Designing Wood Shop Dust Collection System

Determine diameter and cfm of main duct 5.

Designing wood shop dust collection system.

D is for direct. In choosing a dust collector and designing a dust collection system it is important to remember that air volume and velocity are interrelated. Determine diameter and cfm of each branch 4. Use closed storage cabinets in a woodworking shop.

The proper dust collection system design can help you keep your woodshop free of dangerous contaminants. Figure system resistance sp static pressure. Draw a floor plan of your shop 2. Simple method in detail.

Determine duct velocity fpm 3. Workshop plans and design tips dust collection electrical hvac 1. Here are the basics to help get you started. Arrange your tools in such a way that the bigger dust producers table saw planer etc are closest to the dust collector as airflow will be greatest on your shortest runs.

Storage cabinets tool chests etc. From the table 41 1 determine the velocity fpm of your system for the type of dust that will be produced. Determine the diameter of each branch line. As you might expect it takes a more powerful dust collector to move a large volume of air at a speed sufficient for effective dust collection than it does to move a small volume of air.

Can provide a perfect. Using table 41 2 determine the cfm requirement of. Designing your dust collection system there are five simple steps to designing an effective and efficient dust collection system.