Frequency converter MIDA207-0110 input 1x230V and output 3x230V - 1.5kW, output current 7.5A

A new generation of frequency converter. Ideal for soups to increase water pressure, ventilation systems with circulation pumps and submersible pump control. See more

Technical Specifications

Maximal input current [A]
11
Maximal output current [A]
7.50
Output voltage [V]
3x230

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707.69 VAT included

the price includes a recycling fee

Delivery accross EU within 3-7 business days %

Brand:
Nastec
Category:
Frequency converters
Product No.:
ZB00069135
Sale group:
CECA
Manuf. No.:
3070100110

Product variants

  • Technical Specifications
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  • Maximal input current [A]
  • Maximal output current [A]
  • Output voltage [V]
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Product description

A new generation of frequency converter. Ideal for controlling submersible pumps, boosting water pressure and HVAC systems with circulators

Description

  • Energy saving thanks to continuous speed regulation.
  • Soft start and soft stop.
  • Extended lifetime and reliability of the system.
  • Installation in wet and dusty environments thanks to IP66 degree of protection (NEMA 4X).
  • Simplified installation on the engine or on the wall.
  • Quick and easy commissioning thanks to the initial configuration wizard.
  • High thermal and mechanical properties thanks to the aluminum housing and separate ventilation.
  • The MIDA device can be installed directly on the motor terminal board of pumps with a horizontal or vertical axis.


Advantages

     COMBO operation with multiple pumps

  • Up to 8 units.
  • Alternate operation for even pump wear.
  • Replacement of the master or slave pump in case of failure to ensure continuity of operation.

     A number of control modes

  • Constant pressure regulation.
  • Constant or proportional differential pressure regulation.
  • Constant temperature control.
  • Constant temperature difference regulation.
  • Constant flow regulation.


     Built-in protection against

  • Overvoltage and undervoltage.
  • Overcurrent and no-load condition.
  • Dry operation.
  • Overheating.


     Advanced engine management

  • A new generation of asynchronous motor control.
  • Sensorless control of synchronous motors with permanent magnets.

Technical Specifications

Maximal input current [A]
11
Maximal output current [A]
7.50
Output voltage [V]
3x230