1SDA058868R1 ABB E2S/MS 1250 4p W MP new

The ABB 1SDA058868R1 E2S/MS 1250 is a high-performance moving part designed for the SACE Emax series, specifically for switch-disconnector applications. This model is rated for 1250A and features a four-pole (4P) configuration, making it suitable for a variety of industrial power systems requiring reliable circuit isolation.

Key Product Details:

• Model: ABB E2S/MS 1250
• Current Rating: 1250A (Amperes)
• Poles: 4-pole (4P) configuration, ideal for three-phase power management.
• Functionality:
  • This moving part serves as a switch-disconnector, allowing for safe isolation of electrical circuits during maintenance or emergencies. It provides a reliable method for disconnecting power, which is critical for operational safety in industrial environments.
  • The design is optimized for ease of operation, ensuring quick and reliable disconnection when needed.
• New Design Advantages:
  • The “new” designation indicates that this model incorporates the latest advancements in ABB’s technology, ensuring enhanced performance and compatibility with modern electrical systems.
  • It offers improved durability and operational efficiency, catering to the evolving demands of industrial applications.

Applications:

The ABB E2S/MS 1250 moving part is ideal for use in high-capacity industrial and commercial settings where circuit isolation is essential. It is suitable for power distribution systems, manufacturing facilities, and critical infrastructure requiring dependable circuit disconnect capabilities.

Additional Benefits:

• Modularity: Designed to easily integrate with other components in the ABB SACE Emax series, allowing for flexible configurations and setups in power distribution networks.
• Reliability: Built to ABB’s stringent quality standards, ensuring long-lasting performance and safety in demanding applications.

The ABB 1SDA058868R1 E2S/MS 1250 is a robust solution for switch-disconnector applications, providing reliable isolation and advanced features for high-capacity electrical systems.