Induction Heating and Melting Capacitors are available in Bulk and Vernier designs, live and isolated case, depending upon the design frequency. Capacitors are designed with and without brackets, and with and without pressure switches which are utilized by equipment manufactures to shutdown equipment in the event that pressure builds up inside the metallized design capacitor can (see capacitor instruction GEH-2733).

For water cooled capacitors, proper water flow and water outlet temperature must be maintained as specified in GEH – 2733. Failure to provide adequate water flow will cause early failure of capacitors.

The equipment manufacturer must determine what fusing is necessary to protect capacitors in their equipment. Protection must be provided by the equipment manufacturer to protect from re-closure or re-energization of a failed or shorted capacitor.

Features & Benefits

  • Designed for use in AC tank circuits or specialty DE filter circuits
  • All-film or metallized film dielectric
  • Tin-plated, copper studs rated for up to 300Amps continuous
  • Electrical grade phenolic bushings for indoor application
  • Long life, 20 year nominal life
  • Low loss, less that 0.3 watts per kVAR up to 5 kHz; less than 0.5 watts per kVAR up to 50 kHz
  • Special dielectic system designs for high efficiency
  • GE dielectric fluids; Dielktrol™ VII (DK-VI) for metallized dieletrics; Dielktrol™ VII (DK-Vila) for all-film dielectrics
  • Tin-plated copper terminals rated for up to 300Amps rms, continuous
  • For designs that employ a pressure switch, they are supplied with a N/C, 12 PSI, non-resetting switch

Induction Heating & Melting Capacitors

Induction Heating and Melting Capacitors are available in Bulk and Vernier designs, live and isolated case, depending upon the design frequency. Capacitors are designed with and without brackets, and with and without pressure switches which are utilized by equipment manufactures to shutdown equipment in the event that pressure builds up inside the metallized design capacitor can (see capacitor instruction GEH-2733).

For water cooled capacitors, proper water flow and water outlet temperature must be maintained as specified in GEH – 2733. Failure to provide adequate water flow will cause early failure of capacitors.

The equipment manufacturer must determine what fusing is necessary to protect capacitors in their equipment. Protection must be provided by the equipment manufacturer to protect from re-closure or re-energization of a failed or shorted capacitor.

Features & Benefits

  • Designed for use in AC tank circuits or specialty DE filter circuits
  • All-film or metallized film dielectric
  • Tin-plated, copper studs rated for up to 300Amps continuous
  • Electrical grade phenolic bushings for indoor application
  • Long life, 20 year nominal life
  • Low loss, less that 0.3 watts per kVAR up to 5 kHz; less than 0.5 watts per kVAR up to 50 kHz
  • Special dielectic system designs for high efficiency
  • GE dielectric fluids; Dielktrol™ VII (DK-VI) for metallized dieletrics; Dielktrol™ VII (DK-Vila) for all-film dielectrics
  • Tin-plated copper terminals rated for up to 300Amps rms, continuous
  • For designs that employ a pressure switch, they are supplied with a N/C, 12 PSI, non-resetting switch