Hi Cabe,
Why not use a grounding wrist-strap(Like the ones computer techs use) along with an anti static floor mat? This is the recommendation I've always seen. The floor mat isn't very mobile, but the wrist strap is and it offers a decent amount of protection. If you have the ARRL Handbook, one of the last sections in the book talks about setting up a shop and how to properly ground yourself and equipment to avoid these types of shocks.
hth,
Jorge Garcia
Hi Cabe,
Why not use a grounding wrist-strap(Like the ones computer techs use) along with an anti static floor mat? This is the recommendation I've always seen. The floor mat isn't very mobile, but the wrist strap is and it offers a decent amount of protection. If you have the ARRL Handbook, one of the last sections in the book talks about setting up a shop and how to properly ground yourself and equipment to avoid these types of shocks.
hth,
Jorge Garcia
Jorge,
That is the tried-and-true method. Unfortunately, the company doesn't want to buy anything for me to set up my various areas properly.
What I would like to do is wear some sort of spikes, cleats, to constantly "ground" myself. I doubt it would be effective though.
Otherwise I would need to approach Telsa level wireless energy transfer. A personal "lightening-rod."
Cabe
I had a problem with ESD in a Computer room I worked in a few years ago.
I could get 5mm sparks after walking across the room.
In the short term I solved the problem by removing my shoes.
Apparently slightly damp socks have a lower dialectric constant than polyurethane. :-)
It will be the very high resistance of your shoe-soles and the charge transfer as you move your feet on the carpet that allow your body to charge up.
If you stick a drawing pin into the heel of your shoe and wire it to a bit of metal foil inside the shoe with a 1M resistor this should be enough to discharge you without increasing your risk of electrocution from 240V mains faults.
This will also allow people to instantly recognise you as an engineer. :-)
TRM