Why Choose the Mersen NH32GTR400KVA-8 Transformer Fuse-Link?
The Mersen NH32GTR400KVA-8 is a high-performance DIN NH gTr fuse-link specifically engineered to protect low voltage transformers against short circuits while safely accommodating transformer energisation currents. Manufactured by Mersen, this NH3 size fuse-link delivers dependable transformer protection for industrial power distribution systems where reliability and equipment protection are critical.
Part of the trusted Mersen NH gTr 400 V AC fuse-link series, the NH32GTR400KVA-8 features live gripping lugs and a top-mounted indicator for rapid fuse status identification and simplified maintenance. Its specialised gTr time-current characteristic allows transformer magnetising inrush currents to pass while providing fast interruption of damaging short-circuit faults.
Designed for protecting 400 kVA transformers, this fuse-link has a 577 A rated current and operates on 400 V AC systems. Its high current-limiting performance helps minimise damage to transformers, cables and associated switchgear during fault conditions.
Key Advantages
- Designed specifically for low voltage transformer protection.
- 577 A rated current suitable for 400 kVA transformers.
- 400 V AC rated voltage for industrial power systems.
- gTr characteristic accommodates transformer inrush currents.
- Top indicator enables rapid identification of an operated fuse-link.
- Current-limiting design helps minimise equipment damage during faults.
- Live gripping lugs support safer fuse replacement.
Key Features
- Mersen NH gTr transformer fuse-link series.
- 577 A rated current.
- 400 V AC rated voltage.
- Suitable for 400 kVA transformers.
- DIN NH3 size construction.
- gTr transformer protection characteristic.
- Top-mounted fuse status indicator.
- Live gripping lugs.
- 71 mm body width.
- RoHS-compliant construction.
The Mersen NH32GTR400KVA-8 has been specifically developed for transformer protection applications. Its gTr operating characteristic tolerates the high magnetising inrush current that occurs during transformer energisation while still providing dependable short-circuit protection when fault conditions arise.
Its current-limiting construction helps reduce thermal and mechanical stress on transformers and associated equipment during electrical faults. This contributes to improved reliability, reduced maintenance costs and extended transformer service life in industrial and commercial power distribution systems.
Typical Applications
- 400 kVA low voltage transformers.
- Industrial transformer protection.
- Electrical distribution systems.
- Low voltage switchboards.
- Commercial power distribution equipment.
- OEM electrical installations.
