tau MFR Guía Para La Instalación página 6

Power guarantee 80% 25 years
Up to 100% relative humidity
Dimensions 750 x 524 x 34 ±1 mm
Weight Kg 4.60
Technical data tolerance: ± 10 %
The MFR module complies with CEI / IEC 61215 requirements
(ESTI Certificate PV-MQ-307/04).
The photovoltaic modules MFR have been designed for the rural electrification, data survey,
telecommunication and special applications. Thanks to the versatility, main characteristic of
the modules, they are very appreciated and used either in the developing countries or in the
European markets. The recent introduction of the high efficiency cells I-Max ® in monocrystalline
silicon, has highly increased their performance.
At the typical battery operating voltage (12-13 Volts) the I-Max ® technology, developed for the
high efficiency modules, allows to obtain, differently comparing with the traditional modules, a
high increase of the current (10-17%). Such characteristic makes these modules particularly
suitable for stand alone systems with batteries. Made by 36 high efficiency cells I-Max ® 165 x
58mm in monocrystalline silicon, these modules have been designed in order to work under the
toughest operative and environmental conditions.
The MFR modules have been long lasting proven of a typical average lifetime of more than 30
years.
Furthermore every single cell and module produced have been several times tested and checked
throughout the manufacturing process.
Interconnections between modules are easy, practical and optimized for all configuration
voltages.
Robust construction and heavy duty anodized aluminium frame design makes this module
suitable secure, simple and fast to be installed in many situations.
ELECTRICAL SPECIFICATIONS (at 100mW/cm², 25°C, AM 1.5)
Wattage peak (Wp)
Short circuit current (Isc)
Open circuit voltage (Voc)
Voltage at maximum power (Vmp)
Current at maximum power (Imp)
Battery voltage typical current (12.5V)
NOCT (Nominal operating cell temperature)
Voltage change with the temperature (ß)
Wind load or surface pressure
Hail impact resistance
Operating and holding temperature
Maximum system voltage
6
MFR MODULE
MFR
Watts
Amps
Volts
Volts
Amps
Amps
°C
mV/°C
N/m² 2400 (200 km/h equiv.)
24mm a 80 km/h
°C from -40 to +95
Volts
50
3,50
20,80
16,66
3,00
3,15
43±2
-90
600