Osculati 14.386.10 - Voltage Sensitive Switch

Osculati 14.386.10 - Voltage Sensitive Switch

The Osculati 14.386.10 is a sophisticated Voltage Sensitive Switch (VSS) designed to optimize battery charging in marine and automotive applications. This switch automatically senses the voltage of two connected batteries or battery banks, facilitating efficient charging of the secondary bank. It offers a seamless solution for managing multiple battery systems on boats, RVs, and other vehicles.

Key Features:

• Automatic Voltage Sensing: The VSS detects the voltage of two connected batteries or battery banks, allowing for intelligent management of charging processes.
• Dual Battery Bank Control: With the VSS, you can independently combine or isolate two battery banks based on the presence of a charging source, such as an engine alternator or battery charger. This ensures optimal utilization of available power.
• Sequential Charging: Once the charging source is activated, the VSS initiates the recharge process for the primary battery of the main bank (typically the engine battery). When this battery reaches a voltage of 13.2V, the switch opens the circuit, enabling the secondary battery (often the service battery) to begin recharging. This sequential charging mechanism maximizes charging efficiency and battery life.
• Emergency Parallel Function: The switch features an emergency parallel function that can be manually activated using a knob or an On/Off button on the dashboard. This allows for quick and easy parallel connection of battery banks in emergency situations, ensuring uninterrupted power supply.
• Flexible Mounting Options: The VSS can be mounted either recessed or on the surface, offering flexibility in installation to suit different vehicle configurations.

Specifications:

• Voltage: 12V
• Max Capacity (Intermittent): 455A
• Max Capacity (Continuous): 275A
• Dimensions: 67x67x95 mm

The Osculati 14.386.10 - Voltage Sensitive Switch is a reliable and efficient solution for managing battery systems in marine and automotive environments. Its advanced features and robust construction make it an essential component for ensuring reliable power distribution and optimal battery performance.