Wayne-Dalton 8300/8500 Bottom Corner Brackets, Graduated Hinge / Strut Attachment

Models: 8300/8500

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NOTE: The bottom jamb bracket is always the shortest bracket, while the center jamb bracket is the next tallest. If three jamb brackets per side are included with your door, you will have received a top jamb bracket, which is the tallest.

To attach the bottom jamb bracket, locate lower hole of the hole/ slot pattern of the 1st hole set on the vertical track. Align the slot in the jamb bracket with the lower hole of the hole/ slot 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.

Place the center jamb bracket over the lower hole of the hole/ slot pattern that is centered between the bottom jamb bracket and flag angle of the 2nd hole set. 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 and (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

 

 

 

 

 

 

 

 

 

 

 

 

 

Counterbalance

lift cable

End cap

Counterbalance cable loop

Cotter pin (attached into place from opposite

side of bottom bracket)

Clevis pin (inserted through cotter pin and bent into place)

Washer

Short stem track roller

Bottom corner bracket

Roller spacer

Bottom section

Bottom weather

seal

(4)1/4”-20 x 11/16” Self drilling screws

1/4”-14 x 5/8” Tamper resistant self drilling screw

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

 

 

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Bottom Corner Brackets

 

Tools Required: Power Drill, 7/16” Socket driver, Tape measure, Saw horses

 

 

 

 

NOTE: Refer to Package Contents / Parts Breakdown, to determine which bottom corner brackets you have.

Uncoil the counterbalance lift cables. Depending on which bottom corner brackets you have

End cap

Counterbalance

lift cable

Counterbalance cable loop

Milford pin

Short stem track roller

Bottom corner bracket

Roller spacer

(4)1/4”-20 x 11/16”

Self drilling screws

Bottom weather

seal

1/4”-14 x 5/8” Tamper resistant self drilling screw

(reference illustrations below), slip the loop at the ends of the counterbalance lift cable over the milford pin of the bottom corner bracket or secure the cable loop to the clevis pin and bottom corner bracket using a flat washer and a cotter pin. Repeat for other bottom corner bracket.

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.

Starting on the left hand side, attach the left hand bottom corner bracket to the left corner of the bottom section, making sure it is seated to the edges of the end cap, using 1/4” - 20 x 11/16” self drilling screws, roller spacer (if applicable) washer (if applicable) and (1) 1/4” - 14 x 5/8” tamper resistant self drilling screw. Repeat for right hand bottom corner bracket.

NOTE: All doors are provided with the tamper resistant fastener for the bottom corner brackets. However, the professional installer is most likely to have the proper tool to install this fastener. If the homeowner does not have the proper tool to install the tamper resistant fastener, use a regular 1/4” - 20 x 11/16” self drilling screw in its place.

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

Insert a short stem track roller with roller spacer into the bottom corner bracket. Repeat for other side.

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

Counterbalance

 

Bottom

lift cable

 

section

End cap

 

 

 

Bottom weather

 

 

seal

Counterbalance

 

(2) 1/4”-20 x 11/16”

cable loop

 

Self drilling screws

Milford pin

 

 

Short stem track roller

 

1/4”-14 x 5/8”

Bottom corner

Tamper resistant

 

self drilling screw

 

bracket

 

Roller spacer

 

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Graduated Hinge / Strut Attachment

Tools Required: Power drill, 7/16” Socket driver, Saw horses, Tape Measure

 

NOTE: Refer to door section identification, located in the pre-installation section of this manual to determine what size sections you need to use as your lock (second) section, inter- mediate (third) section, intermediate (fourth) section, intermediate (fifth) section, intermediate (sixth) section, intermediate (seventh) section, intermediate (eighth) section and top section. Measure your sections to make sure they are the correct height as indicated on the chart.

NOTE: The graduated end hinges can be identified by the number stamped on the lower hinge leaf. The #1 graduated end hinges serves as end hinges on the bottom section. The #1 graduated end hinges also serves as center hinges on all sections, except for the top section.

NOTE: The #2 graduated end hinges serves as end hinges on the Lock section.

NOTE: The #3 graduated end hinges serves as end hinges on the Intermediate I section.

NOTE: The #4 graduated end hinges serves as end hinges on the Intermediate II section.

NOTE: The #5 graduated end hinges serves as end hinges on the Intermediate III section.

NOTE: The #6 graduated end hinges serves as end hinges on the Intermediate IV section.

NOTE: The #7 graduated end hinges serves as end hinges on the Intermediate V section.

NOTE: The #8 graduated end hinges serves as end hinges on the Intermediate VI section.

NOTE: Refer to the strutting schedules below to determine the placement of strut(s) on your door. Be sure to use the proper schedules for the type of door model and the size of your door.

IMPORTANT: When referring to the strutting schedules, determine how many struts your door needs and on what sections they are needed to be installed. Also be sure to use the correct strutting schedule for Aluminum doors or Steel doors depending on the material your door is made of. Also use the correct strutting schedule for the proper color of your door.

NOTE: Sections not noted in the strutting schedule, do not require a strut. All strut(s) are placed at the top of the section(s).

Strutting Schedule Key:

TS = Top Section

I1 = Intermediate Section #1

 

 

IW = Intermediate Section With Windows

LS = Lock Section

 

 

I6 = Intermediate Section #6

BS = Bottom Section

 

 

I5 = Intermediate Section #5

ES = Every Section gets a strut.

 

 

I4 = Intermediate Section #4

RS = Remaining Sections gets a strut.

 

 

I3 = Intermediate Section #3

2S = 2” Strut

 

 

I2 = Intermediate Section #2

3S = 3” Strut

 

 

Using sawhorses, lay sections together on a flat smooth surface. Ensure the appropriate

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Wayne-Dalton 8300/8500 installation instructions Bottom Corner Brackets, Graduated Hinge / Strut Attachment

8300/8500 specifications

Wayne-Dalton has established itself as a leader in the garage door industry, and their Model 8300/8500 series exemplifies their commitment to quality and innovation. These models are designed for residential homeowners seeking a combination of security, energy efficiency, and aesthetic appeal.

The Wayne-Dalton 8300 model is crafted with a steel construction that prioritizes durability and low maintenance. It features a unique embossed design that mimics the look of real wood, allowing homeowners to achieve a classic appearance without the upkeep. The garage doors come with a variety of color options, enabling customers to select a finish that harmonizes with their home’s exterior.

The 8500 model, on the other hand, introduces superior insulation properties. Constructed with two layers of galvanized steel and a core filled with polystyrene insulation, the 8500 ensures better energy efficiency. This feature is particularly beneficial for homeowners in regions with extreme temperatures, as it helps maintain a consistent indoor environment while reducing energy costs.

Both the 8300 and 8500 models prioritize security features. Wayne-Dalton incorporates a unique locking mechanism and optional security codes to deter unauthorized access. Additionally, the lightweight design aids in smooth operation, reducing wear and tear on the garage door opener.

Technology is another focal point for the Wayne-Dalton line. Both models are compatible with the latest smart home technology, enabling seamless operation via mobile apps. Homeowners can receive notifications, monitor the garage door’s status, and control it remotely, enhancing convenience and peace of mind.

Another notable characteristic is the quiet operation of both models, thanks to their well-engineered torsion spring system. This feature minimizes noise during opening and closing, making them an ideal choice for attached garages where sound can disrupt daily life.

Wayne-Dalton also offers a variety of window options for the 8300/8500 series, allowing homeowners to customize their doors further, adding natural light while maintaining privacy. The options include decorative glass and traditional window placements.

In summary, the Wayne-Dalton 8300/8500 garage doors deliver a perfect blend of aesthetics, durability, and energy efficiency. With advanced technologies, reinforcing security, and exceptional insulation properties, these models cater to the modern homeowner's needs, solidifying Wayne-Dalton’s reputation for excellence in the garage door market.