Generador de calor por inducción MFS-200
  • Generador de calor por inducción MFS-200

Las fotos son solo para fines informativos. Ver especificaciones de producto

please use latin characters

Generador de calor por inducción MFS-200

  • MFS-200
  • fuente de alimentación 400 V, 3ph
  • Frecuencia 0.5 - 10 kHz
  • Potencia de salida 200 kW

Induction heating generator MFS-200

Applications:

  1. Hot forging/forming of metal fasteners.
  2. Forging of components for the tool and automotive industry.
  3. Thermal correction of deformations.
  4. Heat treatment of components with different shapes and sizes.
  5. Easily adaptable to different customer needs.

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.
Menos
Lee mas

Envíe una consulta

¿Estás interesado en este producto? ¿Necesita información adicional o precios individuales?

Contacta con nosotras
SOLICITA EL PRODUCTO close
Gracias por enviar tu mensaje. Responderemos lo antes posible.
SOLICITA EL PRODUCTO close
Vistazo
enviar una consulta

Añadir a la lista de deseos

Usted debe estar conectado

  • fuente de alimentación 400 V, 3ph
  • Frecuencia 0.5 - 10 kHz
  • Potencia de salida 200 kW

Induction heating generator MFS-200

Applications:

  1. Hot forging/forming of metal fasteners.
  2. Forging of components for the tool and automotive industry.
  3. Thermal correction of deformations.
  4. Heat treatment of components with different shapes and sizes.
  5. Easily adaptable to different customer needs.

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.
Menos
Lee mas
Comentarios (0)