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High Power DC Power Supply and Battery Charger Project Profiles
PCTI power supplies operate in numerous military and industrial applications including
submarine battery charger, alongside / hotel power, missile launch control,
submarine battery simulation systems and communication systems. Power
supplies in these applications include both regulated and unregulated types. The following projects
are a project examples of our high power DC Power supply projects for military
and industrial applications. Click on the thumbnail to view the picture in more detail. Click the
back button to return to this page. If you need help specifying the
power supply that you need, please click here to locate our
DC Power Supply application data sheet.
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This 520KW 12 pulse battery charger is used to charge and discharge
submarine batteries. It has dual input capability for
transportability to different parts of the world, the output is 800A and
650V. The charger is PLC controlled equipped with an HMI interface
with profibus protocol. |
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This unregulated DC power supply is used to simulate
characteristics of a battery power source. The power rating is 240KW
capability with overload and is contained in a NEMA 4 cabinet with air
conditioner cooling. Input: 480VAC, 3 Phase, 60Hz; Output: Dual output
200ADC and 300ADC, 345VDC.
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This unregulated 240KW DC power
supply is in a NEMA 4X stainless steel cabinet cooled by air conditioners.
This power supply provides alongside power for Victoria class submarines as a
substitute for batteries. The power
supply accepts dual input either 480VAC or 600VAC; Output is 500ADC at
480VDC.
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This towable battery charger is rated 450KW. Input is 380V, 3 Phase;
the output is 1500ADC at 225VDC. The charger is for submarine
batteries. |
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This unregulated 200KW DC power supply is in a NEMA
3R stainless steel cabinet.
This power supply is used to test submarine equipment in the shipyard.
Input: 480VAC, 3 Phase. Output: 500ADC, 300-720VDC.
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This 400KW
unit is a plasma arc power supply for NASA. Input: 480VAC; Output is
400ADC at
1000VDC.
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