Eaton 25A Tag Fuse 21 x 79 mm 500V

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₩31,320.00

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RS 제품 번호:
254-469
제조사 부품 번호:
25NHG000BI NH FUSE 25A 500V SIZE 000 GG IMGL
제조업체:
Eaton
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모두 선택

브랜드

Eaton

Current Rating

25A

Product Type

Tag Fuse

Fuse Size

21 x 79 mm

Voltage

500V

Standards/Approvals

CE, RoHS

Application Category

Solar Applications, Industrial, Utilities, Wind

Fuse Speed

GG

High Rupture Capacity

Yes

Length

79mm

Overall Length

79mm

Height

51mm

Width

21mm

Series

Bussmann

제외

COO (Country of Origin):
IN

Eaton Tag Fuse, 25A Current Rating, 500V Voltage - 25NHG000BI NH FUSE 25A 500V SIZE 000 GG IMGL


This tag fuse provides overcurrent protection for electrical systems in harsh environments, designed for use where high fault currents may occur. It operates within medium-voltage installations and is suited to locations requiring clearly identifiable, removable protection links for maintenance and isolation tasks.

Features and Benefits:


• 25A current rating delivers consistent circuit protection
• 500V voltage capability supports medium-voltage systems
• GG-speed element offers full-range discrimination
• High rupture capacity withstands severe fault currents
• 21x79mm body fits NH-size000 mounting
• 79mm overall length enables straightforward replacement

Applications


• Suitable for solar array DC combiner protection
• Used for protection in wind turbine electrical cabinets
• Ideal for industrial motor and feeder circuits
• Can be used in utility distribution and switchgear panels

What approvals confirm material and manufacturing standards?


The component carries CE and RoHS markings indicating conformity with applicable European safety and hazardous-substance restrictions.

How does the fuse body size affect installation?


The Compact 21x79mm profile and NH-size000 form factor allow it to be fitted in standard NH holders and tag-fuse adaptors used in confined switchgear spaces.

What operational environments is it designed for?


It is intended for applications such as renewable energy and industrial distribution where exposure to high short-circuit levels and routine maintenance access are expected.

Can it be integrated into existing protection schemes?


Its GG time-current characteristic supports coordination with upstream and downstream protective devices to achieve selective clearing across cascaded protection stages.

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