"ham" wrote in message
...
Around 1957 I went to the Southern California Edison yard in the
industrial area
of Santa Barbara.

In the office I paid a couple a dollar or so for a gallon of transformer
oil and
took my gallon can and followed one of the men outside to a 55 gallon
drum. The
whole area was oily, dirty and looked like it'd been used for years. Some
areas
of the ground looked as though they'd been paved with oil. We opened the
valve
on the can and filled the can. Then we both wiped the spills and splashes
on
our hands and the drips on the can off using a very oily rag.

When I got back to my 1947 Chevy I put it on an old rag in the trunk of
the car
in a cardboard box so it wouldn't tip over. I wiped my oily shoes on the
dirt
at the edge of the road so I wouldn't get too much oil on the rubber floor
mats.

When I got home I poured the oil into the Heathkit Cantenna can and had
some
left over. A few years later I poured out the remnants from the can onto
the
ground in the area where our oil drain pans were inverted to get the gunk
out of
them and threw the can in the garbage.

In following years I put the dummy load on the floor under the operating
desk in
a pie tin to keep any seepage from getting on the carpet and floor. I
wiped it
off several times over the years with paper towels.

Since all my fingers have fallen off - I'm typing with my toes - and now
need to
wear glasses and my eyesight isn't as good as it used to be.

Do you think this is a result of coming in contact with PCB?






For a few years, I worked at a company which made a line of oil impregnated
paper dielectric capacitors. The impregnating vats were about 3 feet in
diameter and about 2 feet deep. Capacitors would be loaded on a rack, the
vat sealed, and the rack lowered into a pool of PCB (Arochlor). After about
a 24 hour cycle, the vat would be opened. Many times, a few capacitors would
have tumbled out of position, and you had to reach your arm down into the
Arochlor to unjam the rack and fish out the stray capacitors.

This was back in the days when PCB's were good, DDT was man's best friend,
dioxin hadn't been heard of and you could survive a nearby 10 megaton blast
by a quick duck & cover. Actually, I think bobbing for capacitors under
PCB's was what has protected me from any damage from high-power RF fields
all these years.

Ed
WB6WSN

Ed Price wrote:

For a few years, I worked at a company which made a line of oil impregnated
paper dielectric capacitors. The impregnating vats were about 3 feet in
diameter and about 2 feet deep. Capacitors would be loaded on a rack, the
vat sealed, and the rack lowered into a pool of PCB (Arochlor). After about
a 24 hour cycle, the vat would be opened. Many times, a few capacitors would
have tumbled out of position, and you had to reach your arm down into the
Arochlor to unjam the rack and fish out the stray capacitors.

This was back in the days when PCB's were good, DDT was man's best friend,
dioxin hadn't been heard of and you could survive a nearby 10 megaton blast
by a quick duck & cover. Actually, I think bobbing for capacitors under
PCB's was what has protected me from any damage from high-power RF fields
all these years.

And as an added bonus, your HV rating has improved considerably.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

--
Then again, this is still an Internet where the appropriately named
Domino server
It's not appropriately named; it should be called Lotus House of Cards.
-- Steve Sobol, in response to Alan Brown

Ed Price wrote:

For a few years, I worked at a company which made a line of oil impregnated
paper dielectric capacitors. The impregnating vats were about 3 feet in
diameter and about 2 feet deep. Capacitors would be loaded on a rack, the
vat sealed, and the rack lowered into a pool of PCB (Arochlor). After about
a 24 hour cycle, the vat would be opened. Many times, a few capacitors would
have tumbled out of position, and you had to reach your arm down into the
Arochlor to unjam the rack and fish out the stray capacitors.

This was back in the days when PCB's were good, DDT was man's best friend,
dioxin hadn't been heard of and you could survive a nearby 10 megaton blast
by a quick duck & cover. Actually, I think bobbing for capacitors under
PCB's was what has protected me from any damage from high-power RF fields
all these years.

And as an added bonus, your HV rating has improved considerably.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

--
Then again, this is still an Internet where the appropriately named
Domino server
It's not appropriately named; it should be called Lotus House of Cards.
-- Steve Sobol, in response to Alan Brown

Yep, them PCB's are officially nasty little chemicals. .....
Ed


1: pour contents into empty coffee can

2: replace coffee can lid

3: gift wrap same

4: place on car rear seat, leave window down

5: go have a beer or three +/_ 45 minutes

6: go back to car, wipe seat where can was

7: go home or
7b: have another beer to celebrate empty rear seat

Hazmat is easy !!! ~8^o

EdZ(another Ed)

Yep, them PCB's are officially nasty little chemicals. .....
Ed


1: pour contents into empty coffee can

2: replace coffee can lid

3: gift wrap same

4: place on car rear seat, leave window down

5: go have a beer or three +/_ 45 minutes

6: go back to car, wipe seat where can was

7: go home or
7b: have another beer to celebrate empty rear seat

Hazmat is easy !!! ~8^o

EdZ(another Ed)

And as an added bonus, your HV rating has improved considerably.

Yep! I have not arced over in several years.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

Back when I worked a lot of radar, countermeasures, and big RF stuff we
would get a drench of Cooliol 50 or 75 cooling oil every once in a while.
Clean up? we used trico or industrial freon. Am not sure of the results yet
but the last time a UFO came close they did a U turn.

EdZ

And as an added bonus, your HV rating has improved considerably.

Yep! I have not arced over in several years.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

Back when I worked a lot of radar, countermeasures, and big RF stuff we
would get a drench of Cooliol 50 or 75 cooling oil every once in a while.
Clean up? we used trico or industrial freon. Am not sure of the results yet
but the last time a UFO came close they did a U turn.

EdZ

"Ed Zeranski" wrote in message
...
And as an added bonus, your HV rating has improved considerably.

Yep! I have not arced over in several years.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

Back when I worked a lot of radar, countermeasures, and big RF stuff we
would get a drench of Cooliol 50 or 75 cooling oil every once in a while.
Clean up? we used trico or industrial freon. Am not sure of the results
yet
but the last time a UFO came close they did a U turn.

EdZ



Yep. they thought you was a marker beacon, till they got close enough to
(one) eyeball you!

Ed(P)

"Ed Zeranski" wrote in message
...
And as an added bonus, your HV rating has improved considerably.

Yep! I have not arced over in several years.

I find myself wondering what might be the results of _my_ exposure
to all manner of industrial and laboratory chemicals over a lot of
years.

Back when I worked a lot of radar, countermeasures, and big RF stuff we
would get a drench of Cooliol 50 or 75 cooling oil every once in a while.
Clean up? we used trico or industrial freon. Am not sure of the results
yet
but the last time a UFO came close they did a U turn.

EdZ



Yep. they thought you was a marker beacon, till they got close enough to
(one) eyeball you!

Ed(P)