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woodworking-dust-collection-pipe-noise Laminating and Solid Surfacing. All the dust-producing machines attach to the dust-collection system. Value Added Wood Processing. Facebook Pinterest Twitter Text. To learn more, see our dust collector review from issue

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Notify Me Of New Listings. Request A Quote. Recent Listings At All Exchanges. Recent Images At All Exchanges. How do I enclose my dust collector to reduce noise? Out of sight, but not out of reach.

Double doors make it a breeze to empty the collection drums and clean the filter when needed. Facebook Pinterest Twitter Text. Printer-friendly version. Read more about Dust Collection or Dust Collection. Cordless Cleaners. Collecting dust is just Dust Collection Bags Woodworking Zipper the first step. Even a modest collector can do them in. Where ducts intersect and turn, John used short-radius elbows and tee fittings designed for HVAC use.

These increase resistance in the system, preventing it from moving all the air it could. Fittings designed for dust collection would get the most from his collector, or possibly allow using a smaller one.

The radius of HVAC elbows usually equals pipe diameter 1x. Where pipes join, wye fittings allow air and chips to flow through the transition with little turbulence. Sharing duties reduces duct length. Here, one 5" branch serves the tablesaw, floor sweep, and a 4" pipe to two sanders. Blast gates direct airflow to just the ports in use. At another point on the main, a 5" branch feeds in from the planer with a 4" offshoot to the jointer. All other branch lines are 4" diameter.

John connected all of his machines to the ductwork using flexible hoses. In most cases, the flexible hoses are less than 3' long. A 2" hose restricts bandsaw duct pickup. Options for improvement include a 4" hose with a reducer or making a 4" port. Our expert says: The long, small-diameter hose greatly reduces the cfm of airflow at the bandsaw, yielding marginal dust pickup.

Always run the largest appropriate hose as far as possible, then reduce it to a smaller port size only at the end. Better yet, modify the machine, if you can, to accept a larger port. But this case proves that, if you understand the basics, you can control workshop dust. Thankfully, you can build a great system following a few rules of thumb:.

Note: The Portable Dust Collection Woodworking following rules may yield a system with more power than you actually need, but too much power is better than too little. Plus, Woodworking Dust Collection Parts Javascript an oversized system can handle future expansion. Start the process by determining how much air your tools need. The collector you choose in step three will influence this as well. Plan the shortest, straightest runs you can because every bend and foot of duct adds air resistance, known as static pressure loss, shown in Chart 2 , below.

For each branch you also need to include whatever amount of the main duct exists between that branch and the collector. Note: Each foot of flexible hose equals 3' of rigid duct, so include these runs in the total. To be safe, add 1. The branch with the greatest total static pressure loss is the one that determines what your dust collector will have to overcome.

If you ever run your system with two blast gates open at the same time, add Psi Woodworking Dust Collection Hose Quote both totals to get your static pressure loss. Now you can buy a collector. Each should be rated by horsepower, cfm, and a maximum static pressure. Eliminate any collector with fewer than 1. Smaller, portable machines generally lack the power needed for a built-in system. The cfm rating will be shown prominently, but the static pressure rating is more important.

The number must be higher than the highest loss in your system, calculated in Step 2 , to prevent chips and dust from settling in the ducts.

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