Power produced from an electric motor, diesel engine, or gasoline engine is catalyzed by an air compressor into stored potential energy taking the form of pressurized oxygen. The air compressor pumps greater amounts of this gas into a container, pushing the pressure up until it has reached a predetermined peak before cutting off. The compressed air retains this pressure level until needed.

In the 1800s, the very first air compressors were engineered to give air horns their roaring, thunderous sound. The most commonly used air compressor for this purpose is the piston type. This system utilizes pistons to achieve increased pressure which sends a burst of air into the tank.

Using a diaphragm as an agent of compression, the diaphragm type of air compressor works to increase air pressure within a dedicated chamber before redirecting it to a larger, receiving container. This technique grants the affected air greater pressure than was present prior to diaphragm compression.

The last alternative for an air compressor is the rotary screw type, which utilizes a spinning screw to pressure the air within a chamber. This particular mechanism then discharges the air into a tank with greater tension.

Piston air compressors, the most common type used for air horns, are convenient to use and are relatively easy to manage; nevertheless, they are not as effective as the alternative options.

Despite being slightly difficult to manage and costly, the diaphragm type air compressor outshines its counterpart, the piston type air compressor, in terms of efficiency.

When ranking the various types of air compressors, the rotary screw category rises to the top for its efficiency; unfortunately, its cost also reflects this superiority.

When looking for an air compressor suitable for your car horn, you should reflect on the kind of compressor it is, the magnitude of the tank, the power supply, how much pressure it can handle, its duty cycle, and how noisy it gets.

An air compressor’s application will determine the type you need. For DIY projects at home, a standard piston air compressor should do the trick. But, if you’re using a compressor for commercial or industrial use, then the rotary screw type is best for the job.

When selecting an air compressor, the size of the tank shocks people with an unexpected factor. Greater storage is impossible with a smaller tank, so the larger its capacity, the more air it can hold. Of course, a bigger tank will also mean increased costs when compared to a smaller one.

When selecting an air compressor, the power source is a factor that must be taken into consideration. Electricity is the most general choice for powering an air compressor. But for those who prefer alternate fueling options, gasoline and diesel powered solutions are also available.

The air compressor pressure rating is vital, as this number determines the highest amount of stress it can handle. Generally speaking, the greater the pressure rating, the greater the capacity for a high pressure level.

When it comes to determining the frequency of needing to operate the air compressor, the duty cycle is an essential factor. This specific rate embodies how long the device can be active before needing a break, symbolizing the allocated percentage of time.

The amount of noise an air compressor will generate is directly related to its noise level; the higher the rating, the louder the sound.