Let’s take a look at some of the common ones you’ll see, as well as examples of their typical uses:

Push-type gas springs to lift and lower loads. These gas springs suit devices that lift or lower loads with easy control and minimal exertion. They support covers and lids in many industries, including automation and machine building, medical technology, electronics—and more.

Pull-type gas springs to fit constrained spaces. These compact springs can mount in any orientation and position. Unlike push-type springs, the gas pressure in the cylinder retracts the piston rod. Pull-type gas springs are used in various industrial applications, as well as medical devices, electronics and furniture.

Locking gas springs to hold a position. Many chair-type applications, such as mobility systems, need to maintain a certain position to support the end user. For example, when a person triggers a chair into motion by pressing a button or lever, a piston valve opens—extending the spring and moving the seat into position. When the user triggers the seat again, the valve closes, locking the piston rod—and chair—into position.

Rust-inhibiting gas springs to protect against corrosion. Many gas spring vendors offer rust-inhibiting versions of their standard models to protect against corrosion in food or hygienically sensitive areas. ACE Controls, for example, offers standard gas springs with an advanced UV coating or stainless steel outer bodies that can also be filled with food-grade oil—conforming to FDA standards.

To learn more about gas spring design and customization, download our latest white paper.

Download the White Paper

The post Your Guide to Gas Spring Design and Customization: Part II appeared first on ACE Controls Inc..

The next few blogs will provide a helpful overview of what you need to know about gas spring design and customization. We’ll explore the various gas spring types, selection data, proper mounting—and more.

Let’s kick off the series with a look at standard versus engineered springs.

Standard Gas Springs Can Bring Unintended Results

While standard gas springs can be a quick and inexpensive purchase, a lot can go wrong during sizing and implementation. For one, off-the-shelf springs commonly offer one of three choices of output force. Will one of those forces be exactly right? Either way, you may get unintended results. If the factory-supplied output force doesn’t succeed, for example, your hood or lid may open unexpectedly.

In addition, standard gas springs can come with the wrong end fittings. Situations like these can cause you to spend unnecessary time trying different forces or modifying your assembly—inflating your labor expenses and delaying your operation.

An Engineered Solution Offers Many Benefits

An engineered gas spring, on the other hand, refers to a premium custom part that is adjusted according to your unique specifications. The added investment pays off via the time and labor cost savings that result when your gas spring works to perfection. ACE Controls’ customer support combines online tools and knowledgeable engineering staff to assist you in making the necessary modifications to your standard gas spring—including recommending the correct end fittings to make installation easier.

To learn more about designing and customizing gas springs, download our latest white paper. And stay tuned for more upcoming posts on this topic.

Download the White Paper

The post Your Guide to Gas Spring Design and Customization: Part I appeared first on ACE Controls Inc..