E-T-A 4230-T110-K0CU-15A Thermal Magnetic Circuit Breaker 489 1 Pole DIN Mount 277VAC/60VDC C 15A

# E-T-A 4230-T110-K0CU-15A Thermal Magnetic Circuit Breaker The E-T-A 4230-T110-K0CU-15A is a high-performance thermal magnetic circuit breaker designed for reliable overcurrent protection in electrical systems. This single-pole circuit breaker is optimized for both AC and DC applications, providing robust protection and efficient power distribution in a compact DIN mount design. ## Key Features • **Rated Current**: 15A, allowing for effective overcurrent protection in various applications. • **Voltage Ratings**: Supports 277VAC and 60VDC, making it suitable for diverse electrical environments. • **Thermal Magnetic Mechanism**: Combines thermal and magnetic trip functions to ensure quick response to overloads and short circuits. • **DIN Rail Mounting**: Designed for easy installation on standard DIN rails, facilitating streamlined integration into existing systems. • **Compact Design**: The compact form factor optimizes space without compromising performance, ideal for tightly packed equipment panels. ## Applications • **Industrial Equipment**: Protects motors, transformers, and other machinery from overcurrent conditions. • **Automotive Systems**: Provides circuit protection in automotive applications, safeguarding electrical components against faults. • **Power Distribution**: Efficiently manages power distribution in complex setups, ensuring operational reliability across various sectors. • **Commercial Use**: Ideal for use in commercial buildings where electrical safety and compliance are paramount. ## Benefits • **Enhanced Safety**: Offers reliable circuit protection, minimizing the risk of electrical fires and equipment damage. • **Easy Integration**: The DIN mounting feature simplifies installation and maintenance, reducing downtime. • **Durability**: Built to withstand harsh operating conditions, ensuring long-term performance and reliability. • **Cost-Effective**: Protects against costly repairs and downtime associated with electrical failures, contributing to overall efficiency. --- *Product information compiled with AI assistance for reference purposes.*