I suppose commonly used carpentry tools might be separated into 2 types – electric and pneumatic (air). Needless to say, larger industrial tools and machines in many cases are petroleum-powered as well as hydraulic. But when it comes to air tools as well as their pros and cons as opposed to your more normal electricity tool within the DIYer’s workshop. For starters, how come most DIYers commence with electric tools when they purchase their initial “wardrobe” of tools?
Well, when you begin purchasing your personal tools, much like anything unknown, it can be a little scary. This is why we quite often stay with stuff that we are certain of – as being a drill driver and a tape measure. Obviously, price could affect this decision at the same time. Many people do not like spending a lot of money on something they are certainly not even quite sure using. I’m certain we’ve all experienced feeling this way regarding some particular tool.
Air compressors have been quite easy and easy to use, sufficient reason for a few recommendations you can make what might be one of the better tool-purchases you’ve made shortly. I am going to attempt to list many of the main benefits as well as drawbacks to an makita mac5200 air compressor.
– With significantly fewer moving parts, air tools are considered considerably stronger and long-lasting than their electric counterparts.
– You can store compressed air and keep using until depletion in the eventuality of a power-cut. (Ideal for parts of everyone around you that experience unexpected power-cuts.) Based on your use, a larger or auxiliary air tank could be recommended.
– Air tools are lighter and because these are essentially operated by the compressor (separate unit) on it on the ground, there is a substantially higher power-to-weight ratio. This advantage have to be compared to the thicker air hose (compared) that is to be attached rather than thinner, tougher cord. Battery powered tools have some of the worst power-to-weight ratios but more than make up for it in tool usability.
– Noise. Although a lot of newer and/or high-end compressors have noise-reduction features integrated, they still are not quiet the slightest bit – not to mention that considerably more costly!
Alright, therefore you’re all looking forward to sometimes a pneumatic compressor! Before you need to do, there are some more things you need to find out.
– Which are the pressure requirements to the air tool you find attractive using? Ensure that your future air compressor can compress and give you the air pressure needed by the particular air tool involved. Air pressure is usually denoted as either mega pascal (Mpa), kilogram-force-per-square-centimeter(kgf/cm2), or pounds-per-square-inch(Psi).
– What type of air tool would you like to predominantly be utilizing using your compressor? Certain tools – or must i say jobs – want more sustained outputs of compressed air – such as air sanders, grinders, etc, instead of say, a nailer or stapler. For sustained output, you’ll obviously require a machine that only produces the needed pressure, but will it with the rate at which you will be needing it! This is measured by liters-per-minute (l/min) or cubic-feet-per-minute (CFM). It becomes an extremely vital consideration!
– Now rate your best findings against their capability consumption. If 2 machines have equal pressure and production rates only one runs at a higher HP(hp), which one’s more efficient?
– Unless you’re deaf, you’ll probably go to least remotely interested in the noise level with your new compressor – or be prepared to possess some angry neighbors! Compare the noise levels between machines. Noise levels are denoted by decibels (dB).
– As a final point, compare costs! As with most things, pneumatic compressor quality and performance is greatly affected by your buck. Avoid being too jarred once you know that the totally AWESOME compressor with those perfect specs you had your vision on were 5 grand! Tsk tsk. A lot of people do not require such “awesome” compressors, and may easily get by with ones in the 100 dollar range.
Several last maintenance and also other tips:
– Be sure you faithfully release air pressure valve in your air tank when you put it to use! Moisture in the compressed air collects within the tank which enable it to cause rusting and premature failure if not allowed to escape.
– Ensure you keep the air tools safe, free from dust, and perform periodic oiling if need be. – Some tools require this, so understand the manual if uncertain.
– If you get yourself a pneumatic compressor using a small tank, be particularly alert to use involving repeated “on-off” cycles with short intervals. Such use often brings about the overheating with the machine and possible failure. There’s two approaches to tackle this problem: Have a compressor with a smaller tank therefore the compressor is on continuously (less stress on the compressor unit); or obtain a compressor having a bigger tank hence the intervals between air compression are longer. Additionally, there are auxiliary tanks available.
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