I'm working on a design which has EGC's as a core within the multiconductor cables. They are connected to the ground bar at the panels/switchboard, but is there any requirement for it to be bonded to the ground bar at the final equipment?
oh sorry! Equipment grounding conductors!Are these GEC's or EGC's?
If it's the only EGC for the load equipment, of course it should.I'm working on a design which has EGC's as a core within the multiconductor cables. They are connected to the ground bar at the panels/switchboard, but is there any requirement for it to be bonded to the ground bar at the final equipment?
These are power cablesAlso are these power cables or signal cables?
Power circuits require EGCs as a fault current path. Signal circuits use 'grounds' differently.
Jon
Even if connected at the other end? as there's still a path . Which section of the NEC would this be covered in - ie connected to ground at the load end?If it's the only EGC for the load equipment, of course it should.
Even if connected at the other end? as there's still a path . Which section of the NEC would this be covered in - ie connected to ground at the load end?
yes correct - but my question was whether that equipment grounding terminal needs to be connected to any local grounding / bonding and if so - which part of the code states this. E.g.if it was a metallic box with local bonding to ground, does the Equipment grounding conductor terminal need to be connected to that - or can the EGC just terminate at the terminal - not connected to anything locally.It’s not connected to “ground” at the load end, it’s connected to the equipment’s grounding terminal.
Thanks , is there any part of the NEC i can refer to for this load end connection requirement.The whole of an EGC purpose is to provide a fault clearing path from the equipment to the power source and they must be connected to the metal non-current carrying parts at the load end.