Products

Power capacitors 
Low voltage power capacitors
Medium voltage power capacitors
Motor and lighting capacitors 
Induction heating capacitors 
Induction heating up to 1 000 kVAr,6 kHz
Induction heating up to 2 000 kVAr,4 kHz
Induction heating up to 2 500 kVAr,4 kHz
Induction heating up to 8 000 kVAr,8 kHz
Induction heating up to 5 000 kVAr,5 kHz
Induction heating up to 6 000 kVAr,4 kHz
Induction heating up to 70 kHz, COAX
Induction heating up to 200 kHz MIDICOAX
Induction heating up to 5 000 kVAr, 120 kHz
Induction heating up to 6 000 kVAr, 10 kHz
Capacitors for power electronics 
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AC filter capacitors
Snubber capacitors for IGBT
Snubber capacitors for SCR and GTO
HV capacitors for general purposes
Ripple control coupling capacitors
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Induction heating capacitors

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

For more details please open our catalogue: Induction heating capacitors.pdf

Induction heating up to 1 000 kVAr,6 kHz
Induction heating up to 2 000 kVAr,4 kHz
Induction heating up to 2 500 kVAr,4 kHz
Induction heating up to 8 000 kVAr,8 kHz
Induction heating up to 5 000 kVAr,5 kHz
Induction heating up to 6 000 kVAr,4 kHz
Induction heating up to 70 kHz, COAX
Induction heating up to 200 kHz MIDICOAX
Induction heating up to 5 000 kVAr, 120 kHz
Induction heating up to 6 000 kVAr, 10 kHz
 

Application

Water cooled power capacitors are designed for use on induction furnaces and heaters. They improve power factor or tune special furnace circuits.

Construction

The capacitors are all-film dielectric which is impregnated with an environmentally friendly, non-toxic biodegradable insulation oil. They are designed as water cooled live case units (dead case on request). Multi section configuration (tapping) enabling high current loading and tuning resonance circuits are standard feature. Recommended ambient temperature and water flow are very important.

Standards:

• IEC 60110 – 1; 1998
• EN 60110 – 1; 1998

Order information

Rated voltage:		UN [kV]
Rated frequency:		fN [kHz]
Rated capacitance: or rated power:		CN [µF] QN [kvar]		QN = UN2 x CN x 2π x fN
Capacitance tolerance:		[+/- %]		-5 / +10 %
Live case:				Yes / No
Dead case:				Yes / No
Standards:				IEC 60110-1; 1998 or EN 60110-1; 1998
Other requirements:				tapping, dimensions