About W201K5CF

The W201K5CF contactor is a non-reversing contactor manufactured by Eaton Cutler-Hammer. The W201K5CF contactor features a voltage rating of 200 Volts AC and it also features a Horsepower rating of 75 Horsepower maximum. The W201K5CF contactor comes with a coil voltage rating of 120 Hertz per 60 Volts. The 3-pole contactor features a continuous current of 270 Amps, while the shipping dimensions are 7.07 by 10.08 by 7.64 inches. The W201K5CF contactor weighs 30 pounds. The W201K5CF contactor features a NEMA size of 5 and it is suitable for use with the Advantage series motor control systems. The motor rated contractors do not include the phase imbalance feature, the phase loss feature, or the solid-state current-sensing unit that provides overload protection.

The W201K5CF contactor features a coil controller that prevents the “contact kiss” position whenever the unit is on pickup and dropout when the coil voltage supply drops drastically. The W201K5CF contactor’s coil and coil controller prevents coil energization when the control voltage is low or dips down from a higher level. This non-reversing contactor is mostly used for switching motor loads in applications where running the overcurrent protection feature is not appropriate or when it is provided separately. Only trained technicians should be allowed to install, operate, or maintain the W201K5CF contactor. The installers should be aware of the proper procedures that are required for disconnecting and locking off the power to the motor control center. The W201K5CF contactor may be used with the 2-wire control or even the 3-wire control schemes. The contactor is suitable for use on the circuits that are capable of delivering no more than the current value that is indicated on the unit.

Repair Services for W201K5CF

Type	Lead Time	Price	Action
Repair Service	2-4 weeks	Ask	Get Quote

Our highly skilled technicians can repair your W201K5CF. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.