The Advanced Grounding System is composed of ½ inch conductive copper foil tape with a conductive acrylic adhesive applied to the base coat (or coat prior to color coat in thicker multiple pour installations) and laid out in a 12 inch grid pattern for standard
applications.
Here you can see the installation of the copper foil tape prior to the color coat pour within the temporary form work.
The side and end of the plate that will have the greatest depth of epoxy due to the slant of the concrete sub-strate are chosen and the copper tape is extended six inches up and over the temporary form work for later connections.
Then, after access ramp preparation, the color coat is poured and temporary form work removed.
A ½ inch x 5 to 8 foot long grounding rod is installed through the ground slab concrete sub-floor and connected by using
1/8 inch copper wire tucked up to the lip of the primary pours along the side and end with the grid
tape tabs.
The tape tabs from the grid system are connected to the perimeter wire along with connections to the permanent form work that retains the final clear coat.
Once the access ramp is troweled into place, the plate is ready for the final top coat of clear FP-80 Epoxy and the Advanced Grounding System is completely hidden within the plate.
Existing Plates installed prior to the development of the Advanced Grounding System can be retro fitted with the
grounding system if the existing plate is redone
as in the above shop to change an existing team logo in the plate.
Or the existing plate is being redone to match the new plate being installed next to the original. After cleaning and sanding to prep, the grounding grid system is
installed (below).
The existing ramp is chiseled away to allow for insertion of the ground rod and connected to the grid system using ¾ inch wide copper tape and the new color coat is applied.
The new color is roller applied to the existing plate in two coats, the 3/16 inch tall
permanent retaining wall is installed and ramp area is prepared. The existing ramp is retroweled, new logo installed and FP-80 clear coat epoxy is poured. The result is a totally new plate in every way and, as you can see, exactly matches the existing plate to the new
plate.
The Advanced Grounding System has slightly different versions to suit the application requirements created in our Aerospace
Test Bed installations see University of Southern
California Project
or Georgia Tech Project
sections and for plates installed in applications where the concrete sub-strate
area is recessed for the plate to be flush in floor, see Viper Project
section.
The Advanced Grounding System completely neutralizes the Epoxy Surface Plate; therefore eliminating static electricity. Surface static can still occur on dry days or less humid environments much like carpet in your house. If you slide your sock feet along carpet and then touch a door knob, you can sometimes feel the static discharge. This same effect can be created when you slide around on the plate under a car in uniform type clothing and then touch a frame rail; you might feel a static discharge. This can be totally eliminated by the use of Staticide’s General Purpose Anti-Static Spray Cleaner item # 2003 (shown below). They advertise this product will “Kill Static on Contact” and our tests have proven this to be absolutely true.
Another trick for surface static is to spray your clothing with 'Static Guard'
available on the laundry isle at your local super market.
For Plate cleaning and maintenance we recommend Staticide’s Acrylic Static Dissipative Floor Finish item # 4000 (shown above). This product is a high performance acrylic floor finish which can control surface static for months at a time. The manufacturer states that for this product to eliminate static, the coated floor must be in contact with an electrode ground. This requirement is met with the installed Advanced Grounding System and our tests have proven the results. Follow application instructions on the label and your Epoxy Surface Plate can be maintained and remain
static free.
