PE Tape High-Frequency Resonant Capacitors MKP-GW Series Low Self-Inductance High Over-Current Capability for Welding Machines Induction Heating

PE Tape High-Frequency Resonant Capacitors MKP-GW Series Low Self-Inductance High Over-Current Capability for Welding Machines Induction Heating

  • PE Tape High-Frequency Resonant Capacitors MKP-GW Series Low Self-Inductance High Over-Current Capability for Welding Machines Induction Heating
  • PE Tape High-Frequency Resonant Capacitors MKP-GW Series Low Self-Inductance High Over-Current Capability for Welding Machines Induction Heating
Summary
MKP-GW Series PE Tape High-Frequency Resonant Capacitors deliver exceptional performance with double-sided metallized vapor-plated construction, ensuring high voltage and over-current resistance. Featuring low self-inductance, minimal temperature rise, and dry solid epoxy encapsulation, these capacitors offer high reliability and durability. Designed for use in high-frequency resonant circuits, they are ideal for welding machines, induction heating systems, and other power electronics applications. With electronic insulation tape wrapping and optional mounting brackets, they provide ease of installation and enhanced safety. Compliant with IEC61071, GB17702, and other international standards, these capacitors operate efficiently across a wide temperature range (-40°C to +85°C), ensuring long service life and stable performance in demanding environments.More
  • PE Tape High-Frequency Resonant Capacitors MKP-GW Series Low Self-Inductance High Over-Current Capability for Welding Machines Induction Heating

Product Introduction

Product features

■ Double-sided vapour plating structure, able to withstand high voltages and high over-current capability

■ Low self-inductance, low temperature rise

■ Dry construction, solid epoxy encapsulation

■ Electronic insulating tape wrapping (optional mounting bracket for simplicity and convenience)

■ Low equivalent series resistance

Note.

Please contact us for other electrical capacities, dimensions and performance parameters.

Typical applications

■ Widely used in series and parallel circuits for medium and high frequencies, e.g. in resonant circuits such as welding machines, induction heating, etc. Also used in other power electronics.

Reference Standards

IEC61071 GB17702 IEC60110 GB/T3984

Rated voltage

1000VDC~3000VDC (500VAC~1000VAC)

Rated capacity (general purpose specification)

0.33uF~10uF 1KHz @ +25℃

Electrical capacity deviation

±5 %(J) ±10 %(K)Other deviations optional @ 100Hz @+25℃

Operating temperature range

-40℃ ~+85℃

Storage temperature range

-40℃ ~+85℃

Attrition factors (DF)

tgδ≤0.0006 @ 1KHz @ +25℃

Insulation resistance(IR)

Typical values(Ris x C): ≥5000S

Temperature.: +25 °C @ 1min & Test voltage: 100 Vdc

Dielectric strength(Ut-t)

1.5UnContinuous 10S

Electrode to shell voltage strength(Ut-c)

3000VAC 2 seconds @+25℃ 50/60Hz

Life expectancy

100,000hours at Un and Th≤ 70°C

Dielectric materialsMetallised double-sided vapour plated inner string construction
Electrode lead-out

Brass nuts(M6/M8)(M6≤4N.m,M8≤6N.m/Refer toIEC61881)

Outer protective surface / housingWrapped in white electrical insulation tape (optional with mounting bracket)
Internal filler

Insulation fillers(UL94- V0)

Note: If the altitude of use exceeds 2000m, the effects of convection cooling and external insulation should be considered.

Power Quality, Power Electronics, Motor Lighting
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