Laboratory, Meet Bluetooth.

In March, we discussed our expectations for Pittcon 2013, and noted how some of the emerging trends parallel the benefits of our SC950 and SC920 vacuum systems. Specifically, these vacuum systems make use of an industry-first Bluetooth controller, which promotes not just form, but function throughout the lab. Let’s take a look at the advantages this technology yields in a scientific setting, and highlight the benefits along the way.

First, and perhaps most important, is the idea that this provides more than just wireless control. Utilizing Bluetooth eliminates traditional line-of-sight issues as well. This is critical in the lab,

SC920_e_only_terminal

KNF continues to bring innovation to the lab, introducing Bluetooth control to vacuum pump systems.

where both lab equipment and colleagues vie for limited benchtop space. If the vacuum system is stored below the bench or in a cabinet, the Bluetooth still functions as required. This is thanks to the same low-powered radio waves used to control garage door openers, modern cordless  phones, baby monitors and more. Therefore, Bluetooth control can actually help free up bench  space, as it allows the controlled vacuum system to be moved to an out of the way location and  still perform as needed. With the vacuum operating out of sight, lab personnel can redirect their efforts toward other processes while retaining full ability to control the system at the simple  click of a button.

An ever-growing topic in the lab (and one we’ll be discussing at length in the near future), energy savings and green initiatives aren’t just driving the way labs operate, but also the way the
equipment within them are purchased and used. Thanks to Bluetooth performance, SC950
and SC920 vacuum systems can be operated within a fume hood without the need
for annoying cable feedthroughs. Fume hoods, which consume a large amount of lab
HVAC conditioned air, are a sizeable contributor of wasted energy expenses in the lab. The  SC950 and SC920 Bluetooth control allows the hood to be continuously operated at maximum  efficiency even when making critical system control adjustments. In fact, according to California  Institute of Technology, a variable volume fume hood is 60 percent more energy  effective when the sash is down when not in use1.

Finally, Bluetooth promotes increased lab safety as well. As mentioned above, SC950 and SC920 vacuum systems can operate within the  fume hood with the sash closed, and without the need for any tether or cable feedthroughs. This allows researchers to confidently work with  hazardous or toxic chemicals from outside the fume and with a barrier in place, simply making use of the system remote control for additional lab safety.

Remember, laboratory equipment continues to evolve. The integration of Bluetooth controller technology into a portable vacuum system  offers many benefits that can be applied throughout your lab. To learn more about SC950 and SC920, or to learn how KNF Neuberger continually drives lab efficiency via world class pumps and systems, visit www.knfusa.com/products/laboratory-pumps.

Reference:

  1. http://www.bu.edu/energy/files/2011/05/Fume-Hood-Presentation-2.pdf

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s