Photovoltaic protection panel with 7 inputs and 7 outputs of 1000vdc with 16A disconnector, 20A fuses in 10x38 and type II surge protection 40kA, 1000vdc. per string, double-insulated polyester hybrid envelope and transparent polycarbonate cover with 720x540x201 gasket, with cable gland, assembled and pre-wired.

Custom photovoltaic protection panel with 9 inputs of which 3 are double and 6 outputs with disconnector, fuse bases and 10x38 1000vdc 16A fuses in IDE IP65 3x18 enclosure in ABS, with wall grommets and cable gland for ground, assembled and pre-wired.

Combiner type photovoltaic protection panel

Custom-made with 13 inputs and 1 output with 1500 VDC 400A disconnector, + fuse bases and 14x85 1500vdc 16A fuses in IP66 polyester cabinet 747x536x300mm with opaque door, with wall grommet and cable gland for ground, assembled and pre-wired.

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.

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 3 MPPT out of a total of 6
string (2 per MPPT) fuses 20A 10x38 1000vdc with
50A disconnector and BF3 surge protection
40/1000, IP66 polyester cable gland and cabinet
600x400x250 with opaque door and 180 opening. Assembled and
prewired.

Photovoltaic protection panel for 8 MPPT of a total of
16 string (2 per MPPT) fuses 20A 10x38 1000vdc with
50A disconnector and BF3 surge protection
40/1000, IP66 polyester cable gland and cabinet
800X600X250 with opaque door and 180 opening. Assembled and
prewired

Photovoltaic protection panel for 10 MPPT of a total of
20 string (2 per MPPT) fuses 20A 10x38 1000vdc with
50A disconnector and BF3 surge protection
40/1000, IP66 polyester cable gland and cabinet
1000x800x300 with opaque door and 180 opening. Assembled and
prewired.

Sigen Energy Gateway HYB-24 Inverter Connection Cabinet