ABB S200M Series MCB, 25A Current Rating, 15kA Breaking Capacity (at Maximum Voltage Rating) - 2CDS274001R0255 S204M-B25
This MCB is designed for high-demand settings, providing protection against overloads and short circuits. With a current rating of 25A and a breaking capacity of 15kA, it is suitable for commercial and industrial applications. It features thermal and electromechanical tripping mechanisms for dependable performance, enhancing system safety.
Features & Benefits
• Utilises a Type B tripping characteristic for sensitive operation • Designed for straightforward installation on a DIN rail mount • Provides short circuit protection to improve safety measures • Operates at a rated AC voltage of 400V, fitting various Applications • Includes a screw terminal contact type for secure connections • Facilitates disassembly for efficient end-of-life handling
Applications
• Applicable in commercial electrical installations for improved safety • Suitable for industrial environments requiring strong protection • Used in automation systems needing consistent circuit interruption • Fit for machinery and equipment with high power demands
What is the installation process for this device?
The installation involves securely attaching the device to a DIN rail and connecting the terminals in accordance with the electrical system specifications.
Can this device be used in residential settings?
While mainly intended for commercial and industrial use, it may be appropriate for residential systems with high electrical loads, subject to compliance with local regulations.
How can I ensure the device operates correctly?
Regular testing and inspections should be undertaken to confirm that the tripping mechanisms operate properly and that there are no signs of wear or damage.
Is it possible to reset it after tripping?
Yes, the reset actuator is a lever, enabling manual resetting after addressing the reason for the trip.
What should be considered when selecting this for a new installation?
Consider the load requirements, compatibility with existing systems, and compliance with electrical codes in your region for optimal performance.
