ABB 4-Pole Surface Mount Switch Disconnector -, 0A

ABB XT3D Series Switch Disconnector, 250A Maximum Current, 4P Poles - 1SDA068211R1 XT3D 250 FF

This switch disconnector is an essential component in industrial electrical applications. Designed for surface mounting, it features compact dimensions of 70mm in length, 140mm in width, and 70mm in depth. With a maximum current rating of 250A and a voltage rating of 690V, this non-enclosed switch disconnector is ideal for various high voltage tasks.

Features & Benefits

• Designed for surface mounting for easy installation
• 4 pole configuration ensures versatile connectivity
• Rated for a maximum current of 250A to handle robust applications
• Voltage rating of 690V caters to high voltage environments
• Non-enclosed design offers flexibility in installation options
• Bolt terminal type ensures secure and reliable connections

Applications

• Used in automation systems requiring high current management
• Utilised in electrical distribution systems for safe disconnection
• Ideal for industries needing reliable power isolation
• Suited for mechanical and electrical installations
• Supports various electrical machinery in industrial settings

What makes this switch disconnector suitable for high voltage applications?

Its design accommodates a voltage rating of 690V, ensuring safe operation in high voltage environments while managing currents up to 250A effectively.

How is this switch disconnector beneficial for industrial electrical systems?

The 4 pole configuration allows for multiple connections, providing flexibility in various industrial setups, enhancing overall system reliability.

What type of installation does this product support?

It is designed for surface mounting, which simplifies installation processes and adapts to different environments easily.

What current capacity should I consider for my application?

With a maximum current rating of 250A, this switch disconnector is designed for robust applications that demand reliable power management in demanding situations.

How does the non-enclosed design impact its usage?

The non-enclosed feature allows for innovative placement within systems, ensuring accessibility while providing the necessary connections for high current applications.