Wayne-Dalton 6100 Lift Cable Adjustments, Winding Springs, Securing Drum Wraps

Page 12

Vice clamps above third track roller on both sides of door

Vice clamps attached to inner and outer rail of vertical track

Bottom section

NOTE: Single spring applications require no spring winding on the left hand side, but lift cable tension needs to be adjusted.

IMPORTANT: Counterbalance lift cable tension must be equal on both sides prior to fully winding springs.

See the Winding Spring Turn Chart for the required number of winding turns: For single spring applications:

Return to the right hand end bracket and continue winding the spring to the required number of turns for your door. Place pawl knob in lower position.

For double spring applications:

Either use the black tooth on the ratchet wheel for winding reference or place a mark on the winding shaft and end bracket. Place the ratchet wrench with 5/8” socket and a 3” extension onto the left hand winding shaft end. To wind the spring, rotate the winding shaft clockwise, while watching the black tooth on the ratchet wheel or the mark on the winding shaft. Rotate the winding shaft to the required number of winding turns for your door. Then return to the right hand side and wind the right hand spring to the required number of turns. Place pawl knob in lower position on both sides.

Important: Mark the number of spring turns onto the end bracket warning tag.

Note: Since total turns to balance door can deviate from winding spring turn chart values by ± 1/2 turn, adjustments to the recommended number of turns may be required after rear back hangs are installed.

Lift Cable Adjustments

25 Tools: Locking pliers, Flat tip screwdriver, Step ladder, Tape measure, Pliers/ Wire cutters

Starting on the right side, adjust the cable drum assembly by rotating the drum until the set screw faces directly away from the header. The position of the cam peak on the TorqueMas- ter® spring tube should be pointing straight up.

Loosen the set screw no more than 1/2 turn. Ensure counterbalance lift cable is aligned and seated in the first and second grooves of the cable drum. Pull on the end of the cable to remove all cable slack.

Snug the set screw and then tighten an additional 1-1/2 turns. Measure approximately 6” of cable and cut off excess cable. Insert end of the cable into the hole of cable drum. Repeat for left hand cable drum assembly.

IMPORTANT: Ensure the counterbalance lift cable is aligned and seated in the first and second grooves of the cable drum prior to winding springs.

NOTE: Illustration shows the right hand cable drum assembly, left hand cable drum assembly is symmetrically opposite.

 

First and

 

 

second grooves

 

 

Cam peak

 

 

pointing straight up

 

 

Cut cable here

 

TorqueMaster®

 

Set screw

6”

 

spring tube

 

 

 

 

Insert

 

 

cable here

Counterbalance

 

 

lift cable

26

Winding Springs

 

Tools: Ratchet wrench, 5/8” Socket, 3” Socket extension, Pliers/ Wire

cutters, Flat tip screwdriver, Step ladder

 

 

 

WARNING

It is recommended that leather gloves be worn while winding springs. Failure to wear gloves may cause injury to hands.

Double check to ensure the counterbalance lift cable is aligned in the first and second grooves of the cable drum, see step Lift Cable Adjustments. There are two methods for counting the spring turns as you wind. One method is to identify the black tooth on the ratchet wheel inside of the end bracket. When the wheel makes one revolution and the tooth returns to its starting point, one turn has been made. The other method is to make a mark on the winding shaft (or socket) and end bracket, and count your turns in this manner.

Starting on the right hand side, turn the pawl knob on the end bracket to the upper position. Using a ratchet wrench with a 5/8” socket and a 3” extension, wind the spring by rotating the winding shaft counter clockwise, while watching either the black tooth on the ratchet wheel or the mark on the winding shaft.

NOTE: A 3” extension is recommended for added clearance from the horizontal track angle.

IMPORTANT: Pawl knob must be in upper position to add / remove required number of spring turns.

After 2 to 3 turns, remove the ratchet wrench and adjust the counterbalance lift cable on the left side. Ensure counterbalance lift cables are in the first and second grooves of the cable drums, as shown in step Lift Cable Adjustments.

End bracket

 

 

 

Marks

 

 

Pawl knob in

 

 

 

 

 

Ratchet

lower position

 

 

 

 

5/8”

wrench

 

 

 

 

Winding

Socket

 

 

 

 

 

shaft

 

 

 

Black tooth

 

 

 

on ratchet

 

 

Pawl knob in

wheel

 

 

upper position

Mark the number of

 

3”

 

spring turns onto the

 

 

 

Extension

 

end bracket warning tag

 

 

 

 

 

WINDING SPRING TURN CHART

 

 

 

DOOR HEIGHT

 

SPRING TURNS

 

6’-0”

 

14

 

6’-3”

 

14-1/2

 

6’-5”

 

15

 

6’-6”

 

15

 

6’-8”

 

15-1/2

 

6’-9”

 

15-1/2

 

7’-0”

 

16

 

7’-3”

 

16-1/2

 

7’-6”

 

17

 

7’-9”

 

17-1/2

 

8’-0”

 

18

 

27

Securing Drum Wraps

Tools: Step ladder

 

NOTE: If you don’t have drum wraps, then skip this step. Refer to Package Contents / Parts Breakdown, to determine if you have drum wraps.

Starting on the left hand side, position the left hand drum wrap, as shown. Slide the left hand drum wrap over the cable drum assembly.

IMPORTANT: Pull the counterbalance lift cable away from the header to clear the latch, while simultaneously sliding the drum wrap against the last rib until the three catches engage the 3rd rib.

Secure the hinge latch by rotating upward until a distinct snap is felt. Confirm the catch is fully engaged by lightly tugging on it. Repeat the same process for right hand side.

12

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

Image 12
Contents 6100 B l e O f C o n t e n t sRepresentations of the door parts. Each specific door Important Safety Instructions Tools Required Attempt is made to start removing an existing door All sections, and can also be used to identify each sectionLock Section can be identified by #2 graduated end hinges Door, complete all steps in preparing the openingBackroom Headroom RequirementsPage Pull Handles Tools NoneBottom Section Vertical TracksTop Fixtures Stacking SectionsTop Section Drawbar Operator BracketHorizontal Tracks/Q.I Flag Angles Tools Hammer, Step ladder, Tape measureCenter Bracket Bushing Assembly Adjusting Top FixturesHorizontal Tracks/F.A. Flag Angles TorqueMaster Spring TubeSecuring Center Bracket Bushing Assembly Drum WrapsCable Drum Assemblies End BracketsLift Cable Adjustments Winding SpringsSecuring Drum Wraps Rear Back Hangs Ceiling member16-18 x 1-1/4 Parallel to door Balancing Door TorqueMaster Plus Reset Instructions Door Arm HookupInside Lock Tools Power drill, 1/8 Drill bit, Tape measure Pull Down RopeNo Screw eye Touch up where necessary Wood Maintenance and RefinishingFollowing cleaning solution is recommended Use in general cleaning of garage doorsPage Warranty Lifetime Limited Warranty Model
Related manuals
Manual 36 pages 62.71 Kb Manual 24 pages 37.63 Kb

6100 specifications

The Wayne-Dalton 6100 is a premium garage door that stands out for its combination of durability, aesthetics, and advanced technology. Renowned for its quality, the 6100 model offers a perfect blend of style and functionality, making it a popular choice among homeowners and builders alike.

One of the key features of the Wayne-Dalton 6100 is its construction. The door is built with a robust steel frame and a thick fiberglass exterior. This design not only ensures long-lasting performance but also provides excellent insulation. The door’s insulation is particularly noteworthy, as it helps to regulate indoor temperatures, keeping garages warmer in the winter and cooler during the summer months. This feature is essential for homeowners who use their garages as workspaces or additional storage.

In terms of design, the 6100 model offers a customizable aesthetic. It comes in various colors and finishes, allowing homeowners to select an option that complements their home’s exterior. The smooth fiberglass surface can mimic the look of wood, giving the appearance of an upscale, wooden garage door without the associated maintenance. Additionally, the door is available in multiple panel designs, catering to specific architectural styles.

The 6100 is equipped with advanced technologies that enhance usability and security. For instance, it features a user-friendly operating system that allows for smooth and quiet opening and closing. This is particularly beneficial in residential areas where noise can be a concern. Moreover, the door can be integrated with garage door openers that come with smart technology, enabling users to control the door remotely through mobile apps.

Safety is another priority with the Wayne-Dalton 6100. The door incorporates safety features such as pinch-resistant panels and an automatic reverse mechanism, which ensures that the door will stop and reverse immediately if it detects an obstacle in its path. This is essential for preventing accidents and ensuring the safety of family members and pets.

In summary, the Wayne-Dalton 6100 model combines durability, insulation, customizable aesthetics, advanced technology, and essential safety features, making it a versatile choice for any garage. Its ability to harmonize practicality with elegance truly sets it apart in the competitive garage door market. Whether for functionality or style, the 6100 delivers on all fronts, making it a worthwhile investment for homeowners looking to enhance their property.