The fabrication of a booth could present a potentially dangerous or lethal hazard. Installation and wiring of electrical components requires specialized knowledge of electrical codes. Anyone considering the construction of  a booth should first consult  with a qualified electrician. I am neither an electrician or engineer, nor do I represent myself as either.  This design is NOT MINE and based solely on information gathered from other various websites.  If you choose to use any or all information based on this site, you do so  AT YOUR OWN RISK

Rough framing of ventilated booth. The wires which are hanging are attached to an outlet ground on the other side of the wall. These will be used to ground the metal panels on each side. Construction is made up of 1"x4" and 1"x6" pine boards.	This picture shows the PVC end caps attached to the wall which will receive the PVC pipe.  Also shown is a washable triple stage furnace filter, which is used for filtration. Below the filter on each wall are rests for the shelf at 36" and 42".
PVC run through the wall on the left and attached to end caps on the right.	Sheet metal is placed on both sides of the filter and are grounded to attract excess powder.
Opening in the top of filtration box to accept the filter element.	Photo showing the insertion of the filter element.  This allows for easy removal of the filter for cleaning. Notice the holes which were drilled on the front of the PVC behind the element only.
Another view of the ventilated booth which is 4'x4'.	PVC pipe running through the wall to attach to the blower.
Plumbing used to attach the two PVC pipes.	Plumbing attached to the inlet of the blower motor.
1 1/2 HP blower motor from an old industrial shop vac.  This pic shows the blower being vented to the outside.	Another view of the blower motor setup.
Picture of the completed booth.	Closeup of completed booth.
4'x12' PC area stores all of my equipment when not in use.	Overall view of my PC area