One outlet per 12 linear feet or part thereof of wall space for general applications and minimum one per workspace in kitchen according to both 1966 and 1969 codes for Ontario. (I have copy of both from my dad who was an electrician)
One outlet per 12 linear feet or part thereof of wall space for general applications and minimum one per workspace in kitchen according to both 1966 and 1969 codes for Ontario. (I have copy of both from my dad who was an electrician)
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It's been added to significantly since with no more than 24" to nearest horizontally and every section of countertop 12" or more wide has to have one irrespective. Plus a bunch of other lesser details...
But nothing requires adjacent receptacles to be on different circuits; only again still the bare-bones minimum of 2 20-A small appliance circuits in counting small-appliance circuits. Major appliances have to have their own but that's independent of SA circuits.
That still seems an unreasonable requirement...you sure you're reading that right?
Yes. Reminds me of the only toast I had as a kid. It was from Grandma's Toast-o-Later. Hadn't thought about that toaster in many years.
Yup - read both 66 and 69. Has been changed now to requiring minimumof
2 countertop 20 amp circuits instead of 15 amp splits (30 amp capacity) Need more now too - don't have a current code book handy but your anything more than 12 inches sounds right.The 20 amp outlets are "dedicated circuits" but no longer split - still cannot have 2 on the same circuit adjacent (since only 1 duplex on a circuit)
Microwave and fridge need to be on their own "dedicated" circuit as well. Getting to be pretty big panels - with kitchen sub-panels becoming pretty common.
Sometimes I give the old lady a fork or a prong.
Cocky answer and remark, "...a little education..." Be nice. There was a time you didn't know or care for the answer. You can still get electrocuted/shocked/jolted from a toaster - It's called single-fault, and it can happen when the hot wire comes in contact with the metal of the toaster or any other conducting area for that matter (short with neutral, etc.), even with double insulation. So, it's not impossible. Anything is possible. There's a reason why it's called an "accident". Even a double insulated device is prone to a faulty internal or external occurrence, or an unseen break in the insulation and contact with hot wire. Regarding, GFCI, it can fail, too. In other words, be safe - Don't trust cocky answers - Do more research. Thank you.
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