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EATON XT IEC Series Electronic Motor Starters

Eaton XT IEC Series electronic motor starters are ideal for starting & stopping motors in industrial applications while controlling and protecting loads like compressors, pumps, capacitor banks & ...Read More

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ECX09B1TAA-I
£708.61
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ECX09B1EHA-I
£888.79
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ECX09B1TAA-H
£708.61
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£944.83
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ECX09B1TAA-J
£708.61

Working Mechanism

  • When these Eaton XT IEC Series electronic motor starters are activated, they send a signal to the motor to start running.
  • As the motor starts running, the starter monitors the motor's speed, temperature, voltage & current flowing through the motor to ensure that it is operating within safe limits. If the parameters exceed a pre-set limit, the starter will automatically shut off the power to the motor to protect it from damage.
  • When the starter receives a signal to stop the motor, it slowly reduces the power flowing to the motor, preventing damage due to an abrupt shut-off. The starter eventually shuts off the power to the motor completely, effectively stopping it from running.

Standards and Approvals

  • UL
  • CSA
  • IEC 60947

Frequently Asked Questions

What is the temperature rating of these Eaton XT IEC Series electronic motor starters?

These starters have an ambient temperature range of ?25 to 50 degrees C (-13 to 122 degrees F).

What is the difference between reversing and non-reversing starters?

The difference between reversing and non-reversing starters is the way they control the direction of rotation of an electric motor.
A non-reversing starter starts & stops an electric motor in one direction only and is generally used in applications that require the motor to rotate in one direction. They are simpler & more cost-effective than reversing starters as they do not require any additional components to change the direction of rotation.
A reversing starter, on the other hand, starts & stops an electric motor in both forward & reverse directions in applications that require the motor to rotate in either direction. They generally have additional components like relays or contactors to control the direction of rotation.

What is the difference between NO & NC contacts?

The main difference between NO & NC contacts is their normal state. NO contacts are open and NC contacts are closed when the device is not energised. No current flows through the NO contact when the device is not energised, whereas current flows through the NC contact when the device is not energised.

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