Why Choose the Mersen G075883 Protistor® High-Speed Fuse?
The Mersen G075883, catalogue number BS17US69V16, is a high-speed Protistor® semiconductor protection fuse designed to provide dependable protection for sensitive power semiconductor devices. Manufactured to IEC 60269-1, IEC 60269-4 and BS88-4 standards, this fuse offers rapid fault interruption and an extremely high breaking capacity for industrial power electronic equipment.
Featuring a compact 17 × 49 mm British Standard fuse-link design, the G075883 has a 16 A current rating, a 690 V AC IEC rating and 700 V AC/DC UL ratings. Its gR operating characteristic provides full-range semiconductor protection against both overloads and short circuits, making it suitable for protecting IGBTs, thyristors, diodes and rectifiers.
As part of the trusted Mersen Protistor® range, the BS17US69V16 fuse is widely specified for variable speed drives, UPS systems, converters, rectifiers and industrial automation equipment where reliable semiconductor protection is essential.
Key Advantages
- High-speed semiconductor protection fuse.
- 16 A current rating.
- 690 V AC IEC, 700 V AC/DC UL ratings.
- gR characteristic providing full-range semiconductor protection.
- Extremely high breaking capacity of 200 kA.
- Low let-through energy helps protect expensive semiconductor devices.
- Suitable for industrial drives, converters and UPS systems.
Key Features
- Manufacturer: Mersen
- Series: Protistor®
- Reference number: G075883
- Catalogue number: BS17US69V16
- Fuse type: British Standard semiconductor fuse
- Protection characteristic: gR
- Fuse size: 17 × 49 mm
- Terminal type: L Brackets
Reliable Protection for Industrial Power Electronics
Protistor® semiconductor fuses are specifically designed to interrupt fault currents before excessive thermal energy can damage sensitive semiconductor devices. Their current-limiting characteristics and low I²t values provide excellent protection for modern industrial power conversion equipment while helping reduce maintenance costs and equipment downtime.
Typical Applications
- Variable frequency drives (VFDs).
- Industrial motor drives.
- UPS systems.
- Power converters.
- Industrial rectifiers.
- Renewable energy inverters.
- Industrial automation equipment.