Since you appear to think I know all about your posting style, I must presume that you there fore know all about mine. I like a good trim text job. Leave enough text so we know the question that goes with the reply. But, sending a dozen or so quoted replies back through the list is really bad manners.
With your simple answer to my simple question, please do a reasonable text trim. Thank you.
--
.
Christopher A. Young
learn more about Jesus
. www.lds.org
.
.
Since you appear to think I know all about your posting style, I must presume that you there fore know all about mine. I like a good trim text job. Leave enough text so we know the question that goes with the reply. But, sending a dozen or so quoted replies back through the list is really bad manners.
With your simple answer to my simple question, please do a reasonable text trim. Thank you.
--
.
Christopher A. Young
learn more about Jesus
. www.lds.org
.
.
Since you appear to think I know all about your posting style, I must presume that you there fore know all about mine. I like a good trim text job. Leave enough text so we know the question that goes with the reply. But, sending a dozen or so quoted replies back through the list is really bad manners.
With your simple answer to my simple question, please do a reasonable text trim. Thank you.
--
.
Christopher A. Young
learn more about Jesus
. www.lds.org
.
.
I asked it two or three times. I repeated, changed the subject line to indicate there is a question. You quoted it, my very simple question (at least) three times in your twenty post rehash. I've kindly asked, reminded, reposted, encouraged, others have highlighted the question, and no I'm not going to do your job for you.
BTW, the simple answer should be five words or less. I can answer it in three.
--
.
Christopher A. Young
learn more about Jesus
. www.lds.org
.
.
I hate when I don't have proper diagnostic tools or data to fix things. As a result, the wife ordered a new refrigerator to be delivered by Costco. It will arrive in a couple of weeks (they say).
Meanwhile, I connected the hard-start cap at 9:44am this morning.
formatting link
The 2010 Kenmore started immediately, pulling 3 amps from RUN & COMMON:
formatting link
The START pulled 0 amps & the condenser fan was hooked to its own power:
formatting link
The inside freezer starts to cool and the compressor output tube gets hot:
formatting link
The top of the compressor heats to at least 138 degrees F:
formatting link
The compressor ran from 9:44 to 10:03 (19 minutes) and then shut down:
formatting link
It pulls 12 amps when it tries to start for 19 seconds at 10:03, 10:08,
10:12, 10:15, 10:19, 10:23, etc.:
formatting link
I can still cancel the Costco order.
Does anyone have any other ideas for debugging why the compressor won't restart after the first start?
I hate when I don't have proper diagnostic tools or data to fix things. As a result, the wife ordered a new refrigerator to be delivered by Costco. It will arrive in a couple of weeks (they say).
Meanwhile, I connected the hard-start cap at 9:44am this morning.
formatting link
The 2010 Kenmore started immediately, pulling 3 amps from RUN & COMMON:
formatting link
The START pulled 0 amps & the condenser fan was hooked to its own power:
formatting link
The inside freezer starts to cool and the compressor output tube gets hot:
formatting link
The top of the compressor heats to at least 138 degrees F:
formatting link
The compressor ran from 9:44 to 10:03 (19 minutes) and then shut down:
formatting link
It pulls 12 amps when it tries to start for 19 seconds at 10:03, 10:08,
10:12, 10:15, 10:19, 10:23, etc.:
formatting link
I can still cancel the Costco order.
Does anyone have any other ideas for debugging why the compressor won't restart after the first start?
The horse is dead. No amount of fresh hay will bring it back. You can have a new refrigerator today if you put your mind to it. Make your wife happy for once.
Oh, that's obvious. The 'start relay' is a thermal device, once there's an overload it requires a quarter hour or so to cool down before it can function normally.
To update this thread, I replaced the Kenmore with a Whirlpool long ago.
formatting link
When I opened the back of the Whirlpool, I was surprised to find a Kenmore build sheet inside. Everything is almost exactly the same in the Whirlpool as it was in the Kenmore, even down to the capacitor and relay.
Even the shelves and wire racks were the same.
So Whirlpool *is* Kenmore and Kenmore is Whirlpool.
The current in the Whirlpool was lower than the Kenmore though, at about
1.2 amps when the compressor was running (it was about 3 amps, as I recall, with the older fridge).
formatting link
The new Whirlpool uses what appears to be a similar Embraco compressor which uses R134a but with a much lower LRA of 11.7 amps (as opposed to the
17 point something locked rotor amperage of the older Kenmore fridge).
formatting link
I've already had a service call, because the Whirlpool fridge is *supposed* to keep to between 37 and 40 degrees F with the freezer between 10 and 0 degrees F, but the thing is about 5 to 10 degrees F too warm when both settings are in the minimum position.
formatting link
Funny thing, when you put the *freezer* at the minimum setting, the
*fridge* gets more air through the vent at top left (in this side-by-side refrigerator/freezer combination). That's because lowering the temperature in the freezer simply makes the vent open more of the fan air to the refrigerator.
formatting link
It's confusing, and it's counterintuitive that when you set the freezer to colder, the refrigerator gets *less* air, hence it's warmer. I don't know what changes when you set the refrigerator colder though.
This is all I think I know:
The compressor only runs at one speed.
Therefore the compressor is either on, or it's off.
There is a condenser fan on the bottom of the refrigerator.
That condenser fan also only has one speed.
There is a fan in the back of the freezer about mid way up.
That fan also has only one speed.
There is no fan in the refrigerator.
The refrigerator has no coils and has no fans.
The evaporator coils are only in the back of the freezer.
So the freezer is what cools the refrigerator.
That's why lowering the freezer temperature raises the refrig temperature (according to the service guy anyway).
The freezer dial apparently only controls the louvers of the air that is blow by the freezer fan from the freezer to the refrigerator.
To update this thread, I replaced the Kenmore with a Whirlpool long ago.
formatting link
When I opened the back of the Whirlpool, I was surprised to find a Kenmore build sheet inside. Everything is almost exactly the same in the Whirlpool as it was in the Kenmore, even down to the capacitor and relay.
Even the shelves and wire racks were the same.
So Whirlpool *is* Kenmore and Kenmore is Whirlpool.
The current in the Whirlpool was lower than the Kenmore though, at about
1.2 amps when the compressor was running (it was about 3 amps, as I recall, with the older fridge).
formatting link
The new Whirlpool uses what appears to be a similar Embraco compressor which uses R134a but with a much lower LRA of 11.7 amps (as opposed to the
17 point something locked rotor amperage of the older Kenmore fridge).
formatting link
I've already had a service call, because the Whirlpool fridge is *supposed* to keep to between 37 and 40 degrees F with the freezer between 10 and 0 degrees F, but the thing is about 5 to 10 degrees F too warm when both settings are in the minimum position.
formatting link
Funny thing, when you put the *freezer* at the minimum setting, the
*fridge* gets more air through the vent at top left (in this side-by-side refrigerator/freezer combination). That's because lowering the temperature in the freezer simply makes the vent open more of the fan air to the refrigerator.
formatting link
It's confusing, and it's counterintuitive that when you set the freezer to colder, the refrigerator gets *less* air, hence it's warmer. I don't know what changes when you set the refrigerator colder though.
This is all I think I know:
The compressor only runs at one speed.
Therefore the compressor is either on, or it's off.
There is a condenser fan on the bottom of the refrigerator.
That condenser fan also only has one speed.
There is a fan in the back of the freezer about mid way up.
That fan also has only one speed.
There is no fan in the refrigerator.
The refrigerator has no coils and has no fans.
The evaporator coils are only in the back of the freezer.
So the freezer is what cools the refrigerator.
That's why lowering the freezer temperature raises the refrig temperature (according to the service guy anyway).
The freezer dial apparently only controls the louvers of the air that is blow by the freezer fan from the freezer to the refrigerator.
To update this thread, I replaced the Kenmore with a Whirlpool long ago.
formatting link
When I opened the back of the Whirlpool, I was surprised to find a Kenmore build sheet inside. Everything is almost exactly the same in the Whirlpool as it was in the Kenmore, even down to the capacitor and relay.
Even the shelves and wire racks were the same.
So Whirlpool *is* Kenmore and Kenmore is Whirlpool.
The current in the Whirlpool was lower than the Kenmore though, at about
1.2 amps when the compressor was running (it was about 3 amps, as I recall, with the older fridge).
formatting link
The new Whirlpool uses what appears to be a similar Embraco compressor which uses R134a but with a much lower LRA of 11.7 amps (as opposed to the
17 point something locked rotor amperage of the older Kenmore fridge).
formatting link
I've already had a service call, because the Whirlpool fridge is *supposed* to keep to between 37 and 40 degrees F with the freezer between 10 and 0 degrees F, but the thing is about 5 to 10 degrees F too warm when both settings are in the minimum position.
formatting link
Funny thing, when you put the *freezer* at the minimum setting, the
*fridge* gets more air through the vent at top left (in this side-by-side refrigerator/freezer combination). That's because lowering the temperature in the freezer simply makes the vent open more of the fan air to the refrigerator.
formatting link
It's confusing, and it's counterintuitive that when you set the freezer to colder, the refrigerator gets *less* air, hence it's warmer. I don't know what changes when you set the refrigerator colder though.
This is all I think I know:
The compressor only runs at one speed.
Therefore the compressor is either on, or it's off.
There is a condenser fan on the bottom of the refrigerator.
That condenser fan also only has one speed.
There is a fan in the back of the freezer about mid way up.
That fan also has only one speed.
There is no fan in the refrigerator.
The refrigerator has no coils and has no fans.
The evaporator coils are only in the back of the freezer.
So the freezer is what cools the refrigerator.
That's why lowering the freezer temperature raises the refrig temperature (according to the service guy anyway).
The freezer dial apparently only controls the louvers of the air that is blow by the freezer fan from the freezer to the refrigerator.
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