Cummins Power Products will display its DCathlon DC Generator at the upcoming International CTIA Wireless 2010 in Las Vegas, NV, March 23 – 25, 2010.  International CTIA Wireless is one of the largest technology events in the world.  Encompassing all things wireless, this show is the essential marketplace for the global broadband industries.

Displaying in Booth # 2165, the DCathlon DC Generator will be showcased in the Tower Technology Summit Pavilion area of the exhibit floor as one of the featured exhibitors focused on the infrastructure – solutions, services and people – that drive technical innovation in the wireless industry.

BE OUR VIP GUEST AT THE CTIA WIRELESS SHOW
Register today for your complimentary Platinum Pass to
attend the CTIA Wireless Expo as a guest of Cummins Power Products.
Obtain your pass at:  http://www.ctiawireless.com/freepass and enter passcode: LV2010

DCathlon DC Generator in Wireless Applications
With its 48 volt configuration, the DCathlon DC Generator provides fast and efficient back-up power to keep mobile wireless traffic up and running, without interruption.  By providing clean, efficient DC power & voltage directly to the battery system at a wireless site and eliminating the normal transfer switch used in AC generator installations, the DCathlon DC Generator offers a more reliable and cost-effective solution in even the most remote wireless applications.  In addition, the long term maintenance and replacement costs related to the battery strings can be reduced while still maintaining the site’s integrity and power reliability, reducing the overall operating and maintenance costs of the site.

Featured Case Study: Reliable Backup Power for Off Grid Program Appalachian Wireless, a telecommunications provider, needed an economical means to provide reliable back-up power to their mountaintop cell tower location.  By utilizing the unique DC voltage output of the DCathlon®  DC Generator, Appalachian was able to eliminate using a traditional transfer switch, increase the site power reliability and minimize the previously planned large battery plant.  Read more…