DNB Engineering opens Lightning Simulation Test Laboratory in Anaheim
The new 8,000 square foot facility features all custom-built equipment designed and constructed by DNB Engineering.
Share
DNB Engineering Inc. (Fullerton, CA, US) has built and opened a brand new Direct Effects Lightning Test Facility in Anaheim, CA, US. The new 8,000 ft2 (743m2) facility features all custom-built equipment, designed and constructed by DNB Engineering. The lab and equipment are able to generate all of the waveforms necessary to meet the stringent test standards for lightning strike threats to both aircraft and earth-bound equipment.
The indoor Lightning Test Facility features a large ground plane for high-voltage attachment testing that measures 32 ft by 36 ft (9.75m by 11m). The facility also includes a unique darkroom that is used for both photographic and ignitable mixture (flammable gas) test methods. Another notable feature of the facility is the dedicated customer viewing area where DNB Engineering’s clients can safely watch their tests being conducted.
This new facility is the latest investment for DNB Engineering. “This is a significant milestone in the 37-year history of DNB Engineering,” said Doug Broaddus, executive vice president. “Our new dedicated Direct Effects Lightning Facility will enable us to meet the heavy demands of the industry more efficiently. We truly pride ourselves in meeting the needs of our customers and growing with their business.”
DNB Engineering’s Direct Effects Lightning Testing capabilities include High Voltage Attachment Testing (3.0MV Marx Generator), Swept Channel Attachment Testing, High Current Physical Damage Testing (Component A, B, C, D), Structural Testing, Component Testing and Fuel System Testing.
The new Anaheim facility is available and now open for commercial and governmental testing.
Related Content
-
University of Bristol launches composite materials to space for ISS testing
Next-gen carbon fiber materials will be tested under extreme conditions for 12-18 months to determine their viability in space for use in future space bases, interplanetary travel.
-
Putting next-generation composite materials, processes to the test
Research at Faserinstitut Bremen’s ECOMAT site, alongside industry partners, aims to enable sustainable, aerospace-focused composites — including thermoplastic welding and cryogenic material testing.
-
Photothermal tomography for locating, quantifying defects in composites
Years of infrared testing development result in thermography technology that is no longer just qualitative, but can define defect size and depth, making additional UT scans obsolete.