Posted by spearingusenet on September 24, 2006, 2:43 amPlease Register and login to reply and use other advanced options
Does an R410A compressor give of any more noise than an R22 compressor
(all else being equal eg. brand, quality of unit, installed noise
suppression, etc.)?
If so, how significant is the difference?
.resool nikcuf ay flesruoy kcuf og, luaP
Posted by Bubba on September 24, 2006, 8:20 am
On 23 Sep 2006 23:43:01 -0700, spearingusenet@gmail.com wrote:
>Does an R410A compressor give of any more noise than an R22 compressor
>(all else being equal eg. brand, quality of unit, installed noise
>suppression, etc.)?
>If so, how significant is the difference?
Deafening to the ears.
Bubba
>.resool nikcuf ay flesruoy kcuf og, luaP
Posted by AKS on September 28, 2006, 2:08 pm
>> we all know cavitation can occur in pumps pumping liquid, the question
>> at hand is can cavitation also occur in pumps pumping a saturated
>> vapor? what if part of the saturated vapor condenses back to a
>> liquid? what if the coil is flooded?
> Cavitation occurs fairly easily in refrigerant systems operating at less
> than or close to low design pressures.
You are full of? it would be better that you stick to what you know!
Cavitations can occur only in pumps that pump liquid unless you have
new dictionary for all of us, that knows what cavitations is and when it can
occur.
Jake I have consider you to be little smater then that.
>Because the discharge is operating at a vacuum (in relation to the suction)
>"Wao"
Good luck from Dido
> My guess is that it's much more a possibility for a scroll, because of
> physical design.
> The engineer's definition of suction cavitation is when the compressor
> encounters 'bubbles' of liquid at the impeller. These are pumped through
> with vapor. Because the discharge is operating at a vacuum (in relation to
> the suction)... the liquid is drawn back into the impeller.
> That's what causes the noise... and compressor wear.
> It is not only a liquid pump phenomenon... it happens with everything from
> air compressors to jet engines.
> It doesn't take a flooded coil... but the noise is greater with higher
> amounts of cavitation... until the compressor is completely flooded.
> Seen it happen many times on commercial systems.. mostly from poor system
> design.
> Jake
Posted by Oscar_Lives on September 28, 2006, 10:20 pm
>>> we all know cavitation can occur in pumps pumping liquid, the question
>>> at hand is can cavitation also occur in pumps pumping a saturated
>>> vapor? what if part of the saturated vapor condenses back to a
>>> liquid? what if the coil is flooded?
>>
>> Cavitation occurs fairly easily in refrigerant systems operating at less
>> than or close to low design pressures.
> You are full of? it would be better that you stick to what you know!
> Cavitations can occur only in pumps that pump liquid unless you have
> new dictionary for all of us, that knows what cavitations is and when it
> can occur.
> Jake I have consider you to be little smater then that.
Dildo, you dumbass, why don't you do some homework:
http://en.wikipedia.org/wiki/Cavitation
>>Because the discharge is operating at a vacuum (in relation to the
>>suction) "Wao"
> Good luck from Dido
>>
>> My guess is that it's much more a possibility for a scroll, because of
>> physical design.
>>
>> The engineer's definition of suction cavitation is when the compressor
>> encounters 'bubbles' of liquid at the impeller. These are pumped through
>> with vapor. Because the discharge is operating at a vacuum (in relation
>> to the suction)... the liquid is drawn back into the impeller.
>>
>> That's what causes the noise... and compressor wear.
>>
>> It is not only a liquid pump phenomenon... it happens with everything
>> from air compressors to jet engines.
>>
>> It doesn't take a flooded coil... but the noise is greater with higher
>> amounts of cavitation... until the compressor is completely flooded.
>>
>> Seen it happen many times on commercial systems.. mostly from poor system
>> design.
>>
>> Jake
>
Posted by AKS on September 29, 2006, 7:27 am
>>
>>>> we all know cavitation can occur in pumps pumping liquid, the question
>>>> at hand is can cavitation also occur in pumps pumping a saturated
>>>> vapor? what if part of the saturated vapor condenses back to a
>>>> liquid? what if the coil is flooded?
>>>
>>> Cavitation occurs fairly easily in refrigerant systems operating at less
>>> than or close to low design pressures.
>>
>> You are full of? it would be better that you stick to what you know!
>> Cavitations can occur only in pumps that pump liquid unless you have
>> new dictionary for all of us, that knows what cavitations is and when it
>> can occur.
>> Jake I have consider you to be little smater then that.
> Dildo, you dumbass, why don't you do some homework:
Read your on posting smart ass
>(( http://en.wikipedia.org/wiki/Cavitation ))>
>>>Because the discharge is operating at a vacuum (in relation to the
>>>suction) "Wao"
>>
>> Good luck from Dido
>>
>>>
>>> My guess is that it's much more a possibility for a scroll, because of
>>> physical design.
>>>
>>> The engineer's definition of suction cavitation is when the compressor
>>> encounters 'bubbles' of liquid at the impeller. These are pumped through
>>> with vapor. Because the discharge is operating at a vacuum (in relation
>>> to the suction)... the liquid is drawn back into the impeller.
>>>
>>> That's what causes the noise... and compressor wear.
>>>
>>> It is not only a liquid pump phenomenon... it happens with everything
>>> from air compressors to jet engines.
>>>
>>> It doesn't take a flooded coil... but the noise is greater with higher
>>> amounts of cavitation... until the compressor is completely flooded.
>>>
>>> Seen it happen many times on commercial systems.. mostly from poor
>>> system design.
>>>
>>> Jake
>>
>>
>
Re: Compressor noise R22 vs R410A
Re: Compressor noise R22 vs R410A
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>(all else being equal eg. brand, quality of unit, installed noise
>suppression, etc.)?
>If so, how significant is the difference?