15 YEARS OF SERVICE
Many homes and businesses have garage doors. They give us convenience, security, and safety for our cars and things. Although we often overlook garage door openers, they play an important role in our daily lives. So it is crucial to understand the two important parts and how they work: down force and travel limits. In this blog, we will talk about these two key components of your garage door opener. What are they, and how do they help your garage door work safely and well?
What is Down Force?
The down force of a garage door opener is how much pressure the opener’s motor puts on the door to close it completely. With the right down force setting, the garage door will close firmly, keeping your property safe from the weather.
The down force is also crucial to the garage door system’s safety. Modern garage door openers have sensors that tell if something is in the way. If it finds an obstacle as the door closes, it will automatically reverse its motion to avoid hurting people or damaging things. You must often check and change the down force setting to ensure your garage door works safely.
Understanding Travel Limits
Travel limit settings on a garage door opener control how far it can move up or down. Properly adjusted, these settings enable the door to open and close without issue. However, when the travel limits are set wrong, it can cause some problems. If you set it too high, the door could hit the ceiling, damaging your door or other objects nearby. On the other hand, if you set the limits too low, the door might not close all the way or move in the wrong direction. So adjust those limits correctly to keep your door safe and working smoothly.
Maintaining and Adjusting Down Force and Travel Limits
Periodic checks and adjustments are needed for your garage door opener’s smooth operation and reliability.
Check the manufacturer’s instructions.
Read the exact instructions that come with your garage door opener’s manual. They will give you information about how to change the down force and travel limits.
Test the down force and reverse mechanism.
Check your garage door opener down force and reversing mechanism from time to time. To do that, put something, like a block of wood, in the door’s way as it closes. The door should be able to sense the obstacle and instantly move in the opposite direction. If it is otherwise, you may need to adjust the down force and reverse system.
Adjust the travel limits.
Is your hitting the ceiling or not closing properly? If you find issues with the door’s range of motion, check your manual to see how to adjust the travel limits. Follow the directions carefully and make sure you get them right.
Get help from a professional if you need it.
If problems persist or you cannot figure out how to adjust the down force or travel limits, it is best to call a professional garage door technician. Garage door service and repair experts have the knowledge and experience to troubleshoot and solve any issues, no matter how complex.
Conclusion
Keeping your properly working garage door is relatively easy. Pay attention to the down force and travel limits, then you are good to go. If the settings are correct, your door will close tight and open without a hitch. Plus, regular checks and maintenance will help it run smoothly for years. That way, you can enjoy ease, security, and peace of mind with a garage door that works well.
Garage Door Maintenance Near Me
Is your garage door failing to open and close reliably? No worries. Titan Garage Doors Lincoln NE offers comprehensive overhead door installation and maintenance to meet your needs. We are among the best garage door contractors in Nebraska City, and we take great pride in our commitment to customer satisfaction. In addition to garage door servicing and repairing existing door openers, we also replace broken garage door springs and panels. Whether it is a small and easy fix, our skilled experts can help bring your door back to its top shape. We also offer routine checks to ensure your garage door works well and quickly. Call us today for free estimates.
