EATON Vaccum Starter Pump Panels | Raptor Supplies United Kingdom
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EATON Vaccum Starter Pump Panels

Eaton vacuum starter pump panels are designed to start and control vacuum pumps in a wide variety of industrial applications including irrigation, oil well, gas and other pumps. They are equipped ...Read More

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EATON ECV5442CAJ-P6A
StyleModelPrice
A
ECV5442CAJ-P6		£17,935.77
A
ECV5552AAK-P6		£44,519.13
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ECV5552CAK-P6		£44,519.13
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ECV5542AAH-P6		£20,007.59
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ECV5562AAL-P6		£51,815.55
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ECV5452AAL-P6		£36,932.48
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ECV5552AAJ-P6		£44,519.13
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ECV5552CAJ-P6		£44,519.13
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ECV5442AAJ-P6		£17,935.77

Working Mechanism

  • These panels consist of a starter, a motor controller and a control panel or interface.
  • The starter helps to initiate the operation of the vacuum pump. It receives a start signal from the control panel and applies voltage to the motor for initiating rotation.
  • The motor controller regulates the speed and operation of the vacuum pump. It adjusts the voltage and current supplied to the motor as required to maintain the desired vacuum level.
  • The control panel or interface helps to monitor and control the operation of the vacuum pump. It displays the vacuum level, pump status, and alarms, and allows the operator to set the desired vacuum level as well as start / stop the pump.

Frequently Asked Questions

What is the difference between a vacuum starter pump panel and a vacuum contactor?

A vacuum starter pump panel starts and controls the operation of a vacuum pump, while a vacuum contactor is a device that controls the flow of electrical power to a vacuum pump.

What type of vacuum pumps can be used with vacuum starter pump controls?

Eaton vacuum starter pump controls are designed to control a wide variety of vacuum pumps, including rotary vane-, rotary piston-, screw and dry-pumps.

What is cavitation, and how does it affect the performance of a vacuum pump?

  • Cavitation occurs when a deep level of vacuum is achieved in a vacuum pump. The seal fluid (water) rapidly evaporates and creates small pockets of gas near the tips of the impeller blades, where they compress and implode.
  • These pockets of gases can cause damage to the pump and are determined by a ringing sound.

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