Auto-Ranging
DC Loads
Discontinued DC Load
Discontinued DC Load
Discontinued DC Load
Modular regenerative load
Discontinued DC Load
Intepro Systems offers a wide selection of Electronic DC Load products
Our electronic DC loads are designed for ultimate flexibility and configuration in providing the ideal load solution for testing AC/DC power supplies, DC/DC converters, chargers, batteries, adapters, and power electronic components. The Intepro DC Load products are well suited for research, development, production and incoming inspection applications.
All Intepro electronic DC loads operate at the high speeds necessary to meet the demanding transient and dynamic response characteristics required for today’s modern PSU.
Features
DC Loads Features & Benefits
The Power Industry Needs
Our regenerative loads convert the supplied energy into a synchronous sine current and feed it back into the local or public grid.
Over 93% energy recovery.
DC Load
- 1.2kW-480kW
- Non-regenerative
- 1.2kW-7.2kW Chassis
- 750Vdc
- RS232, USB, LAN, Modbus TCPB, Profibus, CANopen, GPIB
DC Load
- 320W to 3200W
- Regenerative
- 3200W Chassis
- 200Vdc; 1500Vdc
- RS232, USB, LAN, Modbus TCPB, Profibus, CANopen, GPIB
DC Load
- 3.5kW-480kW
- Regenerative
- 3.5kW-10.5kW Chassis
- 1500Vdc
- RS232, USB, LAN, Modbus TCPB, Profibus, CANopen, GPIB
DC Load
- 5kW – 480kW
- Regenerative
- 5kW-15kW
- 1500Vdc
- RS232, USB, LAN, Modbus TCPB, Profibus, CANopen, GPIB
Intepro
Additional Info About Intepro DC Loads
Intepro’s line of regenerative DC Load products offer all the necessary features of today’s electronic loads, plus the added benefit of energy recovery to mains. Regenerative technology converts the supplied energy into a synchronous sine current and feeds it back into the local or public grid. This reduces the usual heat dissipation to a minimum and saves energy costs at the same time. This feature also offers a cost-effective alternative to expensive cooling systems used by conventional air- and water-cooled loads to dissipate energy as heat. Over time these regenerating products easily pay for themselves.