Product Specifications; Electrical & Mechanical Properties - LG N1C(W)-E6 Series Installation Manual

PRODUCT SPECIFICATIONS

N-TYPE
Rated electrical characteristic except power rating within -0/+3 percent are within 5 percent of measured.
Values at Standard Test Condition(STC) : Irradiance 1000W/m
Module Pmax
Model Name
Series at STC
W
355
LG355N1C(W)-E6
360
LG360N1C(W)-E6
LG365N1C(W)-E6 365
370
LG370N1C(W)-E6
375
LG375N1C(W)-E6
380
LG380N1C(W)-E6
385
LG385N1C(W)-E6
LG390N1C(W)-E6 390
LG350N1K-E6 350
LG355N1K-E6 355
LG360N1K-E6 360
LG365N1K-E6 365
LG370N1K-E6 370
375
LG375N1K-E6
LG380N1K-E6 380
LG345N1T-E6 345
LG350N1T-E6 350
LG355N1T-E6 355
LG360N1T-E6 360
LG365N1T-E6 365
Note) Max. Bifaciality Coefficient of Power : N1C(W)-E6 0.04 / N1K-E6 0.09 / N1T-E6 0.70
Max. Bifaciality Coefficient of Current : N1C(W)-E6 0.05 / N1K-E6 0.10 / N1T-E6 0.70
Max. Bifaciality Coefficient of Voltage : N1C(W)-E6 0.88 / N1K-E6 0.91 / N1T-E6 0.99
Note)
For information about the electrical ratings for both front and back surfaces (Bifaciality Coefficient) and the expected contribution from ground reflected irradiance
along with ground cover and installation height above ground that reflected irradiance, please refer to the sales talk material and datasheet.
Note) MC4 formal name : PV-KST4 / 6II-UR, PV-KBT4 / 6II-UR
→ Plus (+) Connector : Male MC4 coupler (PV-KST4/6II-UR)
→ Negative (-) Connector : Female MC4 coupler (PV-KBT4/6II-UR)
Note) The Typical change in module efficiency at 200W/m in relation to 1000W/m is -3.0%
◇ Female and male cable couplers ◇
Female cable coupler
Male cable coupler
Electrical Properties
Pmax Pmax
Power Voc at
at at
Tolerance STC
Bifi100 Bifi200
W W % V
356 358 0~3%
39.8
40.2
361 363 0~3%
366 368 0~3% 40.5
371 373 0~3% 40.9
377 378 0~3% 41.3
0~3% 41.7
382 383
387 388 0~3%
42.0
392 393 0~3% 42.4
353 356 0~3% 40.6
358 361 0~3%
40.8
363 366 0~3% 41.0
368 372 0~3% 41.2
373 377 0~3% 41.4
378 382 0~3%
41.5
383 387 0~3% 41.7
365 390 0~3% 40.7
375 395 0~3% 40.9
380 405 0~3% 41.0
385 410 0~3% 41.2
390 415 0~3% 41.3
2
2
, Cell temp. 25℃, 1.5AM
Max.
Isc at Vmpp Impp at No. of
STC at STC STC
module
in series
A V A
19
11.15 33.4 10.65
11.19 33.8 10.68
19
11.25 34.1 10.73 19
11.30 34.4 10.76 19
11.35 34.8 10.80 19
11.39 35.1 10.85 19
19
11.44 35.5 10.88
11.49 35.8 10.92 19
10.83 33.9 10.35 19
19
10.93 34.0 10.44
11.03 34.3 10.51 19
11.13 34.5 10.60 19
11.23 34.7 10.68 19
19
11.33 34.9 10.75
11.43 35.2 10.83 19
10.63 33.9 10.20 19
10.75 34.1 10.29 19
10.85 34.3 10.37 19
10.98 34.5 10.46 19
11.08 34.7 10.54 19
"Max. No. of modules in series" is considering 125% of Voc. Actual number of connections
should be selected according to the installation site conditions and local code.
2
Model Cable Cross Section
4mm²
MC4
12AWG
4mm²
05-8
12AWG
4mm²
PV-CO02
12AWG
※ See more information >> http://www.staubli-alternative-energies.com
http://www.renhesolar.com
http://www.ukt-sz.com
Mechanical Properties
Max.
Max.
Series
System Connector Length Width Height Weight
Fuse
Voltage
Rating
A V mm
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768 1042
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
MC4 / 05-8
20 1000 1768
/ PV-CO02
Rated current
Ø A (Cable outer diameter)
5.5 ~ 9.0mm
5.4 ~ 7.2mm
4.0 ~ 7.0mm
mm mm kg
40 18.5
40 18.5
18.5
40
18.5
40
40 18.5
40 18.5
40
18.5
40 18.5
40 18.5
40 18.5
1042 40 18.5
1042 40 18.5
1042 40 18.5
1042 40
18.5
1042 40
18.5
40 18.5
40 18.5
1042 40 18.5
1042 40 18.5
1042 40 18.5
30A
20A
20A
11