Appleton Grp LLC
Decoding NEC Compliance: O-Z/Gedney™ Cable Supports as Essential Elements in Vertical Cable Installation
Vertical cable supports are one of the electrical industry’s unsung
heroes. Engineered to safely support non-armored cables in vertical
raceways or risers, they can make the critical difference between power
being connected or disconnected.
Appleton Grp LLC
IWL LED Series Luminaires: Elevating Safety, Efficiency, and Dependability in Industrial and Commercial Spaces
Wall pack lighting is installed on the exterior walls of buildings where
it provides needed illumination to ensure safety and security. This
type of fixture is perfect for parking lots, pathways, exits, entrances,
or wherever nighttime visibility is crucial.
Appleton Grp LLC
Appleton HEX LED Series Exit and Emergency Egress Lighting For Unparalleled Safety and Reliability
Industrial facilities must have an Emergency, Escape, and Rescue (EER)
plan in place whose object is to ensure the safety of personnel during
an emergency. Among other requirements, the plan must include the
installation of bright, reliable emergency lighting for illuminating a
pathway to safety.
Littelfuse, Inc.
Don’t Blow It: Why Solar Arrays Need Solar Fuses
It’s not unusual that solar photovoltaic (PV) systems would require
fuses – after all, these installations can carry substantial electrical
loads, so overcurrent protection is critical to their safe operation.
What is remarkable, though, are the conditions under which PV panels,
their conductors, and their wiring can operate.
Lutron Electronics Co., Inc.
Harnessing Lighting: A Guide to Wireless Fixture Controls
In the constantly changing world of lighting technology, wireless
fixture control marks a significant leap forward. These systems, defined
by their ability to manipulate lighting conditions, without the need for hard-wiring,
are swiftly becoming a vital tool for electrical contractors and
lighting designers.
Cooper Lighting
The Bright Future of 3-D Printed Light Fixtures
The concept of 3D printing, also known as additive manufacturing,
initially surfaced in the 1980s, thanks largely to the innovative work
of engineer Chuck Hull. Hull invented a process called
'stereolithography', or SLA, a method that allowed for the creation of
3D models layer by layer, literally bringing ideas to life. It was a
revolutionary breakthrough that sparked the beginning of the 3D printing
era.