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ТСГЛ, ТСЗГЛ, ТСЗГЛФ, ТСЗГЛ11, ТСЗГЛФ11, ТСДГЛ, ТСДЗГЛ, ТСДЗГЛФ, ТСДЗГЛ11, ТСДЗГЛФ11 transformers up to 10.5 kV class

ТСГЛ, ТСЗГЛ, ТСЗГЛФ, ТСЗГЛ11, ТСЗГЛФ11, ТСДГЛ, ТСДЗГЛ, ТСДЗГЛФ, ТСДЗГЛ11, ТСДЗГЛФ11 transformers up to 10.5 kV class

Three-phase dry power transformers with cast insulation with voltage up to 10.5 kV are designed to convert electricity in the networks of power systems and electricity consumers.

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ТСГЛ20, ТСЗГЛ20, ТСЗГЛФ20, ТСЗГЛ21, ТСЗГЛФ21, ТСДГЛ20, ТСДЗГЛ20, ТСДЗГЛФ20, ТСДЗГЛ21, ТСДЗГЛФ21 up to 10 kV voltage class

ТСГЛ20, ТСЗГЛ20, ТСЗГЛФ20, ТСЗГЛ21, ТСЗГЛФ21, ТСДГЛ20, ТСДЗГЛ20, ТСДЗГЛФ20, ТСДЗГЛ21, ТСДЗГЛФ21 up to 10 kV voltage class

Three-phase dry power transformers with cast insulation with voltage up to 10.5 kV are designed to convert electricity in the networks of power systems and electricity consumers.

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ТСЛ and ТСЗЛ transformers up to 10 kV voltage class

ТСЛ and ТСЗЛ transformers up to 10 kV voltage class

Three-phase dry power transformers with cast insulation of voltage classes up to 10 kV are designed to convert electricity from AC consumers with a nominal frequency of 50 Hz

ТС fnd ТСЗ transformers 660 volts class

ТС fnd ТСЗ transformers 660 volts class

Трехфазные сухие трансформаторы серии ТС и ТСЗ класса напряжения 0,66 кВ предназначены для преобразования электроэнергии в сетях энергосистем и потребителей электроэнергии. Внутренней устан

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ТСР transformers

ТСР transformers

Трансформаторы серии ТСР (трехфазные, сухие, разделительные) мощностью 0,16-40 кВ∙А предназначены для питания выпрямительных схем, полупроводниковых преобразователей станков и лифтов, элект

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ТСЗР transformers

ТСЗР transformers

Трансформаторы серии ТСЗР (трехфазные, сухие, защищенные, разделительные) мощностью 1,6-40 кВ∙А предназначены для питания выпрямительных схем, полупроводниковых преобразователей станков и л

ADVANTAGES OF CAST RESIN TRANSFORMERS
manufactured at the Minsk Electrotechnical Plant named after V.I.Kozlov

Dry-type transformers with cast resin insulation of windings with a capacity ranging 25 … 3150 kVA  with voltages up to 10 kV are designed to reduce the voltage in networks of both power systems and electricity consumers.

These transformers are among the most important achievements of modern transformer industry.

Advantages of cast resin transformers:

  • environmental safety
  • fire safety
  • low noise level
  • high resistance to short circuit currents
  • ability to work in networks subject to lightning and switching surges
  • high resistance to mechanical forces arising in the short circuit mode
  • transformers with capacity of 1000 kVA and above may have the normalized value of the short-circuit voltage of 6% or 8% (the latter makes them more resistant to short-circuit currents)
  • easier installation due to lack of oil conservator and sophisticated fire-fighting system
  • efficiency
  • optional fans complectation
  • overheating protection and automatic control of the cooling system