Fastpipe
MODULAR ALUMINUM COMPRESSED AIR PIPING
- Runs with minimal obstructions
- Diverse – can be installed in small shops to large industrial plants
- Looks professional
- Multiple air users
- Superior air quality
- Energy efficient
- Quick installation – half the time compared to some traditional methods
- Can be installed on wall or ceiling
SPECIFICATIONS
- Compressed Air – inert gas 190 psi max
- Vacuum to 29 inHg
- Available in 3/4”, 1”, 1-1/2”, 2”, 3”, 4”, and 6” sizes
- Alloy 5042
- Temperature range 0°F to 140°F
- Operating working pressure 190 psi @70°F
- Compatible with common compressor oils
- Seamless extruded to ASTM B241
- Powder coat outside, clear anodize inside
-
For outside installation – cover or paint the nylon fittings to protect from direct sunlight (UV rays)
FITTINGS 3/4″ – 2″
FITTINGS 3/4″ – 2″
FITTINGS 3/4″ – 2″
How to determine the diameter for your piping system
To choose the correct diameter of pipe for your system, you need to know how much flow rate (CFM) will travel through the pipe and how long your piping will be.
When choosing the correct diameter for your piping system, remember that a larger size does increase air flow. A larger diameter will actually drive the cost of the system up. Size your air system for the tools you will use, the compressor horsepower and the size of your building layout.
To maximize the flow rate for any of our piping systems, it is best to install your system as a loop. Starting at the air compressor and looping around your shop back to the compressor. This will increase flow rate, decrease pressure drop, and allow smaller line size to be used.
The thread size of the port on your air compressor tank does not determine the pipe size for your piping system. It is calculated with the length of your piping (building size) and air compressor CFM output. Even though the port on your tank may be small, the air is only traveling through a short distance, so the restriction is minimal. Air is only restricted over a long distance with small piping.
Here are some important facts to remember:
- Compressed air gets restricted over long distances
- Flow rate decreases the further it is from the air compressor
- The longer distance the piping runs, the larger diameter of piping you will need
- Larger size piping increases air flow, but also increases the cost of your system
- Sizing down piping at the end of a run decreases flow rate and offers you no benefit
For recommendations on system choices and building sizes, please see our CHOOSE A SYSTEM page.
HAVE A PROJECT COMING UP?
Building new construction or adding on? Contact us to add RapidAir or Diamond Grid to your next project! Get a free estimate now.