Parameter description
protocol
Performance
Menu
11
Only
one
Solutions
Module
on
a
Mentor
MP
may
perform
Mentor
2
parameter
emulation
at
a
time.
Intended
for
use
by
Solutions
Modules.
This
parameter
defines
the
maximum
on-time
that
the
externally
installed
discharge
resistor
can
stand
volts
without
damage.
This
parameter
defines
the
time
period
which
must
elapse
between
consecutive
capacitor
discharge
periods
of
maximum
power
as
defined
by
Parameter
structure
Keypad
and
format
Advanced
parameter
descriptions
Serial
comms
At
some
point,
one
of
the
Mentor
2
drives
is
replaced
with
a
Mentor
MP
drive.
The
EIA
(RS)
-485
cable
is
wired
to
an
SM-Applications
module
in
slot
3
of
the
Mentor
MP
instead
of
being
wired
into
the
drive.
If
the
ANSI
master
device
attempts
to
read
Pr
2.06
(intending
to
read
Mentor
2
Pr
2.06)
the
SM-Applications
module
will
read
Mentor
MP
Pr
2.06
giving
an
unexpected
result
to
the
ANSI
master.
If
Pr
11.59
on
the
Mentor
MP
is
set
to
3
(to
enable
Mentor
2
emulation
for
the
installed
SM-Applications
Plus
module)
the
SM-Applications
Plus
module
will
treat
incoming
serial
parameter
reads
for
ANSI,
ASCII
and
RTU
modes
as
being
in
“Mentor
2”
format.
In
this
example
the
SM-Applications
module
will
receive
the
command
to
read
Mentor
2
Pr
2.06
and
will
perform
an
equivalent
parameter
read
(in
this
case
it
will
read
Mentor
MP
Pr
2.25,
divide
the
value
by
100
and
return
the
result).
In
this
way
the
master
device
does
not
need
to
be
modified
to
consider
a
Mentor
MP
on
the
communications
network.
The
SM-Applications
Plus
documentation
includes
a
list
of
the
conversions
provided.
Note
that
the
SM-Applications
Plus
module
does
not
provide
a
conversion
for
every
Mentor
2
parameter
The
user
program
in
the
SM-Applications
Plus
module,
allows
the
user
to
create
their
own
conversion
functions
if
required,
either
to
extend
the
set
of
parameters
which
can
be
converted,
or
to
override
one
of
the
conversions
which
are
provided.
Pr
11.60.
The
setting
of
this
parameter
is
used
in
determining
the
thermal
filter
of
the
external
discharge
resistor
installed.
It
is
assumed
that
the
temperature
will
fall
by
99
%
in
this
time,
and
so
the
filter
is
Pr
11.60
/
5.
If
either
Pr
11.60
or
Pr
11.61
are
set
to
their
default
values,
the
software
assumes
that
only
the
internal
discharge
resistance
is
being
used.
The
external
discharge
resistor
temperature
is
modelled
by
the
drive
as
shown
below
and
displayed
as
a
percentage
in
Pr
11.63.
The
temperature
rises
in
proportion
to
the
power
flowing
into
the
resistor
and
falls
in
proportion
to
the
difference
between
the
resistor
temperature
and
ambient.
The
same
model
is
used
to
determine
the
temperature
of
the
internal
discharge
resistors.
Mentor
MP
Advanced
User
Guide
157
Issue
Number:
4
www.onxcontrol.com
11.62
Full
power
discharge
time
Coding
Bit
SP
FI
DE
TE
VM
DP
ND
RA
NC
NV
PT
US
RW
BU
PS
1
1
1
1
Range
0
to
25.0
s
Default
0.0
Update
rate
Background
read
11.63
Full
power
discharge
period
Coding
Bit
SP
FI
DE
TE
VM
DP
ND
RA
NC
NV
PT
US
RW
BU
PS
1
1
1
1
Range
0
to
1500.0
s
Default
0.0
Update
rate
Background
read
11.60
&
11.61
Application
parameters
Coding
Bit
SP
FI
DE
TE
VM
DP
ND
RA
NC
NV
PT
US
RW
BU
PS
1
1
1
Range
±16,000
Update
rate
Background
Value
0
No
Solutions
Module
will
operate
communications
in
porting
mode.
1
Solutions
Module
in
slot
1
will
operate
communications
in
porting
mode
if
capable.
2
Solutions
Module
in
slot
2
will
operate
communications
in
porting
mode
if
capable.
3
Solutions
Module
in
slot
3
will
operate
communications
in
porting
mode
if
capable.
Drive
voltage
rating
Switching
point
volts
480
V
1100
V
575
V
1400
V
690
V
1600
V
