P M A C
3 0 0 0
Page
25
General
and
Analog
Settings.
Each
of
these
presets
are
stored
in
their
own
memory
and
are
not
necessarily
the
values
stored
in
the
currently
active
settings.
The
user
may
read
any
of
the
presets
into
the
GUI
by
pressing
the
corresponding
button
under
Get
general
settings
from
PMAC
3000.
The
GUI
will
then
show
the
said
preset’s
values
in
the
General
and
Analog
Settings.
Likewise,
the
user
may
make
any
changes
to
the
values
shown
on
the
GUI
screen,
and
write
them
to
a
given
preset
by
clicking
the
given
preset
button
under
Send
general
settings
to
PMAC
3000.
Saving
the
values
to
a
preset
does
not
make
them
the
currently
active
settings.
It
just
stores
them
under
the
given
setting.
To
make
them
currently
active,
the
user
must
click
the
Current
button
in
the
Send
general
settings
to
PMAC
3000
section.
For
example,
let’s
say
the
user
wants
to
store
the
current
settings
in
preset
#4.
The
user
would
click
the
Current
button
under
Get
general
settings
from
PMAC
3000.
This
would
load
the
settings
that
the
PMAC
3000
is
currently
using
into
the
GUI.
Next,
the
user
would
click
button
#4
under
Send
general
settings
to
PMAC
3000
to
save
the
displayed
settings
to
preset
#4.
In
this
next
example,
let’s
say
the
user
wants
to
read
the
settings
from
preset
#2
and
make
them
the
current
settings.
The
user
would
click
button
#2
under
Get
general
settings
from
PMAC
3000.
This
would
load
the
settings
from
preset
2
into
the
GUI.
Next,
the
user
would
click
the
Current
button
under
Send
general
settings
to
PMAC
3000
to
save
the
currently
displayed
settings
as
current.
Sensor
Cal
Settings
apply
to
the
calibration
of
the
attached
sensor.
The
user
may
read
the
calibration
settings
of
the
currently
attached
sensor
by
clicking
Get
sensor
cal
settings
from
sensor
attached
to
PMAC
3000.
If
the
sensor
is
an
autoID
type,
it
cannot
be
overwritten.
If
not,
it
may
be
overwritten.
Change
the
values
as
needed
and
click
Send
sensor
cal
settings
to
PMAC
3000.
Calibration
settings
can
be
read
from
or
saved
to
a
file
by
clicking
Load
sensor
cal
settings
from
file
or
Save
sensor
cal
settings
to
file
respectively.
Unit
Type
–
Choose
the
type
of
sensor
that
is
connected.
Ie.
Force,
Torque
or
Displacement
Units
–
Choose
the
correct
engineering
units
that
are
available
under
the
given
Unit
Type.
Full
Scale
–
Enter
the
sensor
full
scale
capacity
in
the
engineering
units
selected
under
Units.
mV/V
–
Enter
the
output
of
the
sensor
at
full
scale
capacity.
PPR
–
Future
option.
Note:
Regarding
engineering
units…
There
are
two
locations
for
engineering
units
shown
on
this
screen.
The
Units
selection
listed
under
Sensor
Settings
refers
only
to
the
engineering
units
in
which
the
sensor
has
been
calibrated.
The
Units
under
Analog
Settings
refers
to
the
engineering
units
that
the
PMAC
3000
will
use
for
display
purposes.
For
example,
if
the
connected
sensor
is
a
100
inlb
sensor,
the
user
would
put
in
100
for
the
Capacity
and
inlb
for
the
Units.
Of
course,
the
Units
Type
would
be
torque.
Now,
if
the
user
wishes
to
take
measurements
in
inlb,
then
the
Units
section
under
Analog
Settings
must
also
be
set
to
inlb.
The
user
can,
however,
set
the
displayed
units
to
some
other
torque
units,
such
as
ftlb.
The
PMAC
3000
will
scale
the
readings
to
show
the
correct
values
in
ftlb.
This
only
applies
to
readings
taken
from
this
point
on.
Any
previously
captured
readings
will
be
stored
in
the
engineering
units
that
were
selected
at
the
time.
