23

Chalking Torsion Spring(s)

Tools Required: Step Ladder, Chalk

 

Draw a chalk line horizontally along the center of the torsion spring coil(s). As the torsion spring is wound, the chalk line will create a spiral. This spiral can be used to count and determine the number of turns that are applied on the torsion spring.

 

 

Original horizontal chalk line, prior

 

 

 

to winding

Torsion

Center

Torsion

Winding

shaft

bracket

spring coils

cone

 

 

Spirals created after winding

24

Securing Door for Spring Winding

Tools Required: Vice Clamps

 

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

NOTE: Check the following before attempting to wind torsion spring(s): a. Counterbalance lift cables are secured at bottom corner brackets. b. Counterbalance lift cables are routed unobstructed to cable drums.

c. Counterbalance lift cables are correctly installed and wound onto cable lift drums. d. Counterbalance lift cables are taut and have equal tension on both sides.

e. Cable lift drums are against end bearing brackets and set screws are tight. f. Torsion spring or springs are installed correctly.

g. Review the label attached to the spring warning tag, to determine number of spring turns required.

NOTE: Door MUST be closed and locked when winding or making any adjustments to the torsion spring(s).

WarningARNING

Failure to ensure door is in a closed position and to place vice clamp onto vertical track can allow door to raise and cause severe or fatal injury.

WarningARNING

Use only specified winding bars, as stated in Step Securing Door for Spring Winding. DO NOT SUBSTITUTE with screwdriv- ers, pipe, etc. Other tools may fail or release from the spring cone and cause serious personal injury.

WarningARNING

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

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.

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

Door Height

Approximate Spring Turns

 

 

6’0”

6-7/8

 

 

6’3”

7-1/8

 

 

6’6”

7-1/4

 

 

6’8”

7-3/8

 

 

6’9”

7-1/2

 

 

7’0”

7-5/8

 

 

7’3”

7-7/8

 

 

7’6”

8

 

 

7’9”

8-1/4

 

 

8’0”

8-3/4

 

 

Alternately inserting the winding rods into the holes of the spring winding cone, rotate the winding cone upward toward the ceiling, 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 and carefully stretch the torsion spring 1/8” - 1/4”. Next while still securely holding the winding rod, tighten 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

Winding Bars

Size Of Winding Bar

Spring Diameter

(Steel Rods)

(Inches)

Used On

 

1/2” dia. x 18”

2” and 2-5/8”

 

5/8” dia. x 24”

3-3/4”

C-Clamps

 

 

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.

Torsion spring(s) should be wound in the direction the end coil points.

Torsion

spring(s)

Typical sections

Vice clamps / C-Clamps attached to inner

and outer rail of vertical track

Vice clamps above third track roller on both sides of door

Bottom section

Spring

coils

Approved

winding

rod

Winding

cone

Set screws

HIGH SPRING TENSION CAN CAUSE

SERIOUS INJURY OR DEATH.

HIGH SPRING TENSION CAN CAUSE

SERIOUS INJURY OR DEATH.

Warning

tag(s)

IMPORTANT: CHECK THE WARNING TAG(S) ATTACHED TO THE SPRING(S)

FOR THE REQUIRED NUMBER OF COMPLETE TURNS, TO BALANCE

Winding Spring(s)

Torsion shaft

Approved winding rod

YOUR DOOR.

25

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

gloves, Safety glasses

WarningARNING

Winding torsion spring(s) is an extremely dangerous proce- dure and should be performed only by a trained door system technician using proper tools and instructions.

26

Rear Back Hangs

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

clamps, Tape measure, Level, Hammer, Step Ladder

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.

18

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Wayne-Dalton 8300/8500 installation instructions Rear Back Hangs, Clamps, Tags

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.

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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.

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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.