E-T-A 2210-S211-P1M1-Z141-8A Thermal Magnetic Circuit Breaker 1077 1 Pole Plug-In 277VAC/65VDC M1 1NC AUX INT and ON 8A

Thermal Magnetic Circuit Breaker The E-T-A 2210-S211-P1M1-Z141-8A is a high-performance thermal magnetic circuit breaker designed for reliable overcurrent protection in diverse electrical applications. Engineered with precision, this one-pole plug-in circuit breaker operates efficiently at 277VAC and 65VDC with a current rating of 8A, making it an essential component for enhancing the safety and reliability of electrical systems.

Key Features

• Voltage Rating: Operates at 277VAC and 65VDC, providing versatile application in various electrical environments.
• Current Rating: Rated for 8A, ensuring optimal protection against overcurrent situations.
• Design: Features a thermal magnetic mechanism, combining both thermal and magnetic trip functions for comprehensive protection.
• Pole Configuration: Single pole design with an integrated auxiliary contact (1NC) for additional functionality and system integration.
• Plug-In Installation: Simplifies installation and replacement, reducing downtime and ensuring efficient maintenance.

Applications

• Electrical Distribution Systems: Ideal for use in commercial and industrial electrical panels, providing essential protection against short circuits and overloads.
• Automotive Applications: Suitable for automotive electrical systems where space and reliability are critical.
• Power Management: Effective in intelligent power distribution systems, enhancing safety and operational efficiency.

Benefits

• Enhanced Safety: Protects electrical equipment from damage caused by overcurrent, extending the lifespan of connected devices.
• Reliability: E-T-A’s reputation for quality ensures dependability in various operational conditions, minimizing the risk of failure.
• Ease of Use: The plug-in design facilitates quick installation and maintenance, allowing for seamless integration into existing systems. --- Product information compiled with AI assistance for reference purposes.