Why Choose the Mersen D095775 Medium-Voltage Fuse?
The Mersen D095775 is a high-performance medium-voltage cylindrical fuse-link designed to provide reliable protection for transformers, switchgear and medium-voltage distribution systems. Identified by the product designation 8250 CP GLC. 20.190 0,63, this fuse is rated at 0.63 A and is engineered for specialised low-current protection applications within industrial and utility power networks.
Manufactured by Mersen, the D095775 features a current-limiting design that rapidly interrupts fault currents before they can damage valuable electrical equipment. Its robust ceramic construction and precision-engineered fuse element provide dependable operation in demanding medium-voltage installations.
With its compact 20 × 190 mm cylindrical format, the D095775 is designed for installation in compatible medium-voltage fuse holders and switch-fuse assemblies. It is ideal for protecting voltage transformers, auxiliary transformers, measurement circuits and other low-current medium-voltage applications.
Key Advantages
- 0.63 A medium-voltage fuse-link for specialised protection circuits.
- Current-limiting operation minimises damaging fault energy.
- Suitable for transformer and switchgear protection.
- Compact 20 × 190 mm cylindrical design.
- Robust ceramic construction for long service life.
- Manufactured by Mersen for dependable industrial performance.
Key Features
- Mersen medium-voltage cylindrical fuse-link.
- Manufacturer Part Number: D095775.
- Product designation: 8250 CP GLC. 20.190 0,63.
- Rated current: 0.63 A.
- Fuse characteristic: GLC.
- Nominal dimensions: 20 × 190 mm.
- Current-limiting fault interruption.
- Suitable for compatible medium-voltage fuse supports.
Reliable Protection for Critical Medium-Voltage Circuits
Medium-voltage fuse-links protect electrical equipment by interrupting dangerous fault currents before they can create severe thermal or mechanical damage. The Mersen D095775 rapidly limits the peak fault current, helping protect voltage transformers, auxiliary transformers and associated medium-voltage equipment.
Its low current rating makes it particularly suitable for specialised protection applications where precise fault discrimination is required. The fuse should always be selected according to system voltage, operating current, prospective fault current and the compatibility of the associated fuse carrier.
Typical Applications
- Voltage transformer protection.
- Auxiliary transformer circuits.
- Medium-voltage switchgear.
- Industrial substations.
- Electrical measurement circuits.
- Utility power distribution equipment.
