GE to Launch ANSI/IEEE SecoGear Air-Insulated, Medium-Voltage Switchgear

GE Seco Gear 2

 

After a year of heavy investment in its medium-voltage (MV) offerings, GE’s Industrial Solutions business is poised to launch the ANSI/IEEE SecoGear air-insulated, medium-voltage switchgear, expected to be available later this year for mission-critical and commercial applications.

The product signals a renewed commitment to offering GE’s medium-voltage customers simpler, smarter and faster solutions. The switchgear has been developed with 60% fewer parts compared to previous designs, reducing scheduled equipment downtime and maintenance costs. This reduction in moving parts also translates to fewer possible failure points in the unit, helping to improve reliability.

Its SecoVac vacuum circuit breaker’s front-mounted operating mechanism design simplifies operation and field maintenance. The breakers’simpler design features just seven common replacement parts, which makesany required maintenance simple and fast. In addition, the circuit breaker’s embedded-pole design helps protect the unit’s vacuum interrupters from environmental and dielectric elements such as dust, moisture and external electrical damage—helping to extend the life of the breaker and switchgear. These advanced features enable GE to deliver simpler, smarter and faster installations and reduced maintenance times to its customers.

The ANSI/IEEE SecoGear air-insulated, medium-voltage switchgear is expected to be available to quote later this year for mission-critical and commercial applications.

The product signals a renewed commitment to offering GE’s medium-voltage customers simpler, smarter and faster solutions. GE’s MVplatform also includes its recently launched ANSI/IEEE SecoBloc original equipment manufacturer (OEM) modules. SecoBloc features a fully certified box construction, which allows for simpler integration into new or existing OEMswitchgear designs. GE plans to launch several other MV products throughout the next several months and well into 2016.

GE has more than 120 years of experience in developing MV equipment, dating back to 1895 when GE developed the world’s first oil circuit breaker. With deep roots in innovative engineering, advanced manufacturing capabilities and a strong global presence, GE is a global leader in MV equipment.

“We are firmly committed to investing and expanding our global MV capabilities by developing a modular and cost-competitive MV portfolio well-suited for manufacturing and reduced lead times,” says Stuart Thompson, General Manager—Power Equipment,GE’s Industrial Solution business. “Our expanded MV product line is designed with the operator in mind; focused on simplifying installation and upkeep by developing products with fewer parts.”

When developing the new portfolio, GE utilized Fast Works product development methodologies and its proven global (IEC- and GB-rated) MV platform to cut product development time in half—bringing additional expertise from other parts of the world to North America, South America, Canada and Mexico.
“For the past century, GE has been at the forefront of designing and manufacturing MV equipment,” says Lisa Bagwell, global medium-voltage product line leader, GE’s Industrial Solutions business. “We have a large, global installed base of hundreds of thousands of units. In the past year, we have dedicated approximately 50% of our global product line investments to the development of modular and cost-effective MV solutions, cementing our commitment to providing customers with the protection they need for their applications.”

Watch for more on GE’s ANIS/IEEE MV platform offerings in an upcoming issue.

 

Related Articles


Latest Articles

  • Maximizing Excel: Practical Use Cases for Preconstruction

    Maximizing Excel: Practical Use Cases for Preconstruction

    November 8, 2024 By Melvin Newman Excel is a powerful and flexible tool that can enhance efficiency in electrical construction estimating.  Spreadsheets, like those in Excel, consist of a grid of “cells” where each cell can hold various types of data. Originating from mainframe computers in the 1960s and later developed for Apple computers in… Read More…

  • The Non-Residential Sector Declines in All Three Components Despite Sustained Industrial Permit Level

    The Non-Residential Sector Declines in All Three Components Despite Sustained Industrial Permit Level

    November 4, 2024 The total value of building permits in Canada decreased by $858.1 million (-7.0%) to $11.5 billion in August, following a strong July during which construction intentions rose sharply (+20.8%). The residential and non-residential sectors contributed to the decrease in August. On a constant dollar basis (2017=100), the total value of building permits decreased 7.6% in… Read More…

  • A Slight Decrease in Residential Building Construction for August

    A Slight Decrease in Residential Building Construction for August

    November 4, 2024 Investment in building construction edged up 0.2% to $21.0 billion in August, after a 1.6% decrease in July. The residential sector edged down (-0.1%) to $14.6 billion, while the non-residential sector was up 1.0% to $6.4 billion. Year over year, investment in building construction grew 7.2% in August. On a constant dollar basis (2017=100), investment in building construction was… Read More…

  • When a Familiar Door Closes

    When a Familiar Door Closes

    November 4, 2024 By Keith Sones, seasoned utility industry executive Most of the articles I’ve written have been based on personal experiences, many of them occurring decades ago, which eventually translate into helpful life lessons. The years allow the events to marinate in a savoury stew of time and reflection, clarity never coming immediately, or even… Read More…


Changing Scene