Battery Fuse Disconnector Switch | 2 Pole | 160A/125A | 48VDC

Battery Fuse Disconnector Switch with a 2-pole configuration rated for 160A/125A at 48V DC is designed to provide reliable overcurrent protection and disconnection capability for battery systems and other DC applications.

Features of Battery Fuse Disconnector Switch (2 Pole, 160A/125A, 48VDC):

1. 2-Pole Design: The double-pole configuration allows the switch to disconnect both the positive and negative sides of the DC circuit, providing enhanced safety by ensuring complete circuit isolation during maintenance or in case of faults.
2. Current Ratings (160A/125A):
   • 160A Rating: Suitable for applications that require handling higher currents, such as larger battery banks or high-power DC circuits.
   • 125A Rating: Provides a slightly lower current rating for systems that need moderate protection, suitable for smaller battery setups or DC loads.
3. Voltage Rating: 48V DC: This rating is specifically designed for low-voltage DC applications, such as 48V battery systems, which are commonly used in renewable energy systems and backup power applications.
4. Fuse Integration: Equipped with a fuse holder and disconnect mechanism, allowing for easy replacement of fuses. This helps protect the battery and connected equipment from overcurrent and short circuit conditions.
5. Manual Disconnection: The switch provides a manual disconnection capability, allowing operators to safely isolate the circuit for maintenance or emergency situations.
6. High Breaking Capacity: Designed to safely interrupt high fault currents, minimizing the risk of damage to the battery, wiring, and connected components.
7. DIN Rail or Panel Mounting Options: Can be mounted on a standard DIN rail or directly on a panel, providing flexibility in installation for different types of enclosures and setups.
8. Robust and Durable Construction: Made from high-quality, flame-retardant materials that ensure durability and safety in harsh environments, including outdoor and marine applications.
9. Compliance with International Standards: Meets various international safety standards, such as IEC 60947-3, ensuring reliability and safety in different applications.