Viking VIPR102 Plan the Wiring, Prepare the Downdraft, Important Location of Electrical Outlet

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VIKING RANGE, LLC

Downdraft Ventilators

PLAN THE WIRING

Interior Blower Installation

1.The Interior Downdraft Blower system draws 4 AMPS and requires a 120 VAC, 60 Hz circuit.

2.The downdraft has a 2 ft. long power cord with a 3-pronged plug. Plan to provide a grounded outlet in a location which will allow the unit’s power cord to reach.

IMPORTANT - LOCATION OF ELECTRICAL OUTLET:

If Models VIPR102SS or VIPR102RSS are being installed

in a 30" wide cabinet...

or Models VIPR162SS or VIPR162RSS are being

installed in a 36" wide cabinet...

or Models VIPR182SS or VIPR182RSS are being

installed in a 48" wide cabinet...

...the outlet cannot be located on the back wall of cabinet.

In these cases, the width of the downdraft covers nearly the entire width of the back wall of the cabinet. So you must either:

mount the electrical box to a side wall or cabinet floor

-at least 12 inches from the back wall.

mount the electrical box to a wall stud behind the cabinet - where it will not be covered by the downdraft.

Then provide a clearance hole in the back wall of

the cabinet.

PREPARE THE DOWNDRAFT

Exterior Blower Installation

1.The Exterior Downdraft Blower system draws 6 AMPS and requires a 120 VAC, 60 Hz circuit.

2.The downdraft has a 2 ft. long power cord with a 3-pronged plug. Plan to provide a grounded outlet in a location which will allow the unit’s power cord to reach.

IMPORTANT - LOCATION OF ELECTRICAL OUTLET:

If Models VIPR102SS or VIPR102RSS are being installed

in a 30" wide cabinet...

or Models VIPR162SS or VIPR162RSS are being

installed in a 36" wide cabinet...

or Models VIPR182SS or VIPR182RSS are being

installed in a 48" wide cabinet...

...the outlet cannot be located on the back wall of cabinet.

In these cases, the width of the downdraft covers nearly the entire width of the back wall of the cabinet. So you must either:

mount the electrical box to a side wall or cabinet floor

-at least 12 inches from the back wall.

mount the electrical box to a wall stud behind the cabinet - where it will not be covered by the downdraft.

Then provide a clearance hole in the back wall of

the cabinet.

PLEASE NOTE: External blowers must be hard-wired using locally-supplied wire and connected to the downdraft plug (included).

Interior Blower Installation

The downdraft is shipped without a blower. Purchase a Model VIDV500 Interior Blower and mount it to the downdraft as follows:

1.Place the downdraft on its back on a table of flat work surface.

2.Remove the 4 nuts and 2 clamp channels.

3.Remove 2 screws and the gear motor cover.

4.Carefully position the blower under the bottom flange of the downdraft with the 3¼" x 10" discharge pointed in the desired direction.

5.Connect motor plug.

6.Replace the gear motor cover and 2 sheet metal screws.

7.Replace the 2 clamp channels and start the 4 nuts, do not tighten.

8.Slide blower left of right to desired position. Use cover plate (supplied) to close up any open space.

9.Tighten 4 nuts to secure top of blower. Use additional screws (supplied) through bottom flange to secure bottom in blower.

NUTS

CLAMP

CHANNELS

SCREWS

GEARMOTOR

COVER

5

3¼" X 10"

DISCHARGE

BLOWER

COVER

MOTOR PLATE PLUG

ADDITIONAL SCREWS

BOTTOM

FLANGE

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Contents To Reduce the Risk of a Range TOP Grease Fire Intended for Domestic Cooking onlyPlanning Electrical SpecificationsTake Measurements VAC 60 Hz 4.0 aSide View Downdraft With Round Elbow Plan the DuctworkSide View Downdraft With VIDV500 Interior Blower Plan the Cabinet Cutouts Prepare the Downdraft Plan the WiringImportant Location of Electrical Outlet Outlet cannot be located on the back wall of cabinetAdditional Motor RoundNuts Cutout for VEC Cooktops VGC Cooktops CUT Countertop OpeningCutout for Vecu Cooktops & Vgrt Rangetops VGSU102 & VGSU162 Before Cutting Hole Cabinet for Ductwork Install DuctworkMount the Unit Installation of Remote Control Switch Backside Remote Switch Template Model Downdraft Install Electrical WiringInstall Cooktop USE and Care OperationProfessional Series BUILT-IN Rear Downdraft Warranty Ventilateurs encastrés Destiné À LA Cuisine Domestique Seulement AvertissementPrise DES Mesures PréparationSpécifications ÉlectriquesPréparation DES Conduits Prise DES Mesures SuiteSortie À Gauche Préparation DU Découpage DE L’ARMOIRESortie À Droite Sortie Vers LE BASImportant Position DE LA Prise Électrique Préparation DU CâblagePréparation DE LA Hotte Écrous Tion Ronde DEDécoupe pour VEC Surface de cuisson VGC Surface de cuisson Découpage DU ComptoirTuyaux de nuisent pas Installation DE L’UNITÉAvant DE Découper L’AR Moire Pour LES Conduits Câblage Électrique Installation DE LA Surface DE CuissonCuisinière Hotte Modèle R Télécom Mande ComptoirBordtopduedgecomptoir Installation DE LA TélécommandeArrière DU Gabarit DE LA Télécommande Commande DES Modèles VIPR102SS VIPR162SS VIPR182SS Télécommande DES Modèles VIPR102RSS VIPR162RSS VIPR182RSSFonctionnement Utilisation ET EntretienGarantie DES Hottes Encastrées DE Série Professionnelle Ventiladores de tiro descendente PrecauciónTome Medidas PlaneaciónEspecificaciones Eléctricas VCA 60 Hz 4.0 aPara conectarse al ventilador exterior VEDV900 o VEDV1200 Planee LOS Conductos½ pulg.14 cm Planee LOS Cortes DEL GabinetePrepare EL Tiro Descendente Planee EL Cableado EléctricoVentiladores de tiro descendente Recorte para VEC Estufa VGC Estufa Haga LA Abertura DE LA Superficie DEL GabineteInstale EL Sistema DE Conductos Monte LA UnidadBorde Superior Instalación DEL Interruptor DEL Control RemotoParte Posterior DE LA Plantilla DEL Conmutador Remoto Instale LA Estufa Instale EL Cableado EléctricoUSO Y Cuidado FuncionamientoViking RANGE, LLC Garantía Limitada DE Cinco AñosF20073C SP

VIPR182R, VIPR182, VIPR102, VIPR102R, VIPR162 specifications

The Viking VIPR series encompasses a range of versatile and robust vacuum pumps designed for various applications, chiefly in the manufacturing and industrial sectors. Notably, models such as VIPR162R, VIPR162, VIPR102R, VIPR102, and VIPR182 stand out for their performance and efficiency.

The VIPR162R and VIPR162 share many core features. Both systems are engineered to deliver high pumping speeds, making them suitable for a variety of vacuum applications. They boast an advanced oil circulation system, which not only ensures optimal lubrication but also extends the longevity of the pump. The design is compact, allowing for easy installation and integration into existing systems, without occupying excessive space.

Moving on to the VIPR102R and VIPR102 models, these units are tailored for smaller vacuum requirements while maintaining robust performance. The intuitive control interface allows for easy operation. These pumps come equipped with a maintenance-free design that reduces downtime, a key advantage in high-demand environments. Similarly, they feature an energy-efficient motor that lowers operational costs while maintaining power and efficiency.

The VIPR182 model takes performance to another level with its increased pumping capacity. This vacuum pump is designed for heavy-duty industrial applications, significantly enhancing productivity due to its ability to handle high volumes. Like its peers, it showcases the same advanced oil circulation technology and durable construction, ensuring reliability in even the most demanding conditions.

All models in the VIPR series emphasize energy efficiency and environmental sustainability, echoing current industry trends toward greener technologies. They are equipped with noise-reduction components, contributing to a quieter working environment which is essential in many industrial applications.

Reliability is another hallmark of the Viking VIPR series. With high-quality materials and stringent manufacturing standards, these pumps are built to withstand the rigors of daily usage. Moreover, they typically feature advanced monitoring systems that provide real-time feedback on performance, allowing for prompt maintenance and minimal disruptions.

In conclusion, the Viking VIPR162R, VIPR162, VIPR102R, VIPR102, and VIPR182 models offer a compelling combination of performance, efficiency, and reliability. With their advanced technologies and robust design, they fit seamlessly into industrial processes, making them invaluable assets for businesses seeking to enhance productivity while managing costs effectively.