Tabla de contenido
Publicidad
Idiomas disponibles
Idiomas disponibles
installation manual – photovoltaic modules
Electrical output and thermal characteristics
Rated electrical characteristics of I
, V
sc
STC (standard test conditions) (irradiance of 1,000 W / m
in this manual.
table 1. electrical characteristics (at StC)
maximum
power
model name
(P
)
max
ND-R240a2
240 W
ND-R235a2
235 W
ND-R230a2
230 W
ND-R225a2
225 W
ND-R220a2
220 W
ND-R215a2
215 W
ND-R210a2
210 W
ND-235R1j
235 W
ND-230R1j
230 W
ND-225R1j
225 W
ND-220R1j
220 W
ND-215R1j
215 W
ND-210R1j
210 W
NU-R250j5
250 W
NU-R245j5
245 W
NU-R240j5
240 W
NU-235R1H
235 W
NU-230R1H
230 W
NU-225R1H
225 W
NU-220R1H
220 W
NU-185R1H
185 W
NU-180R1H
180 W
NU-175R1H
175 W
(*) The maximum series number of modules depends on the local conditions. These values are calculated under the condition of V
Under normal conditions, a photovoltaic module is likely to experience conditions that produce more current and / or voltage than reported at Standard Test Condi-
tions. Accordingly, the values of I
and V
sc
capacities, fuse sizes and size of controls connected to the module output.
application Class
This module is rated as "Application class A" according to IEC61730.
"Application class A" means:
General access, hazardous voltage, hazardous power applications
Modules rated for use in this application class may be used in systems operating at greater than 50 V DC or 240 W, where general contact access is anticipated.
Modules qualified as application class A in IEC 61730 are considered to meet the requirements for safety class II.
fire Rating
This module is rated as "Fire safety class C" according to IEC61730.
, are within ±10 percent of the indicated values and +5 / –0 % of Pmax (power measurement tolerance: ± 3 %), under
oc
, AM 1.5 spectrum, and a cell temperature of 25 °C (77 °F)). The guaranty conditions are specified elsewhere
2
open-
circuit
Short-circuit
tolerance
voltage (V
)
current (i
oc
+5 % / –0 %
37.2 V
8.52 A
+5 % / –0 %
37.1 V
8.38 A
+5 % / –0 %
37.0 V
8.24 A
+5 % / –0 %
36.9 V
8.10 A
+5 % / –0 %
36.8 V
7.96 A
+5 % / –0 %
36.7 V
7.82 A
+5 % / –0 %
36.6 V
7.68 A
+5 % / –0 %
36.7 V
8.44 A
+5 % / –0 %
36.6 V
8.36 A
+5 % / –0 %
36.6 V
8.28 A
+5 % / –0 %
36.5 V
8.20 A
+5 % / –0 %
36.5 V
8.12 A
+5 % / –0 %
36.4 V
8.03 A
+5 % / –0 %
37.9 V
8.76 A
+5 % / –0 %
37.5 V
8.73 A
+5 % / –0 %
37.3 V
8.63 A
+5 % / –0 %
37.9 V
8.49 A
+5 % / –0 %
37.7 V
8.43 A
+5 % / –0 %
37.5 V
8.37 A
+5 % / –0 %
37.3 V
8.31 A
+5 % / –0 %
30.2 V
8.54 A
+5 % / –0 %
30.0 V
8.37 A
+5 % / –0 %
29.8 V
8.29 A
marked on this module should be multiplied by a factor of 1.25 when determining component voltage ratings, conductor
oc
Voltage at
Current at
maximum
point of max.
point of max.
system
)
power (V
)
power (i
)
voltage
sc
mpp
mpp
30.4 V
7.90 A
1,000 V
30.4 V
7.74 A
1,000 V
30.3 V
7.60 A
1,000 V
30.3 V
7.43 A
1,000 V
30.2 V
7.29 A
1,000 V
30.2 V
7.13 A
1,000 V
30.1 V
6.98 A
1,000 V
29.8 V
7.89 A
1,000 V
29.5 V
7.80 A
1,000 V
29.3 V
7.68 A
1,000 V
29.2 V
7.54 A
1,000 V
29.0 V
7.42 A
1,000 V
28.8 V
7.30 A
1,000 V
31.0 V
8.07 A
1,000 V
30.5 V
8.04 A
1,000 V
30.2 V
7.95 A
1,000 V
30.3 V
7.76 A
1,000 V
30.0 V
7.67 A
1,000 V
29.7 V
7.58 A
1,000 V
29.4 V
7.49 A
1,000 V
24.0 V
7.71 A
1,000 V
23.7 V
7.60 A
1,000 V
23.2 V
7.55 A
1,000 V
at –40 °C.
oc
Ver 8.0 E
over-
appli-
current
cation
maximum series
protection
class
configuration
(*)
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
22
15 A
A
21
15 A
A
22
15 A
A
22
15 A
A
22
15 A
A
22
15 A
A
22
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
21
15 A
A
26
15 A
A
27
15 A
A
27
21
Publicidad
Tabla de contenido
