Electrical Industry Rich-Media Product Demos and Videos

Easy, precise dimming control with built-in smart technology, now in a customer-favorite design.

Latest design and technology provides solutions for an entire project. Updated LED+ dimmer to work with new Accessory switch for 3 and 4-way applications. PRO LED+ Dimmer provides multi-location dimming and the Sunnata switch works with non-dimming loads.

North Shore Safety has a wide array of GFCI's that will help you seamlessly comply with these current standards without disrupting your staffs normal operating kitchen environment, while also protecting you and your staff from potential hazardous electrical shock.

Long-lasting, easy-to-install, and reliable. Ideal for illuminating baseball, football, and soccer fields as well as other sports arenas.

Engineered Products Company’s (EPCO) Magnetic Multi-Purpose LED RetroFit Kits can lower your energy consumption to 40%, improve your lighting system, and provide you with long-term sustainable savings.

Engineered Products Company's (EPCO) Splice Kits for direct burial applications provide a permanent water resistant seal eliminating crimping tools when splicing aluminum or copper conductors, cable deterioration and problems that can lead to open circuits and cable failure.

EPCO solid and stranded wire, single and dual-gang Grounding PigTails are available in 6.5”, 8”, 10”, and 12” lengths and include a grounding screw and a machine-made, insulated crimped ring, or flanged spade fork terminal.

Engineered Products Company (EPCO) are the leading American manufacturer for power and lighting fixture whips for the electrical construction industry. Our pre-wired armored cable fixture whips are typically used for lighting and power distribution in commercial and hospital buildings.

One of the most critical decision when designing stable and safe electrical systems is system grounding. The key parameter that determines the neutral grounding resistor’s affect on the circuit is the let-through current. This video will focus on how to determine what level of let-through current to specify when designing a resistance-grounded system.