In vessels, emergency generators, fire pumps and lifeboats are prone to fail candidates. The last, being permanently in the open, have to sustain whatever comes to mind.
It is hard sometimes, to make the crew conscious of the necessity of maintaining things that your life could depend of when things go wrong.
...Do you turn it on once a month, once a week, twice a week, or every day for an hour, or leave it on but turned way down? We would need some sort of data for that decision too.
Hi,
Nice thought! In the case of freezer, I am turning it ON half an hour twice in a week.
Actually why they make devices 'maintenance free'? Like freezer, some lead acid battery etc. I think it's not good for technical person but it might be easy to use for non-technical person.
Hi,
Nice thought! In the case of freezer, I am turning it ON half an hour twice in a week.
Actually why they make devices 'maintenance free'? Like freezer, some lead acid battery etc. I think it's not good for technical person but it might be easy to use for non-technical person.
That's nice, but what i was saying was that the question of how we solve the problem comes up, even if we assume there is a problem to begin with.
As Nigel suggested, there is some practical evidence that says that there could be a connection between leaving it off for extended periods of time. But now to fix that problem, what is the solution? Is it one hour a week, two hours a week, one hour a day, etc., etc. We dont really know what the proper solution is other than of course leaving it on 24 hours a day 7 days a week.
I guess if there is a problem then any time on would probably be better than no time on. But my question is then why dont air conditioners fail every other year?
Another idea that might work is to put a large container of water in the fridge and leave it turned on. The water will keep it from tuning on and off more often than it needs to.
Another idea that might work is to put a large container of water in the fridge and leave it turned on. The water will keep it from tuning on and off more often than it needs to.
One approach is to follow the manufacturer's recommendation. Lacking that, then I would follow the recommendation of a major manufacturer and common sense described in post #16 . That is, of course, assuming the refrigeration unit of of relatively modern design.
In all of them, engines not starting even after many tries. Rusty parts. Mechanisms frozen, refusing to work.
It is well known that even if properly protected, the wires in the rigging of boat falls, cranes and derricks, when not put in action from time to time, decay inexorably.
It is well known that even if properly protected, the wires in the rigging of boat falls, cranes and derricks, when not put in action from time to time, decay inexorably.
To add to that, rubber drive belts (and pulleys etc.) in tape recorders disintegrate with not been used - I've seen various ones over the years where you can't even tell where the belts are supposed to go
I have seen rubber belts in tape recorders and VCR's try to retain their installed shape due to sitting for so long wrapped around two or three pulleys. When the unit is run after so long the speed is not constant because the belt is not as flexible and so it slips for a bit, then grabs, then slips, etc., causing the speed of rotation to vary rather than be constant. That's if it turns at all.