Box Extender/Leveling Ring for concrete floor boxes
FLBC4500LRBE is perfect for use when the finished floor is too high.This combination box extender/leveling ring extends an installed 4-1/2" round box up to 2” – and levels the box for the installation of the cover.
Easy to install on installed 4-1/2" round concrete boxes like Arlington’s FLBC4500, and other manufacturers’ boxes.
Online Configurator for Power Distribution Systems
Designing an AMAXX Custom Power Distribution Center is as easy as a few clicks! The AMAXX line features 5 sizes of UL listed non-metallic enclosures and unlimited combinations of receptacles and disconnects.
Rigid Fittings Stainless Steel Drain Adapters from Thomas & Betts facilitate moisture drainage from electrical systems in ordinary locations where threaded connectors are not possible.
They provide drainage of accumulated moisture in stainless steel enclosures with non-threaded connections, without the need for unsafe and cumbersome welding or improvised breather lines for caulking.
New from IDEAL® Bi-Metal Hole Saws
• Constructed from M42 high speed steel with 8% premium cobalt content • Rigid solid steel back plate • 4/6 variable pitch geometry with unique fleem ground teeth design • Featuring a 1-7/8 in. depth of cut • Diamond sides provide quick plug removal (available on 7/8 in. to 6 in. hole saws)
EXTRA DUTY® While-In-Use Covers from Hubbell Wiring Device-Kellems
Hubbell’s new line of NEMA 3R Rated EXTRA DUTY® While-In-Use covers offers weather protection for devices when they are being used in damp or wet locations. They meet the current 2014 NEC® article 406.9 and are constructed out of heavy duty die-cast metal and high-impact polycarbonate construction.
BURNDY® HandyBug™ Connector
The HandyBug™ connector is UL Listed, CSA Certified, and Direct Burial rated. Sizes accommodate from #10 AWG Solid to #2 AWG Solid or #2 AWG Stranded to 1/0 AWG and feature a two hole tongue. The HandyBug™ connector functions as a split bolt, splice, or a termination for wires to a bus bar or other flat surface.
