IEC Magnetic Contactor, No Auxiliary Contacts, 24V DC, 3 P, Non-Reversing, Screw XTCE095F00TD

The Eaton XT IEC contactor is an IEC magnetic contactor (electrically operated switching device) rated for operation within specified electrical parameters. This 3-pole, non-reversing unit uses a 24 V DC coil and has screw terminals with no auxiliary contacts. It belongs to the XT series with frame size F and is compatible with DIN Rail and Panel mounting configurations. - Action: Non-Reversing - Poles / Contact configuration: 3 poles; 0 NO, 0 NC - Amperage rating: Rated for continuous current up to 95 A (inductive) and 130 A (resistive) under standard conditions - Coil voltage: 24 V DC within specified tolerances - Auxiliary contacts: No auxiliary contacts - Terminals: Screw terminals - Mounting style: compatible with DIN Rail and Panel mounting methods as per installation guidelines - Enclosure: Intended for use in environments suitable for IP20-rated enclosures; proper enclosure should be used as per application requirements - Series / Frame: conforms to XT series and Frame F as listed by the manufacturer - Certifications: certified according to applicable standards but does not imply suitability beyond certification scope - Maximum voltage rating: rated for operation at voltages up to specified maximums under normal conditions - Electrical operating durability: tested durability figures represent typical operational cycles under standard test conditions but do not guarantee performance lifespan in all applications - Mechanical operating durability: mechanical endurance is based on standardized testing and may vary with actual usage conditions - Operating temperature: -25°C to +50°C (approximate conversion), suitable within this temperature range when installed properly - Dimensions: - dimensions are provided as approximate measurements; actual size may vary slightly depending on manufacturing tolerances or specific model variations - Response time: - response times are measured under laboratory conditions and can vary depending on system wiring, supply fluctu