Fuse link 10X38 16A 1000V DC GPV D7642200

Protection of photovoltaic installations – fuse links 10x38 16A 1000V DC gPV

Fuse links with dimensions 10x38 mm, rated current 16A and voltage 1000V DC with gPV characteristic, dedicated to protecting photovoltaic installations. They provide effective protection against overload and short circuit, protecting PV system components from damage. Construction optimized for operation in DC circuits, typical for photovoltaics.

Characteristics and application

Fuse links from the gPV series are characterized by a special characteristic, adapted to the specifics of loads occurring in photovoltaic installations. The gPV characteristic allows for a faster response to short-circuit currents, which is crucial for ensuring safety and minimizing energy losses. They are designed to protect against the effects of short circuits and overloads in DC circuits, such as those found in solar panels, inverters and cabling. Thanks to the fact that they are cylindrical fuses with a standard size of 10x38 mm, they are compatible with a wide range of disconnect bases available on the market.

Advantages and benefits

• Specialized protection for PV: The gPV characteristic provides optimal protection for photovoltaic installations, taking into account the specifics of these systems.
• High short-circuit interrupting capacity: Ensures quick disconnection of the circuit in the event of a short circuit, minimizing the risk of damage.
• 1000V DC voltage: Suitable for operation in photovoltaic installations with high voltage.
• Standard size: Compatibility with commonly available 10x38 mm disconnect bases makes installation and replacement easier.
• Manufacturer JEAN MÜLLER: Guarantee of quality and reliability from a renowned manufacturer of electrical components.
• Compliance with IEC 60269-6 standard: Confirmation of meeting stringent safety and performance standards.
• Environmental resistance: Fuse links are designed to operate in various temperature conditions (taking into account the reduction of the rated current above +35°C).