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Eaton Cutler-Hammer
XT IEC Motor Starters

Because XT meets IEC, UL, CSA, CCC and CE standards, it is the perfect product solution for applications all over the world. Including non-reversing and reversing contactors and starters as well as overload relays and accessories, XT brings IEC Power Control to a whole new level.

The spacesaving and easy-to-install XT line of IEC contactors and starters is the efficient and effective solution for customer applications from 7-2000A. Enclosed control options include metallic and non-metallic enclosures with circuit breakers or North American or European fuses.

Features and Benefits

Feature: AC and DC devices with the same dimensions achieved with an electronically controlled coil system.
Benefit: Space savings, reduced engineering design time.

Feature: Reduced sealing power consumption for DC contactors due to an electronic coil controller that uses less power.
Benefit: With sealing wattage as low as 0.5W, XT contactors reduce power consumption and generate less heat. This results in lower cooling requirements, the ability to mount more contactors/starters per cabinet and an extended life on pilot devices that carry control signals (pushbuttons, relays, PLC outputs, etc.).

Feature: Integrated suppressors in DC controlled contactors from 7-1000A.
Benefit: Offers reductions in total logistics and inventory costs by limiting the number of products ordered and stocked. Increased installation and maintenance efficiency, as wiring is not required.

Feature: Wide range of DC coil control voltages.
Benefit: IEC and UL standards require that contactors energize from 85 - 110% of the nominal control voltage. XT contactors are designed with an expanded control voltage range as wide as 70 - 120%. This allows them to operate reliably through fluctuations in control voltages.

Feature: Twin terminals with separate sockets in contactors up to 400A.
Benefit: Offers installation and application flexibility when using different size wires. The improved integrity of the connections reduces cabling faults.