Subject to change | © 2019 SOLARWATT GmbH | AZ-TM-PMS-1339 | Rev 001 | Version: 12/2019
Page 7
Module Technology
Glass-glass-laminate; aluminum frame, black
Cover material
Encapsulation
Rear-side material
Tempered solar glass with anti-reflective finish, 2 mm
EVA solar cells-EVA
Tempered solar glass, 2 mm
Solar cells
60 monocrystalline solar cells
Cell measurements
156 x 156 mm
L x W
Module measurement (total length): 1688 x 1035
Roof cover dimensions 1642 x 1015
Module height
Height non-connection side: 47mm
Height connection side: 67mm
Weight
About 24 kg
Connection technology
Cable 2 x 1.0 m/4 mm², Hirschmann HC-4 connector
Bypass diodes
3
Application Class
A (as per IEC 61730)
Max. system voltage
1000 V
Tests for mechanical
load capacity
As per IEC 61215 Ed.2
Suction load to 2400 Pa
Certified load to 5400 Pa
(uplift resistance as per DIN 14437)
(wind speed 130 km/h with safety factor 3)
For approved load capacities, see installation instructions.
Qualifications
IEC 61215 Ed.2 | IEC 61730 (incl. protection class II)
Hail resistance
Tested with simulated hailstones
(Ø 25 mm, at ~83 km/h)
Fire resistance test
DIN ENV 1187
Installation location
Upright as roof integration in pitched roofs on buildings up to 18 m high;
roof pitch 22° - 65°; 16° minimum roof pitch when using a water-tight
sub-roof according to ZVDH guidelines (Central Association of German
Roofers).
System components
Solar module with special frame, seals, suction protection measures, spe-
cial screws, sarking membrane, aluminum guide rail with attachment.
4
Notes on installation and connection
The installation of the EasyIn modules has been well
prepared at the factory due to their different features. In
-
correct installation or commissioning can lead to damage
which could consequently pose a risk to people.
Produce a plan for potential maintenance and repair
work. This should include documentation relating to the
layout of the modules including assigned serial numbers
and cable routing. Keep this together with the documen
-
tation relating to your photovoltaic system.
The structural analysis for the roof construction, specified
in these installation instructions in conjunction with the
EasyIn system, is provided according to DIN 1052 and
DIN 1055.
