pattern. Secure jamb bracket using (1) 1/4” - 20 x 9/16” track bolt and (1) 1/4” - 20 flange hex nut. Repeat for other side.

To attach the center jamb bracket, locate lower hole of the hole / slot pattern of the 2nd hole set on the vertical track. Secure jamb bracket using (1) 1/4” - 20 x 9/16” track bolt and (1) 1/4” - 20 flange hex nut. Repeat for other side.

If a top jamb bracket was included, secure it to vertical track using the lower hole of the hole/ slot pattern in the 3rd hole set using (1) 1/4” - 20 x 9/16” track bolt and (1) 1/4” - 20 flange hex nut.

Repeat for other side.

 

 

 

Vertical track Top of track

1st hole set

 

2nd hole set

3rd hole set

 

Lower hole of

 

 

 

 

hole/ slot pattern

1/4”- 20

 

 

 

 

Flange hex nut

 

Jamb bracket

 

 

 

 

 

 

 

1/4”- 20 x

in place

 

 

 

 

 

 

 

9/16”

 

 

 

F.A. jamb

Track bolt

 

 

 

 

 

 

 

bracket

 

 

5

Counterbalance Cables and Track Rollers

Tools Required: None

 

 

 

 

 

NOTE: The bottom section can be identified by the smallest graduated edge hinge of the factory installed graduated edge hinges, see Door Section Identification.

WarningARNING

Failure to ensure tight fit of cable loop over milford pin could result in counterbalance lift cable coming off the pin, allowing the door to fall, possibly resulting in severe or fatal injury.

NOTE: Cable drum assemblies are marked right and left hand.

Uncoil the counterbalance lift cables from the cable drum assemblies. Starting on the left hand side, place the left hand cable loop on the left hand milford pin of the bottom corner bracket and the right hand cable loop on the right hand milford pin of the factory attached bottom corner bracket. Insert a short stem track roller into the factory attached bottom corner bracket and another into the #1 graduated end hinge at the top of the bottom section. Repeat for other side.

NOTE: Check to ensure cable loops fits tightly over the milford pins.

NOTE: Larger doors will use long stem track rollers with double graduated end hinges. They will also use short stem track rollers for the factory attached bottom corner brackets.

NOTE: Verify bottom weather seal is aligned with bottom section. If there is more than 1/2” excess weather seal on either side, trim weather seal even with bottom section.

6

Bottom Section

Tools Required: Level, Wooden shims (if necessary)

 

Center the bottom section in the door opening. Level the section using wooden shims (if necessary) under the bottom section. When the bottom section is leveled, temporarily hold it in place by driving a nail into the jamb and bending it over the edge of the bottom section on both sides.

 

Weather seal

 

Level

 

Bottom section

 

Wooden shims

 

(If necessary)

7

Vertical Tracks

Tools Required: Power Drill, 3/16” Drill bit, 7/16” Socket driver, Tape measure,

Level, Step ladder

NOTE: Depending on your door, you may have Quick Install Flag Angles, Fully Adjustable Flag Angles or you may have Riveted Vertical Track Assemblies. Refer to Package Contents / Parts Breakdown, to determine which Flag Angles / Vertical Track Assemblies you have.

IMPORTANT: If your door is to be installed prior to a finishing construction of the building’s floor, the vertical tracks and the door bottom section assembly should be installed such that when the floor is constructed, no door or track parts are trapped in the floor construction.

IMPORTANT: the tops of the vertical track assemblies must be level from side to side. If the bottom section was shimmed to level it, the vertical track as- sembly on the shimmed side must be raised the height of the shim.

Starting on the left hand side of the bottom section, remove the nail. Position the left hand vertical track assembly over the track rollers of the bottom section. Make sure the coun- terbalance lift cable is located between the track rollers and the door jamb. Drill 3/16” pilot holes into the door jamb for the lag screws.

For Quick Install Flag Angles, Fully Adjustable Flag Angles or Riveted Vertical Track Assemblies: Loosely fasten jamb brackets and flag angle to the jamb using 5/16” x 1-5/8” lag screws. Tighten lag screws, securing the bottom jamb bracket to jamb, maintain 3/8” to 5/8” spacing, between the bottom section and vertical track. Hang counterbalance lift cable over flag angle. Repeat same process for other side.

 

#1 Single

 

 

graduated

 

 

end hinge

 

Left hand

(Hinge tube)

 

cable drum

 

 

assembly

Short stem

 

 

track roller

 

Bottom

Counterbalance

 

lift cable

 

section

 

 

Long

 

 

 

 

stem

 

Counterbalance

track

 

roller

 

lift cable

 

 

Bottom corner

 

 

bracket

 

 

warning label

 

Cable

Cable loop

 

loop

Milford

 

 

 

 

pin

 

 

Bottom

 

Milford

corner

Short stem

pin

bracket

track roller

 

 

Double graduated end hinge (Hinge tube)

Bottom section

Bottom weather seal

Bottom corner bracket

Flag angle

Vertical

5/16” x 1-5/8”

track

assembly

Lag screws

Jamb

 

bracket

 

Bottom

Track

section

rollers

12R FA 15R FA 12R QI 15R QI

Flag angle lag screw locations

3/8” to 5/8”

 

Spacing

 

Bottom section

 

Vertical track

Track roller

Floor

 

7

Page 7
Image 7
Wayne-Dalton 9800 installation instructions Bottom Section, Vertical Tracks, Counterbalance Cables and Track Rollers

9800 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.

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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.