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POWER DISTRIBUTION

WE DESIGN AND MANUFACTURE ELECTROMAGNETS FOR THE POWER GENERATION AND DISTRIBUTION SECTOR

POWER DISTRIBUTION
SECTOR

We develop customised electromagnetic components for process automation at different types of facilities and electrical power generation and distribution plants.

ELECTROMAGNET APPLICATIONS FOR POWER DISTRIBUTION

Electromagnets are widely used for automation of power generation facilities, such as:

  • Medium and high-voltage installations
  • Primary and secondary distribution switchgear
  • Electric motors and generators
  • Transformers
  • Wind farms
  • Wind turbines

ER RANGE

Linear solenoids. Optional spring return

ERC RANGE

High mechanical performance open-frame linear solenoids. Optional spring return.

ECI RANGE

Low-power trip solenoid. A strong compressed spring is held down by the magnet system. A low-power pulse releases the spring and it performs its run. It requires manual resetting.

ELECTROMAGNETS FOR TRANSFORMERS

Transformers are devices that consist of two insulated coils. They run on alternating current, with the electric power changing from one voltage to another via electromagnetism.

These mechanisms create a variable magnetic field that induces an electric current. This phenomenon has numerous applications, the main one being power distribution.

NAFSA develops electromagnets for transformers, adapting to the project’s technical requirements to offer a totally customised end product.

ELECTROMAGNETS FOR GENERATORS

We develop custom-made electromagnets for electric generators, to adapt to each customer’s technical requirements. Contact us for more information on our custom development.

HOW DO ELECTROMAGNETS WORK IN GENERATORS?

Electric generators use a magnetic field to generate electron movement, which produces electrical power. Using electromagnets to generate these magnetic fields enables:

  • Generation of stronger magnetic fields.
  • Regulation of the magnetic field strength.
  • Better control of the magnetic field to regulate the output current.
  • Development of more complex electric generators.

REQUEST FURTHER INFORMATION

If you need more information about our products or services, please contact us through the contact form, or if you prefer, call us at:

+34 944 531 061

    Power distribution

    NAFSA designs and manufactures electromagnets for the power generation and distribution sector.

    We develop customised electromagnetic components for process automation at different types of facilities and electrical power generation and distribution plants.

    Products for the sector

    ER range

    ERC range

    ECI range

    Electromagnet applications for power distribution

    Electromagnets are widely used for automation of power generation facilities, such as:

    Electromagnets for transformers

    Transformers are devices that consist of two insulated coils. They run on alternating current, with the electric power changing from one voltage to another via electromagnetism..

    These mechanisms create a variable magnetic field that induces an electric current. This phenomenon has numerous applications, the main one being power distribution.

    Nafsa develops electromagnets for transformers, adapting to the project’s technical requirements to offer a totally customised end product.

    Electromagnets for generators

    We develop custom-made electromagnets for electric generators, to adapt to each customer’s technical requirements. Contact us for more information on our custom development.

    How do electromagnets work in generators?

    Electric generators use a magnetic field to generate electron movement, which produces electrical power. Using electromagnets to generate these magnetic fields enables:

    Please enter your details and you can download the 3D model "Type ER-50-15/C | Stroke 15mm ; Force 6,7 - 99 N"

    Please enter your details and you can download the 3D model "Type ERMI200/60 | Force up to 3000 N"

    Please enter your details and you can download the 3D model "Type VEM150 | Force up to 7104 N"

    Please enter your details and you can download the 3D model "Type VEM100 | Force up to 2600 N"

    Please enter your details and you can download the 3D model "Type VEM80 | Force up to 2000 N"

    Please enter your details and you can download the 3D model "Type VEM65 | Force up to 980 N"

    Please enter your details and you can download the 3D model "Type VEM50 | Force up to 500 N"

    Please enter your details and you can download the 3D model "Type VEM40 | Force up to 400 N"

    Please enter your details and you can download the 3D model "Type VEM30 | Force up to 190 N"

    Please enter your details and you can download the 3D model "Type VEM25 | Force up to 135 N"

    Please enter your details and you can download the 3D model "Type VEM20 | Force up to 27 N"

    Please enter your details and you can download the 3D model "Type ERM500/60 | Force up to 7450 N"

    Please enter your details and you can download the 3D model "Type ERM200/60 | Force up to 2760 N"

    Please enter your details and you can download the 3D model "Type ERM150/60 | Force up to 1900 N"

    Please enter your details and you can download the 3D model "Type ERM600/35 | Force up to 5026 N"

    Please enter your details and you can download the 3D model "Type ERM500/35 | Force up to 4423 N"

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    Please enter your details and you can download the 3D model "Type ERM150/35 | Force up to 1450 N"

    Please enter your details and you can download the 3D model "Type ERM100/35 | Force up to 752 N"

    Please enter your details and you can download the 3D model "Type VM150 | Force up to 2000 N"

    Please enter your details and you can download the 3D model "Type VM100 | Force up to 1000 N"

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    Please enter your details and you can download the 3D model "Type VM65 | Force up to 374 N"

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    Please enter your details and you can download the 3D model "Type CU30/C | Stroke 10mm ; Force 1,6 - 35 N"

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    Please enter your details and you can download the 3D model "Type ERDI35-06/CC | Stroke 6mm ; 0,175kg"

    Please enter your details and you can download the 3D model "Type ERDI15 | Stroke 5mm ; 0,040kg"

    Please enter your details and you can download the 3D model "Type ER-60-20/C | Stroke 20mm ; Force 9,2 - 150 N"

    Please enter your details and you can download the 3D model "Type ER-60-10/CT | Stroke 10mm ; Force 11,6 - 200,4 N"

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    Please enter your details and you can download the 3D model "Type ER-60-05/C | Stroke 5mm ; Force 7 - 382 N"

    Please enter your details and you can download the 3D model "Type ER-50-15/CT | Stroke 15mm ; Force 6,7 - 99 N"

    Please enter your details and you can download the 3D model "Type ER-48/T | Stroke 8mm ; Force 9,1 - 65,4 N"

    Please enter your details and you can download the 3D model "Type ER-45-15/C | Stroke 15mm ; Force 3,3 - 71,3 N"

    Please enter your details and you can download the 3D model "Type ER-45-05/C | Stroke 5mm ; Force 0,1 - 230 N"

    Please enter your details and you can download the 3D model "Type ER-40/CT | Stroke 15mm ; Force 2,9 - 121,8 N"

    Please enter your details and you can download the 3D model "Type ER-35/C | Stroke 12mm ; Force 1,5 - 31 N"

    Please enter your details and you can download the 3D model "Type ER-30/CT | Stroke 8mm ; Force 2,9 - 34,9 N"

    Please enter your details and you can download the 3D model "Type ER-30/C | Stroke 8mm ; Force 2,9 - 35 N"

    Please enter your details and you can download the 3D model "Type ER-25/C | Stroke 5mm ; Force 2,5 - 32 N"

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    Please enter your details and you can download the 3D model "Type ER-20/C | Stroke 5mm ; Force 0,8 - 11,2 N"

    Please enter your details and you can download the 3D model "Type ER-15/C | Stroke 5mm ; Force 0,3 - 16,5 N"

    Please enter your details and you can download the 3D model "Type ERC60-20/C | Stroke 20mm ; Force 11 - 160 N"

    Please enter your details and you can download the 3D model "Type ERC60-10/C | Stroke 10mm ; Force 19 - 191 N"

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    Please enter your details and you can download the 3D model "Type ERC35/C | Stroke 12mm ; Force 2,6 - 27,7 N"

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    Please enter your details and you can download the 3D model "Type ECR72-30 | Stroke 30mm ; Force 28 - 269 N"

    Please enter your details and you can download the 3D model "Type ECR65-15 | Stroke 15mm ; Force 46 - 385 N"

    Please enter your details and you can download the 3D model "Type ECR50-16 | Stroke 16mm ; Force 18,7 - 193 N"

    Please enter your details and you can download the 3D model "Type ECR40-07 | Stroke 7mm ; Force 10 - 43 N"

    Please enter your details and you can download the 3D model "Type ECM25-T | Stroke 12mm ; Force 0,6 - 32 N"

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    Please enter your details and you can download the 3D model "Type ECM13-10-T | Stroke 10mm ; Force 0,15 - 4,22 N"

    Please enter your details and you can download the 3D model "Type ECM13-10-E | Stroke 10mm ; Force 0,15 - 4,22 N"

    Please enter your details and you can download the 3D model "Type ECM13-03-T | Stroke 3mm ; Force 0,02 - 2,29 N"

    Please enter your details and you can download the 3D model "Type ECM13-03-T | Stroke 3mm ; Force 0,02 - 2,29 N"

    Please enter your details and you can download the 3D model "ECI Serie"

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    Please enter your details and you can download the 3D model "Type ECH150-40 | Stroke 40mm ; Force 250 - 2800 N"

    Please enter your details and you can download the 3D model "Type ECH110-45 | Stroke 45mm ; Force 75 - 1300 N"

    Please enter your details and you can download the 3D model "Type ECH90-25 | Stroke 25mm ; Force 85 - 837 N"

    Please enter your details and you can download the 3D model "Type ECH65-15 | Stroke 15mm ; Force 46 - 385 N"

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    Please enter your details and you can download the 3D model "Type ECH40-10 | Stroke 10mm ; Force 9,5 - 43 N"

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