I expect a large fridge to draw around 5 amps, but my clamp transformer
(on one wire of a broken-out extension cord of course) and Fluke
together say 830ma when the thing is running. Does that seem wrong? It
measures the toaster oven at 9.1A and the fridge light at 300ma.


--

On 1/12/2020 5:43 PM, Tom Del Rosso wrote:
I expect a large fridge to draw around 5 amps, but my clamp transformer
(on one wire of a broken-out extension cord of course) and Fluke
together say 830ma when the thing is running. Does that seem wrong? It
measures the toaster oven at 9.1A and the fridge light at 300ma.


Are sure that is not just a fan running without the compressor
running? It has to be more when the compressor runs.

Mikek

On Sunday, January 12, 2020 at 6:43:33 PM UTC-5, Tom Del Rosso wrote:
I expect a large fridge to draw around 5 amps, but my clamp transformer
(on one wire of a broken-out extension cord of course) and Fluke
together say 830ma when the thing is running. Does that seem wrong? It
measures the toaster oven at 9.1A and the fridge light at 300ma.


That sounds about right. A refrigerator maintains a low temperature, but takes a long time to pull the contents down from room temperature. The compressor is tiny, inside the housing It is spring mounted to reduce the noise, and to surround the motor with refrigerant. If it drew 9.1A, that would be over a Kilowatt that would need to be dissipated, along with the interior heat.

We measured a new fridge at the store, had to talk the manager into it but I built a box with a cord and outlet and a wire looped outside for a clamp on ammeter.

We got a peak of like 9 amps or so to start but then it went be;ow one amp.

However if the thing has not been in service the condenser is not pressurized which does make the compressor draw more. We didn't want to hang around all day so we took the data and went on to other things. This was for a solar powered camper made out of a box truck.

The trend now is for a smaller refrigeration system that runs longer. The peak at startup is one issue but there are so many others. Manufacturing costs, weight/freight. It all needs to be considered when you make decisions like that in design.

There are drawbacks. I would bet real money that if you put a new and old fridge out on 100º in the sun the old one could cool the food but the new one would not. But how many people are going to do that ?

So you might have 80 watts for 6 hours but with an old one you would have 160 watts for 3 hours. The lower drain means less loss of power in the house wiring, and not contributing as much to peak demand.

Thing is, after the startup surge, take and run the thing for a couple hours with the doors open. Then you get a worst case scenario value for its current drain.

Jeff Urban wrote:
We measured a new fridge at the store, had to talk the manager into
it but I built a box with a cord and outlet and a wire looped outside
for a clamp on ammeter.

We got a peak of like 9 amps or so to start but then it went be;ow
one amp.

Thanks to all. This is good, so I can put some other loads on the
fridge outlet.

In "Tom Del Rosso" writes:

Jeff Urban wrote:
We measured a new fridge at the store, had to talk the manager into
it but I built a box with a cord and outlet and a wire looped outside
for a clamp on ammeter.

We got a peak of like 9 amps or so to start but then it went be;ow
one amp.

Thanks to all. This is good, so I can put some other loads on the
fridge outlet.

Maybe, maybe not.

While typical refrigerators these days pull one amp (or less...)
while running, the "frost free" ones use a hell of a lot
more during the defrost cycle.

I've measured _500_ watts (4 amps) on mine.

A meeting hall I work with had a problem where the
circuit breaker feeding the overhead lights would
overload and open up, plunging the room into darkness.

Which made no sense. Yes, I re-measured the load and
swapped breakers...

On checking further, I found that they had added
an outlet which was slaved off the lighting circuit [a]
and was being used for a refrigerator.

It took some head scratching before I realized that
when the lights were on at the same time the refrigerator
went into defrost mode, the power draw exceeded the
breaker rating.

Since the place was rarely used, just about all the
time the defroster kicked in the lights were off,
so these blackouts were few and far between...

[a] installed by a professional and licensed electrician
who should have known that Code does NOT like appliance
outlets on lighting circuits for exactly this reason.


--
__________________________________________________ ___
Knowledge may be power, but communications is the key

[to foil spammers, my address has been double rot-13 encoded]

On Sun, 12 Jan 2020 18:43:28 -0500, "Tom Del Rosso"
wrote:

I expect a large fridge to draw around 5 amps, but my clamp transformer
(on one wire of a broken-out extension cord of course) and Fluke
together say 830ma when the thing is running. Does that seem wrong? It
measures the toaster oven at 9.1A and the fridge light at 300ma.

Make and model of the fridge? 117VAC or 240VAC? I can possibly
lookup the expected current drain online and do a sanity check. I
found a few charts that claim a full size refrigerator/freezer should
draw about 700 watts. 5A sounds about right:
117VAC * 5A = 585 VA
No clue on the PF (power factor) so I'll use VA instead of watts.

If you're seeing only 0.83A, then you're looking at the current drawn
by a fan or light bulb in the fridge, not the compressor. Try
lowering the temperature setting of the thermostat temporarily to
force the compressor to start.

--
Jeff Liebermann
150 Felker St #D http://www.LearnByDestroying.com
Santa Cruz CA 95060 http://802.11junk.com
Skype: JeffLiebermann AE6KS 831-336-2558

Jeff Liebermann wrote:
On Sun, 12 Jan 2020 18:43:28 -0500, "Tom Del Rosso"
wrote:

I expect a large fridge to draw around 5 amps, but my clamp
transformer (on one wire of a broken-out extension cord of course)
and Fluke together say 830ma when the thing is running. Does that
seem wrong? It measures the toaster oven at 9.1A and the fridge
light at 300ma.

Make and model of the fridge? 117VAC or 240VAC? I can possibly
lookup the expected current drain online and do a sanity check. I
found a few charts that claim a full size refrigerator/freezer should
draw about 700 watts. 5A sounds about right:

Frigidaire FFHT1621TS1


117VAC * 5A = 585 VA
No clue on the PF (power factor) so I'll use VA instead of watts.

If you're seeing only 0.83A, then you're looking at the current drawn
by a fan or light bulb in the fridge, not the compressor. Try
lowering the temperature setting of the thermostat temporarily to
force the compressor to start.

Tthat 800ma is when it's making noise. It's less than 10ma the rest of
the time. The other loads are toaster and microwave so they draw zero
most of the time.

The most unfortunate thing is that all the outlets in the kitchen seem
to be on one breaker. I say so because there is a 3 volt drop on any
outlet when the toaster oven draws 9 amps. In another room it drops
100mv or less.

danny burstein wrote:
In "Tom Del Rosso"
writes:

Jeff Urban wrote:
We measured a new fridge at the store, had to talk the manager into
it but I built a box with a cord and outlet and a wire looped
outside for a clamp on ammeter.

We got a peak of like 9 amps or so to start but then it went be;ow
one amp.

Thanks to all. This is good, so I can put some other loads on the
fridge outlet.

Maybe, maybe not.

While typical refrigerators these days pull one amp (or less...)
while running, the "frost free" ones use a hell of a lot
more during the defrost cycle.

I've measured _500_ watts (4 amps) on mine.

That might be a few times a day but my other loads are used even less
often. The total is still under 15 amps which is what motivated me to
measure it.

"Tom Del Rosso" wrote:
Jeff Urban wrote:
We measured a new fridge at the store, had to talk the manager into
it but I built a box with a cord and outlet and a wire looped outside
for a clamp on ammeter.

We got a peak of like 9 amps or so to start but then it went be;ow
one amp.

Thanks to all. This is good, so I can put some other loads on the
fridge outlet.

Newer ones seem to draw less on auto defrost. I think some older ones may
draw a bunch, like 10 amps or more.

Greg

If you're seeing only 0.83A, then you're looking at the current drawn by a fan or light bulb in the fridge, not the compressor.

No, I am sure of what I said, that was considered at the time.

But if the compressor is not pumping into a loaded condenser the power drain will be low as I stated. Your fans n **** are more like ¼ amp.

Go look, you'll see I am right. It just so happens I have recent experience with this. Not many people last year went into a store and convinced the manager to allow connecting an ammeter to one of their new refrigerators. I did.

Besides the NEC violation, the other reason not to share the
fridge circuit is when/if the toaster/mixer/whatever trips it,
and you do not notice, you get was-frozen food.
--
A host is a host from coast to
& no one will talk to a host that's close..........................
Unless the host (that isn't close).........................pob 1433
is busy, hung or dead....................................20915-1433

In general, the best means of deciding how much current a device takes is a peak-holding watt/hour meter. Various devices may be purchased at your local Big-Box, Amazon and any number of other outlets.\

Such devices are also good for discovering real or pending problems with appliances and any number of other items around the house.

Why speculate when good data is readily available?

Peter Wieck
Melrose Park, PA

On 2/24/20 8:38 AM, wrote:
Why speculate when good data is readily available?

Because this is Usenet.
The standard rules of engagement are to take something simple,
blow it all out of proportion, then continue to beat it like
a dead horse with wild speculation.


--
"I am a river to my people."
Jeff-1.0
WA6FWi
http:foxsmercantile.com

On 1/12/2020 10:47 PM, Tom Del Rosso wrote:
Jeff Liebermann wrote:
On Sun, 12 Jan 2020 18:43:28 -0500, "Tom Del Rosso"
wrote:

I expect a large fridge to draw around 5 amps, but my clamp
transformer (on one wire of a broken-out extension cord of course)
and Fluke together say 830ma when the thing is running. Does that
seem wrong? It measures the toaster oven at 9.1A and the fridge
light at 300ma.

Make and model of the fridge? 117VAC or 240VAC? I can possibly
lookup the expected current drain online and do a sanity check. I
found a few charts that claim a full size refrigerator/freezer should
draw about 700 watts. 5A sounds about right:

Frigidaire FFHT1621TS1


117VAC * 5A = 585 VA
No clue on the PF (power factor) so I'll use VA instead of watts.

If you're seeing only 0.83A, then you're looking at the current drawn
by a fan or light bulb in the fridge, not the compressor. Try
lowering the temperature setting of the thermostat temporarily to
force the compressor to start.

Tthat 800ma is when it's making noise. It's less than 10ma the rest of
the time. The other loads are toaster and microwave so they draw zero
most of the time.

The most unfortunate thing is that all the outlets in the kitchen seem
to be on one breaker. I say so because there is a 3 volt drop on any
outlet when the toaster oven draws 9 amps. In another room it drops
100mv or less.



I'd have a little concern about that 3v drop. It could be just a long
run of wire, (I doubt it) or a poor connection somewhere between,
starting at the box and going to the outlet.
Warning I once connected several freezers to an outlet, in an outdoor
porch. It was fine for years and then one day a got a burning smell.
Tried and tried to sniff it out, but it went a way. A couple days later
I smelled it again. I traced behind a TV, I grabbed the TV plug and it
was very hot. I moved everything out, removed a panel from the wall.
Upon inspection the the outlet crumbled to pieces. The wire from the
Circuit breaker box terminated at the outlet, then another wire was
connected to the box that went to the outdoor outlet. A poor connection
to the box, heated up every time the freezers ran. I was lucky it didn't
start a fire. I installed 220v to a sub box and divided that for my
freezers after that.

Mikek

amdx wrote:
On 1/12/2020 10:47 PM, Tom Del Rosso wrote:
Jeff Liebermann wrote:
On Sun, 12 Jan 2020 18:43:28 -0500, "Tom Del Rosso"
wrote:

I expect a large fridge to draw around 5 amps, but my clamp
transformer (on one wire of a broken-out extension cord of course)
and Fluke together say 830ma when the thing is running. Does that
seem wrong? It measures the toaster oven at 9.1A and the fridge
light at 300ma.

Make and model of the fridge? 117VAC or 240VAC? I can possibly
lookup the expected current drain online and do a sanity check. I
found a few charts that claim a full size refrigerator/freezer
should draw about 700 watts. 5A sounds about right:

Frigidaire FFHT1621TS1


117VAC * 5A = 585 VA
No clue on the PF (power factor) so I'll use VA instead of watts.

If you're seeing only 0.83A, then you're looking at the current
drawn by a fan or light bulb in the fridge, not the compressor. Try
lowering the temperature setting of the thermostat temporarily to
force the compressor to start.

Tthat 800ma is when it's making noise. It's less than 10ma the rest
of the time. The other loads are toaster and microwave so they draw
zero most of the time.

The most unfortunate thing is that all the outlets in the kitchen
seem to be on one breaker. I say so because there is a 3 volt drop
on any outlet when the toaster oven draws 9 amps. In another room
it drops 100mv or less.



I'd have a little concern about that 3v drop. It could be just a
long run of wire, (I doubt it) or a poor connection somewhere between,
starting at the box and going to the outlet.
Warning I once connected several freezers to an outlet, in an outdoor
porch. It was fine for years and then one day a got a burning smell.
Tried and tried to sniff it out, but it went a way. A couple days
later I smelled it again. I traced behind a TV, I grabbed the TV plug
and it was very hot. I moved everything out, removed a panel from the
wall. Upon inspection the the outlet crumbled to pieces. The wire
from the Circuit breaker box terminated at the outlet, then another
wire was connected to the box that went to the outdoor outlet. A poor
connection to the box, heated up every time the freezers ran. I was
lucky it didn't start a fire. I installed 220v to a sub box and
divided that for my freezers after that.

Mikek

Yeah, thanks, but I realize that. It's the landlord's fault if the
building burns. I have my own insurance. His might be cancelled.

a) If the landlord provides wiring that is/was to-code when installed.
b) If the code states that a refrigerator should be on a dedicated circuit.
c) If the tenant attempts to go around the original and proper installation and/or add additional load than just the refrigerator.

It is unlikely the landlord will get dinged 'if the building burns' - as the lawyers will go through the first-cause (you) first.

Line drop: is it 3 volts under load? Is it 3 volts in general? What gauge is the wire, and how long is the run? And are there any splices along that run? As an example, we have a 12-gauge, 20 A dedicated circuit to our refrigerator that is about 75' in developed length, no splices. Just for giggles, we have 118 V at the panel, line-to-ground, and 117 V at the receptacle, unloaded. And within the limits of measurement error anyway.

Peter Wieck
Melrose Park, PA

On 2/25/2020 10:38 AM, Tom Del Rosso wrote:
amdx wrote:
On 1/12/2020 10:47 PM, Tom Del Rosso wrote:
Jeff Liebermann wrote:
On Sun, 12 Jan 2020 18:43:28 -0500, "Tom Del Rosso"
wrote:

I expect a large fridge to draw around 5 amps, but my clamp
transformer (on one wire of a broken-out extension cord of course)
and Fluke together say 830ma when the thing is running. Does that
seem wrong? It measures the toaster oven at 9.1A and the fridge
light at 300ma.

Make and model of the fridge? 117VAC or 240VAC? I can possibly
lookup the expected current drain online and do a sanity check. I
found a few charts that claim a full size refrigerator/freezer
should draw about 700 watts. 5A sounds about right:

Frigidaire FFHT1621TS1


117VAC * 5A = 585 VA
No clue on the PF (power factor) so I'll use VA instead of watts.

If you're seeing only 0.83A, then you're looking at the current
drawn by a fan or light bulb in the fridge, not the compressor. Try
lowering the temperature setting of the thermostat temporarily to
force the compressor to start.

Tthat 800ma is when it's making noise. It's less than 10ma the rest
of the time. The other loads are toaster and microwave so they draw
zero most of the time.

The most unfortunate thing is that all the outlets in the kitchen
seem to be on one breaker. I say so because there is a 3 volt drop
on any outlet when the toaster oven draws 9 amps. In another room
it drops 100mv or less.



I'd have a little concern about that 3v drop. It could be just a
long run of wire, (I doubt it) or a poor connection somewhere between,
starting at the box and going to the outlet.
Warning I once connected several freezers to an outlet, in an outdoor
porch. It was fine for years and then one day a got a burning smell.
Tried and tried to sniff it out, but it went a way. A couple days
later I smelled it again. I traced behind a TV, I grabbed the TV plug
and it was very hot. I moved everything out, removed a panel from the
wall. Upon inspection the the outlet crumbled to pieces. The wire
from the Circuit breaker box terminated at the outlet, then another
wire was connected to the box that went to the outdoor outlet. A poor
connection to the box, heated up every time the freezers ran. I was
lucky it didn't start a fire. I installed 220v to a sub box and
divided that for my freezers after that.

Mikek

Yeah, thanks, but I realize that. It's the landlord's fault if the
building burns. I have my own insurance. His might be cancelled.



Hope you're not sleeping if a fire starts!
My problem really shook me, because of the way the wood was scorched
inside the wall.
If we had a hot night when the freezers had to run, a fire could have
happened. It's a 45 year old house, hmm, it was only 20 years old when I
moved in.
Mikek

On 2/25/2020 11:20 AM, wrote:
a) If the landlord provides wiring that is/was to-code when installed.
b) If the code states that a refrigerator should be on a dedicated circuit.
c) If the tenant attempts to go around the original and proper installation and/or add additional load than just the refrigerator.

It is unlikely the landlord will get dinged 'if the building burns' - as the lawyers will go through the first-cause (you) first.

Line drop: is it 3 volts under load? Is it 3 volts in general? What gauge is the wire, and how long is the run? And are there any splices along that run? As an example, we have a 12-gauge, 20 A dedicated circuit to our refrigerator that is about 75' in developed length, no splices. Just for giggles, we have 118 V at the panel, line-to-ground, and 117 V at the receptacle, unloaded. And within the limits of measurement error anyway.

Peter Wieck
Melrose Park, PA


With a 10 Meg ohm DVM, That doesn't sound right.
150ft of #12 wire is 0.2382 ohms, add 0.1 ohms for the 4 connections
and you have 0.3382 ohms, you would need 4.2 amps to drop 1 Volt.
Are sure there is nothing else on that line?

Couple clarifications, What do you mean by developed? and
line-to-ground? is it a two wire system?
Line to ground, line to neutral should not be different, But...
Mikek

Developed length: The total amount of wire in the run. Not the direct distance between the panel and the receptacle, which is less than 60 feet.

Standard Hot/Neutral/Ground 12/2 Romex.
And, as the Neutral and the Ground are bonded to the same buss-bar, the voltages are the same.

Consider a measuring device (voltmeter) - and it has a margin of error.
Consider that at the panel, it is measuring at the bottom of the 118 V level, and at the receptacle, at the top of the 117 V level. That is what I mean by measurement error.

Peter Wieck
Melrose Park, PA

wrote:
a) If the landlord provides wiring that is/was to-code when installed.
b) If the code states that a refrigerator should be on a dedicated
circuit.
c) If the tenant attempts to go around the original and proper
installation and/or add additional load than just the refrigerator.

It is unlikely the landlord will get dinged 'if the building burns' -
as the lawyers will go through the first-cause (you) first.

No idea what you're talking about since I never said it was modified by
me. How did I "cause" a problem by plugging a toaster oven into the
other outlet?

amdx wrote:
On 2/25/2020 10:38 AM, Tom Del Rosso wrote:

Yeah, thanks, but I realize that. It's the landlord's fault if the
building burns. I have my own insurance. His might be cancelled.

Hope you're not sleeping if a fire starts!

I hardly ever use a toaster oven while I'm sleeping. It's the only 9 amp
load I have.

No idea what you're talking about since I never said it was modified by
me. How did I "cause" a problem by plugging a toaster oven into the
other outlet?


By adding a second load to what should be a dedicated circuit.

Peter Wieck
Melrose Park, PA

wrote:
No idea what you're talking about since I never said it was modified
by me. How did I "cause" a problem by plugging a toaster oven into
the other outlet?


By adding a second load to what should be a dedicated circuit.

But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

Wrong. Two reasons:

a) Ignorance is not a defense - that is, and has been, "common law" for over 2,000 years. And, yes, "common law" does apply to liability.

b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto, where the refrigerator is plugged in is dedicated. And that receptacle may not be shared per the code. The reasoning may appear circular, but it remains how it would be in a pinch.

When I was doing this for a living (more than 40 years ago) we used simplex receptacles for the refrigerator line. So that down-line idiots did not make that same mistake you might make. That and any other 'dedicated' circuits, with special reference to AC, 240 V Dryer and similar circuits.

https://static.grainger.com/rp/s/is/image/Grainger/53CX77_GC01?$mdmain$

Peter Wieck
Melrose Park, PA

In article ,
says...

b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto, where the refrigerator is plugged in is dedicated. And that receptacle may not be shared per the code. The reasoning may appear circular, but it remains how it would be in a pinch.




Son moved into a house that had the refrigerator on a circuit with
several other outlets in the kitchen. Was even powered from a
receptical that was a ground fault. Found this out one day when he
called and said there was no power on his refrigerator. No breakers
were tripped. I looked around and finally found the GFCI receptical
that was tripped.

wrote:
But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

Wrong. Two reasons:

a) Ignorance is not a defense - that is, and has been, "common law"
for over 2,000 years. And, yes, "common law" does apply to liability.

That's ignorance of the law, not ignorance of what an electrician did
under someone else's supervision.


b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto,
where the refrigerator is plugged in is dedicated. And that
receptacle may not be shared per the code. The reasoning may appear
circular, but it remains how it would be in a pinch.

So you are under the impression that I have something plugged into the
same outlet. I didn't say that. I said it was on the same breaker as
other outlets. There is no way in hell I would be blamed for using
another outlet.

Cutting to the chase:

a) You have demonstrated, in a public forum, that you fully understand the situation.
b) You also demonstrate that you understand the code.
c) You also demonstrate that you know that the situation is not up to present code.
d) You also demonstrate that you understand that by plugging in a second large-use device, you are creating a risk, albeit a very small one.

Feigned ignorance will get you nowhere should that risk manifest. You might not like it, but the other principle of assigning liability is called "Last Clear Chance". Which you also demonstrate as having, clearly.

https://dictionary.law.com/Default.aspx?selected=1107

Peter Wieck
Melrose Park, PA

wrote:

Feigned ignorance will get you nowhere should that risk manifest. You
might not like it, but the other principle of assigning liability is
called "Last Clear Chance". Which you also demonstrate as having,
clearly.

https://dictionary.law.com/Default.aspx?selected=1107

"could have still avoided the accident by reasonable care in the final
moments"

Which I could not do, since using no other electrical devices is not an
option. And then there are housing regulations that would ensure the
owner is liable.

Which I could not do, since using no other electrical devices is not an
option. And then there are housing regulations that would ensure the
owner is liable.


Well, in the awful event that you need to test this belief, I hope you survive the event unscathed, and I hope that you are successful should it go to court.

Peter Wieck
Melrose Park, PA

On 2/27/2020 12:33 PM, wrote:
But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

Wrong. Two reasons:

a) Ignorance is not a defense - that is, and has been, "common law" for over 2,000 years. And, yes, "common law" does apply to liability.

b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto, where the refrigerator is plugged in is dedicated. And that receptacle may not be shared per the code. The reasoning may appear circular, but it remains how it would be in a pinch.

When I was doing this for a living (more than 40 years ago) we used simplex receptacles for the refrigerator line. So that down-line idiots did not make that same mistake you might make. That and any other 'dedicated' circuits, with special reference to AC, 240 V Dryer and similar circuits.

https://static.grainger.com/rp/s/is/image/Grainger/53CX77_GC01?$mdmain$

Peter Wieck
Melrose Park, PA



Neither the logic nor the NEC apply to him plugging
a toaster into a receptacle, dedicated or not.

There is NO requirement per the NEC that the receptacle
for the 'fridge be dedicated.
(quoting the NEC)
210.52(B)(1) Receptacle Outlets Served. In the kitchen, pantry,
breakfast room, dining room, or similar area of a dwelling unit,
the two or more 20-ampere small-appliance branch circuits required
by 210.11(C)(1) shall serve all wall and floor receptacle outlets
covered by 210.52(A), all countertop outlets covered by 210.52(C),
and receptacle outlets for refrigeration equipment.


The current NEC requires that the (two or more) small appliance
circuits and receptacle be in the kitchen, wired properly etc.
It does NOT govern what the user plugs into them. Nor does it say
a circuit must be dedicated to the refrigerator.

As to the law - what law specifies that a user not
plug a toaster into a receptacle?

Ed

On Thursday, 27 February 2020 17:33:28 UTC, wrote:

But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

Wrong. Two reasons:

a) Ignorance is not a defense - that is, and has been, "common law" for over 2,000 years. And, yes, "common law" does apply to liability.

b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto, where the refrigerator is plugged in is dedicated. And that receptacle may not be shared per the code. The reasoning may appear circular, but it remains how it would be in a pinch.

When I was doing this for a living (more than 40 years ago) we used simplex receptacles for the refrigerator line. So that down-line idiots did not make that same mistake you might make. That and any other 'dedicated' circuits, with special reference to AC, 240 V Dryer and similar circuits.

https://static.grainger.com/rp/s/is/image/Grainger/53CX77_GC01?$mdmain$

Peter Wieck
Melrose Park, PA

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.


NT

On Friday, February 28, 2020 at 7:26:13 AM UTC-5, wrote:

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.


It is done to prevent another device from tripping the breaker, and letting food spoil. I suppose Botulism is unheard there, as well?

On 2020/02/28 7:36 a.m., Michael Terrell wrote:
On Friday, February 28, 2020 at 7:26:13 AM UTC-5, wrote:

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.


It is done to prevent another device from tripping the breaker, and letting food spoil. I suppose Botulism is unheard there, as well?


Electrical code in Canada requires refrigerators to be on a separate
outlet (with only a single power outlet, not a dual outlet as well) with
their own breaker for just that reason.

(irrational rant on)
Government electrical safety regulations, who needs them?
(irrational rant off)

John :-#)#

In article ,
says...

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.


It is done to prevent another device from tripping the breaker, and letting food spoil. I suppose Botulism is unheard there, as well?




I think there is something in the NEC about the ground fault outlets in
a basement not needing to be uses on the refrigerator/freezor outlet for
the same reason.

Like the idiot that wired a GFCI receptical and down stream was the
refrigerator receptical in a house my son bought. Ground fault tripped
and almost let the refrigerator get too warm before he caught it.

On Friday, February 28, 2020 at 7:26:13 AM UTC-5, wrote:
On Thursday, 27 February 2020 17:33:28 UTC, wrote:

But it is not my fault that it is not a dedicated circuit. Nor am I
required to know whether or not it is. The owner is liable not me.

Wrong. Two reasons:

a) Ignorance is not a defense - that is, and has been, "common law" for over 2,000 years. And, yes, "common law" does apply to liability.

b) NEC requires a dedicated outlet for the refrigerator. Ipso-facto, where the refrigerator is plugged in is dedicated. And that receptacle may not be shared per the code. The reasoning may appear circular, but it remains how it would be in a pinch.

When I was doing this for a living (more than 40 years ago) we used simplex receptacles for the refrigerator line. So that down-line idiots did not make that same mistake you might make. That and any other 'dedicated' circuits, with special reference to AC, 240 V Dryer and similar circuits.

https://static.grainger.com/rp/s/is/image/Grainger/53CX77_GC01?$mdmain$

Peter Wieck
Melrose Park, PA

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.


NT

I guess this is why Brits prefer warm beer.

Peter Wieck
Melrose Park, PA

wrote:

---------------------------


why would a fridge [need to be] be on its own dedicated outlet?
Such a thing is unheard of here.


** IME, it is common practice here ( Australia ) to put fridges and freezers on a dedicated circuit since they often have high levels of leakage to earth.

That circuit would also not be under control on an ELCB or similar.

Otherwise, the ELCB needs to be set at an hazardous trip current to avoid outages and food spoilage.



..... Phil

On Friday, February 28, 2020 at 12:41:19 PM UTC-5, wrote:
On Friday, February 28, 2020 at 7:26:13 AM UTC-5, wrote:

why would a fridge [need to be] be on its own dedicated outlet? Such a thing is unheard of here.

I guess this is why Brits prefer warm beer.


No, it's because their refrigerators are made by Lucas!

No, it's because their refrigerators are made by Lucas!


Prince of Darkness, yes.

Peter Wieck
Melrose Park, PA

On Friday, February 28, 2020 at 3:55:25 PM UTC-5, wrote:
No, it's because their refrigerators are made by Lucas!


Prince of Darkness, yes.


And he prefers to live in England, thank God!