Why Choose the IMO ERB95 High Current Bolt Terminal?
The IMO ERB95 is a high-performance bolt connection high current terminal block designed for reliable power distribution and large conductor connections in industrial electrical systems. Featuring a 95 mm² conductor capacity, M10 bolt connection and a high current rating of 232 A, this terminal provides a secure solution for demanding power applications.
Manufactured by IMO, the ERB95 is part of the high current terminal range designed for DIN rail mounting applications. Its bolt-on connection design provides a strong mechanical and electrical connection for large cable conductors used in industrial control panels, distribution systems and power equipment.
With a 1000 V rated insulation voltage, 232 A rated current and beige insulating housing, the ERB95 offers a compact and dependable method for high current feed-through connections where reliability and space efficiency are essential.
Key Advantages
- High performance bolt connection terminal block for large conductors.
- 95 mm² conductor capacity for high current industrial applications.
- 232 A rated current supports demanding power distribution requirements.
- M10 bolt connection provides secure and durable conductor termination.
- DIN rail compatible design for efficient control panel installation.
- High insulation rating suitable for industrial power systems.
Key Features
- IMO ERB95 high current bolt terminal.
- 95 mm² feed-through terminal block.
- M10 bolt-on connection system.
- 1000 V rated voltage.
- 232 A rated current.
- Beige insulating housing.
- Single-level DIN rail mounted terminal design.
- Suitable for high current electrical distribution applications.
High current terminal blocks provide a secure interface between large power conductors and electrical distribution systems. The IMO ERB95 uses a robust bolt connection method to maintain reliable electrical contact while supporting large cable sizes used in industrial power applications.
Its compact DIN rail mounting format allows high current connections to be integrated into electrical cabinets and control panels while maintaining organised wiring and efficient installation practices.
Typical Applications
- Industrial power distribution panels.
- Electrical control cabinets.
- Machine building and automation systems.
- Motor control centres.
- Energy distribution equipment.
- Industrial electrical installations requiring high current connections.