Oxford Sensors Ltd
Unit 11, Arena 14
Bicester Park
Charbridge Lane, Bicester
Oxfordshire, OX26 4SS
United Kingdom
Copyright © 2021 Oxford Sensor Systems Ltd. All rights reserved
Oxford Sensors announces a new integrated
head and controls for Submerged Arc Welding
Oxford
Sensors
Ltd
(OSL),
Bicester,
UK
announces
the
release
of
a
new
fully
integrated
system
for
tandem
or
triple
submerged
arc
welding.
The new system incorporates several innovations:
1.
A
completely
new
weld
head
design
which
is
easy
to
set
up
and
adjust,
and
which
integrates
up
to
three
torches
together
with
flux
delivery and recovery, laser seam tracking and video camera.
2.
Modular
design
for
ease
of
using
the
key
components
in
several
mill
locations.
The
new
head
has
already
been
installed
on
several
pipe
mill
applications.
For
spiral
pipe
offline
ID
welding,
it
can
be
mounted
on
a
new
OSL
boom-end
frame
incorporating
horizontal
and
vertical
slides
with
space
for
up
to
three
wire
feeders.
For
spiral
pipe
OD
welding
or
other
similar
applications,
the
new
head
can
be
mounted
on
an
OSL
slide
assembly
together
with
up
to
three
wire
feeders for single, tandem or triple arc operation.
3.
A
new
integrated
control
system
allows
all
parts
of
the
system
operation
to
be
controlled
from
a
single
station.
The
new
control
station
can
be
used
for
simultaneous
control
of
ID
and
OD
weld
heads for spiral pipe offline welding from a single station.
4.
The
new
system
is
based
on
a
network
architecture
allowing
it
to
be
easily
used
with
welding
power
sources
from
leading
manufacturers.
According
to
Bob
Beattie,
of
OSL,
“Over
the
last
twenty-five
years,
we
have
developed
a
lot
of
experience
in
pipe
mill
welding
and
other
similar
applications.
So
when
we
had
the
opportunity
to
put
that
experience
to
work
in
designing
this
new
system
we
were
very
excited
by
the
possibilities.
After
a
lot
of
intensive
effort
in
design
and
on
proving
trials,
we
are
very
pleased
with
the
results.”
The photo shows the design superimposed over one of the heads mounted for spiral offline ID welding.