"jim beam" wrote:
> Tom Sherman wrote:
>> "jim beam" wrote:
>>> meb wrote:
>>>> Left a floor pump outside in the recent rain downpour. I have a high
>>>> pressure floor pump that I often pump up my AD-5 suspension shock to
>>>> 160
>>>> lbs. I got 1-2 pumps of the handle in before I got suspicious
>>>> something
>>>> was amis. When I uncoupled, water mist sprayed out. Further uncoupled
>>>> pumpings resulted in a steady stream plus mist. I gave up filling,
>>>> but is there any chance the water will damage the
>>>> AD-5?
>>>>
>>>> Should I try and evacuate the shock?
>>>> If so, should I do so with the valve down to drain the shock?
>>>>
>>>>
>>>
>>> i'd strip, dry, re-lube and reassemble.
>>
>> Hopefully "jim" is referring to the shock and not himself, but with
>> the indefinite reference, that determination is not possible.
>
> grow up.
Stop using indefinite references. Good thing you are not preparing
deliverables for clients with this degree of sloppiness.
>>> water is essentially incompressible and can over-pressurize things.
>>> it can also freeze and burst things as we enter the cold season.
>>
>> The bulk modulus of water is 2.15×10^9 Pa.
>
> and compared to air, that is....
Since "jim" in the past has shown an unwillingness to look up and post
values, air is 1.42×10^5(adiabatic bulk modulus) or 1.01×10^5 Pa
(constant temperature bulk modulus). This is roughly four orders of
magnitude lower than water.
Of course, without knowing the quantity of water, it is not possible to
determine to what extend the stiffness of the fluid "spring" in the
shock will be affected.
--
Tom Sherman - Holstein-Friesland Bovinia
When did ignorance of biology become a "family value"?