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Tinned copper terminal for soldering cables with a cross-section of 185 mm². It guarantees a reliable electrical connection and increased corrosion resistance for applications in industrial and electrical installation systems.

The e.fuse.gpv 10x38 fuse is designed for the protection of electrical DC circuits, mainly in photovoltaic (PV) systems. The fuse has a gPV characteristic and is mounted in a 10x38 fuse holder. It is suitable for operation in various mounting positions and provides reliable protection against short circuits and overloads.

Grounding terminal block (PE), yellow-green, designed for mounting on a 35 mm DIN rail and connecting protective conductors in electrical panels and distribution systems.

The DC (PV) fuse E.FUSE GPV 10×38 20 A is designed for protection of direct current (DC) circuits in solar and photovoltaic installations. With a rated current of 20 A and an operating voltage of up to 1000 VDC, the fuse provides reliable overload and short circuit protection with a pulse breaking capacity of 20 kA. The fuse has a standard size of 10×38 mm and gPV characteristic, making it compatible with 10×38 DC fuse holders. It is suitable for protection of solar panels, inverters and other DC modules in photovoltaic systems.

The DC (PV) fuse E.FUSE GPV 10×38 16 A is designed for protection of direct current (DC) circuits in photovoltaic and solar installations. With a rated current of 16 A and an operating voltage of up to 1000 VDC, it provides reliable overload and short circuit protection at high DC potential. The fuse has a standard size of 10×38 mm and gPV characteristic, which makes it compatible with 10×38 DC fuse holders. An excellent choice for protection of solar panels, inverters and other DC modules.

The DC (PV) fuse E.FUSE GPV 10×38 15 A is designed for protection of direct current (DC) circuits in solar and photovoltaic installations. With a rated current of 15 A and an operating voltage of up to 1000 VDC, it provides reliable overload and short-circuit protection. The fuse has a standard size of 10×38 mm and gPV characteristic, providing appropriate selectivity and protection for DC modules and systems. It is mounted in a 10×38 holder designed for DC (PV) fuses.

The DC (PV) fuse E.FUSE GPV 10×38 12 A is designed to protect direct current (DC) circuits in photovoltaic installations. It is suitable for use with GPV holders and provides reliable overload and short circuit protection up to an operating voltage of 1000 VDC and a surge current of 20 kA. The fuse has a size of 10×38 mm and a rated current of 12 A, making it suitable for solar panels, inverters and other high voltage DC systems.

Tinned copper sleeve for single-sided crimping, designed for strong and efficient electrical connection of wires with a cross-section of up to 185 mm². Provides excellent conductivity and corrosion resistance.

The AC fuse E.FUSE NT00, 125 A is designed to protect low-voltage electrical circuits, distribution boards and power installations from overload and short-circuit currents. Part of the E.FUSE series from E.NEXT, the size 00 model is used in compact electrical panels and systems where reliable protection and high mechanical resistance are required. It is mounted in compatible NT00 fuse holders.

The E.FUSE NT00, 100 A AC fuse is designed to protect low-voltage electrical circuits, distribution boards and power systems from overload and short-circuit currents. Part of the E.NEXT E.FUSE series, the 00 (NT00) size model has a ceramic body and provides high thermal resistance, reliable interruption and stable operation under load. It is suitable for use in domestic, commercial or industrial installations with current loads up to 100 A.

The e.aqua.1231.grt socket is designed for surface (external) mounting and is equipped with a protective contact (h/k, schuko). The version with a transparent cap provides additional protection against dust and water splashes and allows visual inspection without opening. The degree of protection IP54 makes it suitable for installation in rooms with increased humidity, service rooms, garages, warehouses and other areas where higher protection of electrical installation elements is required. The socket allows the connection of wires with a cross section of 0.75 - 2.5 mm².

It is used to make electrical contact between terminals