What hasn't?That has not been allowed for several years now.
What hasn't?That has not been allowed for several years now.
I dont tink yer curreckt der wade
Do you have a code reference?That has not been allowed for several years now.
No more listening to the lowes guy mkay?That has not been allowed for several years now.
Sorry but what you're saying is incorrect. A duplex is two receptacles each one is 120 volts between hot and neutral. There is no overheating, high voltage or anything else out of the ordinary.No, you cannot connect two phase conductors with a potential of 240 volts to a duplex receptacle rated for only 125 volts; doing so is extremely dangerous and violates electrical safety codes as the receptacle is not designed to handle such a high voltage, potentially causing damage, overheating, or electrical shock.
What makes this so different?No, you cannot connect two phase conductors with a potential of 240 volts to a duplex receptacle rated for only 125 volts; doing so is extremely dangerous and violates electrical safety codes as the receptacle is not designed to handle such a high voltage, potentially causing damage, overheating, or electrical shock.
So what is the reason for 210.7?No, you cannot connect two phase conductors with a potential of 240 volts to a duplex receptacle rated for only 125 volts; doing so is extremely dangerous and violates electrical safety codes as the receptacle is not designed to handle such a high voltage, potentially causing damage, overheating, or electrical shock.
Code section please?No, you cannot connect two phase conductors with a potential of 240 volts to a duplex receptacle rated for only 125 volts; doing so is extremely dangerous and violates electrical safety codes as the receptacle is not designed to handle such a high voltage, potentially causing damage, overheating, or electrical shock.
Duplex receptacles rated 15 and 20 A that are provided with break-off tabs may have those tabs removed so that the two receptacles may be wired in a multi-wire branch circuit or multiple branch circuits.
That's why we're here.Kudos to you guys for setting me on a straight and narrow path
I would do it as shown in post #12, less parts and expenseWhat would be the most efficient, cost effective way to provide a separate 20A, 120V cct/recep for DW-Disp typ installs? (1) 20A duplex split-wired using 12-3 NM MWBC along w/(1) 2P20A AFCI/GFCI cct brkr? or (2) 20A single receps in 2G box w/(2) sep 12-2 NM cables to (2) 1P20A AFCI/GFCI brkrs?
Come on this form and you will realize you were told a lot of bs, it certainly happened to me too.I stand corrected. Apparently I've been misled. For years! Kudos to you guys for setting me on a straight and narrow path
Assuming both of these need afci and gfci, you would need to have a separate neutral for each so either 2 12/2's or 12-4 cableWhat would be the most efficient, cost effective way to provide a separate 20A, 120V cct/recep for DW-Disp typ installs? (1) 20A duplex split-wired using 12-3 NM MWBC along w/(1) 2P20A AFCI/GFCI cct brkr? or (2) 20A single receps in 2G box w/(2) sep 12-2 NM cables to (2) 1P20A AFCI/GFCI brkrs?
Even supply house employees often have little idea what is code.Rule #1 - ignore code advice from Lowe’s employees.