Wayne-Dalton 8700 Lift Handle, Vertical Tracks, Bottom Section, Stacking Sections

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Now insert the outside step plate into the holes through the front of the door, mounting the two step plates back to back. Secure step plates together with two No. 8 screws through the inside step plate and into the outside step plate.

Bottom section inside

Bottom section outside

Drill (1) 7/16”

 

 

diameter hole at

 

 

each marked

 

7/16” Diameter holes

location

 

 

8” Max.

 

 

mounting

 

 

height

 

Outside step plate

Inside step plate

 

 

(2) #8 Screws

 

9

Lift Handle

 

Tools: Pencil, Power Drill, (9/32, 1/2”) Drill Bits, (2) Saw horses, Tape

Measure, 7/16” Wrench

 

 

 

NOTE: Refer to door section identification, located in the pre-installation section of this manual

Using sawhorses, lay the bottom and lock sections together on a flat smooth surface. Ensure the hinges are on top of their corresponding sections.

Locate the vertical center of the lock (second) section of the door and position the lift handle’s bottom hole 4” from the bottom of the lock section along the vertical center on the outside of the door. Use the holes in the lift handle as a template to mark the hole locations.

IMPORTANT: The lift handle and the step plate need to be vertically aligned.

Drill 9/32” diameter holes through the section at each marked location. Enlarge the holes from outside the door to 1/2” diameter through the section. Assemble the outside and inside lift handles to the section using (2) 1/4” x 2-1/2” carriage bolts and (2) 1/4”-20 hex nuts and spacers.

WARNING

To avoid possible injury, lift handles that are installed within 4 inches (102mm) of a section interface shall promote vertical orientation of the hand.

1/2” Diameter holes

 

section

section

Lock

Lock

inside

outside

 

4”

 

 

Weather seal

 

Level

 

Bottom section

 

Wooden shims

 

(If necessary)

11

Vertical Tracks

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

Level, Step ladder

 

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 tracks must be level from side to side. If the bottom section was shimmed to level it, the vertical track on the shimmed side must be raised the height of the shim.

Position the left hand vertical track assembly over the track rollers of the bottom section. Make sure the counterbalance 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.

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” spac- ing, between the bottom section and vertical track. Hang counterbalance lift cable over flag angle. Repeat same process for other side.

 

Lift handle

Lift handle

 

(2) Spacers

 

(2) 1/4” x 2-1/2” Carriage bolts

(2) 1/4”-20 hex nuts

10

Bottom Section

 

Tools: 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.

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

 

12

Stacking Sections

Tools: Power drill,7/16” Socket driver

 

Note: Refer to door section identification, located in the pre-installation section of this manual.

Note: The sections can be identified by the graduation of the factory installed graduated end hinges. The smallest graduated end hinge on section should be stacked on top of the bottom section, with each graduated end hinge increasing as the sections are stacked, see Parts Breakdown on page 2.

Note: Make sure end and center hinges are flipped down, when stacking another section on top.

Place track rollers into graduated end hinges of remaining sections.

8

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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Contents 8700 B l e O f C o n t e n t sParts Breakdown Important Safety Instructions Tools Required Side view Brackets RH/LHHeadroom Requirements LHR 203 mmPage Tools Power drill,7/16 Socket driver Strut AttachmentTop Fixtures Step PlateLift Handle Vertical TracksBottom Section Stacking SectionsDrawbar Operator Bracket Horizontal Tracks/Q.I Flag AnglesTools Hammer, Step ladder, Tape measure Follow the corresponding step belowHorizontal Tracks/F.A. Flag Angles Center BracketEnd Bearing Brackets Tape measure, PencilTools Step Ladder Tools Step Ladder, 1/2 WrenchWinding Springs Tools Vice ClampsRear Back Hangs Check the door for levelLabel Placement Bolts and nutsTo 7/8 Factory Attached, Torsion spring tags one per springTools Power drill, 7/16 Socket driver, Tape measure Tools Power drill, 1/8 Drill bit, Tape measureInside Lock Pull Down RopeMonthly Inspections Using an electric openerManual door operation Warranty Limited Warranty Model
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8700 specifications

The Wayne-Dalton 8700 is a prominent model in the lineup of sectional overhead doors, designed for both residential and commercial applications. Known for its exceptional build quality and wide range of options, the 8700 series has become a favored choice among homeowners and business owners alike.

One of the main features of the Wayne-Dalton 8700 is its innovative design, which combines an aesthetic appeal with functional performance. The door is available in several attractive styles and colors, allowing customers to customize their entryways according to their preferences. The optional window panels enhance natural light infiltration while adding an elegant touch to the overall appearance.

The 8700 series boasts a robust construction featuring a polystyrene insulation core that provides impressive thermal efficiency. The insulation not only helps in maintaining indoor temperatures but also contributes to energy savings, making it an environmentally friendly choice. The door’s R-value, which measures its thermal resistance, is rated up to 14.0, providing excellent insulation for various climates.

Durability is another hallmark of the Wayne-Dalton 8700. Constructed from heavy-duty steel, this door is built to withstand the elements and resist dents and corrosion. The finish can be selected with a baked-on polyester coating, offering long-lasting protection against wear and tear, ensuring the door retains its appearance over time.

In terms of technology, the Wayne-Dalton 8700 utilizes advanced manufacturing techniques to ensure consistency and quality in each product. The doors are engineered to operate smoothly with minimal maintenance. The torsion spring system provides a reliable and quiet operation, enhancing the user experience when opening or closing the door.

Safety features are also a priority with the Wayne-Dalton 8700. The door comes equipped with various options for safety sensors that detect obstructions, automatically reversing the door’s operation to prevent accidents. Additionally, the design includes pinch-resistant panel edges to protect fingers during operation.

Overall, the Wayne-Dalton 8700 stands out in the market for its balance of aesthetics, performance, and safety. Whether for home use or commercial applications, its combination of style, durability, and advanced technology makes it a top choice for those seeking a quality overhead door solution.