Tu tienda de energía solar

SPF 1/1 string, MC4 type connector, protection fuses, 40kA 8/20, cartridge (1000Vdc), box with 6 IP65 modules

SPF 2/1-40/1000/15 (122) - Photovoltaic protection panel
for 2 inputs + 1 outputs.
1000Vdc, 15A per input, with fuse, fuse base and
1000vdc 30A disconnector. Surge protection
1000vdc 40A. Enclosure of 12 modules in ABS. Connectors
stuffing box.

SPF 3/1-40/1000/15 (122) - Photovoltaic protection panel
for 3 inputs + 1 outputs. 1000Vdc, 15A per input, with
fuse, fuse base and disconnector. 12 envelope
ABS modules with cable glands.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

EScal module of 57.6 V and 100Ah. A minimum of 3 modules is necessary
per system. Up to 15 modules can be serialized and connected in
parallel up to 4 equivalent strings. Each tower without BMU up to
maximum of 8 heights (7 heights with BMU). Socket required.

EScal BMU control unit. Allows power connection and
communications to EScal modules through quick connectors
and provides the power output for connection to the inverter.

MCS control interface that must be installed in the BMU, allowing connectivity and control of all the strings of the system through CAN bus communication.
It also provides, on the one hand, communications with the investor
through the CAN Bus and Modbus TCP/IP protocols, and on the other hand, the
connectivity with the CEGASA cloud, users and EMSs, through connection
Ethernet, WiFi and Bluetooth.

EScal socket that allows a tower of modules up to a maximum of 9
heights (8 modules and the BMU).

EScal connection between towers

Distribution panel and protections. Allows parallelizing the output of
power up to 2 strings. Maximum work intensity 150A.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect photovoltaic installations installed on roofs
in case of emergency or fire, offering maximum safety for firefighters and
the electrical installation.
Its design makes it easy to install even in existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shut-off temperature sensor.
According to EN 60947-3, EN 61643-11

Photovoltaic protection panel for 10 inputs +
10 exits. 1000Vdc, 15A per input, with fuse and base
of fuse. Enclosure of 4x18 modules in ABS. with
MC4