Cutler Hammer HMCP015E0C Molded Case Circuit Breakers 3 Pole 15A Thermal Magnetic 650VAC 250VDC C Series

Motor Protection Circuit Breakers The Cutler Hammer HMCP015E0C Molded Case Circuit Breaker is engineered for optimal motor protection and control within electrical distribution systems. Designed to handle a maximum current of 15A, this three-pole breaker offers robust thermal magnetic protection, ensuring reliability and safety in various industrial applications. With a voltage rating of 650VAC and 250VDC, it meets the demands of contemporary electrical systems while adhering to industry standards. ## Key Features • **Three-Pole Configuration**: Facilitates the efficient protection of three-phase motors, enhancing operational reliability. • **Current Rating**: 15A, ideal for applications requiring precise current control and motor protection. • **Voltage Ratings**: Supports 650VAC and 250VDC, ensuring versatility for different electrical configurations. • **Thermal Magnetic Operation**: Provides excellent protection against overloads and short circuits, minimizing downtime and potential damage. • **C Series Design**: Incorporates advanced technology for improved performance and longevity in demanding environments. ## Applications • **Industrial Automation**: Perfect for controlling and protecting electric motors in manufacturing and production lines. • **Construction Sites**: Suitable for temporary power setups and motor protection in construction equipment. • **Residential and Commercial Systems**: Can be utilized in various electrical installations to ensure safety and efficiency. ## Benefits • **Enhanced Safety**: Reduces the risk of electrical faults and equipment failures, protecting both personnel and machinery. • **Increased Reliability**: Engineered for high performance, ensuring consistent operation and reduced maintenance needs. • **Versatile Compatibility**: Works seamlessly with a wide range of electrical systems, making it a flexible choice for various applications. --- *Product information compiled with AI assistance for reference purposes.*