Eaton 315A Tag Fuse NH3 1000V

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PHP32,735.33

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PHP36,663.57

(inc. VAT)

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RS Stock No.:
282-6186
Mfr. Part No.:
BSF-315G-NH310
Manufacturer:
Eaton
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Brand

Eaton

Product Type

Tag Fuse

Current Rating

315A

Fuse Size

NH3

Voltage

1000V

Standards/Approvals

IEC 60269-7

Application Category

Battery Storage

Fuse Speed

Fast Acting

Length

150mm

Overall Length

150mm

Height

76mm

Width

71.2mm

Series

Bussmann

COO (Country of Origin):
IN

Eaton Tag Fuse, 315A Current, 1000V Voltage - BSF-315G-NH310


This tag fuse is a fast-acting protective link designed for battery energy storage systems and DC arrays. It is intended to isolate faulted battery strings and to interrupt reverse and multi-array fault currents in high-voltage battery installations, providing dependable protection for combiners, disconnects and inverter interfaces in industrial and renewable-energy applications.

Features & Benefits


• 1000V rated voltage for high-voltage battery systems
• 315A continuous current rating for high-current circuits
• Fast-acting operation to limit fault duration
• Breaking capacity 100kA to handle severe fault currents
• Low power loss at rated current to reduce thermal stress
• Dual indicator feature for clear fault identification

Applications


• Suitable for battery array combiners in storage facilities
• Ideal for DC isolators in solar-plus-storage installations
• Used for inverter protection in commercial energy systems
• can be used with NH fuse bases in switchgear assemblies

What mounting options are available for this type of link?


It can be supplied with either a knife-blade termination for plug-in mounting or a bolted-blade termination for fixed bolted connections, enabling compatibility with different NH base arrangements.

How does the device behave against low overcurrent faults common to battery systems?


The link is designed to interrupt low reverse and multi-array fault currents with a defined pre-arcing energy characteristic to reduce let-through energy and protect downstream equipment.

Which time-domain characteristics define its response to prospective currents?


Time to current curves are provided across the NH range showing pre‑arcing and total I2t behaviour, with the NH3 size mapped for prospective currents up to hundreds of kiloamperes.

Are auxiliary detection options supported for monitoring?


Microswitches and compatible fuse holders can be specified separately for the bladed variant to allow remote indication of fuse operation.

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