EATON W Type Motor Control Centers


Eaton W-type motor control centres can regulate speed, change, start and stop the rotation of electric motors. They are ideal for automotive, chemical, food & beverage, construction, mining, oil & gas, pulp & paper industries.

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StyleModelHeightSizePrice
A
FTK1W24
14"24"-
RFQ
A
FTK1M24
14"24"-
RFQ
A
FTK1L24
14"24"-
RFQ
A
FTK1P24
14"24"-
RFQ
A
FTK1X24
14"24"-
RFQ
A
FTK1S24
14"24"-
RFQ
A
FTK1T24
14"24"-
RFQ
A
FTK1Q24
14"24"-
RFQ
A
FTK1N24
14"24"-
RFQ
A
FTK1R24
14"24"-
RFQ
A
FTF2JE12
16"12"€10,687.81
A
FTF2JB12
16"12"€10,687.81
A
FTF2JG12
16"12"€11,850.01
A
FTF2JA12
16"12"€10,687.81
A
FTF2HE12
16"12"€10,687.81
A
FTF2JF12
16"12"-
RFQ
A
FTF2HM12
16"12"-
RFQ
A
FTF2JC12
16"12"€10,687.81
A
FTF2KD12
16"12"€10,687.81
A
FTF2JM12
16"12"-
RFQ
A
FTF2JD12
16"12"€10,687.81
A
FTF2JL12
16"12"€11,850.01
A
FTF2JJ12
16"12"€11,850.01
A
FTF2HH12
16"12"€11,850.01
B
FTF2KC12
16"12"€10,687.81
RFQ
A
FTF2JK12
16"12"€11,850.01
A
FTF2JN12
16"12"-
RFQ
A
FTF2KA12
16"12"-
RFQ
A
FTF2JH12
16"12"€11,850.01
A
FTF2KH12
16"12"€11,850.01
A
FTF2HN12
16"12"-
RFQ
A
FTF2KL12
16"12"€11,850.01
A
FTF2HC12
16"12"€10,687.81
A
FTF2GN12
16"12"-
RFQ
A
FTF2GB12
16"12"-
RFQ
A
FTF2GE12
16"12"€10,687.81
A
FTF2FN12
16"12"-
RFQ
A
FTF2GM12
16"12"-
RFQ
A
FTF2GG12
16"12"€11,361.47
A
FTF2GF12
16"12"€10,687.81
A
FTF2HB12
16"12"-
RFQ
A
FTF2GH12
16"12"€11,850.01
A
FTF2GJ12
16"12"€11,361.47
A
FTF2HA12
16"12"€10,687.81
A
FTF2GL12
16"12"€11,850.01
A
FTF2HG12
16"12"-
RFQ
A
FTF2HD12
16"12"€10,687.81
A
FTF2HF12
16"12"-
RFQ
A
FTF2HK12
16"12"-
RFQ
A
FTF2GK12
16"12"-
RFQ
A
FTF2KK12
16"12"€11,850.01
A
FTF2HJ12
16"12"€11,850.01
A
FTF2HL12
16"12"€11,850.01
A
FTF2KB12
16"12"€10,687.81
A
FTF2KN12
16"12"-
RFQ
A
FTF2KG12
16"12"€11,850.01
A
FTF2NK12
16"12"-
RFQ
A
FTF2MB12
16"12"-
RFQ
A
FTF2LK12
16"12"-
RFQ
A
FTF2MJ12
16"12"-
RFQ
A
FTF2NF12
16"12"-
RFQ

Working Mechanism

  • Electrical power from the main supply enters Eaton motor control center through incoming feeders. This power typically includes three phases (L1, L2, L3), a neutral and sometimes a ground.
  • Inside the MCC, the incoming power is distributed to various motor starters and components. This MCC is designed to handle multiple motor loads simultaneously.
  • Each motor starter consists of a contactor and an overload relay. When a command is given to start a motor, the contactor closes, allowing power to flow to the motor. The overload relay monitors the motor's current to protect it from overheating.

Features

  • These motor control centres have voltage ratings up to 600VAC and operating temperatures ranging from 0 to 40 degrees C.
  • They are equipped with a moulded case and air circuit breaker mains for added safety.
  • These motor control centres come with metallic and solid-state overload relays to prevent short circuits & overloading.
  • They have modular pull-apart terminal blocks that are accessible through the vertical wire way.
  • These control centres offer a slider handle mechanism for increased operational comfort.

Standards and Approvals

  • UL 845

Frequently Asked Questions

Can these Eaton motor control centers be operated manually?

Yes, they incorporate a control logic system that can be automatically or manually operated.

What does the motor controller center consist of?

Motor control center (MCC) serves as a centralised assembly for the management of electric motors. It comprises several enclosed sections that share a common power bus. Each section houses a combination starter, composed of a motor starter, fuses or a circuit breaker, and a power disconnect switch.

What is the difference between MCC and PCC panels?

The MCC stands for motor control center panels, while PCC stands for power control center. As a general rule, panels responsible for supplying or receiving high-tension (HT) power are designated as PCC, whereas panels that provide power to low-tension (LT) motors are known as MCC.

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