A shopping cart icon that will take you to the Becker Pumps international shop.
Click here to call Becker Pumps.
Lorem ipsum

8 Factors to Consider When Selecting a Regenerative Blower

Selecting a regenerative blower for secondary packaging applications is critical.

Whether you are buying a regenerative blower for a manufacturing, environmental, or secondary packaging application, regen technology from Becker offers a moderately priced, reliable unit that can last a decade or more with minimal maintenance.

Several different types of blowers could meet your application’s pressure and flow specifications. Regenerative blowers, or side-channel blowers, fall in the middle range of pump types for flow, pressure, and horsepower specifications, making them useful in a huge variety of commercial operations.

Selecting the right regenerative blower for the job will ensure that it lasts the maximum possible lifetime. And a well-built regen will last longer than a cheaply made one, especially when operating near its design limit.

To determine whether a regenerative blower is the best fit for your application, it’s important to evaluate the features and benefits that they provide. Continue reading for eight factors to consider when selecting a regenerative blower.

1. REGENERATIVE BLOWER TECHNOLOGY IS EFFICIENT AND RELIABLE 

Regenerative blowers generate vacuum suction or pressurized air for industrial applications. The turbo dynamic regenerative blower technology consists of a contactless, fast rotating impeller with sealed bearings inside a blower housing. 

Arranged on both sides of the impeller are two ring-shaped separate side channels. The rotating impeller pulls air in through the inlet side, accelerates the air or gas inside the housing, and then discharges it through the outlet side once it is fully pressurized. The result is a highly efficient pump providing high-volume flow using less power that is practically wear- and maintenance-free. 

2. REGENERATIVE BLOWERS WORK IN MANY APPLICATIONS AND INDUSTRIES

The combination of low pressure or low vacuum along with high-volume flow makes regenerative blowers ideal for generating suction in heavy-duty industrial applications. Markets such as secondary packaging, mechanical engineering, and manufacturing use single-stage regen blowers for holding objects in place, removing fluids, air, and other materials, and picking and placing goods.

Regen blowers also supply pressurized air for fuel cells and battery production as well as wastewater treatment and other applications.

3. SELECT A SINGLE-STAGE OR DOUBLE-STAGE BLOWER

SV series single-stage regenerative blower

Both single-stage devices with a high-volume flow and two-stage devices with higher pressure differential but lower flow are available. Your choice will be determined by the necessary flow along with either the vacuum or pressure level.

With single-stage blowers, air rotates around the inside of the housing once before being exhausted. The double-flow operation over two impellers produces low pressure and low vacuum levels. 

With double-stage blowers, air rotates around the inside of the housing twice before being exhausted. For this reason, double-stage blowers can provide a deeper vacuum and/or higher pressure than a single-stage blower. 

4. BUILT-IN CLEAR INLET FILTER OFFERS MINIMAL MAINTENANCE AND MAXIMUM LONGEVITY

Becker regenerative blowers require almost no upkeep, and when maintained properly, our regenerative blowers can last up to 12 years. However, ambient conditions, such as temperature, moisture, or external materials like dust, can have a deleterious effect on the operation and lifetime of a blower.

For this reason, cleaning the inlet filter is all the maintenance required for a regenerative blower.

That’s why Becker designed its patented built-in inlet filter with a clear housing on our 130, 201, 300, and 400 models. The clear housing allows for fast visual inspection and minimal maintenance time.

Becker’s regenerative blowers come equipped with a clear inlet filter helping lower maintenance requirements.

5. AN INTEGRATED PRESSURE RELIEF VALVE PREVENTS OVERHEATING

The main enemy of any rotating equipment is heat, so it’s important to make sure the motor fan has enough clean air to cool the regenerative blower to maintain low operating and exhaust temperatures. 

Select Becker regen models, including the 130, 201, 300, and 400, come with an integrated pressure relief valve that allows cool air in and prevents overheating. 

6. OUR REGENERATIVE BLOWERS OPERATE QUIETLY

For certain applications, noise can be a major factor in pump selection. Becker regenerative pumps are available with inlet and discharge silencers.

7. TRY BEFORE YOU BUY WITH OUR TEST BLOWER PROGRAM 

Ambient conditions, including temperature and air or gas quality, will have an unknown effect on the operation of a regenerative blower. To ensure that you find the right pump for your needs, Becker offers a free pump trial and test program

If there’s a specific upgrade or pump technology you’re considering, or if you’re on the fence about a purchase, the 30- to 90-day trial program can help determine whether a specific Becker regen pump is the right choice. It’s the perfect chance to gauge how a unit works in situ, and ensure you are buying a regenerative blower precisely suited for your job.

Becker’s regenerative blowers operate quietly.

8. BECKER HIGH-QUALITY REGENERATIVE BLOWERS ARE BUILT TO LAST

Building on over 130 years of experience in pump technology, Becker regenerative blowers are German-built and designed to maximize the life of the pump – providing you with the most value for your investment. Our entire SV line of blowers was recently redesigned to maximize performance with increased value. 

EXPERT ASSISTANCE IN BUYING A REGENERATIVE BLOWER FOR YOUR APPLICATION 

As a leader in the field of suction and blast air, Becker Pumps provides complete solutions driven by your individual needs. We can replace any other brand with similar specifications. And no middleman means better pricing. 

Whether you’re looking for a replacement blower or designing OEM equipment, at Becker, we have more in-stock regenerative blower models to select from than any other supplier/manufacturer, giving you a broad spectrum of flow rates and pressures to choose from.

Learn more about selecting a regenerative blower for your application by clicking below.

Related Blog Posts

How Much Does a Regenerative Blower Cost?

Whether you’re an OEM pricing a regenerative blower for your product or an operations manager in need of a quick replacement for a pump that has failed prematurely, one of the first questions you may ask is, “what’s it going to cost?” It isn’t easy to estimate the cost of...

8 Factors to Consider When Selecting a Regenerative Blower

Whether you are buying a regenerative blower for a manufacturing, environmental, or secondary packaging application, regen technology from Becker offers a moderately priced, reliable unit that can last a decade or more with minimal maintenance. Several different types of blowers could meet your application’s pressure and flow specifications. Regenerative blowers,...

Regenerative vs. Centrifugal Blowers

Regenerative and centrifugal blowers may look similar on the shop floor but are designed for significantly different end uses. Let’s take a look at the merits of regenerative vs. centrifugal blowers and consider which one might be best for your application. DIFFERENT STROKES: REGENERATIVE VS. CENTRIFUGAL BLOWERS Regenerative and centrifugal...

Should You Repair or Replace Your Medical Vacuum System?

Making the right choice about repairing or replacing a pump ensures your medical vacuum system meets the NFPA 99 Health Care Facilities Code and safeguards your peace of mind. Good maintenance decisions can minimize the upfront and long-term costs of equipment. This is especially true for life-sustaining technology, like a...

Sizing Your Central Medical Vacuum System

When you know your medical vacuum system well, it’s obvious when the system is struggling. Maybe the pumps run constantly, or cycle on and off too frequently.  This blog will focus on central medical vacuum system size and design, and how it can affect your system’s performance. We’ll cover the...