Why Choose the ABB XLP2-4P-8BC Fuse Switch Disconnector?
The ABB XLP2-4P-8BC (1SEP600124R0002) is a robust four-pole fuse switch disconnector from ABB's trusted EasyLine XLP range. Designed for low voltage power distribution systems, it combines safe isolation, switching and fuse protection in a compact assembly. This version is supplied with 8 factory-fitted bridge clamps, simplifying installation and reducing assembly time.
Designed for use with NH2 fuse links, the XLP2-4P-8BC has a 400 A rated current and provides reliable protection for industrial switchboards, commercial installations and infrastructure projects. The four-pole design enables simultaneous switching and isolation of all conductors, making it ideal where complete circuit isolation is required.
Manufactured using ABB's proven EasyLine technology, this switch disconnector offers dependable performance, high operational safety and excellent mechanical durability whilst maintaining a compact footprint for efficient panel design.
Key Advantages
- High-quality four-pole fuse switch disconnector.
- 400 A rated operational current.
- Supplied complete with 8 bridge clamps.
- Designed for NH2 fuse links.
- Compact EasyLine construction for efficient panel layouts.
- Provides safe switching, isolation and overcurrent protection.
Key Features
- ABB EasyLine XLP series.
- XLP2-4P-8BC model.
- Four-pole configuration.
- 400 A rated current.
- Compatible with NH2 fuse links.
- Supplied with 8 bridge clamps.
- Compact switch disconnector construction.
- Suitable for low voltage distribution systems.
- Manual operation.
- Industrial-grade ABB quality.
The XLP2-4P-8BC combines the functions of switching, isolation and fuse protection into a single compact unit. It is designed to accommodate NH2 fuse links, providing dependable overload and short-circuit protection whilst allowing circuits to be safely isolated for maintenance.
The supplied bridge clamps simplify installation by providing secure electrical connections straight from the factory, helping reduce installation time and ensuring consistent assembly quality.
Typical Applications
- Industrial switchboards.
- Commercial electrical distribution.
- Main distribution panels.
- Motor control centres.
- Infrastructure projects.
- Low voltage power distribution systems.