speed Wall Control

P/N 780105003 11/20 Rev A

P/N: 780302602 P/N: 780302605

page 12 of 16

P/N 780105003 11/20 Rev A

FIGURE 4 : STANDARD 2-SPEED SWITCH

OPERATION

Before starting this fan for the rst time, verify that:

• All wiring and connections have been made according to this manual and all applicable wiring codes and

standards.

• No tools or construction debris have been left in, on, or around the fan.

1. Switch the hi/o/low fan speed switch to o . Turn on power at breaker panel to whole house fan.

2. Switch the fan speed switch to the desired fan speed.

3. The fan will turn o if the speed switch is switched to o .

IMPORTANT OPERATING TIPS

The following important tips for operating this fan have also been provided.

•

NEVER

NEVER operate this fan without also opening a window or door. Doing so can excessively depressurize

the home.

• Only operate this fan when the outdoor air temperature is cooler than the indoor temperature.

• Make sure the home’s air conditioner and furnace are OFF before turning on this fan. Running either of

these together with this whole house fan wastes money because the fan will force expensively

conditioned or heated air out of the home.

• We recommend running this fan through the night. The goal of using a whole house fan is to cool the

entire home, not just the air inside it. Once heated, the home’s structure and contents continue to

radiate heat until reaching the temperature of the surrounding air. Running this fan through the night

speeds up this cooling process and can then further “pre-cool” the home, reducing or eliminating the

need to use air conditioning the next day.

• If the home has a basement, extra cooling can be achieved by drawing in air through the basement

windows.

• This fan’s cooling eect can be increased or concentrated in particular areas by adjusting the location

of open windows. Visualize the path air will travel from the windows to your fan’s opening. Generally,

the longer the path, the more cooling.

page 13 of 16 P/N 780105003 10/20 Rev A

Speed Settings: 2

Gravity Damper Rough

Opening Dimensions:

EV2, EV3: 14.3”W X 22.3”L

EV4 & EV5: 14.3”W X 30.3”L

Grille Construction: Aluminum Cube Core, Steel frame with White Powder Coat

Fan Diameter: EV2, EV3: 18.75”

EV4: 20.75”

EV5: 22.75”

Duct Length: 7 ft.

Duct Diameter: EV2: 16”

EV3: 18”

EV4 & EV5: 20”

Electrical: 115VAC, 60 Hz, 15AMP Dedicated Power

Fan Motor: (HP/FLA) EV2 ECM: 1/3 HP / 3.5 AMPS

EV3 ECM: 1/3 HP / 3.4 AMPS

EV4 ECM: 1/2 HP / 5.7 AMPS

EV5 ECM: 1/2 HP / 9.4 AMPS

Damper Door Insulation: R5

Installation: Installs easily on 24 inches or 16 inches O.C. framing

Attic Net Free Ventilation Area (Sq ft) EV2: 4.16

EV3: 4.42

EV4: 7.29

EV5: 8.43

Open Window Ventilation Area (sq ft) EV2: 8.13

EV3: 8.84

EV4: 14.59

EV5: 16.85

SPECIFICATIONS*

*Due to our continual product improvement eorts, performance ratings and specications are subject to change without notice.

**Attic Net Free Ventilation and Open Window Ventilation Areas are listed as minimum requirements.

Actual lower ventilation areas may reduce fans overall performance at high speeds.

MAINTENANCE & TROUBLESHOOTING

Make sure the appropriate circuit breakers at the home’s electrical panel are turned OFF before servicing this fan.

There is no routine maintenance required for this fan other than making sure the fan assembly and gravity damper

are kept clean of any possible buildup of debris.

Blocking this fan’s exhaust can cause it to fail prematurely. Keep the area in front of the fan as unobstructed as

possible: no object should be closer than 24” to the face of the fan.

This fan has been factory tested. If problems are encountered, please take a few moments to run through the

following troubleshooting procedures before calling for assistance:

• If the fan does not turn on, check power to the unit and the wiring at both ends of the switch and the

fan-mounted junction box.

• If the damper aps do not open or close, visually inspect the damper for any debris obstructing their

movement.

If the suggestions above do not work, contact your retailer for further assistance.

page 14 of 16P/N 780105003 11/20 Rev A

(THIS PAGE LEFT INTENTIONALLY BLANK)

page 15 of 16 P/N 780105003 11/20 RevA

FIGURE 5: EVEREST REPLACEMENT PARTS

P/N 780800500, Rev A

P/N 780105003 11/20 Rev A

Twelve (12) Year Limited Warranty

Provisions:

1.Contact Retailer for which original purchase has been made with warranty claim

2.Valid proof of purchase

3.Provide model number, serial number, and date code

4.Labor charges are not covered as part of the limited warranty

a. IN NO EVENT SHALL COMPANY BE LIABLE FOR ANY INDIRECT, SPECIAL, INCIDENTAL,

CONSEQUENTIAL, OR SIMILAR DAMAGES (INCLUDING, BUT NOT LIMITED TO, LOST PROFITS

OR REVENUE, INABILITY TO USE PRODUCT, OR OTHER ASSOCIATED EQUIPMENT, THE

COST OF SUBSTITUTE EQUIPMENT, AND CLAIMS BY THIRD PARTIES) RESULTING FROM

THE USE OF PRODUCT. Some states do not allow the exclusion or limitation of incidental

or consequential damages, so the above limitation or exclusion may not apply to you.

b. THIS WARRANTY AND REMEDIES ARE EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES,

REMEDIES AND CONDITIONS, WHETHER ORAL, WRITTEN, EXPRESS, STATUTORY, OR IMPLIED.

TO THE EXTENT PERMITTED BY LAW, COMPANY DISCLAIMS ALL IMPLIED AND STATUTORY

WARRANTIES, INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR

PURPOSE.

c. Product that has been subjected to misuse, accident, shipping or other physical

damage, improper installation or application, abnormal operation or handling, neglect,

re, water, or other liquid intrusion are not covered by the warranty.

Whole House Fans

Phone: 252.522.3031 • Fax: 252.522.0214

www.fieldcontrols.com

Air+Health Everest Series User manual

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