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The DZMJ capacitors are engineered for high-power induction heating applications. Designed for power sources operating at AC380V, 575V, and 660V (internally connected in series), these capacitors utilize series resonance to optimize performance. Their primary functions include:
Supporting the DC-link
Filtering both low- and high-frequency ripple waves
Bypassing series resonance current
The product meets the rigorous standards of GB/T17702.1-1999 and IEC61071-1 (1991).
Installation & Operating Environment：
The capacitor should be installed and operated in an environment free from severe mechanical vibrations, corrosive gases or vapors, and conductive or explosive dust. Ambient temperatures must be maintained within -25°C to +50°C. For water-cooled applications, the cooling water must be purified, with an outlet temperature below 40°C.
Typical Drawing, Customizable
Automated Production Process
The DZMJ capacitors are engineered for high-power induction heating applications. Designed for power sources operating at AC380V, 575V, and 660V (internally connected in series), these capacitors utilize series resonance to optimize performance. Their primary functions include:
Supporting the DC-link
Filtering both low- and high-frequency ripple waves
Bypassing series resonance current
The product meets the rigorous standards of GB/T17702.1-1999 and IEC61071-1 (1991).
Installation & Operating Environment：
The capacitor should be installed and operated in an environment free from severe mechanical vibrations, corrosive gases or vapors, and conductive or explosive dust. Ambient temperatures must be maintained within -25°C to +50°C. For water-cooled applications, the cooling water must be purified, with an outlet temperature below 40°C.
Typical Drawing, Customizable
Automated Production Process
