PVI
23TL
&
PVI
28TL
Installation
and
Operation
Manual
PVI
Series
Inverters
DOCR
‐
070365
‐
E
Page
26
of
57
*Consider
combining
MPPT
zones
for
such
configuration.
Table
5.1
–
DC
Inputs
and
Configurations
5.2
Dual
Maximum
Power
Point
Tracking
The
inverter
is
designed
with
two
separate
MPP
Trackers
(Dual
MPPT)
which
can
operate
independently
or
combined.
The
default
is
combined
MPPT.
That
means
both
MPP
Trackers
were
combined
to
operate
as
one.
This
allows
for
the
power
to
be
evenly
distributed
between
the
two
trackers
such
as
applications
of
odd
number
of
strings.
Figure
5.3
–
Two
MPPTs
Combined
to
Operate
as
One
DC
Inputs
Configuration
Max.
DC
Wire
Size
Recommend
PV
Fuse
Conductors
Torque
(ALL)
Fuse
Type
8
Inputs
Standard
use
of
Integrated
String
Combiner
Box
4AWG
12A/1000V
for
PVI
23
‐
28TL
30in
‐
lbs
PV
Fuse
7
Inputs*
Standard
use
of
Integrated
String
Combiner
Box
4AWG
15A/1000V
for
PVI
23
‐
28TL
30in
‐
lbs
PV
Fuse
6
Inputs
Standard
use
of
Integrated
String
Combiner
Box
4AWG
15A/1000V
for
PVI
23TL
20A/1000V
for
PVI
28TL
30in
‐
lbs
PV
Fuse
5
Inputs*
Standard
use
of
Integrated
String
Combiner
Box
4AWG
20A/1000V
for
PVI
23
‐
28TL
30in
‐
lbs
PV
Fuse
4
Inputs
Standard
use
of
Integrated
String
Combiner
Box
4AWG
25A/1000V
for
PVI
23
‐
28TL
30in
‐
lbs
PV
Fuse
2
Inputs
Fuse
Bypass
Option
Two
Inputs
that
Bypass
Fuse
Holder
2AWG
Fuse
Bypass
‐
option
50in
‐
lbs
Fuse
Bypass
1
Input*
Fuse
Bypass
Option
One
Input
that
Bypasses
Fuse
Holder
and
uses
Combined
MPPT
Zones
2AWG
Fuse
Bypass
‐
option
50in
‐
lbs
Fuse
Bypass
Содержание PVI 23TL
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