via Tooshlights.com

Ultimately, Tooshlights wants to improve the public restroom experience. “We’ve all been in a public restroom with a line out the door, and no way to tell if a stall is open, occupied or out of order without looking under the door or peeking through the crack,” Tooshlights.com

We’ve recently added a new explosion-proof light for use in granaries, paint booths, mills, mines, oil refineries, auto shops, marine vessels, shipyards, and other hazardous locations.

This LED light is listed as UL1598 for wet locations and UL1598A for outdoor marine applications. It is classified as UL844 and meets National Electric Code—NFPA 70, article 500—requirements in the U.S. for Class 1 Division 1 (groups C and D), Class 1 Division 2 (groups A, B, C, and D), and Class 2 Division 2 (groups F and G) hazardous locations. The light fixture meets IECEx Zone 1, 2, 21, and 22 requirements for safe operation around combustible gas and dust.

Designed to replace 320-watt metal-halide (MH) fixtures with comparable output—the 100-watt LED explosion-proof light emits 13,000 lumens of natural white illumination. This weatherproof LED fixture operates within a 100-277V AC range and is built to last five times longer than MH lights.

The durably constructed light has a vibration-resistant anodized aluminum housing that prevents the release of sparks from internal components. The die cast housing is also powder coated for corrosion resistance and has a removable back plate for access to the constant-current driver, which is sealed with a silicone gasket. LEDs are protected by a tempered glass lens.

A conduit is required for installation, and the fixture has two openings for input and output connections. The LED explosion-proof light can be pole mounted or mounted to a wall, floor, or ceiling with its included bracket. A five-year warranty protects against any manufacturer defects or malfunctions.

There is a very dangerous myth floating around, one which could actually result in severe injury and even death – “Electricity always follows the path of least resistance”. This is one of those myths that results from a general fact being blown way out of proportion.

Forget colleges and engineering schools, most high school students learn that electricity does behave this way, as a part of the basics of electricity and resistances. Worryingly, this myth isn’t just stated as a fact, it’s a commonly followed practice in many electrical circuit designs, especially when it comes to grounding.

Walk into any industrial plant that uses motors or pumps and you’ll find they’re all connected to ground rods. Ask anyone why that’s done and you’ll likely get the same response everywhere (even from the people in charge of the electrical maintenance) – It’s to eliminate the potential differences.