J
Jamie
Guest
Dbowey wrote:
Practical application testing, one of them just happens to be a a
test that requires a length of a 100' to be laid along in side of a race
way
with mounts that have a high current lines. the CaT is placed in a
holder that places it 1 " away from the high current lines which AC and
DC currents are generated up to 500Amps while monitoring the twisted pairs..
this test tell us how consistent the twisted pairs are and how well
they are bunched together. twisted pairs that are not uniform at the
correct the lay will show uneven readings under AC currents..
etc..
P.S.
we are currently making some CAT wire with combined Optics and
rein forced binders made of Kevlar along with some high current control
wires as a composite cable to be used in future homes and businesses.
should be interesting. we have never combined those types of components
in one cable before.
so far, testing on the samples appear to be passing very well on the
CAT and control wires. i think this maybe due to the fact that we have
put lightly braided shield around those.
Btw.
putting Cat wire in a race way that houses high current wires for
drives DC/AC has prevent to not work well for our electricians. it
took them aprox 3 mounts of playing around with a machine that was
having a very slow response rate reading data from controllers via a
Cat 5 . it turned out that, many errors were being generated in the
interface and thus the network connection was doing alot of resends
or waiting for updated readings thus causing the machines performance
to be unpredictable.
running the CAT 5 in its own race way solved that problem.
with out deforming pairs.
Practical application testing, one of them just happens to be a a
test that requires a length of a 100' to be laid along in side of a race
way
with mounts that have a high current lines. the CaT is placed in a
holder that places it 1 " away from the high current lines which AC and
DC currents are generated up to 500Amps while monitoring the twisted pairs..
this test tell us how consistent the twisted pairs are and how well
they are bunched together. twisted pairs that are not uniform at the
correct the lay will show uneven readings under AC currents..
etc..
P.S.
we are currently making some CAT wire with combined Optics and
rein forced binders made of Kevlar along with some high current control
wires as a composite cable to be used in future homes and businesses.
should be interesting. we have never combined those types of components
in one cable before.
so far, testing on the samples appear to be passing very well on the
CAT and control wires. i think this maybe due to the fact that we have
put lightly braided shield around those.
Btw.
putting Cat wire in a race way that houses high current wires for
drives DC/AC has prevent to not work well for our electricians. it
took them aprox 3 mounts of playing around with a machine that was
having a very slow response rate reading data from controllers via a
Cat 5 . it turned out that, many errors were being generated in the
interface and thus the network connection was doing alot of resends
or waiting for updated readings thus causing the machines performance
to be unpredictable.
running the CAT 5 in its own race way solved that problem.
