High-performance blowers are a critical aspect of keeping a plant or factory running; smaller and more compact options are also useful in the average family home. These types of blowers ensure that air can move continuously while maintaining an energy-efficient level of operation.
Pelonis Technologies has been a leading manufacturer of high-quality heating and cooling solutions for over 25 years. In addition to our technical expertise, our success can be attributed to our unmatched customer service. To provide a better online experience for our customers, our team has launched a new company website.
Topics: Pelonis Technologies
Are you looking for a cooling fan for your industrial operation? We’re in the business of helping to answer the numerous questions that develop when it comes time to choose a new fan or blower. Here are a few of the most common questions we get from people at this point in the decision making process.
How much heat am I generating?
In order to determine the airflow that is needed to cool the system you must conduct a thermal analysis. The origin and amount of heat generated inside a piece of equipment or during a process is measured by using one or a combination of six different types of sensors and other devices.
Data delivered from these sensors can indicate where heat problems exist while helping to map the necessary airflow to provide cooling. Once the amount of airflow is determined, the cooling air path is mapped using sensors and software to ensure that all major sources of heat receive the air required to adequately cool them.
What are Ball Bearing and Sleeve Bearing Fans?
Ball bearing and sleeve bearing fans are particularly useful for cooling and industrial applications as they exhibit a lower level of friction and are able to operate faster and with greater efficiency.
Ball bearings incorporate rolling metal balls within parallel grooved rings, or races, that facilitate fan motion with minimal friction. The free movement of the balls within the bearing allows it to move smoothly in any direction, which makes ball bearings popular for applications that require multi-axis movement. In fans, they offer the benefit of variable speed, extended fan service life, and enhanced energy efficiency.
Sleeve bearings, also known as slide bearings or bushings, are cylinders placed within a housing that enhance linear motion by absorbing friction, thereby improving efficiency and reducing vibrations and noise. They can be composed of a variety of materials, including metal, plastic, and fiber composites, and they are often used in fans to facilitate smooth, reliable motion. Due to their longevity and efficiency, both sleeve and ball bearings are extremely popular in DC fan manufacturing for a variety of cooling and ventilation applications.
The biggest factor facing the longevity and efficiency of cooling fan motors inevitably concerns the ability of equipment to handle demands of friction and heat stress. A cooling dc fan motor could theoretically be in operation around the clock and in place for a longer overall lifespan than most other industrial equipment.
Finding the right balance of power and cooling ability, counterpoised by energy efficiency and maintenance cost are key. It can be a daunting task, especially if the fan is responsible for cooling critical equipment. But, by following the steps below, you can be confident that you’ve made the right choice.
RoHS (Restriction of Hazardous Substances) is a directive from the European Union (EU) that restricts the use of six hazardous materials commonly found in electrical and electronic products. In particular, it specifies maximum levels for lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, and polybrominated diphenyl ethers.
All companies that sell electrical or electronic products or components to RoHS countries must adhere to these regulations. The EU will grant a company RoHS certification after reviewing its documentation, completing a thorough audit and performing on-site
As in the U.S., the European manufacturing industry suffered deep consequences as a result of the recession of 2008.
Construction projects slowed or came to a complete halt, which hurt all sectors of the industry, including the market for fans, blowers, and heating elements.
According to some reports, however, the fan and blower industry seems poised for a comeback, which is welcome news for workers, manufacturers and customers in Europe and beyond.
Automation is now a buzz word and hot technology trend in both the consumer and manufacturing worlds, so it is interesting to consider how various motion controls would work in a fully integrated and automated society.
To what degree could every aspect of a home’s HVAC and appliances be operated via intelligent controls, and to what extent could a manufacturing environment be controlled by smart automation?
The use of Intelligent Motion Controls in DC brushless fans and blowers has already arrived. With Intelligent Motion Controls, the movement of air is now smarter.
The inclusion of full-wave-in-board circuit design and multiple features leaves no doubt that intelligence has enhanced air movement.
Though 3D printing has been around since the 1980s, the process has only just begun to enter mainstream society. A 3D printer works by depositing material, such as PLA thermoplastics, in layers until it has built up a physical object based on a digital file. In the past, these printers have been used to create jewelry, prototypes, industrial parts and more. As an increasing number of manufacturers, hobbyists and companies experiment with the potentials of this process, they’ve also developed new methods to improve the quality of the end product. One of those methods is to use a cooling fan to improve bridging and overhang performance.
A cooling fan is crucial for good overhang performance on a PLA 3D printed product. It can be programmed to operate at different speeds during the printing process, which has several desirable consequences. Running a fan constantly during printing is detrimental to the final product. It can cause stringing, a defect in which “small threads of plastic are trailed into undesirable areas.” Stringing occurs when the machine is unable to remove the force that pushes the thermoplastic filament out of the nozzle quickly enough. Using a fan at different speeds also makes the quality of a 3D print more consistent and less dependent on the temperature of the environment at the time.
To the beer enthusiast, especially during football season, there are few things better than an ice cold brew at your favorite restaurant. While we can appreciate any kind of beer, at Pelonis, our focus is on high-end beer dispensing equipment.
Topics: Pelonis Technologies