02THD236 VentSpecShts fm4 - lib.store.yahoo.netlib.store.yahoo.net › lib › universal-akb › thermadorVentilationSpecs.pdf · 31/4"x10" 6" 10 ft. to Round 90ºElbow 7" 5 ft. In-Line

VENTILATION SPECIFICATIONS

Contents

1 Selecting a Kitchen Ventilation System

3 Ducting Considerations

Updraft Ventilation

5 Standard Series Hoods

6 Thermador Professional® Series Hoods

7 Integral Ventilator Options

8 Remote Ventilators

9 Control Housings for Custom Applications

10 Chimney-Style Hoods

Updraft Installation Guidelines

14 Standard Hoods Installation Guidelines

19 Professional Wall Hoods Installation Guidelines

27 Professional Island Hoods Installation Guidelines

30 Chimney-Style Wall Installation Guidelines

33 Chimney-Style Island Installation Guidelines

Downdraft Ventilation

37 Cook’N’ Vent® (CVS) Models

38 Cook’N’ Vent (CVS) Ventilator Options

Downdraft Installation Guidelines

39 Cook’N’ Vent (CVS) Models

Selecting a Kitchen Ventilation System

What is CFM?Ventilation performance is measured in Cubic Feet of evacuated air per Minute, or CFM. The ThermadorProfessional® Series of ranges and cooktops, with theirincreased heat and grease output, require 1000 to 1400 CFM of ventilation power. Our other electric and gas productsrequire 300 to 1000 CFM (see chart on adjacent page).

Updraft vs. Downdraft VentilationUpdraft ventilation (overhead hood), collects and removescooking vapors several feet above the cooking surface.Because cooking vapors naturally rise, updraft systems tend to be the most effective method of ventilation.

Downdraft systems provide an alternate method of providingeffective ventilation, for non-professional cooktops andranges. Downdraft systems integrate beautifully in islandor peninsula installations, because they don’t intrude in theoverall kitchen decor.

Counter-level downdraft ventilators can disrupt the cooking process by pulling flames away from the heatsource. The Thermador® Cook’N’Vent® downdraft systemtelescopes up from behind the cooking surface a full 10",drawing heat and fumes from the cooking vapors, not at the heat source. When not in use, the Cook’N’Vent systemcan be retracted flush with the countertop.

Integral vs. Remote VentilationA ventilation system’s blower may be located adjacent to the intake (integral) or on the outside roof or wall of thehome (remote). Integral ventilators are installed with theleast disruption to the exterior structure of your home.Thermador offers integral ventilators from 300 to 1000 CFM.

Remote ventilators are quieter, because the blower isremoved from the inside of the house. They also take upless cabinet space and have a galvanized finish which canbe painted to match the exterior of the home. Thermadoroffers remote ventilators from 600 to 1400 CFM.

Professional Performance or Standard VentilationThe Thermador customer loves to cook. We have designedventilation systems to meet the performance requirementsfrom the higher output cooking appliances, to the morestandard fare. The chart on the adjacent page is a quickselection guide of Thermador ventilation products bestsuited to your customers’ cooking appliance.

The kitchen ventilation system is one of the most important

appliances in the home. While the ventilator removes grease,

heat, moisture, cooking odors and combustion gases from

the kitchen and indoor environment, it also helps protect

a family’s health and improves the cooking environment.

When choosing a ventilator, be sure to select one

which fully meets your customers’ cooking performance

requirements and personal taste.

Selecting a Kitchen Ventilation System

Ventilation System 1 of 44

Q U I C K R E F E R E N C E C H A R T F O R R E C O M M E N D E D V E N T I L A T I O N B A S E D O N C O O K I N G S Y S T E M

DOWNDRAFTUPDRAFT VENTILATION OPTIONS1 VENTILATION

OPTIONS2

COOK’N’VENT®

30"

MINIMUM CFM WALL3 ISLAND3 UNIVERSAL BUILT-IN

RECOMMENDED FOR RANGE

COOKTOPS SYSTEMS

MODEL SERIES WALL ISLAND HB HCSW H HDW PH_Z HGSI HDI PHI_Z CVS IntakeHSW HT PHE HTDI HNI Standard

HTSW HNW HTNI with UnitHGSW

Gas or Electric Cooktops 300 400 ■ ■ ■ ■ ■ ■ ■ ■ ■

without Griddle and Grill

Gas or Electric Cooktops 390 550 ■ ■ ■ ■ ■ ■ ■ ■ ■

with Griddle and Grill

30" Downdraft Ranges 400 600 ■

30" Free-standing or 400 600 ■ ■ ■ ■ ■ ■ ■

Slide-in Updraft Ranges

Professional-style Ranges 1000 1400 ■ ■

or cooktops for home applications

1 Updraft Width Guidelines: The minimum hood width recommended for wall installation equals the cooktop or range width. Wherespace is not restricted, a wider hood can be used toincrease your capture area. Island installations require a greater capture area, therefore the hoods used should overlap your appliance by a minimum of 3"-6" on either side.

2 Cook’N’ Vent® Width Guidelines: The Cook ’N’ Vent system selected should match the width of your cooktop. Thermador offers 30", 36" or 45"widths. Due to the high performance requirements ofProfessional-style appliances for the home, an overheadhood is highly recommended.

3 Available Ceiling Height: Before selecting your updraft hood, check your availableinstallation space. This is determined by adding your floor-to-countertop height, plus the recommended spacing between your appliance and the bottom of the hood, plus the height of the hood. See productdimensions on pages 5 to 13.

NOTE:Indoor Gas Grills: The local codes may require a fire-rated construction forinstallation of open gas grill appliances. Please checkwith your local codes prior to installation.


Ducting Considerations

Check the Local Codes:Work with a qualified service technician, installer or ventilationengineer to ensure that all local installation, electrical andgrounding codes are satisfied. Always refer to the specificinstallation instructions for your ventilation product.

Minimize duct runs and limit the number of transitions:The inclusion of elbows and transitions, as well as long duct runs, can have a significant effect on the ventilation performance and maximum duct run.

Do not use metal flex duct:Metal flex duct is not recommended for use by The NationalUniform Mechanical Code standards.

Extreme weather conditions:Cold weather installations require an additional backdraftdamper installed to minimize backward cold air flow. In addition, a non-metallic thermal break is needed to minimizeconduction of cold air flow through the ductwork. The dampershould be on the cold air side of the thermal break. The breakshould be as close as possible to where the ducting enters the heated portion of the house.

Don’t place elbows and transitions back-to-back:A gradually tapered transition is required between differentsizes of ducting. Placing two elbows or transitions next toeach other can cause a significant reduction in performance.Include a 15-inch straight section between transitions whenever possible.

High altitudes affect performance:Ventilation systems are less effective at higher altitudes(above 5,000 feet). When configuring your system, estimate a 20% reduction in CFM performance. If this is not possible,you can increase your duct size, or CFM to enhance your performance.

Make-up Air may be required:Newly built homes have tightly sealed doors and windows,which can make your ventilation system less effective. Someheating and air conditioning systems make allowances for additional make-up air. At the very least, some replacementair can be introduced by simply opening a window or door.Please coordinate with your local heating and ventilation expert.

Do not use ducting smaller than 6":Ducting smaller than 6", 4" dryer vent pipe or wall caps are not recommended because they severely impair ventilation performance.

Recirculating vs. Ducted Hoods:Recirculating hoods recycle the air through a filter and return it to the kitchen. These hoods will not remove heat,moisture or combustion gases from the air. They will also be less effective in reducing odors and smoke. All ofThermador’s hoods are ducted.

Don’t use butt joints:Try to use male/female connections with the male end pointing in the direction of the flow. Tightly tape joints to prevent vapors from escaping the duct.

Ducting must be vented to the outside:For safety reasons, never terminate ducting into an attic, intothe garage, underneath the house or into any enclosed space.

For best air flow, use recommended duct size:Thermador recommends the following in order of size:

1st 10" round duct2nd 8" round duct3rd 7" round duct4th 31/4"x 10" duct5th 6" round duct is the minimum acceptable

(See Thermador ventilator performance charts on pages 7, 8 and 38)

Base performance calculations on smallest duct size:For maximum performance, do not use a smaller duct sizethan the recommended transition size from the hood. If you do transition down in size, your performance calculations are based on this smaller opening for the entire duct run.

Calculating Cubic Feet Per Minute (CFM):Determine the equivalent duct length for your installation using the equivalent duct lengths for commonly used transitions (shown on the next page). The equivalent ductlength is computed as follows:

1. Compute equivalent duct length of all transitions:Transition Equivalent Feet

6" Wall Cap 2'3 1/4" x 10" to 6" dia. 90º elbow 10'

Sub-total: 12'

2. Compute the equivalent length of all straight ducts:Duct Segment Equivalent Feet

4' of 3 1/4" x 10" 4'2' of 6" diameter duct 2'

Sub-total: 6'

3. Sum Equivalent Lengths for transitions and straight duct sections:Transitions 12'Straight Duct Lengths 6'

Total Equivalent Length: 18'

4. Compute CFM using the performance charts shown onpages 7 and 8 and the equivalent length computed in step 3.Base the equivalent length on the smallest diameter ductingused in the system. For this example, you would determine the CFM for 18' of 6" diameter duct.

Ducting Considerations


90º 6" 12 ft.

Elbow 7" 8 ft.Round

8" 6 ft.

45º 6" 5 ft.

Elbow 7" 4 ft.Round

8" 3 ft.

3 1/4" x 10"90ºElbow N/A 15 ft.Model12557

3 1/4" x 10"45º N/A 5 ft.Elbow

3 1/4" x 10"Flat N/A 20 ft.Elbow

Round to 6" 1 ft.3 1/4" x 10"

7"

3 1/4" x 10" 6" 5 ft.to Round

7" 3 ft.

Round to 6" 10 ft.3 1/4" x 10"90ºElbow 7" 8 ft.

3 1/4" x 10" 6" 10 ft.to Round90ºElbow 7" 5 ft.

In-LineBackdraft 7" 5 ft.Damper

3 1/4" x 10"Roof Jack N/A 5 ft.& Shutter

Model RJ310

ModelPlenumTransition 5 ft.

Requiredfor VCH54

Note: Ducts/transitions with model numbers stated are available through your Thermador®

dealer. All other ducts are readily available from most major hardware stores.

3 1/4" x 10"Center N/A 15 ft.ReverseElbow

3 1/4" x 10"Center N/A 25 ft.ReverseElbow

3 1/4" x 10"Reverse N/A 25 ft.Elbow

3 1/4" x 10"Reverse N/A 15 ft.Elbow

RoundWall Cap

6"

Model’s 7"2 ft.

WC8 8"

WC10 10"

Round 6"Roof

7" 2 ft.Cap

8"

3 1/4" x 10"to Round

10" 5 ft.Model310TR10

3 1/4" x 10"Wall Cap N/A 2 ft.ModelWC310

ModelVCKTR8 8" 5 ft.13" x 8"to Round

ModelVCKTR10 10" 2 ft.13" x 8"to Round

ModelVCHTR8 8" 2 ft.12" x 10"to Round

ModelVCHTR10 10" 2 ft.12" x 10" to Round

TOTAL Equivalent Length

E Q U I V A L E N T D U C T L E N G T H S F O R C O M M O N L Y U S E D T R A N S I T I O N S

Total Equivalent Quantity Equivalent

Duct Pieces Size Length Used Length

Total Equivalent Quantity Equivalent

Duct Pieces Size Length Used Length


Updraft VentilationStandard Series Hoods

Installation TypeWall

Ventilator OptionsCFM 390, IntegralSupplied with hood

FinishesWhite or Black Porcelain Enamel,Stainless Steel

Transition Model RequiredIncluded with hood

Duct Size at Discharge31/4" x 10"

Discharge DirectionVertical or Horizontal

Electrical Motor Rating1.5 Amps @ 120 V AC, 60 Hz

Hood Lighting Rating100 watts and .8 Amps @ 120 V AC, 60 Hz

Power Supply15 Amps (min) @ 120 V AC, 60 Hz

General FeaturesDouble wall constructionDual Intensity Halogen Lighting(2) size R20, 50 watt maximumDishwasher Safe AluminumMesh FiltersInfinite Speed Control SwitchIncludes VM410 Ventilator which includes transition and backdraft damper

Accessory OptionsRoof jack (RJ310) or wall cap(WC310) purchased separately

Carton Weight30" – 48 lbs.36" – 54 lbs.

H HOODS (shown with optional KHS) & HT HOODSHB HOODS


Ventilator OptionsCFM 390,Integral, Model VM410CFM 600, Integral, Model VTN600QCFM 600, Remote, Model VTR600RCFM 1000, Remote, Model VTR1000Q

FinishesWhite Porcelain Enamel,Stainless Steel

Transition Model RequiredVM410, IncludedVTN600Q or VTR600R: HTR8VTR1000Q: HTR10

Duct Size at DischargeVM410: 31/4" x 10"VTN600Q or VTR600R: 8" roundVTR1000Q: 10" round


Electrical Motor RatingVM410: 1.5 Amps @ 120 V AC,60 HzVTN600Q: 3.4 Amps @ 120 V AC, 60 HzVTR600R: 4.3 Amps @ 120 V AC,60 HzVTR1000Q: 7.8 Amps @ 120 V AC,60 Hz

Hood Lighting Rating600 watts and 5.0 Amps @ 120 V AC, 60 Hz


General FeaturesDouble wall constructionDual Intensity Halogen Lighting, (2) size R20, 50 watt maximumTwo Infra-Red “Keep Hot” LightSockets, size R40, 250 watt maximumDishwasher Safe Aluminum Mesh FiltersInfinite Speed Control Switch

Accessory Options“Keep-Hot” Warming Shelf, supports

maximum weight of 30 lbs., Model KHS, in 30," 36," 42," 48," 54" widths

Roof Jack (RJ310) or Wall Cap (WC310) purchased separately when using VM410or VTN600Q

Carton WeightH Models:30" – 39 lbs.36" – 44 lbs.42" – 50 lbs.48" – 55 lbs.

HT Models:30" – 54 lbs.36" – 61 lbs.42" – 69 lbs.48" – 77 lbs.

Thermador® Updraft Ventilation

S T A N D A R D S E R I E S H O O D S

HB H HT


Updraft VentilationThermador Professional® Series Hoods

PH_Z HOODS

OFF

DELAY

SHUT OFFFILTER LIGHT

HEAT

LAMPS

FAN

SPEED


Ventilator OptionsCFM 1000, Integral, Model VTN1000QCFM 1000, Remote, Model VTR1000QCFM 1400, Remote, Model VTR1400Q

FinishesStainless Steel

Transition Model RequiredIncluded

Duct Size at DischargeAll Ventilator Options: 10" round

Discharge DirectionVertical/ Horizontal

Electrical Motor RatingVTN1000Q: 5.0 Amps @ 120 V AC, 60 HzVTR1000Q: 7.8 Amps @ 120 V AC, 60 HzVTR1400Q: 12.8 Amps @ 120 V AC, 60 Hz

Hood Lighting Rating430 watts and 3.6 Amps @ 120 V AC, 60 Hz


General FeaturesDouble wall constructionDual Intensity Halogen Lighting(2) size G4, 12V, 20W Halogen Bulbs; 3 bulbs on 48" and 54" widthsTwo Infra-Red “Keep-Hot” Light Sockets Size PAR-38, 175W, 120V (included),PAR-40, 250W, 120V (optional)Dishwasher Safe Commercial-style Baffle FiltersThree-Speed Electronic ControlsU.L. Approved for Damp Environments

Accessory Options“Keep-Hot” Warming Shelf, supports max.

weight of 30 lbs., Model KHS, in 30," 36,"42," 48," 54" widths; wall cap (WC10) for VTN1000Q12” High Duct Covers, model DCTin 30, 36, 42, 48 & 60” versions6” High Duct Covers, model DC in 30, 36, 42, 48 & 60” versions

Carton Weight30" – 69 lbs. 48" – 98 lbs.36" – 78 lbs. 54" – 108 lbs.42" – 88 lbs.

T H E R M A D O R P R O F E S S I O N A L ® S E R I E S H O O D S

PHI_Z HOODS

Installation TypeIsland

Ventilator OptionsCFM 1400, Remote, Model VTR1400Q



Duct Size at Discharge10" round

Discharge DirectionVertical

Electrical Motor RatingVTR1400Q: 12.8 Amps @ 120 V AC, 60 Hz



General FeaturesDouble wall constructionDual Intensity Halogen Lighting(4) size G4, 12V, 20W Halogen Bulbs(included)Dishwasher Safe Commercial-style Baffle FiltersThree-Speed Electronic ControlsU.L. Approved for Damp Environments

Accessory OptionsNone


Installation TypeWall Hood

Ventilator OptionsCFM 1000, Integral, Model VTN1000QCFM 1000, Remote, Model VTR1000QCFM 1400, Remote, Model VTR1400Q




Discharge DirectionVertical/Horizontal

Electrical Motor RatingVTN1000Q: 5.0 Amps @ 120 V AC, 60 HzVTR1000Q: 7.8 Amps @ 120 V AC, 60 HzVTR1400Q: 12.8 Amps @ 120 V AC, 60 Hz


Power Supply20 Amps @ 120 V AC, 60 Hz

General FeaturesDouble wall constructionDual Intensity Halogen Lighting(4) size G4, 12V, 20W Halogen Bulbs (included)Dishwasher Safe Aluminum Mesh FiltersThree-Speed Electronic ControlsU.L. Approved for Damp Environments

Accessory Options12” High Duct Covers, model DCTin 30, 36, 42, 48 & 60” versions6” High Duct Covers, model DC in 30, 36, 42, 48 & 60” versions

Carton Weight43" – 83 lbs.

PHE HOODS


Updraft VentilationIntegral Ventilator Options

VCK300 VM410 VTN600Q VTN1000Q

Maximum CFM: 300

Electrical Motor Rating2.4 Amps @ 120 V AC,60 Hz


Use in Control HousingVCK1

Use in Hood SeriesN/A

Notes: May require roof jack (RJ310) or wall cap(WC310). Use for custom hood applications.

Maximum CFM: 390



Use in Control HousingVCH8

Use in Hood SeriesStandard in HB SeriesOption for H or HT Series

Note: May require roof jack(RJ310) or wall cap (WC310).

Maximum CFM: 600


Duct Size at Discharge8" Round (use HTR8)10" Round (use HTR10)

Use in Control HousingN/A

Use in Hood SeriesOption for H or HT Series

Note: May require wall cap (WC8).

Maximum CFM: 1000

Electrical Motor Rating5 Amps @ 120 V AC,60 Hz

Duct Size at Discharge10" Round

Use in Control HousingN/A

Use in Hood SeriesOption for PH Series, wall models only

Note: May require wall cap (WC10).

I N T E G R A L ( M O U N T E D I N H O O D ) V E N T I L A T O R O P T I O N S

Volumetric Flow Rate for Equivalent Duct Lengths

All ventilators are UL and CUL approved.


Updraft VentilationRemote Ventilators

VTR600R VTR1000Q VTR1400Q

Maximum CFM: 600



Can Be Used with Control HousingVCK1, VCH8, VCH36

Use with Hood SeriesOption for H or HT Series

Maximum CFM: 1000



Can Be Used with Control HousingVCH36, VCH54*

Use with Hood SeriesOption for H, HNI, HNW, HTNI, HTor PH Series

Note: Heavy-duty backdraft damper included.**

Maximum CFM: 1400



Can Be Used with Control HousingVCH36, VCH54*

Use with Hood SeriesOption for HNI, HNW, HTNI, PH or PHI Series

Note: Heavy-duty backdraft damper included.**

R E M O T E ( R O O F O R E X T E R N A L W A L L ) V E N T I L A T O R S

*When using the VCH54 control housing, you will also need a plenum (Model PLENUM) duct accessory. **No roof jack or wall caprequired. Collar extends below mounting flange into roof or wall installation area. All ventilators are UL and CUL approved.

Volumetric Flow Rate for Equivalent Duct Lengths


Updraft VentilationControl Housings for Custom Applications

VCK1 VCH8 VCH36 VCH54

FinishBlack enamel with chromereflector lights

ApplicationShallow custom hood orkitchen cabinet

LightingAccepts two 60 watt bulbs

ControlsSolid-state infinite speed control and rotary light switch

Notes1. Only 41/8" exposed below

cabinet cut-out.2. Lamps not included.

Internal MountedVCK300

Remote MountedVTR600R

FinishSatin finish with removable single aluminum mesh filterscreens

ApplicationFor non-professional-stylecooktops/ranges

LightingAccepts two 75 watt floodlamps

ControlsSolid-state infinite speed control

Notes1. Filter and lamp shields

snap out for easy cleaning.2. Lamps not included.

Internal MountedVM410

Remote MountedVTR600R

FinishSatin finish with removable single aluminum mesh filterscreens

ApplicationUse with high heat applicationsin custom hoods of 36" widthor greater

LightingAccepts two 75 watt floodlamps

ControlsRequires separate wall-mounted switches* for lights and ventilator


snap out for easy cleaning.2. Lamps not included.

*Requires standard wall switch for light, plusThermador CTRQ-3, three-speed ventilator control switch.

Internal MountedN/A

Remote MountedVTR600R, VTR1000Q, VTR1400Q

FinishSatin finish with removabledual aluminum mesh filterscreens

ApplicationUse with high heat applicationsin custom hoods of 54" widthor greater

LightingAccepts three 75 watt floodlamps

ControlsRequires separate wall-mounted switches* for lights and ventilator


snap out for easy cleaning.2. Lamps not included.3. Double filter housing for

superior performance.4. Requires PLENUM (sold

separately fromThermador).

*Requires standard wall switch for light, plusThermador CTRQ-3, three-speed ventilator control switch.

Internal MountedN/A

Remote MountedVTR1000Q, VTR1400Q

**Ventilator performance shown on pages 7 and 8. All control housings are UL and CUL approved.

C O N T R O L H O U S I N G S F O R C U S T O M H O O D A P P L I C A T I O N S

Recommended Thermador Ventilators**


Updraft VentilationChimney-Style Hoods

HDW/HNW CHIMNEY-STYLE HOODS HSW CHIMNEY-STYLE HOODS HDW/HNW/HSW CHIMNEY COVERS


Ventilator OptionsHDW-CFM 770, Integral, supplied with hoodHNW-CFM 1000 or 1400, Remote, purchase separately





Electrical Motor/Lighting RatingHDW36: 4.5 Amps @ 120 V AC, 60 HzHDW42/48: 4.9 Amps @ 120 V AC, 60 Hz

Power Supply15 Amps (min.) @ 120 V AC, 60 Hz

General FeaturesAdjustable Chimney Height at InstallationWelded, Polished Seams12 Volt Halogen Lighting(Two lights in 36," four lights in 42" and 48")Dishwasher Safe Aluminum Mesh FiltersElectronic Touch Control Panel40 hour Clean Filter Reminder Light10 minute Intensive Ventilation Program10 minute Delayed ShutoffHood comes complete with filters, lights,backdraft damper and transition

Accessory OptionsSubstitute metal transition (HDTR8-HDW)(Metal Transition included – HNW)

Carton Weight36" – 60 lbs.42" – 64 lbs.48" – 73 lbs.


Ventilator OptionsCFM 400, Integral, supplied with hood

FinishesBlack or White Porcelain Enamel,Stainless Steel




Electrical Motor/Lighting Rating2.4 Amps @ 120 V AC, 60 Hz


General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsTwo Compact Fluorescent LightsDishwasher Safe Aluminum Mesh FiltersElectronic Button Control Panel10 minute Intensive Ventilation Program10 minute Delayed ShutoffHood comes complete with filters, lights,backdraft damper and transition

Accessory OptionsSubstitute metal transition (HSTR6)


HDW/HNWWidth x Depth: 1215/16" x 913/16"AA (Cover adj. height): 223/16" x 387/16"BB (Cover min. height): 1711/16"

HSWWidth x Depth: 83/16" x 67/8"AA (Cover adj. height): 237/16" x 3215/16"BB (Cover min. height): 16"

C H I M N E Y - S T Y L E H O O D S

36, 42, 48231/4

341/16 - 493/16

281/21113/16

337/16 - 423/8

30, 36201/4

915/16 26 AA

D W

BB


HCSWWidth x Depth: 83/16" x 67/8"AA (Cover adj. height): 237/16" x 375/8"BB (Cover min. height): 16"

HGSWWidth x Depth: 113/4" x 113/4"AA (Cover adj. height): 295/16" x 501/4"BB (Cover min. height): 2113/16"


337/16 - 423/8

36, 42, 48 215/8

26915/16347/16 - 54

361911/16

2751/8 AA

D W

BB

Installation TypeWall Note: See HGSI for Island version


FinishesStainless Steel with Glass Canopy






General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsTwo 12 Volt Halogen LightsDishwasher Safe Aluminum Mesh FiltersPush Button ControlsHood comes complete with filters, lights,backdraft damper and transition

Accessory OptionsSubstitute metal transition (HGTR6)




FinishesBlack or White Porcelain Enamel,Stainless Steel






General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsTwo 12 Volt Halogen LightsDishwasher Safe Aluminum Mesh FiltersElectronic Button Control Panel10 minute Intensive Ventilation Program10 minute Delayed ShutoffHood comes complete with filters, lights,backdraft damper and transition




HCSW CHIMNEY-STYLE HOODS HGSW CHIMNEY-STYLE HOODS HCSW/HGSW CHIMNEY COVERS

331/8 - 457/8

36, 42

2913/16

1815/16

153/4


HTSW CHIMNEY-STYLE HOODS HGSI CHIMNEY-STYLE HOODS HTSW/HGSI CHIMNEY COVERS

HTSWWidth x Depth: 157/16" x 1015/16"AA (Cover adj. height): 175/16" x 303/16"BB (Cover min. height): 14"

HGSIWidth x Depth: 113/4" x 113/4"AA (Cover adj. height): 251/4" x 3215/16"BB (Cover min. height): N/A

AA

D W

BBAA

D W

BB

Installation TypeIslandNote: See HGSW for Wall version


FinishesStainless Steel with glass canopy




Electrical Motor/Lighting Rating3 Amps @ 120 V AC, 60 Hz


General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsFour 12 Volt Halogen LightsDishwasher Safe Aluminum Mesh FiltersPush Button ControlsHood comes complete with filters, lights,backdraft damper and transition

Accessory OptionsSubstitute metal transition (HGTR6)


Installation TypeWall Note: See HTDI for Island version








General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsTwo 12 Volt Halogen LightsDishwasher Safe Aluminum Mesh FiltersElectronic Touch Controls40 hour Clean Filter Reminder Light10 minute Intensive Ventilation Program10 minute Delayed ShutoffPolished Chrome RailHood comes complete with filters, lights,backdraft damper and transition




2915/16 - 457/8

42279/16

6

331/16 - 4815/16

42, 48, 54 27

33/4

331/16 - 467/8

42, 48, 54 375/16

153/4

Installation TypeIslandNote: See HTSW for Wall version

Ventilator OptionsHTDI-CFM 770, Integral, supplied with hoodHTNI-CFM 1000, or 1400 Remote, purchase separately







General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsFour 12 Volt Halogen LightsDishwasher Safe Aluminum Mesh FiltersElectronic Touch Control Panel40 hour Clean Filter Reminder Light10 minute Intensive Ventilation Program10 minute Delayed ShutoffPolished Chrome RailHood comes complete with filters, lights,backdraft damper and transition

Accessory OptionsSubstitute metal transition (HDTR8-HTDI)(Metal Transition included – HTNI)


Installation TypeIsland

Ventilator OptionsHDI-CFM 770, Integral, supplied with hoodHNI-CFM 1000 or 1400, Remote, purchase separately

FinishesBlack or White Porcelain, Stainless Steel






General FeaturesAdjustable Chimney Height at InstallationWelded, Polished SeamsCompact Fluorescent LightsDishwasher Safe Aluminum Mesh FiltersElectronic Touch Control Panel40 hour Clean Filter Reminder Light10 minute Intensive Ventilation Program10 minute Delayed ShutoffHood comes complete with filters, lights, backdraft damper and transition

Accessory OptionsSubstitute metal transition (HDTR8-HDI)(Metal Transition included – HNI)



HTDI/HTNI CHIMNEY-STYLE HOODS HDI/HNI CHIMNEY-STYLE HOODS HTDI/HDI CHIMNEY COVERS

HTDI/HTNIWidth x Depth: 11" x 11"AA (Cover adj. height): 175/16" x 311/8"BB (Cover min. height): N/A

HDI/HNIWidth x Depth: 1911/16" x 153/16"AA (Cover adj. height): 295/16" x453/16"BB (Cover min. height): N/A

AA

D W

BB


Updraft Installation GuidelinesStandard Hoods Installation Guidelines

Hood Series Ventilator Options Transition or Backdraft Required Required Roof Jack or Wall Cap

Required Duct Size Exit DischargeRemote or Model Amps @ Transition Backdraft at Discharge at Intake Vents Outside 31/4" x 10"

CFM Integral Number 120 Volts Model No. Damper (inches) Direction to Roof Wall Elbow

HB 390 Integral Included 1.5 Included Included 31/4 x 10 Vert./Horiz. RJ310 WC310 1255-7

H or HT 390 Integral VM410 1.5 Included Included 31/4 x 10 Vert./Horiz. RJ310 WC310 1255-7

600 Integral VTN600Q 3.4 HTR8 WC8 8 Vert./Horiz. * WC8 *

600 Remote VTR600R 4.3 HTR8 Included 8 Vert./Horiz. N/A N/A N/A

1000 Remote VTR1000Q 7.8 HTR10 Included 10 Vert./Horiz. N/A N/A N/A

Updraft Installation Guidelines

H B , H O R H T I N S T A L L A T I O N G U I D E L I N E S

STEP 1: CABINET OR SOFFIT PREPARATION

STEP 2: VENTILATOR SELECTION AND DUCTING REQUIREMENTS

Notes: It is recommended that you use either a VTR600R,VTN600Q or VTR1000Q with hoods wider than 36." HB hoodrequires two R20, 50 watt bulbs. H or HT series hoods

require two R20, 50 watt bulbs, plus two R40, 250 wattinfrared warming lamps.

Hood Width A

30" 13 11/32"36" 15 1/2"42" 16"48" 17 1/2"

*Commonly sized roof jacks or wall caps can be found at any major hardware store.


Proper Hood Installation

Notes: Make sure that the cabinet or soffit bottom is perpendicular to the wall before installing the rough-inplate. It is important to select the ventilator to be usedbefore cutting the duct opening on the cabinet or wall.

1. Detach the rough-in plate from the hood assembly by removing three shipping screws on the back and three shipping screws on the top of the hoodassembly.

2. Determine the discharge direction/location and remove the proper knockout panels on the rough-in plate.

3. Attach the rough-in plate to the cabinet or wall with the mounting screws (#10 x 1") provided. Use all holes provided in the rough-in plate. (Use wallanchors as necessary on drywalls.)

4. Install integral ventilator per the instructions listed on adjacent page. Remote ventilator instructions are shown on page 17.

STEP 3: TYPICAL HOOD INSTALLATIONS

A. Installations with Integral Ventilators

Electrical Connections for Integral VentilatorsModels VM410 or VTN600Q

WARNING: Before servicing or cleaning the unit,switch power off at the service panel and lock service disconnecting means to prevent power from being switched on accidentally.

Notes: Before turning the power on, make sure the ventilator is in “OFF” position. Use wire connectors or wire nuts approved by UL or C/UL.

1. Remove the junction box from the rough-in plate.

2. Run power supply wires, #16 AWG minimum sized in 1/2" conduit from the service panel to the hood assembly.

3. Install a conduit connector on the conduit and attach theconnector on the top of the rough-in plate.

4. Connect 120 volts, 15 Amp (minimum), 60 Hz power leads by connecting white to white, black to black andgreen ground wire to the power supply ground wire, per local codes.

5. Reinstall the junction box cover.

6. Install lights.

7. Install wall cap (WC310) to sit flush against outside wall.Crimp edges if necessary from transition coming off ofventilator to fit into wall cap opening.

Integral Ventilator Ducted Vertically Integral Ventilator Ducted Horizontally



Mounting Integral Ventilator into Hood Canopy ModelVTN600Q Only

1. Remove and discard shipping brackets (located on eachside of the inlet ventilator).

2. Check rough-in plate on your hood for proper knock out forthe VTN600Q and discharge direction.

3. Insert ventilator flange into ventilator mounting channellocated in the hood rough-in plate.

4. Tighten the other end of the ventilator flange to the weldscrew on the hood rough-in plate with the flange nut.

5. Plug motor cord into receptacle on hood control housing.

6. Attach the desired transition. For 8” round duct use transition model HTR8. For 10” round duct use transitionmodel HTR10.

7. Seal all joints between the rough-in plate and the transitionwith duct tape.

STEP 3: TYPICAL HOOD INSTALLATIONSA. Installations with Integral Ventilators (cont.)

Mounting Integral Ventilator into Hood Canopy Model VM410 Only

Notes: Before turning the power on, make sure the ventilatoris in “OFF” position. Use wire connectors or wire nutsapproved by UL or C/UL. For HB series, you will need tocomplete steps 5 & 6 only because ventilator is alreadyinstalled in the hood canopy.

WARNING: Before servicing or cleaning the unit, switch power off at the service panel and lock servicedisconnecting means to prevent power from beingswitched on accidentally.

1. Remove two screws securing Z-shaped bracket from theVM410 ventilator and discard.

2. Remove the ventilator mounting bracket from the VM410and replace with a longer bracket provided with the hood.

Note: Remove and discard the handle from the VM410 ventilator after the ventilator is installed.

3. Insert one end of the ventilator mounting bracket into theventilator mounting channel located in the rough-in plate,and slip the other end of the bracket into the well stud(located in the rough-in plate) and tighten it with the hex nut (provided with the hood).

4. Plug the ventilator cord into the receptacle located insidethe hood assembly.

5. Attach the transition (31/4" x 10") to the top of the rough-inplate, using the two shipping screws.

6. Seal all joints between the rough-in plate and the transitionwith duct tape.

VM410 Ventilator with Longer Bracket

H, HB and HT Hood Series with Hex Nut Detail

Vertical Discharge – VTN600Q

Horizontal Discharge – VTN600Q



Electrical Connections for Remote VentilatorsVTR600R and VTR1000Q – Variable Speed Control

1. Run three wires, white, black and green in conduit, from the ventilator to the junction box in the hood. Cap the existing blue and red wires at the ventilator.

2. Connect the black wire from the ventilator to the red wire in the junction box.

3. Connect the white and green wires from the ventilator to the white and green (ground) wires respectively in the junction box

4. Cap all connections with wire nuts.

Electrical Connections for Remote VentilatorsVTR600R and VTR1000Q – Four Position SpeedControl, Model CTR3Q

Note: Requires 5-wire installation.

1. Run five wires, black, white, blue, red and green (orground wire) in conduit between ventilator and fourposition switch.

2. Connect black wire from power to source to switch position LI.

3. Connect white wire from power source to white wirefrom ventilator, and green wire (or ground wire) to Hood chassis or junction box.

4. Connect ventilator red, black, blue and green wires toswitch as shown in wiring diagram.

WARNING: Disconnect powerbefore installation. Before turning power back on, be sure that all controls are in the “OFF” position.

Remote Ventilator Remote Ventilator Ducted to Roof Ducted to Exterior Wall

Wiring Diagram

Optional Installation:Remote Wall Control Switch Model CTR3Q

Wiring Diagram


B. Installations with Remote Ventilators



Mounting Remote Ventilators VTR600R or VTR1000QOnto Roof or Outside Wall

Notes: Be sure to check differences in duct transition size and overall ventilator size. Remove and discard shippingbracket (attached to bottom of motor and inlet collar). Check to see if ventilator wheel turns freely. Do not replacetop until installation is complete. The remote ventilator must be installed such that the exhaust/discharge is 12” minimum from the ground level. However, there are somelocal codes that this type of installation is not allowed; for example, in places where there is a lot of snow that willprevent the damper from opening because of the snow blocking the exhaust. We are recommending that the installer should check their local codes for this type of outdoor wall installation of the ventilator.

1. Provide 14" x 14" square hole through roof or wall, or cut round hole for duct with a separate hole for electrical conduit as shown at right.

2. For installation on a flat roof, or roofs with pitch less than 11/2" in 12 inches, install VTR600R or VTR1000Q on curb as shown at right bottom. Position the curb on flat roofs so that the discharge (low) end points awayfrom prevailing wind.

3. Install the remote ventilator on the roof or wall (with discharge pointing down slope) according to the StandardRoofing Procedures (front discharge edge should be on thetop of shingles and the rear edge underneath the shingles).

Note: The unit must be sealed between the roof (or wall)and the underside of the flange with roofing mastic to prevent leaks.

4. Connect ventilator to the exhaust system 8" round duct for VTR600R and 10" round duct for VTR1000Q. Useadjustable elbow to adjust to roof angle.

5. Tape all joints to prevent air leaks.

6. Clearance to combustible material is 0."

VTR600R VTR1000Q


B. Installations with Remote Ventilators (cont.)

VTR600R Cutout Dimensions

VTR1000QCutout Dimensions

Curb

For installation on a flat roof, or roofswith pitch less than 11/2" in 12 inches.



Updraft Installation GuidelinesProfessional Wall Hoods Installation Guidelines

P H E & P H _ Z H O O D S W A L L I N S T A L L A T I O N G U I D E L I N E S

APPLIANCE INSTALLATION:

The PHE/PH_Z unit can be mounted on a wall or suspendedfrom a cabinet. Both vertical and horizontal discharge arepossible with either mounting method.

Discharge Directions:

The PHE/PH_Z hood is shipped ready for vertical discharge.To change to horizontal discharge simply move the twoplates marked A in Figure 1 to the top of the hood. Eachplate is held in place by two sheetmetal screws.


Assembly of the Transition:

The transition supplied with the PHE/PH_Z hood mounts to thetop or rear of the hood depending on the discharge direction.

1. Align mounting holes at base of transition with mounting holes on 1/2” flange located at the top or rear of the hood depending on direction of discharge.

2. Fasten transition to hood using screws provided.

3. Duct tape connection between transition and hood.

4. Remove tape holding damper closed.

Figure 1

WALL MOUNT INSTALLATION

The desired installation height of the PHE/PH_Z is the user’s preference. Figure 2 shows a typical installation of the hood with twoduct covers. Thermador offers 6” and/or 12” duct covers to fill the space between the hood and ceiling.

The installation height shown in Figure 2 is 24”. One 6” duct coverhas been used in this installation. Add or subtract duct covers as appropriate to accommodate ceiling height and desired hoodheight. The duct cover structure is supported by the hood.

Hood Installation Height

1. After the hood installation height has been determined, draw ahorizontal line at a distance above the cooktop equal to the desiredhood installation height plus 15.5”. This line is the mounting location of the wooden bracket shipped with the hood.

2. Find the centerline of the cooktop. Draw a vertical line along this centerline up to the horizontal line drawn in step 1.

3. The PHE/PH_Z is mounted to the wall using a wooden bracketshipped with the hood. Remove the bracket from the hood byremoving two shipping screws. Mark the centerline of the bracket.

4. Find studs behind the drywall by tapping the wall or using a studfinder. Locate one stud on either side of the cooktop centerline touse for mounting the wooden bracket as shown in Figure 3.

5. Align the top of the wood bracket along the horizontal line drawnin step 1. Align the centerlines of the bracket and cooktop.

6. Drill a 3” deep 1/8” tap hole through the wooden bracket, drywall,and into the stud.

7. Use 2 – 4 screws to attach the bracket to the wall as shown inFigure 3. For support of longer hoods, use three or four studs as available. Countersink the heads to prevent interference with the hood.

8. On the wood bracket, mark the locations used to hang the hoodaccording to Figure 4.

9. Drill a 1/8” tap hole through the wooden bracket and drywall.These screws do not need to go into the studs.

10. Screw 2 screws into the wood bracket leaving 1/4” of the screwexposed for hanging the hood.


Standard8 ft Ceiling (96")

6"Duct Cover

Hood Height (36")

Standard36" highRange

18"

24"


Figure 2 PHE & PH_Z

Figure 3 PHE & PH_Z

Figure 4 PHE & PH_Z

11. Discharge Direction: Horizontal discharge requires a wall cutout, as shown in Figure 5, to provide clearance for the transition. The location of the cutout is determined by the hood installation height.

The transition supplied with the PHE/PH_Z connects to standard 10” round duct. Figure 6 shows the transition connected for horizontal discharge.

Figure 7 below shows the PHE/PH_Z configured for vertical discharge. Installations using this type of method require a cutout in the ceiling to accommodate 10” duct and the 1/2” conduit carrying power to the unit.

Duct covers, sold separately, are available to cover the spacebetween the top of the hood and ceiling.



Figure 5 PH_Z

Figure 5 PHE

Figure 6 PHE & PH_Z

Figure 7 PHE & PH_Z

12. Hang the hood using slots I in Figure 8. Make sure the wood bracket fits into the recess on the back of the hood.

13. Tighten the screws in slot I. Use slots I to level the hood.

14. From inside the hood, drive screws through holes J into wooden bracket.

15. Drill a 3/8” tap hole through the center of the oval holes K into the wall. Insert two wall anchors into drilled holes.Tighten hood to wall anchors by installing 2 screws with washers.

ASSEMBLY AND INSTALLATION OF THE DUCT COVERS:

Optional duct covers shown in Figure 9 may be used to fill the space between the hood and ceiling in wall mount installations. 6” and 12” high duct covers are available andmay be ordered separately.

1. If multiple duct covers are used, connect the pieces together using sheetmetal screws provided with chimneys.

2. Attach the duct cover(s) to the hood using sheetmetal screws as shown in Figure 9.



Figure 8 PHE & PH_Z

Figure 9 PHE & PH_Z


CABINET INSTALLATION:

The PHE hood can be installed under a cabinet by supporting thehood from the top.

Note: The cabinet must be structurally joined to the wall studsto support the weight of the hood.

Figure 10 shows the four holes used for mounting the hood tothe bottom of the cabinet.

1. In the base of the cabinet, drill 1/16” tap holes at the locations shown in Figure 10. Screw in four (4.2 mm x 18 mm)screws provided with hood leaving 1/4” exposed.

2. If the hood is installed for vertical discharge use Figure 11 to create clearance holes for passage of the transition and conduit. Dimension A in Figure 11 depends on the hood modelbeing installed and can be located in the table above.

3. For horizontal discharge, use Figure 5 for the geometry of the cutout required for clearance of the transition.

4. Hang hood from screws and tighten securely.

5. Install wall anchors as appropriate.

P H E H O O D S W A L L I N S T A L L A T I O N G U I D E L I N E S

Figure 10 PHE

Figure 11 PHE

{{{{{

L


P H _ Z H O O D S W A L L I N S T A L L A T I O N G U I D E L I N E S

CABINET INSTALLATION:

The PHE hood can be installed under a cabinet by supporting the hood from the top.

Note: The cabinet must be structurally joined to the wall studsto support the weight of the hood.

Figure 10 shows the four holes used for mounting the hood tothe bottom of the cabinet.

1. In the base of the cabinet, drill 1/16” tap holes at the locations shown in Figure 10. Screw in four (4.2 mm x 18 mm) screws provided with hood leaving 1/4” exposed.

2. If the hood is installed for vertical discharge, use Figure 11 to create clearance holes for passage of the transition and conduit. Dimension A in Figure 11 depends on the hood model being installed and can be located in the table above.

3. For horizontal discharge, use Figure 5 for the geometry of the cutout required for clearance of the transition.

4. Hang hood from screws and tighten securely.

5. Install wall anchors as appropriate.

Figure 10 PH_Z

Figure 11 PH_Z


INSTALLING AN INTEGRAL BLOWER VTN1000Q:

The PHE hood can be installed with Thermador’s VTN1000Q blower.

Blower Preparation:

1. Remove left and right shipping brackets and discard. See Figure 12a.

2. Cut wire tie shown in Figure 12a. Take wire harness withMolex 6-pin connector and route out rear of blower, asshown in Figure 12b at right.

3. Reattach wire harnesses to capacitor with new wire tie (supplied) in same location in front.

4. Attach wire harness with Molex 6-pin connector to housing as shown in Figure 12b with wire tie (supplied).

Install blower in hood:

1. The blower is attached to the hood using weld studs provided on the mounting plate.

2. Figure 12c shows the weld studs in location B for horizontal (rear) discharge. Attach four #10-24 nuts to theweld studs. For vertical discharge, attach nuts to studs at the top of the mounting plate.

3. Guide the motor mounting plate over the nuts and tighten to secure the blower to the hood.

Warning: These two additional screws must be installed on the ventilator plate.


Add wiretie here

Blower Rear View

Figure 12b PHE & PH_Z

Shipping brackets

CapacitorWire tie

Blower Front View

Figure 12a PHE & PH_Z

Figure 12c PHE & PH_Z

Figure 12d PHE & PH_Z


REMOTE BLOWER INSTALLATION:

The PHE/PH_Z hood is designed to work with Thermador’sVTR600R, VTR1000Q, and VTR1400Q remote blowers. For installation instructions, see the instructions supplied with the blower unit.

Wiring the PHE with a Remote Blower:

Warning: Turn off electricity at the service panel before wiring the unit.

1. Remove the J-box cover as shown in Figure 13.

2. Remove cover T from the J-box.

3. Remove the 2 knockouts and install 1/2” conduit connectors.

4. Run black, white and green wires (#16AWG) in 1/2” conduit from power supply to J-box.

5. Connect black, white and green/yellow wires in J-box respectively.

6. Connect wire clamp to “pigtail” as shown in Figure 13. Insert “pigtail” wires into J-box and fix wire clamp to J-box using nut supplied with wire clamp V.

7. Run 5 wires (#16AWG) in 1/2” conduit from the remote blower to the second conduit connector.

8. Connect the black, white, red and blue wires from the remote ventilator to the black, white, red and blue wires of the “pigtail” respectively. Connect the remote blower green/yellow (ground) wire to the ground wire from the service panel.

9. Close junction box cover. Check that all light bulbs are secure in their sockets. Install filters. Turn power on at service panel, and check lights and blower operation per Care & Use section of this manual.


Figure 13 PHE & PH_Z

Updraft Installation GuidelinesProfessional Island Hoods Installation Guidelines

TYPICAL INSTALLATION

The Professional Island hood is designed to be installed on arigid structural framing. Follow these installation steps forproper hood performance. Typical installation of the IslandHood is shown in Figure 1.

Note: Because of the size and weight of the Island hood it isnecessary to make a 12” wide by hood length soffit with rigidstructural framing in an 8-foot high kitchen ceiling.

STEP 1 - SOFFIT FRAMING

a) Locate and mark the center line of the hood location.

b) Use 2 pieces of 2" x 6" x 6 feet wood spacers and bolt these pieces onto the ceiling joist as shown in Fig. 2.

If the ceiling joists are spaced more than 16" apart center to center, it is necessary to install additional spacers so that when installing the vertical studs, it will be 11" apart. See Fig. 3.

c) Using 1/4" diameter x 5" long lug screws, attach 2" x 6" vertical studs onto the spacers so that their inner edges are 21" apart. See Fig. 2.

The length of these studs depends on the ceiling height and the desired height of the hood from the top of the cooktop. The bottom of the hood must be within 30" to 36" over the range cooking surface.


Spacer

Vertical Studs

21"

48" Hood - 47"60" Hood - 49"

Studs

Figure 1

Figure 2

Figure 3

P H I _ Z I S L A N D H O O D S I N S T A L L A T I O N G U I D E L I N E S


TransitionProvided

d) Construct the bottom wood framing with 2" x 4"s as shown in Fig. 4. The center of the frame must have an opening of 10" x 21" for the transition duct.

e) The overall length of the structural framing will depend onthe size of the island hood. Attach 2" x 4" wood frame ontothe ends of 2" x 6" so that their outer edges are 47" apartfor 48" hood, or 59" apart for a 60" hood. See Figure 2.

NOTE: Because of the weight of the hood, we are recommending that you use metal joint straps to connect theends of wood framing per example of Figure 4.

f) Using 2" x 6" wood, construct the bottom framing for duct opening at the center of the soffit. The duct opening must be 10" x 21" as shown in Fig. 5.

STEP 2 - INSTALL HOOD ASSEMBLY

a) Install the transition (provided) to the top of the hood using #8 x 1/2" Philips head screws provided. Tape all joints, withduct tape.

b) Locate and mark the centerlines of the hood soffit framing and hood assembly. Align both center lines and secure the hood assembly with 8 pieces - 1/4" diameter x 1/2" long lug bolts with taps and 2" x 2" x 1-1/2" angle brackets.

STEP 3 - DUCTING INSTALLATION

a) Run 10" round duct work from the remote ventilator Model #VTR1000Q or Model #VTR1400Q (purchase separately) tothe transition (provided with the hood). See Figure 1.

b) Seal all joints with duct tape. Use straight duct if possibleor, if necessary, the fewest elbows for best performance.

NOTE: COLD WEATHER installations should have an additional backdraft damper installed to minimize backwardcold air flow. A nonmetallic thermal break can be installed tominimize conduction of outside temperature as part of theductwork. The damper should be on the cold air side of thethermal break. The break should be as close as possible towhere the ducting enters the heated portion of the house.


Figure 4

Figure 5

STEP 4 - ELECTRICAL CONNECTION:

SAFETY WARNING: Turn off power circuit at the serviceentrance and lock out panel before wiring this unit.

I WIRING TO THE REMOTE VENTILATOR:

a) Run five wires #12 AWG MAX. (black, white, blue, red, andgreen) in 1/2" conduit from the remote ventilator to the J-Box located in the hood assembly. See Fig. 6.

b) Strip approximately 3/8" at the end of the above wires. Connect blue, red, black, and white wire to the terminalblock located inside the J-Box. Connect ground (green) wireto the ground screw.

Note: follow the wiring label next to the terminal block forwiring location.

II WIRING TO THE POWER SUPPLY:

a) Power supply required for this model is 120V., 15 Amps., 60 Hz. Using flex conduit, run three (3) #12 AWG. MAX.(black, white, and green) from the service panel to the J-Box located in the hood. See Fig. 6.

b) Strip approximately 3/8" at end of these three wires. Connectblack and white wire to the terminal block located inside theJ-box. Connect ground (green) wire to the ground screw.

Note: Follow the wiring label next to the terminal block forwiring location.

c) When power supply is used in damp location or outdoor,always install in a GFCI protected branch circuit.

STEP 5 - INSTALL GREASE TROUGHS, FILTERS AND LAMPS

a) Insert the grease trough at the middle section of the bottom ledge of the hood assembly. See Fig.7.

b) Push the grease trough to the right or left side of the ledge and insert the other grease trough into the bottom ledge adjacent to the installed grease trough.

c) In the center of the space provided for filters, insert the aluminum filter, with top arrow going up) on top ledge andpull bottom back until the filter sets on the bottom ledge ofthe grease trough as shown in Fig. 8.

d) Move the filter to either side and install the remaining filters, with the center one last.

e) Install halogen lamps (purchased separately).

STEP 6 - TURN THE POWER ON AND CHECK HOOD OPERATION

STEP 7 - INSTALL DRYWALL ON THE SOFFIT


GREASETROUGH


Figure 6

Figure 7

Figure 8

Updraft Installation GuidelinesChimney-Style Wall Installation Guidelines

Alternate Installation Options

A. Fixed Chimney Height

Note: The hood may be installed with only the lower part of the chimney cover, to accommodate lower ceiling heights.Installation height ranges and fixed minimum height(s) aresummarized below.

1. Installing to fixed minimum height also requires mounting the ceiling bracket 1/4" below the ceiling. Thechimney cover needs to slide down to engage in the top ofthe hood.

2. The resulting space on top of chimney could be filled with a piece of plywood of 1/4" thickness cut to the inside cross section of the chimney cover and finished to match the ceiling.

3. Align the two mounting holes on the sides of the uppercover to the lower cover.

B. Rear Discharge

Notes: A 90º elbow may be installed immediately above thehood for ducting through an exterior wall.

The same mounting should be used as for a normal verticaldischarge as per page 30. “T” in the chart below, indicatesheight from top of transition to bottom of hood.

Integral Ventilator Ducted Vertically HTSW HGSW

HSW

HDW, HNW HCSW


C H I M N E Y - S T Y L E W A L L H O O D S I N S T A L L A T I O N G U I D E L I N E S

*Dimensions are shown in inches.

Fixed Minimum Standard Min. to Max. Distance from Hood BottomModel Height* Height Range “H”* to Top of Transition “T”*

HDW, HNW 281/2 341/16 – 49 3/16 15 7/8

HCSW 26 33 7/16 – 423/8 14 3/4

HSW 26 33 7/16 – 42 3/8 14 3/4

HTSW 29 13/16 331/8 – 45 7/8 15 3/4

HGSW 27 341/2 – 54 18 1/2


Installation with Integral Ventilator

Note: Thermador®’s Chimney-Style Hoods can only be used with integral ventilator supplied.

STEP 3: TYPICAL HOOD INSTALLATIONSInstallation with Integral Ventilator (cont.)

Electrical Connection for Integral Ventilator(already installed in hood)

Notes: Before turning the power on, make sure the ventilatoris in the “OFF” position. Use wire connectors or wire nutsapproved by UL or C/UL.

WARNING: Before handling, servicing or cleaning the unit,switch power off at service panel.

Wiring to the Power Supply

Note: Power supply required for this series is 120 V AC, 15 Amps (min.), 60 Hz.

1. Remove the knockout and install the strain relief (conduit)connector (1/2") in junction box.

2. Run 3 wires: black, white and green (#16 AWG) in 1/2" conduit from the service panel to the junction box.

3. Connect black wire from service panel to black or red wirein junction box. Proceed wiring white to white and green to green-yellow.

4. Close junction box cover. Check all light bulbs and makesure that they are secure in their sockets.

5. Turn power on in service panel and check lights and ventilator operation.

6. Install duct cover.

Wiring Diagram – HGSW36 Only

Wiring Diagram – All Other Models



Updraft Installation GuidelinesChimney-Style Island Installation Guidelines

H D I , H N I , H T D I , H T N I O R H G S I C H I M N E Y - S T Y L E I S L A N D H O O D S I N S T A L L A T I O N G U I D E L I N E S

STEP 1: MOUNTING SURFACE PREPARATION

Preparation

Notes: Do not use duct smaller than the transition size on the hood. Each chimney-style hood comes shipped with a plastic transition, backdraft damper and pre-mounted integral ventilator. Metal transitions are available throughyour Thermador dealer. Thermador recommends 30"-36"above the countertop to the hood. Take into consideration the hood depth; some models are much deeper than the cooktop.

CAUTION: Note the weight of the hood (see pgs. 12 and 13). Make sure to affix the addedlumber properly.

1. Select a mounting height comfortable for the user.(see Typical Hood Installation section).

2. Mark center line of cooktop on the ceiling.

3. Find ceiling joists above drywall by tapping ceiling orusing a stud finder. Mark the center of the joists with aline.

4. Tape template (included), matching center line and hood front.

5. Mark centers of the 4 fastener locations through templateon ceiling then remove template.

6. Remove drywall to next joist outside your marked fastener locations and about 12" past fasteners in theother directions to give you enough working area to install supporting members, ducting and to route electrical conduit.

7. Refer to above installations and install suitable length 2" x 4" lumber installed between the joists to pick up all 4 mounting points of the support structure centered on the lumber.

8. Install duct (for duct size see Table under Step 2). Femaleend shall be a minimum of 11/2" below the finishedextended length from the ceiling.

9. Install drywall around duct and conduit. Tape joints andrefinish ceiling.

10. Remark fastener locations using template on same location as before and proceed to next step.

Mounting Support Structure – HDI, HNI or HGSI

Mounting Support Structure – HTDI, HTNI


Hood Required Roof JackSeries Ventilator Options Transition or Backdraft Required or Wall Cap

Total Amps Exit Discharge Vents toRemote or Model @120 Volts Plastic Backdraft Duct Size at Intake Vents Outside Wall

CFM Integral Number 60 Hz Transition* Damper (inches) Direction to Roof Wall Cap

HGSI 400 Integral 3.0 Included Included 6 Vertical ** ** **

HTDI 770 Integral 4.5 Included Included 8 Vertical ** ** WC8

HNI, HTNI 1000, 1400 Remote 4.5 Included Included 8*** Vertical ** ** WC8

HDI 770 Integral 4.9 Included Included 8 Vertical ** ** WC8

Mounting Chimney Cover

Temporary Support



STEP 1: MOUNTING SURFACE PREPARATION (cont.)


CAUTION: Three people are required for proper installation.

1. Install transition on top of hood if removed for shipping.

2. Adjust mounting structure to desired chimney height.

3. Set mounting structure on top of hood canopy. Do not attach permanently.

4. Fit duct piece flush with top of structure, male end up, on transition.

5. Remove mounting structure and tape/seal duct with ducttape to transition and secure with 3 sheet metal screws.Make sure not to block back draft damper in transition.

6. Install mounting structure to the ceiling with 4 lag screwsprovided (1/2" conduit inside structure). See page 33.

7. Attach telescoping chimney cover assembly over mountingstructure; secure with 2 screws on top. Raise two lower sections and temporarily hold up with screw.

8. Attach hood canopy with duct attached to mounting structure and mate with duct protruding from ceiling. Youmay hook up electrical power now per Wiring Power Supplyon page 36.

9. Remove temporary screw holding up lower chimney covers,then remove the 2 screws holding chimney cover on top and lower the upper chimney cover sections. Now the ductconnection at the ceiling should be free.

10.Secure duct connection at ceiling with 3 sheet metal screws (per code) and seal with duct tape.

11.Reattach telescoping chimney cover assembly to top ofmounting structure at ceiling.

*Metal transition options available through Thermador parts orretailer. Model HGTR6 = 6" metal transition for HGSI; ModelHDTR8 = 8" metal transition for HTDI or HDI. Metal transitionincluded in HNI and HTNI.

**Standard size, can be purchased at any major hardware store.

***Additional transition to 10" needed to mate with remoteblower. Not supplied.





HDW 770 Integral Included 4.9 Included Included 8 Vert./Horiz. ** ** WC8

HNW 1000, 1400 Remote VTR 1000 8.8 Metal Trans.Included 8 Vert./Horiz. ** ** N/A

VTR 1400 13.8 Included

HSW 400 Integral Included 2.4 Included Included 6 Vert./Horiz. ** ** **

HCSW 400 Integral Included 2.5 Included Included 6 Vert./Horiz. ** ** **

HGSW 400 Integral Included 2.5 Included Included 6 Vert./Horiz. ** ** **

HTSW 400 Integral Included 2.5 Included Included 6 Vert./Horiz. ** ** **

STEP 1: MOUNTING SURFACE PREPARATION (cont.)


1. Install transition (included) on top of hood. Metal transition also available.

2. Hang hood on 2 mounting hooks through the rectangular cutouts located on the back of the hood.

3. Be sure the hood is level, using a carpenters level across the bottom of hood with leveling screws in mounting hooks or rectangular cutouts. See detail.

4. Secure hood to plywood with 2 screws each on top of hood and through bottom inside of hood.

5. Connect ducting.

Note: For ventilator serviceability, leave a 1" gap minimum between the top of the transition and the sheet metal duct. Cover gap with a starting collar (included) wrapped around duct and transition.

6. Seal with duct tape.

7. Secure collar with 3 sheet metal screws each to the transition and duct, per code.

Note: Hood comes shipped with either a 400 CFM or 770 CFMintegral ventilator pre-installed.

*Metal transition options available through Thermador parts or retailer. Model HSTR6 = 6" metal transition forHCSW, HTSW and HSW; Model HGTR6 = metal transition for HGSW; Model HDTR8 = 8" metal transition for HDW. Metal transitions included in HNW.

**Standard size, can be purchased at any major hardwarestore.

Note: HNW models approved for use over Professional Seriescooking products.





Installation with Integral Ventilator

Note: Thermador®’s Chimney-Style Hoods can only be used with integral ventilator supplied. Island models can only be ducted vertically.

Integral Ventilator Ducted Vertically

HDI, HNI

HGSI HTDI, HTNI

Standard Minimum to Maximum Canopy Height Distance from Hood BottomModel Height Range “H”* “A”* to Top of Transition “T”*

HGSI 2915/16 – 419/16 14 1/4 19 1/4

HTDI, HTNI 331/16 – 467/8 15 3/4 18 3/4

HDI, HNI 331/16 – 4815/16 11 1/2 16 5/8

Calculation of Chimney Height:

1. First calculate desired hood height “H”:H = K (kitchen height) minus 36” (countertop height) minus P (preference height).

2. Next calculate chimney structure height “B”:B = H minus A.

3. Adjust structure to height “B” when installing.




STEP 3: TYPICAL HOOD INSTALLATIONSInstallation with Integral Ventilator (cont.)

Electrical Connection for Integral Ventilator(already installed in hood)

Notes: Before turning the power on, make sure the ventila-tor is in the “OFF” position. Use wire connectors or wire nutsapproved by UL or C/UL.

WARNING: Before handling, servicing or cleaning theunit, switch power off at service panel.

Wiring to the Power Supply

Note: Power supply required for this series is 120 Volts, 15 Amps (min.), 60 Hz.

1. Run stated power supply from the service panel to the junction box on top of the unit.

2. Remove the knockout and install the strain relief (conduit)connector (1/2") in junction box.

3. Run 3 wires: black, white and green (#16 AWG) in 1/2" conduit from the service panel to the junction box.

4. Connect black wire from service panel to black or red wirein junction box. Proceed wiring white to white and green to green-yellow.

5. Close junction box cover. Check all light bulbs and makesure that they are secure in their sockets.

6. Turn power on in service panel and check lights and ventilator operation.

7. Install duct cover. See page 34.

Wiring Diagram – HTDI, HTNI Only

Wiring Diagram – HGSI, HDI, and HNI



Downdraft VentilationCook’N’ Vent® (CVS) Models

COOK ’N’ VENT (CVS) INTAKE

Installation TypeWall* or Island*Requires minimum of 24" deep cabinet

DimensionsAvailable Widths: 30," 36" or 45"

Ventilator OptionsCFM 600, Integral, Model VTN600CVRCFM 600, Remote, Model VTR600RCFM 1000, Remote Model VTR1000Q

Finishes (Top Cap only)White or Black PorcelainEnamel, Stainless Steel

Transition Model Required/Duct Size at DischargeMust order one of the following for all remote ventilator installations:CVD310 – Transition to 31/4" x 10" ductCVD314 – Transition to 31/4" x 14" duct

Discharge DirectionStraight DownLeft or Right


Power Supply15 amps (min.) @ 120 V AC, 60 Hz

General FeaturesUniversal Cook’N’Vent intakes are designed for installation with all non-professional-style cooktops

“T” top design color-matched to black, white and stainless steel cooktops

Single-touch up/down control for intake

Intake raises 10" when in use

Easy to remove, dishwasher safe aluminum mesh filters

Recessed infinite speed control is visible only when intake is in raised position

Integral and remote ventilator options

Comes standard with 3-prong grounded plug

Accessory OptionsVentilators and duct transitions stated


Thermador® Downdraft Ventilation

C O O K ’ N ’ V E N T ® S Y S T E M


Downdraft VentilationCook’N’ Vent (CVS) Ventilator Options

C O O K ’ N ’ V E N T ® V E N T I L A T O R O P T I O N S

VTN600CVR VTR600R** VTR1000Q**

Maximum CFM: 600


Duct Size at Discharge31/4" x 10" Round

Transition ModelsN/A

Can also be Used with Updraft HoodNo

Note: Backdraft damper (RJ310)or wall cap (WC310) required.

Maximum CFM: 600


Duct Size at Ventilator8" Round

Transition Models*CVD310 (31/4" x 10")CVD314 (31/4" x 14")

Can also be Used with Updraft HoodYes

Maximum CFM: 1000


Duct Size at Ventilator10" Round

Transition Models*CVD310 (31/4" x 10")CVD314 (31/4" x 14")

Can also be Used with Updraft HoodYes

*Requires one of the transitions stated for proper installation and a secondary transition to ventilator duct size. **No roof jack or wall cap required. Collar on Ventilator extends below mounting flange into roof or wall installation area.

Note: For equivalent duct lengths for commonly usedtransitions, please refer to page 4.

Volumetric Flow Rate for Equivalent Duct Lengths for Cook’N’Vent Ventilator Options


Downdraft Installation GuidelinesCook’N’ Vent (CVS) Models

CAUTION: The Universal Cook ’N’ Vent® System is available for use with standard gas and electric cooktops.It is not intended for use with any professional-stylecooktop or range. For optimum performance, Thermador®

recommends an updraft hood for residential installationsof professional-style products.

Notes: The CVS Cook ’N’ Vent system requires a minimum cabinet depth of 24" for cooktops under 22" deep, to allow for recommended set back dimensions from front to back ofcooktop. Be certain to avoid interference with gas and electricsupply to cooktop. Shelving and drawer depths are dependentupon cooktop depth and setback.

Plan the Installation

1. Determine whether a remote or integral ventilator will beused. Remote ventilator installation requires 4 wires plus aground wire to run from the Cook’N’Vent to the ventilator.

2. Make sure that adequate cabinet and counter space hasbeen provided and that the intake will be accessible if service is required.

3. Cross drafts created by adjacent open windows, doors, airconditioning, old heating vents, recessed ceiling lights, andtraffic patterns may affect the overall performance.

4. For gas cooktop installations, make sure that a minimum 10 square inch opening is provided in the toe-kick or othercabinet area. Inadequate ventilation of the cabinet below the cooktop may result in a flame outage when operating the vent system.

5. For typical ducting configurations, see page 40.

6. Installations in island locations will require ducting to rununder the floor, peninsula locations usually require ductinglaterally through cabinets or under cabinet toe-spaces.

7. Determine whether the chosen route of ducting will meetvent system performance requirements. To do this, measure the duct lengths needed and determine specificfittings required. You can use the Equivalent Duct Lengthschart on page 4.

Note: The total equivalent duct length of duct used must notexceed 85 feet when using an integral ventilator, or 70 feetwhen using a remote ventilator. If the initial calculationsexceeds this limit, re-plan the installation by reducing thenumber of transitions, increase diameter duct size, shortenduct lengths, etc., until this important requirement is met.

Downdraft Installation Guidelines

C V S D O W N D R A F T I N S T A L L A T I O N G U I D E L I N E S

STEP 1: CABINET PREPARATION


STEP 1: CABINET PREPARATION (cont.)

Typical Ducting Installations

Integral VentilatorThrough Wall Installation

Remote VentilatorRoof Mount Installation

Integral VentilatorThrough Wall Installation

Remote VentilatorThrough Wall Installation





Universal600 Integral VTN600CVR 6.7 Integral WC310 31/4 x 10 Sides/Bottom RJ310 WC310 12557

Cook ‘N’ Vent 600 Remote VTR600R 6.7 CVD310 Included 31/4 x 10* Sides/Bottom N/A N/A **(CVS)

1000 Remote VTR1000Q 10.2 or CVD314 Included or 31/4 x 14* Sides/Bottom N/A N/A **



* For remote ventilator installations, you have the option of usingeither the CVD310 (31/4" x 10") or the CVD314 (31/4" x 14") ducttransition. Either of these options will need to transition down toan 8" round duct, when using a VTR600R ventilator; or a 10" roundduct, when using a VTR1000Q ventilator. Be sure to plan accordingly.

** Standard size, can be purchased at any major hardware store.

TABLE 1. Cutout Dimensions for Thermador Cooktops and CVS30R, CVS36R or CVS45R Cook’N’Vent®

CW* CD* OW* OD* SB* BT* ND*Cutout Cutout Overall Overall Minimum Maximum** Back Notch

COOKTOP MODEL Width Depth Width Depth Set Back Splash Thickness Depth

30" Cooktops Installed with CVS30R

SGSX304, SGS304 28 15/16 221/8 31 235/8 11/2 11/4 3

CEM304, CET304 & CEP304 28 3/4 22 7/16 31 233/4 21/2 0 0

TMH30*** 28 5/8 2113/16 30 237/8 2 3/4 0 0


SGSX365, SGS365 34 15/16 221/8 37 235/8 11/2 11/4 3

SGS36GS 34 1/2 21 3/4 36 23 3/4 2 3/4 1/8 0

CEM365, CET365 & CEP365 34 3/4 22 7/16 37 233/4 21/2 0 0

TMH36*** 34 1/2 21 3/4 36 237/8 2 7/8 0 0


SGSX456, SGSS456 43 15/16 221/8 46 235/8 11/2 11/4 3

CEM456, CEP456 43 3/4 22 7/16 46 233/4 21/2 0 0

TMH45*** 43 1/2 22 5/8 45 24 2 1/8 0 0

STEP 3: PREPARE THE COUNTERTOP CUTOUT

Cook’N’Vent Installation with Thermador Cooktops

or Other Cooktops When Specified



*Dimensions are shown in inches. * *Dimension “BT” is the thickness of back splash that provides 1/4" clearance between ventand back splash. Any back splash with a curved radius where it meets the counter will require additional clearance. Thickerback splashes may be used by increasing the counter and cabinet depths. ** *Clearance is provided on TMH models to allowraising of the hinged maintop.

A. Installation with Thermador Cooktops

Notes: Verify that all cutouts will clear the inside of the front countertop support rail; and that the cooktop and vent will be centered left to right within the cutout.

1. Make certain that the front and rear cutouts are straight and parallel to the front edge of countertop and the rear back splash and/or wall.

2. The distance from the front of the countertop to the front of the cutout should not be less than dimension “SB” stated in Table 1.

3. Be sure that the available flat countertop is greater than dimensions “OW” by “OD.”

4. Side cutouts need to be square to the front and rear cutouts.

5. When installing laminated or solid surface countertops such as Surell™ and Corian,® be sure to follow the countertop manufacturer’s instructions regarding minimum corner radii, reinforcement of corners, etc.

STEP 3: PREPARE THE COUNTERTOP CUTOUT (cont.)

B. Installation with Non-Thermador Cooktops

Note: You will need to have the cooktop installation instructions available to complete the installation.

All cooktop dimensions should be verified through measurement prior to cutting an opening in the countertop.Refer to illustration at right for CW, CD, etc. dimensions.

With the above dimensions confirmed, determine the cutoutsize as follows:

1. Find the cutout width, CW:

For CVS30R InstallationIf CW is 28 5/8" or less, see Illust. at left.If CW exceeds 28 5/8," see Illust. at right.



2. Calculate the cutout depth, CD:

First, find the Cooktop OverhangCooktop Overhang = (OD minus CD)÷2

Note: Assumes front and rear cooktop overhangs are equal.

Next, calculate the Cutout Depth, (CD)CD = (OD minus CO) + 17/8"

3. Provide an opening in the countertop that measures CW x CD, following illustration as applicable.

4. Ensure that the cutout is positioned so that the distancefrom the front of the countertop to the front of the cutout is equal to dimension SB or greater. (The recommended SB will be found in the cooktop installation instructions).

5. Verify that the available flat countertop is greater thandimensions OW x OD where:

OW equals the greater of the cooktop overall width or 31"for CVS30R installations.



OD equals the greater of the cooktop overall depth + 17/8."

6. Ensure that the back splash thickness does not exceed BTas calculated below:

BT = 24 3/4" minus (OD + SB + CD)

Note: This will provide 1/4" clearance between vent and back splash.

Cook ’N’ Vent Installation with Other Cooktops



1. Drop a plumb-line from point “P” at the rear center of the countertop cutout. Mark this point on the bottom of the cabinet.

2. Draw two intersecting reference lines to this point: One should be parallel to the cabinet front and directlybelow the rear countertop cutout (Line A-A), and the other(Line B-B) should be at a right angle to A-A.

3. Using these reference lines as a base for the measurementsshown in the table below, layout the necessary cabinetcutouts needed for the planned ductwork route. Where arange of measurements is noted, choose a measurementthat allows the best clearance from wall studs, floor joists,utilities, or other obstructions.

General Instructions

Note: Install ventilator or duct transition so that accesspanels can be removed for cleaning.

1. Temporarily set intake and cooktop in cabinet and attachintegral ventilator (duct transition if remote ventilator is used).

2. Verify that the duct cutouts as marked will match the hardware installation. Adjust the duct cutout as necessary to match hardware installation.

3. Remove temporarily placed hardware and make cutoutsin cabinet to accommodate ductwork installation.

4. Make all other cabinet modifications needed to provideproper clearances for drawers or removable shelving.

STEP 4: PREPARE DUCT CUTOUTS IN CABINET

STEP 5: TYPICAL DUCT LOCATIONS

Integral Ventilator VTN600CVR Remote Ventilator VTR600Q or VTR1000QModel C* D* E* F* G* Model C* D* E* F* G*

CVS30R 8 3/8 1/2 9 5/8 26 3/4 17 9/16 CVS30R 6 9/16 5 1/16 5 1/16 22 1/4 22 1/4

CVS36R 8 3/8 3 7/8 13 3/16 26 3/4 17 9/16 CVS36R 6 9/16 8 1/2 8 1/2 22 1/4 22 1/4

CVS45R 8 3/8 8 1/16 17 3/16 26 3/4 17 9/16 CVS45R 6 9/16 12 3/4 12 3/4 22 1/4 22 1/4




Duct Location Options

General Instructions (cont.)

5. Remove grease filters and any packing materials frominside the intake.

6. Set the vent intake into rear of countertop opening.Carefully lower it into position so that the flanges on the rear sides and edges fully support the unit hangingfrom the countertop.

7. Loosely fasten lower support legs to vent. Hold the unitagainst the rear of the countertop opening and, with it in a vertical position, slide the brackets down to meet thebottom of the cabinet. Fasten to cabinet with hardware provided, then tighten brackets on vent. Fasten support legs to cabinet floor.

8. Place the cooktop in countertop opening with the rear edge of cooktop overlapping the front edge of the vent.Make sure rear edge of cooktop does not bind againstfront edge of snorkel.

9. Follow the cooktop manufacturer’s installation instructionsfor installing gasket strips, etc. Secure the cooktop to the countertop. Connect the cooktop electrical and/or gas connections.

Integral Ventilator – VTN600CVR

10. Place ventilator in front of intake on bottom of cabinet.Take ventilator wires and guide them through grommet to opened junction box.

11. Place lower flanged edge of ventilator in panel groove in bottom of vent intake. Tilt ventilator up to closed position over vent opening and secure with clamp channelsand wing nuts.

12. Pull wires in junction box to take out any slack from ventilator compartment. Cut off excess wire length. Strip wires 1/4" and hook-up to terminal strip per wiring diagram.

13. Replace junction box cover.

14. Connect ventilator to ductwork or accessory transitionavailable through Thermador.®

Remote Ventilator – VTR600R or VTR1000Q

10. Remove knockout on top of junction box and connect conduit with 5 wires from remote ventilator.

11. Hook-up wires per wiring diagram.

12. Replace junction box cover.

13. Install duct transition by setting flanged edge of transition in panel grove on bottom of vent intake. Tilt transition up to closed position and secure with channel clamp and wingnuts.

14. Connect ventilator to ductwork.

This appliance is factory equipped with a power supply cordhaving a three-prong grounding plug (with polarized parallelblades). It must be plugged into a mating grounding typereceptacle, connected to a correctly polarized 120 Volt circuit.

1. Locate the receptacle under the countertop so that the 30 inch long power cord from the vent will reach the outlet (receptacle).

2 Do not obstruct receptacle access by ventilator, cabinetwork, ductwork or electrical/gas utilities for the cooktop.

3. All power for the vent system (including the remote ventilator, if used) is supplied via the cord to the intake unit.

STEP 5: TYPICAL DUCT LOCATIONS

STEP 6: INSTALL ELECTRICAL SERVICE

Wiring Diagram – CVS



Documents

02THD236 VentSpecShts fm4 - lib.store.yahoo.netlib.store.yahoo.net › lib › universal-akb › thermadorVentilationSpecs.pdf · 31/4"x10" 6" 10 ft. to Round 90ºElbow 7" 5 ft. In-Line