Cylindrical fuse link PV CH10x38 gPV 14A/1000V DC UL 002625136

Safety and Reliability for Photovoltaic Installations

Cylindrical PV CH10x38 gPV 14A/1000V DC fuse is designed to protect DC circuits in photovoltaic systems and other renewable energy installations. It provides effective protection against overload and short circuits, minimizing the risk of damage and fire. Its construction and parameters have been optimized for the specific requirements of PV installations, where higher voltages and short-circuit currents occur.

Characteristics and Application

The gPV series fuse is characterized by a high short-circuit breaking capacity, which allows for a quick response in the event of a failure. It is intended for protecting both DC circuits (overcurrent and reverse current protection) and internal components of DC/AC converters (semiconductor protection). This makes it a comprehensive solution for installers and users looking for reliable protection of their investments. The 10x38 mm size makes it compatible with a wide range of standard fuse holders.

Advantages in Practice

• Specialized Application: Designed with the specifics of photovoltaic systems in mind, it offers optimal protection for PV components.
• High Surge Resistance: Protects against the effects of sudden voltage increases that can occur in PV installations.
• Fast Response: Short-circuit breaking capacity minimizes the duration of failures and limits potential damage.
• Versatility: Can be used in both home and industrial installations.
• Certification and Quality: The product comes from a renowned manufacturer ETI Polam, which guarantees high quality and compliance with applicable standards. ETI Polam is a company with a 20-year tradition, repeatedly awarded for dynamic development.
• Converter Protection: Effectively protects sensitive electronic components inside inverters, extending their lifespan.
• Safety of Use: Ensures safe operation of the photovoltaic installation, protecting against hazards related to overloads and short circuits.