Indukční topný generátor SWS-200A
  • Indukční topný generátor SWS-200A

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Indukční topný generátor SWS-200A

  • SWS-200A
  • zdroj napájení 380 V, 3ph
  • Frekvence 15 - 30 kHz
  • Výstupní výkon 200 kW

Induction heating generator SWS-200A

Applications:

  1. Heat treatment of metals: hardening, tempering, annealing, stress relieving.
  2. Heating before forming: forging, swelling, bending, perforation.
  3. Brazing and soldering: steel, brass, copper, aluminum.
  4. Application and hot pressing of bearings, compressors, shields, etc.
  5. Heating before coating with metals, plastics, paints.
  6. Melting of various types of metals.
  7. Other applications like semiconductor recrystallization, lid sealing, sintering, plasma generation.

Advanced technology and economic benefits:

  1. IGBT transistor technology, high efficiency inverter, saving in energy consumption (15%-30% compared to thyristor technology).
  2. Definitely a more efficient technology than soldering or flame welding.
  3. Easy startup.
  4. Power Factor ≥ 95%.
  5. Comprehensive security features to enhance the reliability and stability of the device.
  6. No requirement for additional investment, low operating cost, easy to operate.
  7. Modular design, convenient for service and repair.
  8. Energy saving and no pollution.
  9. Easy operation and possible connection to PLCs.
  10. Low weight, low volume and easy to install.
  11. Advanced diagnostics and security system.
  12. Design in accordance with ISO system requirements.

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  • zdroj napájení 380 V, 3ph
  • Frekvence 15 - 30 kHz
  • Výstupní výkon 200 kW

Induction heating generator SWS-200A

Applications:

  1. Heat treatment of metals: hardening, tempering, annealing, stress relieving.
  2. Heating before forming: forging, swelling, bending, perforation.
  3. Brazing and soldering: steel, brass, copper, aluminum.
  4. Application and hot pressing of bearings, compressors, shields, etc.
  5. Heating before coating with metals, plastics, paints.
  6. Melting of various types of metals.
  7. Other applications like semiconductor recrystallization, lid sealing, sintering, plasma generation.

Advanced technology and economic benefits:

  1. IGBT transistor technology, high efficiency inverter, saving in energy consumption (15%-30% compared to thyristor technology).
  2. Definitely a more efficient technology than soldering or flame welding.
  3. Easy startup.
  4. Power Factor ≥ 95%.
  5. Comprehensive security features to enhance the reliability and stability of the device.
  6. No requirement for additional investment, low operating cost, easy to operate.
  7. Modular design, convenient for service and repair.
  8. Energy saving and no pollution.
  9. Easy operation and possible connection to PLCs.
  10. Low weight, low volume and easy to install.
  11. Advanced diagnostics and security system.
  12. Design in accordance with ISO system requirements.
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