Schneider Dispo Electrical Distribution Board - 24 Lines - 200 Amps - DBX324MEZ200

The Disbo distribution board model DBX324MEZ200 from Schneider Electric provides reliable and organized power distribution with a 200A rating and 24 poles. Featuring easy installation and maintenance along with integrated protection, it is ideal for large residential buildings, complexes, and industrial facilities, and can be integrated into complete electrical systems for centralized control.

Specifications

• Brand: Schneider
• Product Type: Disbo Electrical Distribution Board
• Model Number: DBX324MEZ200
• Rated Current: 200 Amps
• Number of Poles: 24

Features

• Organized and efficient power distribution across multiple circuits for effective load management.
• Capable of handling high loads with a 200A rating.
• Provides 24 poles to connect multiple circuits with future expansion capability.
• Integrated protection against overloads and electrical faults.
• Practical design for easy installation and maintenance, saving time and effort.
• Constructed from corrosion- and impact-resistant materials for durability and long service life.
• Safety-compliant design with covers and protections for wiring and internal components.
• Complies with international and local safety and quality standards.

Applications

• Large residential buildings and complexes: Ensures organized and efficient electricity distribution.
• Commercial buildings: Distributes power to computers, air conditioning units, and lighting systems.
• Industrial facilities: Manages large loads and distributes electricity to machinery and equipment.
• Applications requiring high current and complex power distribution.
• Can be integrated into complete electrical systems for centralized control of all components.

FAQ

Is the board suitable for high-load applications?

Yes, with 200A capacity and 24 poles, it can handle large loads and complex power distribution.

Does the board provide integrated protection?

Yes, it includes overload and fault protection for devices and circuits.

Can it be integrated into a complete electrical system?

Yes, it can be used as part of a full system for centralized control of electricity.