Dust Collector Ducting Design

Clamp together ducting.

Dust collector ducting design.

The first phase is sizing your duct work for adequate volume and velocity of flow for the type of dust you will be creating. Do use the largest ductwork that fits your collector. The dust collector performance ratings should show that at your given. Just because a tool comes with a 4 dust port doesn t mean you should use 4 main ducts or drops.

Adaptable to your existing ductwork. And the second phase is computing the static pressure sp of your system to determine the size and power of your dust collection unit. Shop plan design service. Use the cfm and static pres sure to compare the performance of your dust collector.

Local dealer support. To properly size your dust collector you need to know your cfm requirements and at what static pressure your system will be operating. Instead look at the intake port sizes for the collectors you re considering. Hose clamps are available.

Designing your dust collection system. There are two phases to designing your dust collection system. Before you purchase your dust collector or ductwork. Engineered for performance and durability using heavy gauge steel our round sheet metal ducting is built to withstand the high air pressures and constant abrasion created in dust collection and other material handling applications.

Use these components sold separately to put together a duct system to collect sawdust chips shavings and granular material from woodworking operations. Leak tight laser welded seams instead of lock form or spiral duct which badly leaks. Most cyclones have intake ports of 6 to 8 and some two bag collectors have 5 or 6 diameter intakes so consider at least a 5 main duct.