Electromet Customer, GTS, Enclosure Features & Capabilities Video

2018-04-16T16:49:21+00:00April 16th, 2018|Tags: , , |

This video was developed by Electromet customer GTS, to demonstrate the features and capabilities of our rugged and reliable electronic enclosures.

(from GTS)

Unavoidable shocks and vibrations from combat and the environment take a toll on naval computer equipment. To help eliminate frequent repurchasing and installation of […]

Electromet Supports L3 Technologies with Electronics Enclosures for the F-35 Starter Cart Program

2018-02-23T16:38:47+00:00February 23rd, 2018|Tags: , , , , |

L-3 Communications

In January 2018, Electromet began deliveries of a new electronics cabinet to L3 Technologies. This cabinet provides solid-state power conversion that is part of a mobile Starter Cart for F-35 aircraft deployed afloat.

Cabinet construction mirrors similar cabinets used on board Virginia-Class […]

Electromet Supports UTC Aerospace Systems on the Integrated Low Pressure Electrolyzer (ILPE) Program

2017-10-13T13:50:15+00:00September 4th, 2017|Tags: , , , , |

The Integrated Low Pressure Electrolyzer (ILPE) is a self-contained electro-chemical oxygen generation plant for submarine life support service.  It is produced by UTC Aerospace Systems (formerly Hamilton Sundstrand). The ILPE produces low pressure oxygen for submarines and requires no high pressure storage.  It operates automatically enabling unattended operation.  There is […]

Electromet Supports SAIC and SPAWAR on the TACAMO Program

2017-02-27T15:38:35+00:00February 9th, 2017|Tags: , , , |

In addition to Electromet’s extremely robust, ruggedized shipboard electronic cabinet designs, Electromet also offers a family of modular, affordable, light-weight, non-ruggedized, shore-based electronic cabinets.

SAIC SPAWARElectromet recently provided SAIC with a suite of these modular cabinets for the TACAMO program, the U.S. military […]

Electromet Supports Naval Sea Systems Command (NAVSEA) on the U.S. Navy/USCG’s OL-802/U MK-169 Gun Computer System

2017-10-13T14:16:48+00:00December 22nd, 2016|Tags: , , , , |

NAVSEA and Electromet Corporation collaborated on a unique enclosure designed to support a joint U.S. Navy and USCG combat systems program, the MK-169 Gun Computer System. This enclosure utilizes an Electromet proprietary hard-mounted outer structure that encapsulates an internally isolated inner structure, providing protection against shock, vibration and radio-frequency (RF) […]

Electromet Supports Lockheed Martin on the U.S. Navy’s Enhanced Capability-Mission Critical Enclosure (EC-MCE) Program

2017-01-19T05:04:20+00:00December 19th, 2016|Tags: , , , , , |

Mission Critical Enclosures (MCE’s) are deployed aboard AEGIS ships for both the U.S. Navy and several allied Navies. These enclosures house the Combat System Computing Environment (CSCE).  The electronics within these cabinets is made up of Commercial-Off-The-Shelf (COTS) computing equipment and allows COTS components to utilize unique military power. The […]

Electromet Supports L-3 Communications on the ASVC Submarine Integrated Power Conversion and Distribution System

2017-02-15T12:31:02+00:00November 6th, 2015|Tags: , , , |

L-3 Communications Power Paragon is a worldwide leader in the engineering, development, manufacture and integration of power conversion and distribution systems for the defense, governmental and industrial applications. These solutions can be found on surface ships, submarines and airborne platforms for the U.S. Navy and many international navies. Electromet has […]

Electromet Supports the Next Generation Automatic Test Station (NGATS) consoles for Teradyne/Boeing

2017-01-19T05:04:20+00:00October 12th, 2015|Tags: , , , , , |

The Next Generation Automatic Test Station (NGATS) is in the U.S. Army’s Integrated Family of Test Equipment (IFTE) product line.  IFTE is a proven family of testers used for test and support of electronic and electro-optic weapons devices such as missile systems, vehicles and aircraft. The NGATS is reconfigurable, modular, field […]

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