Finally, the hallmarks of this latest technology could be summarized as long-lasting dependability, highly energy efficient performance for low cost of ownership, smaller area footprint and quiet operation. Through a step-by-step process, at Araner we ensure this application is project-specific and results in the system’s greater optimization. This takes us to the forefront of developing successful district heating systems, leading the way for helping our clients access more efficient equipment.

As industry experts are aware, the axial load is the force that is applied along the axis length of a screw. This force is then distributed amongst the threads of the screw and the mating bushing or threaded hole.

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Get in touch with us and speak to our team about how we can help you achieve an efficient, sustainable project through state-of-the-art equipment.

When aiming at increasing efficiency, the design phase is everything, a blanket statement which also applies to incorporating active magnetic bearings to their numerous applications.

Our full-service machine shop has been supplying premium adjustment screws for over forty years from our New Jersey facility, with all of our parts expertly crafted and produced in the USA.

The use of active magnetic bearings has been on the rise, owing to this system’s increased efficiency, its high-speed capabilities and low maintenance needs.

To learn about how axial load contributes to your operations, check out the informational guide from our team at Kozak Micro Adjusters today.

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Active magnetic bearings present a series of advantages which have led professional and regulatory bodies (such as  the U.S. Department of the Navy) to recommend their implementation. In this particular case study, the organization corroborated that magnetic bearing control can perform more efficiently than conventional mechanical bearings, particularly during partial load conditions. Research detected an average of 49% in power savings and a 6.4 years average ROI.

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Additional factors will also contribute to the maximum axial load. These factors listed below can act negatively upon the maximum axial load by increasing the chances of premature wear and galling:

No matter what industry you are working in that requires high-quality and durable adjustment screws, it is important to use these products effectively for the most reliable results. This includes selecting the proper adjuster for the axial load requirement of your application.

The maximum axial load is dependent on a variety of factors, such as the material of the screw, its diameter, the friction between the threads, and the thread pitch.

Since galling and wear start occurring before this maximum is reached, a safety factor must be included to ensure that the screws will function properly. A good rule of thumb would be to use our measured maximum axial loads, and divide that load by half for a safe working maximum axial load.

Along with all of our in-stock screws, bushings, and other products, we’re adept at crafting custom parts tailored to your exact specifications.

This is particularly true for partial-load scenarios. For instance, in the field of district cooling and district heating, the implementation of active magnetic bearings can be fundamental for increasing efficiency in handling varying cooling and heating loads from different buildings in the same district. It can also play an essential role in optimizing vapor compression systems. As such, it’s a step forward in guaranteeing resources are optimally allocated optimally and waste is minimized.

Active magnetic bearings are a type of bearing that employs magnetism to support and stabilize rotation of moving parts, such as shafts. As such, it’s able to perform this operation without the need for physical contact.

All in all, the implementation of active magnetic bearings in centrifugal chillers results in higher efficiencies and less maintenance needs, two crucial aspects that define priorities in the current context.

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At Araner, our perspective and expertise in thermal engineering have led us to apply active magnetic bearings as part of our equipment. This has meant we’re now able to implement them in our large-capacity heat pumps.When considering the implications of active magnetic bearings and overall equipment efficiency, design optimization is key. This is particularly true in the case of heat pumps, as they remain crucial throughout all stages of the refrigeration cycle.

As such, the magnetic bearing provides several advantages for the high lift oil free compressor compared with the traditional oil lubed compressor with gear box:

The applications of active magnetic bearings are wide, and have opened many doors in different areas. In the field of thermal engineering, their use has translated into the development of highly-efficient, large-capacity heat pumps and dry condenser chillers, thus facilitating the development of increasingly sophisticated equipment.

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The maximum axial load is calculated by applying an axial load onto the screw, while the screw is rotating in a mating threaded bushing. The axial load right before the screw seizes in place is considered the maximum axial load.

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The working principle behind active magnetic bearings is as follows: it presents a rotating part and a stationary part, both of them incorporating electromagnets that act in combination. Through the generation of magnetic fields, these forces are capable of maintaining stability during rotation.

Many industries trust our precision adjustment screws and assorted products, such as photo optics, photonics, analytical chemistry, lithography, packaging, semiconductors, diagnostic equipment, and more.

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In the current context, enhancing efficiency and reducing maintenance needs remain two key interests when developing any piece of equipment. It’s precisely in this context where active magnetic bearings stand out as an alternative to conventional mechanical bearings. Let’s see what they are exactly and how they’re improving efficiency across a wide range of equipment.

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The reason behind the benefits of active magnetic bearings is their no-contact working principle between rotating and stationary parts, as opposed to conventional bearings. In fact, the latter rely on mechanical contact to support the load and reduce friction and must use oil as a lubricant, becoming the cause of wear in the equipment.

Wanting to learn more about axial loads, as well as how our products can exceed your application needs? If so, contact our team today. We look forward to assisting you!