High-Capacity Water-Cooled Ceramic Capacitors
High-Capacity Water-Cooled Ceramic Capacitors
SKU:CER-5a9423
Power up your RF equipment with our high-capacity water-cooled ceramic capacitors.
Regular price
$249.99
Regular price
Sale price
$249.99
Unit price
per
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Enhance your high-power RF equipment with our PWC Water-Cooled Ceramic Capacitors. Built to handle current capacity up to 300 Amperes and maximum reactive power ratings up to 4000 kVA, these capacitors feature a low dissipation factor Class I dielectric for efficient operation. The water-cooling system ensures thermodynamic efficiency, allowing operation at extreme power levels and high frequencies. Ideal for induction heating, dielectric heating, and high-frequency welding applications.

Product Specifications
Cooling Requirements Closed System Derating
Increase Cooling Flow by 20% when antifreeze is used
Cooling Requirements Cooling Water Pressure
Not to exceed 60 PSIA (132 feet of H2O)
Cooling Requirements Inlet Water Temperature
30ºC or less recommended; not to exceed 50ºC when capacitor cooling is chained
Cooling Requirements Maximum Capacitor Temperature
The maximum allowable temperature of the Inner Terminal is 100ºC.
Cooling Requirements Maximum Temperature Rise
The maximum allowable temperature rise is 10ºC with an inlet temperature of 25ºC.
Specifications Cap
1000 pF
Specifications Capacitance Tolerance
±20% (Standard) | ±10% (Optional)
Specifications Dielectric Strength
Will withstand an AC potential of 1.4 times Rated Working Voltage for 10 Seconds at 25ºC.
Specifications Fh
2.38 MHz
Specifications Fl
2.43 MHz
Specifications Imax Rms
150 A
Specifications Maximum Dissipation Factor
0.05%
Specifications Minimum Insulation Resistance
10000 MΩ
Specifications Operating Temperature Range
-55 to +85 ºC
Specifications Smax
1500 kV·A
Specifications Standard Markings
"HEC", Capacitance, Tolerance, Rated Working Voltage (VDC), Maximum Frequency, Maximum Reactive Power, Maximum Current and Date Code
Specifications Storage Temperature Range
-55 to 125 ºC
Specifications Vmax Dc
14 kV