Schneider Electric Acti 9 3 Phase Distribution Board, 8 Way, 250 A

Acti9 Isobar A and B type Distribution Board is a complete range of distribution boards for commercial and industrial applications

Single phase distribution boards with 125A rating
Standard distribution boards up to 24 ways
Terminal block for feeding up to 100A
Option of switching outgoing neutral on all boards using distributed neutral kit
Single pole RCBO for new or retrofit maintaining device density
Knockouts for cable gland and conduit mixed to suit the installation needs without loss of space

3 phase distribution boards with 250 rating
Standard distribution boards up to 24 ways
Option of switching outgoing neutral on all boards using distributed neutral kit
Single pole RCBO for new or retrofit maintaining device density
Split neutral bars
Removable gland plates
Removable insulated pan assembly

Thanks to this distribution board from Schneider Electric, managing and circulating power is a piece of cake. It's a 3-phase, 8-way unit used to control the energy supply for up to eight multipole components such as shunt trips, auxiliary switches or terminal blocks. It comes conveniently on a mounting plate as a ready-to-roll pan assembly combining a 35mm DIN rail with safety-boosting neutral and grounding bars. You get quick and easy connections and disconnections thanks to the rail's clever clip-on style. That also makes the board a practical pick when flexibility's a priority. As a precaution, a non-removable interlock prevents each switch from operating if there's no outgoing device fitted.

• Full encapsulation on the busbar protects against shocks while boosting moisture resistance
• Impulse withstand rating of 6kV means you can trust it shields against significant voltage surges
• Operating temperature range of -35°C to +70°C to tolerate harsh conditions
• IP20 rating lets you know it's approved as touch-safe

• Industrial power distribution
• Commercial lighting
• Telecommunications networks

Yes. Pair it with an RCBO (maximum 45A) or MCB (maximum 63A) to prevent current issues causing damage to any linked devices and reduce the risk of electrical fires.