Blue Sea 6007200 - m-Series Mini Selector Battery Switch, Black

Blue Sea 6007200 - m-Series Mini Selector Battery Switch, Black

The Blue Sea 6007200 m-Series Mini Selector Battery Switch offers a compact and efficient solution for managing power distribution across multiple battery banks in marine and RV systems. Designed for use in harsh environments, this switch allows users to select between isolated battery banks or combine them to all loads. The "Make before break" contact design ensures seamless switching between battery banks without interrupting power. With four switch positions, this battery switch is ideal for applications that require high current capacity and reliable performance. Whether you're switching a single battery to a load or managing multiple banks, this mini selector switch provides an easy and safe way to control your electrical system.

• Switch Type: Selector 4 Position (Switches isolated battery banks to all loads or combines battery banks to all loads)
• Maximum Voltage: 32V DC
• Continuous Rating: 300A
• Intermittent Rating: 500A (5 min)
• Cranking Rating: 900A (30 sec)
• Battery Inputs: 2
• Stud Size: 3/8" - 16 (M10)
• Cable Size to Meet Ratings: 4/0 AWG (120mm²)
• Cable Clearance for 4/0 AWG Cables: 1.12in (28.45 mm)
• Mounting Holes: Accept #10 screw
• Stud Material: Tinned Copper
• Terminal Stud Torque: 120 in-lb (13.56 Nm)
• Weight: 0.77lb (0.35 kg)

Ideal for high-demand electrical systems, the Blue Sea 6007200 Mini Selector Battery Switch ensures both reliability and durability. Its compact design allows for installation in tight spaces, and it is built to handle the intense power requirements of boats, RVs, and other off-grid applications. With its versatile four-position functionality, the switch can isolate or combine battery banks to optimize power distribution, making it an essential component for safe and efficient electrical management. This switch features high current ratings for continuous, intermittent, and cranking loads, providing a robust solution for demanding environments.