$80.46 cheaper than the new price!!
Management number | 202888187 | Release Date | 2025/09/26 | List Price | $80.46 | Model Number | 202888187 | ||
---|---|---|---|---|---|---|---|---|---|
Category |
Introducing the Victron Energy Galvanic Isolator – your ultimate solution for preventing electrolytic corrosion on your boat. This essential device is engineered to safeguard underwater metals, ensuring the longevity of critical components like the hull, propeller, and shaft. With its advanced design and robust features, the Victron Energy Galvanic Isolator seamlessly integrates into your boat's electrical system, providing peace of mind for every maritime adventure.
- **Prevents Electrolytic Corrosion**: Effectively blocks low voltage DC currents that can cause significant damage to your boat's underwater metals, preserving their integrity and extending their lifespan.
- **Dual Diode Construction**: Features two diodes connected in anti-parallel fashion, allowing current to flow in both directions only above a threshold voltage of approximately 1.4 Vdc, ensuring optimized protection.
- **Easy Installation**: Designed for straightforward installation directly behind your boat's 230V connection, making it accessible and user-friendly for boat owners.
- **Enhanced Safety Features**: In the event of a higher error voltage in the AC circuit, the diodes permit current flow while the residual-current device breaks the circuit, providing an additional layer of safety and reliability.
- **Durable and Reliable**: Crafted by Victron Energy, a trusted brand in the marine industry, this galvanic isolator promises durability and consistent performance, ensuring your boat remains protected against corrosive currents.
The Victron Energy Galvanic Isolator is not just a product; it’s a necessity for any boat owner looking to preserve their vessel and enhance its longevity. Invest in the protection of your underwater metals and enjoy worry-free boating with this innovative isolator.
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form