Fuse link - NH1 gBat 250A/80V DC - for battery protection, energy storage / DC 004110096

Battery and Energy Storage Protection – Reliable NH1 Fuse Link

This ETI Polam gBat 250A/80V DC NH1 fuse link is a key protective element in DC-powered installations. Designed to protect batteries and energy storage systems, it provides effective protection against overloads and short circuits. Its gBat characteristic makes it ideal for circuits exposed to short-term current surges, such as those occurring during motor start-up.

Construction and Application

The NH1 fuse link is a component designed for mounting in dedicated fuse holders. Its construction based on high-quality materials guarantees reliable operation even in demanding conditions. The top indicator facilitates visual control of the link's status – quick identification of a blown fuse. The rated current of 250A at 80V DC makes it suitable for use in photovoltaic systems, UPS (uninterruptible power supplies) and other high-power DC applications.

Key Features and Benefits

• Specialist gBat characteristic: Provides a delayed response to short-term overloads, protecting the installation from unnecessary shutdown during device start-up.
• Designed for DC: Specifically designed for operation with direct current, guaranteeing optimal protection in battery systems and energy storage.
• High short-circuit interrupting capacity: Ensures effective disconnection of the circuit in the event of a short circuit, minimizing the risk of damage and fire.
• Top indicator: Allows quick and easy visual identification of a blown fuse without the need for disassembly.
• Size NH1: Standard NH fuse link size, ensuring compatibility with a wide range of holders and protection systems.
• No metal insulated grips (IMGL): Eliminates the risk of short circuits caused by damage to the grip insulation.

By choosing this fuse link, you are investing in the safety and reliability of your electrical installation. This is particularly important in emergency power systems and energy storage, where continuous operation is critical.