Description
The Eaton Bussmann 32NHG000B is a 32A rated, NH size 000, Low-Voltage DIN-Type NH Dual Fuse Link belonging to the gL-gG protection class. Designed and manufactured to meet the stringent requirements of DIN EN 60269 and IEC 60269, this fuse link delivers dependable full-range overcurrent protection for low-voltage electrical installations. Its dual fuse element design ensures consistent performance, accurate current discrimination, and reliable fault clearance across its entire operating range.
The 32NHG000B is ideally suited for use in low-voltage switchgear assemblies, distribution boards, motor control centres, and busbar chamber systems. It provides effective protection for cable feeders, motor circuits, transformer secondaries, and general load circuits in industrial plants, commercial buildings, and infrastructure projects where reliable overcurrent and short-circuit protection is critical to system safety and continuity of supply.
As a DIN-type NH fuse link, the 32NHG000B features standardized blade contacts conforming to NH size 000 dimensions, ensuring compatibility with a wide range of DIN-standard fuse bases, fuse switches, and NH fuse disconnectors. The dual fuse element construction enhances breaking capacity and provides high-performance fault interruption. Full compliance with IEC 60269 and DIN EN 60269 guarantees that the fuse meets internationally recognized safety and performance benchmarks for low-voltage fuse systems.
Eaton Bussmann is a globally trusted name in circuit protection, relied upon by OEMs, panel builders, electrical contractors, and system integrators across more than 175 countries. Backed by decades of engineering expertise, rigorous quality control, and continuous product innovation, Eaton Bussmann fuse links are a preferred choice wherever safety, reliability, and compliance are non-negotiable requirements in low-voltage power distribution.
Shansen Enterprises, based in Coimbatore, is an authorized Eaton Bussmann distributor serving customers across Tamil Nadu and India. Contact us via WhatsApp or email for competitive pricing, real-time stock availability, technical support, and attractive discounts on bulk orders of the 32NHG000B and other Eaton Bussmann products.
What does NH size 000 mean in fuse 32NHG000B?
NH size 000 refers to the physical dimension standard of the DIN-type fuse link. Size 000 determines the blade contact dimensions and the current rating range the fuse can handle safely, and it ensures direct interchangeability with all compatible NH size 000 fuse bases, fuse switches, and disconnectors from various manufacturers.
What does class gL-gG mean?
Class gL-gG is a general purpose fuse class per IEC 60269 that provides full-range overcurrent protection for both cables and general loads including motors and transformers in low voltage installations. The designation indicates the fuse is capable of breaking any current from the minimum fusing current up to the rated breaking capacity.
What are the typical applications for the 32NHG000B?
The 32NHG000B 32A NH fuse link is used in low voltage switchgear panels, distribution boards, motor control centres, and cable feeder protection in industrial and commercial electrical installations. It is also suitable for transformer secondary protection and busbar trunking systems where DIN-type NH fuse links are specified.
Is the 32NHG000B compliant with IEC standards?
Yes, the Eaton Bussmann 32NHG000B is fully compliant with both IEC 60269 and DIN EN 60269, the internationally and European recognized standards for low-voltage fuses. This compliance ensures the product meets defined safety, performance, and interchangeability requirements for use in certified electrical installations.
How can I order the Eaton Bussmann 32NHG000B in Coimbatore?
Contact Shansen Enterprises, an authorized Eaton Bussmann channel partner in Coimbatore, via WhatsApp or email for pricing, stock availability, and bulk order discounts. We supply the 32NHG000B and the full range of Eaton Bussmann fuse products to customers across Tamil Nadu and India.
