AliExpress.io
DAWNCAP  DCC-  10UF 700V  1000A  500KVAR  Water cooled large  current  Big Current  Resonant  Capacitor  100*100*56MM

DAWNCAP DCC- 10UF 700V 1000A 500KVAR Water cooled large current Big Current Resonant Capacitor 100*100*56MM

52+ sold
£132.59
0% OFF
Buy on AliExpress

You will be redirected to AliExpress to complete your purchase

Specifications

Brand Name
NONE
High-concerned chemical
None
Origin
Mainland China
Application
High Voltage
is_customized
Yes
Type
Polypropylene Film Capacitor
Structure
Fixed Capacitor
Package Type
Surface Mount
Model Number
DCC-700V-10UF
Color
WHITE
Operating Temperature
85

Product Description

Note: DCC series product order time about two weeks (15 days) ,

Our Experience

DAWNCAP in 2003 started out like a small factory, within years of full commitment and significant investments we have grown to a large-scale manufactory plants, selling our products all over the world in more than 30 different countries. Today DAWNCAP’s plants rely on mostly automated production process, designed by expert engineers in order to ensure the highest level of standardize quality for each single component. Each years more than 5 million capacitors leave our factories and start running on many different systems, from Industrial to Medical applications. Furthermore our Technical team provides an assistance dedicated to all our customers offering them the right product for all their need, we are proud to say that during this 20 years constant grown, the fidelization and satisfaction of our clients represent our biggest achievement



DCC circular high current resonant capacitor :

DCC high frequency circular water cooled high current resonant capacitor (instead of C500T series)

high frequency, small size, high current, low stray inductance,

widely used in high-power high-frequency,

audio-frequency induction heating equipment,

as output transformer primary, secondary LC parallel resonance.

The utility model adopts the heat dissipation structure of water and electricity separation,

which is safe, reliable and stable.


DCC-700V-10UF-M8

size:  100*100*56MM

Irms: 1000A

Vrms:700V

Fr:16-32KHZ    500Kvar    

Net Weight:1150g






Product characteristics

Water cooled structure with good heat dissipation effect

Polypropylene medium with low loss and heat generation

L has self-healing characteristics, high voltage resistance, and good reliability

Wide operating frequency range

High temperature resistant medium, with a maximum core operating temperature of 85 ℃

L Capacity deviation ± 3%, ± 5%, ± 10% customizable

Application occasions

High frequency resonant circuit

Induction heating power supply induction circuit

Welding machine, quenching machine, gemstone melting heating power supply

High frequency working circuits such as wireless charging and nuclear magnetic resonance

Installation size (mm)


More product specifications::// www.dawncap.cn

Note: DCC series product order time about two weeks (15 days) ,

detailed communication with customer service confirmation, thank you!


Pros & Cons

Pros

  • High specs: 10uF 700V 1000A 500KVAR for demanding resonant apps
  • Compact 100x100x56mm size for integration
  • Water-cooled design handles big currents reliably
  • Polypropylene film for low loss and longevity

Cons

  • Requires water cooling setup adding complexity
  • 85°C temp limit for high-power use
  • 2-week lead time for orders
  • No stock, custom only

Common Questions

What material and structure is the DCC capacitor made from?

Polypropylene film fixed capacitor, surface mount, white color.

Confirm the exact size and dimensions?

100x100x56mm, suitable for high-power resonant applications.

What cooling and voltage compatibility requirements?

Water-cooled for 700V 10uF 1000A 500KVAR; high voltage application.

How is it used in resonant circuits?

For induction heating or power electronics; operating temp up to 85°C.

What is the lead time and shipping for custom orders?

About 15 days production from Mainland China, ships securely for heavy item.

Product information last updated on December 6, 2025