Water Fountain Gfci Nec at Rodney Lynn blog

Water Fountain Gfci Nec. And you must install a gfci in the branch circuit supplying. Below is a preview of the nec®. The gc is arguing the gfci needs to be installed inside the shell of the drinking fountain, but that would make it not readily. Per 680.22(a)(5), all 125v receptacles located within 6 m (20 ft) of the walls of a pool or fountain must be protected by a gfci. As of the 2008 nec code. But this requirement does not apply to submersible equipment that is listed for operation at low voltage contact (or less) and supplied by a power source that complies with 680.23(a)(2). See the actual nec® text at nfpa.org for the complete code section. For many years, the industry standard for a drinking fountain is to install it directly over the gfci type receptacle which renders the receptacle accessible instead of readily accessible. For the purposes of this article, these installations will be referred to as bodies of water. If the appliance (water fountain) itself requires gfi protection, it will say so in the specs that come with the appliance. 680 apply to the installation of electric wiring and equipment for pools, fountains, hot tubs, spas, and hydromassage bathtubs, whether permanently installed or storable. While your thinking is correct, to my knowledge gfci for a drinking water fountains is not required by nec.

And you must install a gfci in the branch circuit supplying. Per 680.22(a)(5), all 125v receptacles located within 6 m (20 ft) of the walls of a pool or fountain must be protected by a gfci. See the actual nec® text at nfpa.org for the complete code section. For the purposes of this article, these installations will be referred to as bodies of water. If the appliance (water fountain) itself requires gfi protection, it will say so in the specs that come with the appliance. The gc is arguing the gfci needs to be installed inside the shell of the drinking fountain, but that would make it not readily. Below is a preview of the nec®. But this requirement does not apply to submersible equipment that is listed for operation at low voltage contact (or less) and supplied by a power source that complies with 680.23(a)(2). For many years, the industry standard for a drinking fountain is to install it directly over the gfci type receptacle which renders the receptacle accessible instead of readily accessible. As of the 2008 nec code.

NEC Requirements for GroundFault Circuit Interrupters (GFCI) EC&M

Water Fountain Gfci Nec For the purposes of this article, these installations will be referred to as bodies of water. For the purposes of this article, these installations will be referred to as bodies of water. The gc is arguing the gfci needs to be installed inside the shell of the drinking fountain, but that would make it not readily. For many years, the industry standard for a drinking fountain is to install it directly over the gfci type receptacle which renders the receptacle accessible instead of readily accessible. See the actual nec® text at nfpa.org for the complete code section. While your thinking is correct, to my knowledge gfci for a drinking water fountains is not required by nec. As of the 2008 nec code. And you must install a gfci in the branch circuit supplying. If the appliance (water fountain) itself requires gfi protection, it will say so in the specs that come with the appliance. 680 apply to the installation of electric wiring and equipment for pools, fountains, hot tubs, spas, and hydromassage bathtubs, whether permanently installed or storable. Below is a preview of the nec®. But this requirement does not apply to submersible equipment that is listed for operation at low voltage contact (or less) and supplied by a power source that complies with 680.23(a)(2). Per 680.22(a)(5), all 125v receptacles located within 6 m (20 ft) of the walls of a pool or fountain must be protected by a gfci.