5/16” x 1 5/8” Hex head lag screws

1/4”-14 x 5/8” Self tapping

 

(as required)

screws (as required)

 

 

 

 

1/4”-20 x 9/16”

(2) 5/16”-18 x 3/4”

Track bolts (as required)

Carriage bolts

Cotter pin

5/16” x 1-1/4” Clevis pin

 

 

 

Door Section Identification

Graduated end and center hinges are always pre-attached at the top of each section (except top section) and the graduated end hinges are stamped for identification, #1, #2, #3, and #4 (#4 only on five section doors). The stamp identifies the stacking sequence of the section. The sequence is always determined by #1 being the bottom section to #3 or #4 being the highest intermediate section. If the stamp on the graduated end hinge is illegible, refer to the section side view illustration. The section side view illustration shows the graduated end hinge profile of all sections, and can also be used to identify each section.

The BOTTOM SECTION can be identified by #1 graduated end hinges, the factory attached bottom astragal, the factory attached bottom corner brackets and by the bottom corner bracket warning labels on each end stile.

The LOCK SECTION can be identified by #2 graduated end hinges on a 4 section high door and by #3 graduated end hinges on a 3 section high door. Also, on a 3 section door, the lock section will come with a warning label attached to the right or left endstile.

The INTERMEDIATE SECTION can be identified by #3 graduated end hinges (Only on a 4 section high door). The section will have a warning label attached to either the right or left hand end stile.

Note: #4 graduated end hinges are used on the fourth section of five section doors.

The TOP SECTION can be identified with no pre-installed graduated end or center hinges.

WARNING

A powerful spring releasing its energy suddenly can cause severe or fatal injury. To avoid injury, have a trained door systems tech- nician, using proper tools and instructions, release the spring tension.

For detailed information see supplemental instructions “Removing an Existing Door/ Preparing the Opening”. These instructions are not supplied with the door, but are available at no charge from Wayne-Dalton, A Division Of Overhead Door Corporation, P.O. Box 67, Mt. Hope, OH., 44660, or at www.Wayne-Dalton.com.

Preparing the Opening

IMPORTANT: If you just removed your existing door or you are installing a new door, complete all steps in preparing the opening.

To ensure secure mounting of track brackets, side and center brackets, or steel angles to new or retro-fit construction, it is recommended to follow the procedures outlined in DASMA technical data sheets #156, #161 and #164 at www.dasma.com.

The inside perimeter of your garage door opening should be framed with wood jamb and header material. The jambs and header must be securely fastened to sound framing members. It is recommended that 2” x 6” lumber be used. The jambs must be plumb and the header level. The jambs should extend a minimum of 12” (305 mm) above the top of the opening for TorqueMas- ter® counterbalance systems. For low headroom applications, the jambs should extend to the ceiling height. Minimum side clearance required, from the opening to the wall, is 3-1/2” (89 mm).

Important: Closely inspect jambs, header and mounting surface. Any wood found not to be sound, must be replaced.

For TorqueMaster® counterbalance systems, a suitable mounting surface (2” x 6”) must be firmly attached to the wall, above the header at the center of the opening.

Note: Drill a 3/16” pilot hole in the mounting surface to avoid splitting the lumber. Do not attach the mounting surface with nails.

Weatherstrips (may not be included):

Depending on the size of your door, you may have to cut or trim the weatherstrips (if necessary) to properly fit into the header and jambs.

Note: If nailing product at 40°F or below, pre-drilling is required.

Note: Do not permanently attach weatherstrips to the header and jambs at this time.

Warning label

Top section

#3

Warning labels (Only on a 4 Section High Door)

Intermediate section

#2

Warning labels (Only on a 3 Section High Door)

Lock section

#1 Bottom corner bracket warning labels

 

 

Bottom section

Bottom weather

 

seal

Typical graduated

 

 

end hinge

 

 

stamping location

1-3/8”

#3 Graduated end hinge

1-1/8”

#2 Graduated end hinge

7/8”

#1 Graduated end hinge

Bottom corner bracket

Bottom weather seal

Section side view illustration

For Quick Install track: For the header, align the weatherstrip with the inside edge of the header and temporarily secure it to the header with equally spaced nails. Starting at either side of the jamb, fit the weatherstrip up tight against the temporarily attached weatherstrip in the header and flush with the inside edge of the jamb. Temporarily secure the weatherstrip with equally spaced nails. Repeat for other side. This will keep the bottom section from falling out of the opening during installation. Equally space nails approximately 12” to 18” apart.

For Fully Adjustable track: For the header, align the weatherstrip 1/8” to 1/4” inside the header edge, and temporarily secure it to the header with equally spaced nails. Starting at either side of the jamb, fit the weatherstrip up tight against the temporarily attached weatherstrip in the header and 1/8” to 1/4” inside the jamb edge. Temporarily secure the weatherstrip with equally spaced nails. Repeat for other side. This will keep the bottom section from falling out of the opening during installation. Equally space nails approximately 12” to 18” apart.

Headroom requirement: Headroom is defined as the space needed above the top of the door for tracks, springs, etc. to allow the door to open properly. If the door is to be motor operated, 2-1/2” (64 mm) of additional headroom is required.

Note: 6” low headroom conversion kit is available for 12” radius only. Contact your local Wayne-Dalton dealer.

Backroom requirement: Backroom is defined as the distance needed from the opening back into the garage to allow the door to open fully.

Backroom Requirements

Door Height

Track

Manual Lift

Motor Operated

 

 

 

 

6’0” to 7’0”

6” Low Headroom

102” (2591 mm)

125” (3175 mm)

 

 

 

 

7’1” to 8’0”

6” Low Headroom

114” (2896 mm)

137” (3480 mm)

 

 

 

 

Headroom Requirements

Track Type

Space Needed

 

 

6” Low Headroom

9” (229 mm)

 

 

Removing an Existing Door

Important: Counterbalance spring tension must always be released before any attempt is made to start removing an existing door.

4

Please Do Not Return This Product To The Store. Contact your local Wayne-Dalton dealer. To find your local Wayne-Dalton dealer,

refer to your local yellow pages business listings or go to the Find a Dealer section online at www.Wayne-Dalton.com

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Wayne-Dalton 9700 installation instructions Seal, End hinge, Bottom weather seal, Headroom Requirements

9700 specifications

Wayne-Dalton is a well-known brand in the garage door industry, offering a wide range of models designed for durability, performance, and aesthetic appeal. Among its most popular series are the 9700, 5000, 8000, 9000, and 9800, each equipped with unique features and advanced technologies to meet diverse customer needs.

The Wayne-Dalton 9700 series is known for its combination of strength and insulation. This garage door is manufactured with a three-layer construction providing robust protection against the elements while offering excellent energy efficiency. The insulated steel construction can help maintain interior temperatures, making it ideal for attached garages.

The 5000 series, on the other hand, is designed for a more traditional look combined with modern performance. Featuring a lightweight design, it is made from durable materials that resist rust and corrosion. The 5000 series can be customized with different colors and styles, allowing homeowners to achieve the perfect aesthetic to enhance their property.

Moving on to the 8000 series, this model is designed for commercial applications and residential use where heavy-duty functions are necessary. It is built to withstand extreme weather conditions while providing optimal security with added strength features. The 8000 series offers smooth operation and minimal maintenance requirements, making it a great choice for those seeking reliability.

The 9000 series stands out with its stylish design and sleek finishes. This series offers advanced insulation options, coupled with numerous panel designs that provide a polished and sophisticated look. The 9000 model emphasizes both aesthetics and energy efficiency, making it a favorite among homeowners looking for a beautiful yet functional garage door.

Lastly, the 9800 series is the premium option within Wayne-Dalton’s offerings. This series is characterized by its high insulation value and thermal efficiency, thanks to its innovative construction techniques. The 9800 doors can be customized with numerous panel options and colors, delivering a luxury look while ensuring excellent performance.

In conclusion, Wayne-Dalton’s 9700, 5000, 8000, 9000, and 9800 series garage doors each feature distinctive characteristics and technologies aimed at enhancing durability, security, and aesthetics. Homeowners can find a reliable option within this range that suits their specific requirements, whether they prioritize insulation, style, or heavy-duty functionality. With Wayne-Dalton’s commitment to quality and innovation, these garage doors stand out in today’s market.