RAM-6021 Wired Router
96
Automation Tab
•
Click
on
Analog
Inputs
Map
IO
to
setup
the
analog
inputs.
No
DNP
Points:
If
this
checkbox
is
activated,
then
no
Analog
input
is
mapped
as
a
DNP
point.
Default
DeadBand:
Values
outside
this
deadband
generate
events.
Note:
The
deadband
parameter
sets
how
event
data
is
generated
by
your
module
as
a
DNP
slave
device.
For
Example:
The
Analog
Input
deadband
being
set
to
a
value
of
1000
will
report
all
of
the
points
as
being
class
3
data
(as
set
by
the
"Analog
Input
class"
parameter
being
set
to
3)
and
it
will
generate
an
event
every
time
an
analog
input
changes
by
a
value
of
1000
or
more.
This
Analog
Input
deadband
can
be
set
to
any
value
between
0
to
32767
(generate
an
event
when
the
value
changes
by
32767).
Default
Object
31
‐
Frozen
Analog
Input:
This
field
is
activated
on
both
Levels
2
and
2+.
It's
used
to
determine
if
a
DNP
point
will
generate
events.
In
case
a
DNP
point
generates
events
(Object2
Binary
Change
Events)
then
it
should
be
associated
to
a
class
(Class
1,
Class2
or
Class
3),
otherwise
it
should
be
associated
to
None.
By
default
all
DNP
Points
don't
generate
events,
this
feature
should
be
modified
by
the
user.
Default
Object
32
‐
Analog
Change
Event:
This
field
is
activated
on
both
Levels
2
and
2+.
It's
used
to
determine
if
a
DNP
point
will
generate
events.
In
case
a
DNP
point
generates
events
(Object2
Binary
Change
Events)
then
it
should
be
associated
to
a
class
(Class
1,
Class2
or
Class
3),
otherwise
it
should
be
associated
to
None.
By
default
all
DNP
Points
don't
generate
events,
this
feature
should
be
modified
by
the
user.
Default
Object
33
‐
Frozen
Change
Event:
This
field
is
activated
on
both
Levels
2
and
2+.
It's
used
to
determine
if
a
DNP
point
will
generate
events.
In
case
a
DNP
point
generates
events
(Object2
Binary
Change
Events)
then
it
should
be
associated
to
a
class
(Class
1,
Class2
or
Class
3),
otherwise
it
should
be
associated
to
None.
By
default
all
DNP
Points
don't
generate
events,
this
feature
should
be
modified
by
the
user.
Exception
Deadband
and
Class
Assignments
Table:
The
Exception
table
provides
you
with
the
ability
to
define
Reg/
Index
ranges
that
are
needed
to
be
configured
different
than
Default
DeadBand
and
Class
Assignments.
For
Example:
If
the
Highest
Register
Address
is
set
to
10
and
Reg/Index
2,
4,
6
‐
7
are
needed
to
be
set
for
different
DeadBand
and
Class
Assignments
than
Default,
then
the
final
result
for
all
10
registers
would
be
as
follows:
