Blue Sea Systems 7765 L-Series 150A Solenoid Switch for 12/24V DC Systems

7765 L-Series Solenoid Switch - 150A - 12/24V DC

Ideal for switching DC subpanels, thrusters, windlass, inverters, and other medium-amp DC loads.

Features:

• Continuous duty, SPST - Normally Open
• Hermetically sealed contacts
• Activated by a remote ON-OFF switch 8230 (sold separately)
• Coil control circuit minimizes heating and amperage draw

The Blue Sea Systems 7765 L-Series Solenoid Switch is engineered to handle medium-amp DC loads with reliable performance. Designed for applications such as switching DC subpanels, controlling thrusters, windlasses, and inverters, this switch provides a robust solution for marine and industrial electrical systems. Its compact size and durable construction make it an ideal choice for various demanding environments. The switch's hermetically sealed contacts ensure protection against moisture and corrosion, enhancing longevity and dependable operation in exposed conditions. The continuous duty, single-pole, single-throw (SPST) configuration with Normally Open contacts allows for straightforward activation and deactivation of connected circuits. Activation is achieved via a remote ON-OFF switch (sold separately), providing flexible control options for your system setup. The coil control circuit is designed to minimize heating and reduce amperage draw, promoting energy efficiency and reducing thermal stress on the switch. Overall, the Blue Sea 7765 L-Series solenoid offers a high-current switching solution that combines durability, efficiency, and ease of integration for your 12 or 24-volt DC power systems. Whether used in marine vessels or industrial setups, this switch ensures reliable operation and long-lasting performance under demanding conditions.

Features:

• Continuous duty, SPST - Normally Open design for reliable switching

• Hermetically sealed contacts protect against moisture and corrosion

• Activated by a remote ON-OFF switch (sold separately) for flexible control

• Coil control circuit minimizes heating and amperage draw for efficiency