The Porter Cable 6-gallon air compressor, model C2002, has a peak horsepower of 1.5, a rated current of 10A, and a motor speed of 3450 RPM. With these figures in mind, it can be estimated that the compressor utilizes around 1.
1 kilowatts (KW) or 1100 watts (W). Of course, this calculation is an estimate since the actual usage of the motor depends also on other factors, such as the length of the run and the amount of power being drawn from the motor.
Additionally, the compressor itself might have a slightly lower or higher wattage depending on whether the motor is running at full or reduced speed.
How many HP is a pancake compressor?
The exact amount of power contained in a pancake compressor varies depending on the model and manufacturer. Generally speaking, most pancake compressors range in horsepower from 0.5HP to 6 HP. However, some pancake compressors are available in higher horsepower outputs ranging from 7.
5HP to 10HP. To find out the exact horsepower of a particular model, it is best to consult the manufacturer or look at the product’s specifications.
How much does Porter Cable air compressor weigh?
The weight of the Porter Cable air compressor depends on the model and size. Generally, their air compressors range in weight from 7 to 135 pounds, depending on the specific model. The Porter Cable C2002 model, for example, weighs about 34 pounds, whereas the Porter Cable D55146 model weighs as much as 135 pounds.
Can you convert SCFM to CFM?
Yes, you can convert SCFM (standard cubic feet per minute) to CFM (cubic feet per minute). SCFM is a measurement of the volumetric flow rate of a gas at “standard” temperature and pressure conditions.
It is typically used when discussing compressed air flow. To convert SCFM to CFM, you need to first determine the temperature, pressure and relative humidity of your application. From there, you can use an online calculator, such as the SCFM to CFM Conversion Calculator from CLARCOR Industrial Air, to accurately determine the corresponding CFM.
Additionally, there are several formulas available that can be used to manually calculate the conversion.
How do I know what CFM my air compressor is?
The most accurate way of knowing the CFM (Cubic Feet per Minute) of your air compressor is by checking the specification sheet given by the manufacturer. The specification sheet should have the rated CFM of your particular model.
If you don’t have the specification sheet handy, you can measure the CFM of your air compressor by using an air flow meter. With an air flow meter, you can measure the air volume that is passing through your compressed air system and calculate the CFM.
To use the air flow meter, connect the meter to the compressed air outlet and then measure the amount of air that passes through the meter in one minute. That number is your CFM. Additionally, you can also use an online calculator to estimate the CFM of your air compressor based on its horsepower rating.
What is a good SCFM for air compressor?
The exact SCFM (standard cubic feet per minute) for an air compressor will depend on the type and size of the compressor itself, as well as the specific application being used. In general, a good SCFM value for an air compressor is typically at least 10 SCFM and no more than 30 SCFM, depending on the manufacturer and type of compressor being used.
However, it should be noted that some applications will require different SCFM values, so it is always important to consult with the manufacturer or read the product instructions for the correct values to use.
How many SCFM does it take to paint a car?
The amount of Standard Cubic Feet per Minute (SCFM) it takes to paint a car depends on a variety of factors, including the size and shape of the vehicle, the type of paint being sprayed, the nozzle size, and the spray pressure and flow rate being used.
Generally, if you’re spraying a small car with a standard industrial HVLP (High Volume Low Pressure) spray gun, 20 SCFM of compressed air should be sufficient. Larger vehicles may require 40-60 SCFM depending on the paint and equipment used.
In any case, the required SCFM should be specified by the gun manufacturer or the paint supplier.
How much CFM do I need for my air compressor?
The amount of CFM (Cubic Feet per Minute) you will need for your air compressor will depend on a number of factors, such as the size of the space you are using it in, the type of work you are doing, the number of tools being used, and the size of the air compressor itself.
Generally, the larger the space and the more tools you need to use, the more CFM you will need. Additionally, air compressors come in a range of sizes, so it’s important to make sure you select the right size for the job you are doing.
If you are unsure of how much CFM you need for your air compressor, the best option is to consult with an expert who can help you calculate the necessary CFM for the job. Additionally, it’s important to remember that overbuying CFM could end up costing you more in the long run, so it is important to strive to find the right balance between power, efficiency, and cost.
What size compressor do you need to paint cars?
When painting a car, the size of compressor you need will depend on the type, size, and quantity of spray guns you plan to use, as well as the air pressure and air flow requirements for those guns. Generally, a compressor rated for 6-7CFM @ 40PSI with an 80-90 gallon tank or larger is ideal.
Additionally, a compressor with a 2 or 3 stage motor will provide more pressure and be more energy efficient, ideal if you are working with multiple spray guns. Make sure you also have the proper air hose fittings and attachments for the job, as well as an air dryer to filter out moisture before painting.
All in all, having a larger capacity tank and enough power can help make sure you have the air you need for the job.
Is a 60 gallon air compressor big enough?
It depends on the job at hand. A 60 gallon air compressor is suitable for most standard workshop projects, like running air tools, spray guns, air ratchets, and tire inflation. It is also ideal for small manufacturing tasks and occasional automotive needs.
For heavier duty tasks such as heavy sand blasting or industrial factory operations, a larger compressor might be needed. Depending on your individual needs, you should research your potential projects and decide what size air compressor best suits them.
How do you calculate CFM of air flow?
CFM stands for cubic feet per minute and is a measure of the volume of air a fan can move in a minute. To calculate the CFM of a fan, you will need to know the fan’s diameter, its speed (RPM), and the density of the air.
First, you need to calculate the area of the fan’s blades by taking the fan’s diameter and dividing it by two to get the radius of the fan. Then, take the fan’s radius and square it, and then multiply it by pi (3.14).
This will give you the area of the fan’s blades.
Once you have the area of the blades, take the fan’s speed (in RPM) and divide it by 60 to convert it to minutes. Now, multiply that number by the area of the blades you calculated earlier. Finally, multiply this number by the air’s density and you will have the CFM.
For example, if the fan’s diameter is 12 inches, the fan’s speed is 1000 RPM, and the density of the air is 0.075 lbs/ft3, then the fan’s CFM would be: (3.14*(12/2)^2)*1000/60)*0.075 = 11.85 CFM.
