IEC Miniature Magnetic Contactor, 1NO, 480V AC, 3 P, Non-Reversing, Screw XTMC6A10C

The Eaton XT IEC Miniature Magnetic Contactor is a compact, electrically operated switch for controlling low-power IEC circuits. It uses an electromagnetic coil to open or close contacts, enabling control of small motors and lighting. Its footprint and IEC XT design support mounting in space-constrained control panels and DIN-rail assemblies. It is rated for non-reversing operation within specified parameters. - Action: Rated for non-reversing operation within specified parameters - Poles and contacts: 3 poles; 1 NO auxiliary contact - Coil Voltage: Designed for operation at specified coil voltage (e.g., 480V AC) - Maximum voltage rating: Rated for operation up to specified maximum voltage (e.g., 690V AC/DC) - Amperage ratings: Rated for continuous current within specified ranges; actual performance may vary based on application conditions - Reversing: Designed as a non-reversing device according to its specifications - Mounting: Compatible with standard mounting methods such as DIN rail or panel mount within the recommended orientation - Electrical connection: Equipped with screw terminals suitable for wiring within rated parameters - Embedded surge suppressor: Contains built-in surge suppression components rated per manufacturer specifications but does not guarantee protection against all surges or damage from electrical disturbances - Enclosure/IP rating: Provided without enclosure; IP20 according to standards but not intended for harsh environmental exposure - Frame/Series: Part of designated series/frame types as per manufacturer documentation - Certifications: Meets certain certification standards but does not imply suitability or safety under all conditions or guarantees compliance beyond testing scope - Mechanical durability: Specified mechanical endurance based on testing conditions but actual lifespan may vary depending on usage environment - Operating temperature: Intended operating temperature range based on specifications—performance outside this ran