Workshop Dust Collection System Design

To find the right dust collector for your workshop consider these important features.

Workshop dust collection system design. Even the best dust collection system won t eliminate the need for occasional sweeping. Designing your dust collection system there are five simple steps to designing an effective and efficient dust collection system. See dust management and collection for more information on controlling dust. Just because a tool comes with a 4 dust port doesn t mean you should use 4 main ducts or drops.

There are two main points to consider when choosing a dust collector. Here are the basics to help get you started. If you have made an investment in a powerful dust collector that is a great first step toward creating a healthy shop environment. This might include adding one or more sub panels 220 volt service or additional circuits.

Dust being draw out of the shop through two big doors. First figure out the air volume requirements of the machines in your shop see the chart on p. Determine diameter and cfm of each branch 4. Install a scalable electrical system.

And the second phase is computing the static pressure sp of your system to determine the size and power of your dust collection unit. The heart of any dust management system is the dust collector and delta was kind enough to send me the delta 50 786. There are two phases to designing your dust collection system. Tapered reducers like.

Determine diameter and cfm of main duct 5. Instead look at the intake port sizes for the collectors you re considering. If re wiring your shop consider making your electrical system scalable. It can accommodate two 4 ports or one 6 port.

Draw a floor plan of your shop 2. This unit features a 1 1 2 hp induction motor 1 micron filtration and 1 200 cubic ft. Figure system resistance sp static pressure. The proper dust collection system design can help you keep your woodshop free of dangerous contaminants.

For purposes of this article i will assume that you have worked with your vendor to choose a dust collector that is capable of delivering enough air flow ideally 1000 cubic feet per minute at 4000 feet per minute at each tool to remove all of the fine dust that. Determine duct velocity fpm 3. Dust collectors are designed with either a single stage or two stage filtration system. Designing your dust collection system.

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.