Greenslopes Wooden Garage Door Repair

Things do not end with buying and installing a new garage door in Greenslopes. The thing is, it require proper care and maintenance for them to retain their top quality and condition. In fact, even if you purchased a topnotch brand and a heavy-duty material, it is still a must that you do the right things to care for your garage door. Here are some tips on door maintenance that will help you keep the door looking and working like it is brand new and minimising the need for garage door repairs.

Garage Door Repair Services Near Me

Garage Door Repair РProblems and Fixes in Greenslopes

Garage doors and automatic garage door openers provide the ultimate convenience to most home owners until they fail to work properly. Occasionally the problem may only be as simple as the infrared safety sensor which has become misaligned. There are a plethora of other parts of both the garage door and door opener that may be the cause of the problem, but maintaining the system properly will help to keep the units operating smoothly.

Older door openers will not have the same safety and security features that even the most basic of present day models will possess; just as newer garage doors will be more efficient than older models. With each and every door opener unit it is possible for some of the safety features to fail while still allowing normal functionality of the automatic garage door opener to open the door. Newer door openers have additional circuitry to prevent the closing of a door in the event of a malfunctioning safety sensor. Most doors will still open with the activation wall switch even if the close function has been disabled.

Not every component of a door or opener will require involved maintenance, but just a cursory inspection. Some of the serviceable parts which a home owner can maintain on their own is the lubrication of the garage door rollers and chain. Realigning the infrared sensor at the bottom of the door opening is by far the easiest task for the home owner to perform as well. The majority of the other parts are not easily or safely serviced and should by no means be attempted by the untrained and experienced individual.

The garage door will either make use of one or two torsion springs located just above the garage door on the interior header or springs to the sides where the door travels on the tracks. The purpose of these springs is to provide a counter balance system which will allow the home owner to manually open or close the door safely and with little effort. Without these springs being properly adjusted with the correct tension, the door will likely slam upward or come crashing down. A properly adjusted torsion spring should allow the home owner to manually open or close the door to the halfway point and stop with the door showing minimal movement.

Before any automatic door opener is connected to the door or any adjustments are made to the closing force sensor the door needs to be balanced by adjusting the spring. It is even common for a garage door which is only a few years old to need adjustment of the torsion spring. Torsion springs lose tension as the metal fatigues over years of wear and tear.

Adjusting the torsion spring is not considered a user serviceable part and should be adjusted by the experienced garage door service technician. Serious injury is quite possible when adjusting the tension. If the home owner finds it necessary to adjust the force sensor adjustment on the door opener motor to the maximum setting, this indicates that there is a major potential problem with either the sensor or an imbalanced door. Proper safety precautions and adjustment should be done by a trained professional.

Garage Door Opener Repair Man

Garage Door Opener Repairs

It's 6:00 AM and you are leaving for work. You press the garage door opener wall button and hear a subtle hum from your electric motor but the door failed to move. If your garage doors springs are intact chances are you garage door openers main drive gear has failed. You can easily inspect your drive gears by unplugging your garage door opener and removing the metal cover. The main drive gear is made of a white plastic that typically is the weak link in the opener. Many things can cause this gear to fail. Some causes of wear are:

o Garage door out of balance (Springs broke or in need of adjustment)
o Chain to tight a
o Old age
o Excessive use or high cycle
o Factory defect or lack of grease at time of manufacture

Replacing the large white gear is a low cost, quick and easy do it yourself repair as long as you have a few simple hand tools and follow the safety precautions. These gears can be purchased online in a variety of levels of components.

Before you get started it is important for you to have a list of the few simple tools needed to accomplish this project:
o Hammer
o Half inch wrench or adjustable wrench or pliers
o 3/8" Socket or Nut Driver
o 1/4" Socket or Nut Driver
o 5/16" Socket or Nut Driver
o Flat Standard Screwdriver
o 5/32" Punch or similar

~WARNING ~
To prevent possible SERIOUS INJURY or even DEATH from electrocution, ALWAYS Disconnect the power cord from your garage door from the outlet before proceeding with any inspection or repair.

Step #1
Make sure your garage door opener is unplugged. This step insures that no one unintentionally attempts to open or close the garage door while you are working on it or you do not accidentally activate the door while servicing it.

Step #2
Disconnect the door from the outer trolley by manually pulling the red disconnect rope and manually close the garage door.

CAUTION
The Garage door MUST be in the fully closed position during all repairs and inspection.

Assuring that your garage door is closed will reassure that your door will not fall or make any movement that would cause injury or startle you. We recommend that once the door is closed that you clamp the door down using a vise grip or clamp above one of the rollers to prevent the door from being opened from the outside.

Step #3
Slacken the chain or belts tension by losing the tension nut on the garage door opener trolley. Typically this is nut and can be adjusted with a ½" wrench.

Step #4
Remove the sprocket or belt pulley retainer cap. Usually this has a clip on the back if you press in it will release.

Step #5
I always recommend marking the position of the chain or belt to the sprocket prior to removing. This can easily be done with white out, tape or any other means. This step helps assure that your chain or belt gets reinstalled in the correct position and makes for quick and easy reference if needed later. Remove the chain or belt from the sprocket and then slide the inner trolley to the closed position until it engages the outer trolley. Place loose chain/belt on the end of the rail closest to the sprocket. I typically duct tape the chain to prevent it from falling to the floor and getting all twisted and dirty.

Step #6
It is now time to remove both end covers and the main housing. The end cover are each attached by three or four ¼" head screws that can be removed with a ¼" nut driver or socket. Be sure to unplug the wire to the circuit board.

Step #7
Remove the retaining clip and the drive gear for the limits. Also at this time remove the limit switch assembly by squeezing the sides just below the bracket by the drive gears. There is no need to disconnect the wires as it is OK to leave this limit assembly hang by the wires. Do not make any adjustments to the limit assembly screws, this will insure that there is minimal adjustment needed to the limits after you complete your repair and run your garage door opener.

Step #8
Now its time to remove the RPM sensor this can be easily done by unplugging the wire harness and remove the RPM sensor from the securing tabs.

Step #9
Disconnect the red, blue and white wires from the motor. It is important that you note where these wires go. The same color wires go to the same terminals on the capacitor red/red and blue/blue.

Step #10
Remove the four 5/16" hex head screw's that hold the motor assembly to the frame of the garage door opener. Be sure to put your hand under the motor before removing the last screw to prevent the motor from falling. Slide the motor assembly off the drive shaft and place in a safe place. (Not on top of the ladder for obvious reasons).

Step #11
Remove the three hex head screws holding the sprocket assembly to the main chassis using a 5/16" nut driver or socket. Now it is time to decide if you want to replace the main gear only or the entire sprocket or all chain drive models 1984 to present.

Step #12
Skip this step if you are replacing the entire gear and sprocket or pulley assembly. If you are going to replace the drive gear support the driveshaft on a block of wood and drive the lower roll pin/Tension pin out with a 5/32" punch. See photo example below.

Step #13
Remove and replace the worm gear. In most cases it is not necessary to replace the worm gear unless it shows signs of wear. If you wish to replace this gear remove the shaft collar with a 1/8" hex wrench. Please be sure to note the location of each of these components as you disassemble so you can re-install in proper order. When you receive your gear kit, you will find there are parts not used in your model this is because these kits are universal and work with many models of Sears, Craftsman, Wayne Dalton, Master Mechanic, Liftmaster, True Value and other brands of garage doors openers. Only replace the parts that are used on your garage door opener. Remove the 3 nuts that hold the motor to the frame and then remove the worm gear. Install the new worm gear making sure the roll pin is properly seated in the new gear. Re-install other components in reverse order. After you complete this assembly I recommend you lube the worm gear so you do not forget.

Step #14
Begin reassembly in reverse order. Be sure to thoroughly lube the main drive gear and that grease is on each and every tooth. Attach the gear and sprocket or pulley assembly to the main chassis with the three 5/16" head screws. Install the assembled motor frame to the chassis with the four 5/16" head screws and reattach the red, blue and white wires; now install the limit assembly and the limit drive gear making sure they mesh properly. You can now install the RPM sensor and reconnect wires. Install the metal cover and end panels, be sure to plug in the circuit board and reconnect photo eye and push button wires.

Step #15
Reconnect the power cord to the opener and cycle the opener until the sprocket completes a complete clockwise cycle. The trolley must be in the fully down position before installing the chain. Now you can remove the tape from the rail and reinstall the chain. The chain and sprocket reference mark should be close to lining up. Tighten the chain so that the chain is ½" above the base of the rail at midpoint for "T" style rails and ¼" for square tube rails. Secure the chain tightening lock nut.

WARNING
Note when adjusting and testing your garage door motor it is important
to make sure no one is in the path of the moving door.

CAUTION
It is important to know when testing your garage door opener it is possible to over cycle the motor
and have the motor temporarily overheat and stop operating.
To prevent this try and not operate the door opener more than 10 cycles
without giving it 5-10 minutes to cool off

Step #16
Now run the opener and test to see if the door opens to the correct position and closes to the correct position. If you need to make adjustments use the travel adjustments screws to make fine adjustments. I recommend only making slight adjustments ¼ turn or less at a time. For reference one full turn of the screw equals approx 2" of travel on ½ and ¼ HP models and 3" on ¾ HP models.

Step #17
Once you have your doors travel adjustment correct it is time to adjust the force. This is the pressure that it takes to assure your door opener will operate safely. The first step in this process is to check the down force. With the door open simply activate the garage door opener and when the door reaches the half way point grasp the door from the bottom and try and stop it. If the door is hard to stop or does not stop decrease the down force adjustment in small increments until it reverse upon reasonable force. If the door does not close and the light begins to blink increase the down force adjustment in small increments until you can check the reversal at half way. Adjusting the force does not guarantee that your operator will reverse on 1-1/2" object at the floor. For more information on adjusting the reversal at the floor see your owner's manual or call the manufacturer.

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