Your Local Source for Garage Door Torsion Springs in OKC, OK

12/3/2023

Your garage door's track radius plays a crucial role in its smooth operation and overall functionality. The track radius determines the curve that the horizontal track makes, affecting how the door moves along its path. In this article, we will delve into the significance of garage door track radius, specifically focusing on the options available, namely the 12" and 15" radii.

The Basics of Garage Door Track Radius:

The garage door track radius refers to the curvature of the horizontal track that guides the door as it opens and closes. It's a critical factor in ensuring that the door fits seamlessly within the available space. Two common track radii are 12" and 15", each serving specific purposes based on the requirements of the garage door system.

12" Track Radius:

Compact Spaces: A 12" track radius is ideal for garages with limited overhead space. If your garage has a low ceiling or limited headroom, a 12" radius track allows for a tighter curve, optimizing the use of available vertical space.

Residential Applications: Many residential garage doors are designed to work efficiently with a 12" track radius. This choice is often more aesthetically pleasing in homes where a lower profile is desired.

Standard Installations: In standard residential installations, a 12" radius track is a common choice due to its compatibility with most garage door types and sizes.

15" Track Radius:

High-Lift Systems: Garages with higher ceilings benefit from a 15" track radius, especially when using a high-lift system. This configuration allows the door to travel vertically before making the horizontal curve, accommodating the additional space.

Commercial and Industrial Use: Larger and heavier garage doors, often found in commercial and industrial settings, may require the stability provided by a 15" track radius. This ensures smooth and reliable operation for doors with increased weight and dimensions.

Custom Installations: Some unique garage door setups, such as custom-designed doors or unconventional architectural configurations, may demand the use of a 15" radius track to meet specific requirements.

Choosing the Right Track Radius:

When deciding between a 12" and 15" track radius, several factors come into play:

Ceiling Height: Consider the available vertical space in your garage. If you have a high ceiling, a 15" radius may be more appropriate.

Door Size and Weight: Larger and heavier doors often benefit from a 15" radius track for added stability and smooth operation.

Architectural Constraints: Unique architectural features or custom designs may dictate the choice of a specific track radius.

Budget: While both radius options are viable, your budget may influence the final decision. Standard residential setups often work well with a 12" radius, offering a cost-effective solution.

In the realm of garage door systems, the track radius is a critical element that should not be overlooked. Whether opting for a 12" or 15" radius, understanding the specific needs of your garage space, door type, and operational requirements is key to ensuring optimal performance and longevity. Choose wisely, and enjoy the convenience and reliability of a garage door that seamlessly fits into your lifestyle.

11/14/2023

Your garage door is more than just a convenience; it's a crucial component of your home's security and functionality. However, without proper safety measures, it can pose potential risks, especially to your family and pets. Follow these guidelines to ensure the safety of your loved ones around the garage door.

1. Educate Your Family

Start by educating your family members, especially children, about the potential dangers associated with garage doors. Emphasize that the garage door is not a toy, and playing around it is unsafe. Teach them about the controls and explain the importance of respecting the garage door's operation.

2. Install Photoelectric Sensors

Modern garage doors are always equipped with photoelectric sensors that detect objects or people in the door's path. These sensors automatically trigger the door to reverse if something is in the way. Regularly test these sensors by placing an object in the door's path and ensuring the door reverses upon detection.

3. Test the Auto-Reverse Feature

All garage doors should be equipped with an auto-reverse feature. Test this feature regularly by placing a small object, like a roll of paper towels, on the ground in the door's path. If the door does not reverse upon contact, it may indicate a malfunction, and professional assistance is needed.

4. Keep Remotes Out of Reach

If you have a garage door remote control, keep it out of the reach of children. Explain that the remote is not a toy and should only be used under adult supervision. Consider a keypad entry system as an alternative for family members.

5. Secure Access to Control Panels

If your garage door has a wall-mounted control panel, ensure it is installed high enough to be out of reach of small children. Consider using a security code to prevent unauthorized access. Educate older children about the responsible use of the control panel.

6. Regular Maintenance Checks

Perform regular maintenance checks on your garage door to ensure all components are in good working condition. Look for signs of wear and tear on cables, springs, and rollers. Address any issues promptly to prevent accidents.

7. Pet Safety Measures

Pets, especially curious ones, may be at risk around a moving garage door. When operating the door, ensure your pets are safely inside the house or away from the garage area. Additionally, be cautious when opening or closing the door, as pets may try to dart through.

8. Teach Emergency Procedures

In case of a malfunction or power outage, it's essential that everyone in your household knows how to manually operate the garage door. Familiarize them with the emergency release mechanism and practice opening and closing the door manually.

9. Consult Professionals for Repairs

If you notice any issues with the garage door, such as strange noises, uneven movement, or malfunctions, it's crucial to consult a professional for repairs. Attempting to fix complex issues without the necessary expertise can lead to further safety risks.

10. Invest in a Safety and Maintenance Inspection

Consider scheduling a professional safety and maintenance inspection annually. A trained technician can identify potential hazards, make necessary adjustments, and ensure your garage door operates safely and efficiently.

By prioritizing garage door safety, you not only protect your family and pets from potential accidents but also ensure the long-term functionality of this essential household feature. A few simple precautions and regular maintenance checks can go a long way in maintaining a secure and safe garage environment.

10/23/2023

Your garage door requires regular maintenance to ensure smooth operation and extend its lifespan. Performing simple do-it-yourself maintenance tasks not only saves you money but also prevents unexpected issues down the road. Follow this step-by-step guide to keep your garage door in top-notch condition.

Step 1: Safety First

Before you start any maintenance tasks, ensure your safety by disconnecting the garage door opener. This prevents the door from accidentally opening or closing during your maintenance activities.

Step 2: Visual Inspection

Carefully examine the entire garage door system. Look for loose bolts, frayed cables, and signs of wear on the springs. Inspect the rollers and tracks for any debris that may impede smooth movement.

Step 3: Lubrication

Proper lubrication is crucial for the smooth operation of your garage door. Apply a silicone-based spray lubricant to the rollers, hinges, springs, and tracks. Be sure to wipe off any excess to prevent accumulation of dirt and grime. Never use grease on your garage door parts.

Step 4: Tighten Hardware

Use a wrench to tighten any loose bolts and nuts on the garage door and its components. Pay special attention to hinges, brackets, and track hardware. A secure connection enhances the door's stability and functionality.

Step 5: Check and Adjust the Tracks

Inspect the tracks for alignment. Misaligned tracks can cause the door to operate unevenly. If you notice any issues, use a rubber mallet to gently tap the tracks back into place. Ensure the tracks are plumb and parallel.

Step 6: Inspect and Test the Auto-Reverse Feature

Modern garage doors are equipped with an auto-reverse feature for safety. Place an object on the ground in the door's path and close the door. It should reverse upon hitting the obstruction. If not, consult your owner's manual for instructions on adjusting the sensitivity settings.

Step 7: Test Balance and Tension

With the garage door closed, disconnect the opener and manually lift the door. It should move smoothly with little resistance. If the door is difficult to lift or doesn't stay in place when partially open, the springs may need adjustment.

Step 8: Inspect Weather Stripping

Check the weather stripping along the bottom of the door for wear and tear. Replace any damaged or brittle weather stripping to maintain a proper seal and keep out drafts, dust, and pests.

Step 9: Clean and Paint (If Necessary)

Remove dirt and grime from the exterior of your garage door using a mild detergent and a soft brush. If your door is made of wood and shows signs of peeling or cracking, consider repainting or sealing it to protect against the elements.

Step 10: Schedule Professional Maintenance Annually

While regular DIY maintenance is essential, scheduling a professional inspection and tune-up annually ensures that potential issues are addressed before they become major problems. A trained technician can identify and fix issues that may not be apparent to the untrained eye.

By dedicating a little time to DIY garage door maintenance, you not only ensure the reliable performance of your garage door but also contribute to the safety and security of your home. Following these steps regularly will keep your garage door in optimal condition for years to come.

10/15/2023

Garage doors, often overlooked in the daily hustle, play a crucial role in the functionality, security, and aesthetics of our homes. Understanding the various components that make up a garage door is essential for homeowners looking to maintain, troubleshoot, or upgrade their garage entryways. In this comprehensive guide, we'll dissect the anatomy of a garage door, shedding light on each part's function and significance.

1. Panels: The Face of Your Garage Door

The visible outer layer of the garage door, panels come in various materials such as steel, wood, and aluminum. These panels not only contribute to the door's appearance but also provide structural integrity.

2. Springs: Counterbalancing the Weight

Garage door springs, typically either extension or torsion springs, counterbalance the door's weight, making it easier to open and close. Understanding the type and condition of your springs is crucial for maintaining proper functionality.

3. Rollers: Keeping Things Moving Smoothly

Rollers, often made of nylon or steel, attach to the sides of the door and allow it to move smoothly along the tracks. Regular lubrication and maintenance of rollers ensure a quiet and efficient operation.

4. Tracks: Guiding the Way

Tracks, usually made of steel, guide the garage door as it moves up and down. Misaligned or damaged tracks can lead to operational issues, making regular inspection and adjustments important for smooth performance.

5. Hinges: Enabling Flexibility

Hinges connect the panels and allow the door to bend as it moves. Regular inspection of hinges ensures that the door can flex without causing damage, contributing to the overall longevity of the system.

6. Cables: Adding Stability

Cables work in conjunction with the springs to support the weight of the door. Frayed or damaged cables can compromise the door's safety and should be addressed promptly.

7. Opener: The Power Behind the Operation

The garage door opener is the mechanical device that automates the opening and closing of the door. Today's openers often come with smart technology features for added convenience and security.

10/9/2023

You can determine the proper spring size for your garage door using two main methods. If your door was operating correctly and wasn't too heavy or too light when the springs were intact, you can simply replicate the springs you already have on the door. The first method is to measure your current spring size and order the same size. You need three numbers to properly size garage springs: the WIRE SIZE, the INSIDE DIAMETER, and the LENGTH of the coils (length does not include the two end pieces, called cones). You will find a video guide above for measuring your torsion springs.

The second method is to determine the proper spring size using IPPT (inch-pounds-per-turn). The numbers needed to make this calculation are the door weight, height, garage track radius (12" or 15"), and the number of springs you're using. You can run an online search for this method, and you will find websites that allow you to plug these numbers in (along with help on how to find the track radius, which is simple). Once you plug these numbers in, their calculator will show you the spring sizes that will work for your door.

10/2/2023

Winding and unwinding garage door torsion springs can be a very dangerous activity. There are some basic precautions everyone must take to minimize the risk. You primarily need to protect against the possibility that the winding bars will slip out of your hands while engaged with a wound spring. In this event, the bars will be violently flung down and out.

Firstly, you MUST wear eye protection capable of absorbing a rapid blow from the bars. Second, your body MUST stay clear of the winding bars as you are actively winding or unwinding the springs. We recommend you stand on the outside of the springs entirely. If you're winding the spring on the right side of the door, for example, you'd stand between the winding bars and the garage door tracks on the right (as opposed to in front of the spring itself). This will keep your body clear of the spring should it do something crazy, and mostly out of the way of the winding bars (hands remain exposed, but mostly nothing else).

Some other precautions you can take include the use of a sturdy ladder, a second person to assist and monitor the situation from a safe place, never using tools besides winding bars to wind springs, and keeping all kids and pets away from the garage in case a winding bar gets flung out.

9/10/2023

If you have ever looked into garage door springs, you'll notice there are a million different variations. The first reaction to this is to wonder why sizing can't be simplified and standardized. The problem has to do with the varying weights of garage doors and the path in which they open. The garage springs have to do two things. They have to absorb the weight of the door to make opening possible, but they also have to keep the door heavy enough that it closes just as easily. Much like most things in life, it's a balancing act.

If there was a standard spring size, but non-standard garage door weights, you could never achieve the balance needed to both easily open the door AND keep it closed when it needs to be. The springs have to be wound a specific number of times because they have to turn the cable drums a specific number of times to lift the door a specific amount of feet. Because the lift distance is fairly standardized, and therefore the drum spins are standardized, and therefore the spring spins are standardized, the only thing that can vary to accomodate the different weights of garage doors is the size and length of the springs.

8/29/2023

Garage door springs supply the upward force needed to allow your opener to lift your garage door. Even a standard two car door could weigh nearly 200lbs. Without a system to counterbalance this weight, your automatic opener would need to be the size of, basically, a jet engine! The spring system delivers torque by way of tension. When the garage door is closed, the springs are wound to maximum tension. As your garage door rises, the springs naturally want to unwind. This unwinding pressure turns a tube that is attached by wires to your garage door. This torque turns the tube and helps lift the garage door.