search success chat linkedin google-plus telephone multimedia youtube linkedin instagram right-arrow mobile-phone
Support
Download Brochures
EcoGate
preloader

May 22, 2017

LAX United Terminal Installs Hobart Power Coils

Amid billions of dollars in passenger oriented enhancements occurring inside Los Angeles International Airport (LAX), substantial improvements are also occurring for airlines out on the ramp – especially Terminal 7, which is used exclusively by United Airlines.

Part of this renovation includes the passenger boarding bridges. In order to meet the power needs of various aircraft using the boarding bridges, project designers specified the innovative Power Coil from ITW GSE that is able to supply all aircraft types. The Hobart 2400 Power Coil consists of a 90 kVA solid-state converter and a cable drum in one enclosure. Because the unit is completely encased, it is less susceptible to destructive elements such as sunlight and harsh weather thereby reducing overall maintenance costs. The space saving Hobart Power Coil weighs up to 40% less compared to traditional systems that have a separate ground power unit (GPU) and a separate coil.

To read the full article, click here.

 

 

 

More news

Feb 16, 2026, posted in News

Powering Progress at Leeds Bradford Airport

Leeds Bradford Airport (LBA) is advancing its net-zero ambitions by installing a new gate power solution featuring 8 x ITW GSE 2400 Power Coils...

Dec 29, 2025, posted in News

Reflecting on a Remarkable Year

As 2025 draws to a close, we would like to extend a heartfelt thank you to our partners, customers, and industry peers around the...

Dec 19, 2025, posted in News

Celebrating the Season – One Sweater at a Time

Here at ITW GSE, the holiday season is about more than just year-end reflections: it’s also a time to come together and enjoy the...

Oct 30, 2025, posted in News

Expanding for the future

Celebrating the good work of expanding the production facilities! This week, we honored the proud tradition of marking that the roof structure is in...