Wayne-Dalton 45, 43 Winding Springs, Set Collars, Rear Back Hangs, Tools Step Ladder, 3/8 Wrench

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Center bearing brackets Coupler assembly

Set screws

Torsion

keyedLock nuts shaft

(3) 3/8” - 16 x 1-3/4”

hex head screws

 

(3) 3/8” - 16

 

nylon hex lock

Torsion

nuts

 

keyed

 

shaft

 

 

Coupler

 

halves

24

Winding Springs

Tools: Step Ladder, Approved winding bars, 3/8” Wrench

Position a ladder slightly to the side of the spring so that the winding cone is easily acces- sible, and so your body is not directly in line with the winding bars.

IMPORTANT: Check the label attached to the spring warning tag for the required number of complete turns to balance your door.

WARNING

Left hand end

Torsion spring

bearing bracket

 

Key

Left hand

 

cable drum

Torsion

 

keyed

 

shaft

 

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Set Collars

Tools: Step Ladder, 3/8” Wrench

NOTE: If your door did not come with set collars, then skip this step.

Slide each of the set collars up against the inside surface of the end bearing brackets, with the set screw facing directly away from the header. Tighten the set screw in each of the set collars to the torsion shaft to 14-15 ft. lbs. of torque (once set screw contacts the shaft, tighten set screw one full turn).

IMPORTANT: Prior to tightening the set screws in the set collars, avoid plac- ing the set screws in the keyways of torsion keyed shaft(s).

End

Right

End bearing

bearing

hand

bracket

bracket

cable

 

 

 

drum

 

 

Set

Counterbalance

Set

collar

lift cable

collar

 

Torsion

 

Set

 

keyed shaft

 

screw

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Securing Door For Spring Winding(s)

Tools: Vice Clamps

With the door in the fully closed position, place vice clamps onto both vertical tracks just above the third track roller. This is to prevent the garage door from rising while winding springs.

WARNING

Failure to place vice clamps onto vertical track can allow door to raise and cause severe or fatal injury.

Prior to winding or making adjustments to the springs, ensure you’re winding in the proper direction as stated in the Instal- lation Instructions. Otherwise the spring fittings may release from spring if not wound in the proper direction and could result in severe or fatal injury.

Alternately inserting the winding rods into the holes of the springs winding cone, rotate the winding cone downward toward the floor, 1/4 turn at a time, until the required number of complete turns for your door height is achieved. As the last 1/8 to 1/4 turn is achieved, securely hold the winding rod while tightening both set screws in the winding cone to 14-15 ft. lbs. of torque (once set screws contact the torsion shaft, tighten screws one full turn).

Carefully remove winding rod from winding cone. Repeat for the opposite spring. While holding the door down to prevent it from raising unexpectedly in the event the spring(s) were over-wound, carefully remove the locking pliers from the torsion shaft and vertical tracks.

Adjustments to the number of turns stated may be necessary. If door rises off floor under spring tension alone, reduce spring tension until door rests on the floor. If the door is hard to rise or drifts down on its own, add spring tension.

NOTE: An unbalanced door such as this can cause garage door opener operation problems.

Spring

 

Set screws

 

 

Approved

Torsion shaft

winding rods

 

Winding cone

 

25

Rear Back Hangs

Tools: Ratchet wrench, Socket: 1/2” 5/8”, Wrench: 1/2” 5/8”, (2) Vice

Important: Hold the door down to prevent it from rising unexpectedly in the event the spring(s) was over-wound and cautiously remove vice clamps from vertical tracks.

Raise the door until the top section and half of the next section are in the horizontal track radius. Do not raise door any further since rear of horizontal tracks are not yet supported.

WARNING

Raising door further can result in door falling and cause severe or fatal injury.

Vice clamps above third track roller on both sides of door

Vice clamps attached to inner and outer rail of vertical track

Bottom section

Clamp a pair of vice clamps onto the vertical tracks just above the second track roller on one side, and just below the second track roller on the other side. This will prevent the door from raising or lowering while installing the rear back hangs.

Using perforated angle (may not be supplied), (2) 5/16” x 1-5/8” hex head lag screws and

(3)5/16” bolts with nuts (may not be supplied), fabricate rear back hangs for the horizontal tracks. Attach the horizontal tracks to the rear back hangs with 5/16”-18 x 1 hex bolts and nuts (may not be supplied).

NOTE: Doors heights over 8’0” or door widths over 11’0”, require an additional set of rear center back hangs to be installed and located at the middle of the horizontal tracks, see parts breakdown.

Using perforated angle (may not be supplied), (2) 5/16” x 1-5/8” hex head lag screws and (3) 5/16” bolts with nuts (may not be supplied), fabricate rear center back hangs for the horizon- tal tracks. Measure and drill a 3/8” diameter hole through the center length of the horizontal track, as shown. Attach the rear center back hangs to the horizontal tracks with (1) 3/8” truss head bolt and (1) 3/8” nut (may not be supplied).

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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 B l e O f C o n t e n t s Graduated End Hinge And Strut IdentificationGraduated End Hinges Stacked Sections C1. Top SectionImportant Safety Instructions Tools Required Package ContentsGraduated End Hinge Strut Identification Door Section IdentificationGraduated End Hinge Schedule Top Backroom Requirements Removing an Existing DoorPreparing the Opening Headroom RequirementsPage Strutting Graduated End And Center HingesTrack Roller Carriers Bottom Section Half Center HingesTop Fixtures Follow the corresponding steps belowTop Section Vertical TracksStacking Sections End Bearing Brackets Adjusting Top FixturesHorizontal Tracks 16 x 2 tamper-resistant lag screw Torsion Spring AssemblyCenter Bracket Tools Step LadderIf your door came with a Center Bracket Bushing For Doors with a Coupler AssemblyTorsion Spring Attachment If your door came with a Center Bearing BracketsRear Back Hangs Winding SpringsSet Collars Tools Step Ladder, 3/8 WrenchCeiling member 16-18 x 1-1/4 Parallel to doorTorsion spring tags one per spring Label PlacementTo 7/8 Lift Handles Tools Power drill, 1/8 Drill bit, Tape measureDoor Arm Hookup Pull Down RopePainting Your Garage Door Cleaning Your Garage DoorOperation and Maintenance Clear Or Stained FinishesPage Warranty Limited warranty Models 40, 42, 43, 45
Related manuals
Manual 2 pages 33.16 Kb

45, 42, 47, 40, 43 specifications

Wayne-Dalton is renowned for its innovative approach to garage doors, and the series 45, 43, 42, 47, and 40 exemplify their commitment to quality and performance. Each model is engineered with unique features that cater to both aesthetic preferences and functional requirements, ensuring homeowners find the perfect match for their needs.

The Wayne-Dalton 45 model stands out with its distinctive design, offering a variety of panels and styles that can complement different architectural themes. This model utilizes durable materials such as steel and aluminum, providing excellent resistance against the elements while maintaining an attractive appearance. Its insulated version incorporates polyurethane foam, which effectively enhances energy efficiency, improving home comfort.

The 43 series is characterized by its robust construction and design flexibility. With multiple color options and textures, homeowners can easily personalize their garage doors. This model also highlights Wayne-Dalton’s innovative TorqueMaster® torsion spring system, which simplifies installation and enhances safety by keeping the spring contained within a steel tube.

The 42 model showcases a contemporary aesthetic, featuring sleek lines and modern designs that appeal to today’s homeowners. Constructed with high-quality materials, the 42 model offers excellent thermal insulation properties, reducing energy costs and increasing overall home efficiency. Its advanced weather sealing system prevents air and water infiltration, ensuring the interior remains comfortable regardless of external conditions.

The Wayne-Dalton 47 is designed for those seeking a more rustic or traditional look. This model mimics the appearance of wood with its faux-wood options while providing the durability of steel. Its insulation technology allows for significant energy savings, making it a sensible choice for regions with extreme weather conditions.

Lastly, the 40 model is recognized for its simplicity and reliability. It combines functionality with affordability, making it ideal for homeowners seeking an economical option without sacrificing quality. Its design allows for a smooth operation, and its long-lasting materials ensure that it withstands the test of time.

In summary, the Wayne-Dalton 45, 43, 42, 47, and 40 models showcase a variety of designs, technologies, and characteristics that cater to different homeowner preferences. From energy efficiency and security features to aesthetic choices, Wayne-Dalton continues to lead the market in garage door solutions. Whether prioritizing style, durability, or value, there is a Wayne-Dalton model that fits every homeowner's needs.