Programmable High Current DC Power Supply 10V 2000A 3000A 4000A 5000A to 10kA

The PCL 10V series programmable high current DC power supply utilizes multiple high-reliability 10V 1000A modules connected in parallel. It delivers a 10V 2000A output within a standard 12U cabinet and supports capacity expansion up to 10V 4000A in the same unit, meeting the evolving current requirements of production lines and laboratories. With optional 20U or 30U cabinets, capacity can be extended to 10V 6000A or 10V 10kA respectively, flexibly accommodating demanding applications such as ultra-low voltage/high-current burn-in testing, contact resistance testing, and superconducting coil powering.

Standard RS232 and RS485 digital interfaces facilitate integration into automated systems, while optional LAN port or analog control enable remote voltage/current adjustment and status monitoring. The entire series features forced-air cooling and intelligent temperature control, along with comprehensive protections against over-temperature, over-voltage, AC fault and short circuit protections.

The short circuit protection is configured in CC-operation. This feature is particularly well-suited for applications such as:

• High-current shunt verification (measuring voltage drop vs. current linearity)
• Temperature rise testing for EV high-voltage connectors (simulating heat generation from minute contact resistance under full load)
• Electrolytic cell or electroplating processes.

Users can safely establish the test circuit directly via the power supply’s constant-current short-circuit capability, eliminating the need for bulky series current-limiting resistors, thereby significantly simplifying test setups and enhancing repeatability.

For different current ratings, their typical applications are listed in below.

10V 2000A 20kW High-Current DC Power Supply PCL10-2000:

• Electronic Component Burn-in Testing: Conducts long-term, loaded burn-in tests for electronic components such as capacitors, resistors, relays, transistors, and sensors.
• Electrolysis and Water Treatment: Suitable for laboratory-scale electrolysis experiments, precious metal refining, water treatment, and similar applications.

10V 3000A 30kW High-Current DC Power Supply PCL10-3000:

• Industrial Electroplating: Widely used in surface treatment processes such as chrome, nickel, copper, and zinc plating.
• Scientific Research and Laboratories: Serves as a high-current experimental power source for universities and research institutions.

10V 4000A 40kW High-Current DC Power Supply PCL10-4000:

• High-Temperature Superconducting Cable Testing: Conducts critical current testing experiments on superconducting cables.
• Industrial Electrolysis and Electric Heating: Suitable for non-ferrous metal electrolysis, rare-earth ore extraction, heating of carbon/graphite/refractory materials, single-crystal furnace heating, etc.

10V 5000A 50kW High-Current DC Power Supply PCL10-5000:

• High-Current Sensor Testing: Provides a constant current source for testing high-precision current sensors.
• Conductor and Cable Temperature Rise Testing: Used to test the temperature rise characteristics of cables and conductors under high-current conditions.

10V 6000A 60kW High-Current DC Power Supply PCL10-6000:

• Specialized Industry Power Supply Simulation: Used to simulate power supply environments for vehicle-mounted, airborne, and shipborne electronic equipment.
• Industrial Automation and Materials Research: Suitable for industrial automation equipment and new material research requiring high currents.

10V 8000A 80kW High-Current DC Power Supply PCL10-8000:

• Electrical Contact and Cable Temperature Rise Testing: Used for temperature rise verification of components such as circuit breakers and cables.
• Testing of Novel Materials and Conductor Temperature Rise: Provides adjustable, low-ripple DC power to universities and research institutes for experiments on novel materials and conductor temperature rise testing.

10V 10kA 100kW High-Current DC Power Supply PCL10-10000:

• Large-Scale Electrolysis Systems: Supplies power to electrolysis systems requiring massive DC currents, such as those in the chlor-alkali industry.
• Scientific Research and Large-Scale Experimental Facilities: Provides ultra-high-current power for cutting-edge scientific research in fields such as physics and materials science.