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The modular electronic DC loads of the 6310A series, designed for applications in research and development, production and incoming goods inspection, are ideal for testing AC / DC power supplies, DC / DC converters, chargers and power electronics components.
 The system consists of load modules which are plugged into the mainframe; it is operated via the keyboard on the front panel and via the RS-232, USB or GPIB interfaces.

The 63200A series electronic DC loads, designed for applications in research and development, production and incoming goods inspection, are ideal for testing high-performance AC / DC power supplies, DC / DC converters, chargers and power electronics components. The performance can be increased even further by connecting in parallel and by synchronization.

The electronic AC / DC loads of the 63800 series, designed for applications in research and development, production and incoming goods inspection, are ideal for testing UPS, converters, AC sources and electomechanical devices such as switches, circuit breakers, fuses and plugs. The performance can be increased even further by connecting in parallel and by synchronization.

The AEL-5000 series from GW Instek includes 20 models of electronic AC / DC loads in various power ranges from 1875 W to 22500 W. Up to 8 devices can be connected in parallel, the maximum power of the single-phase parallel connection can reach 180 kW. The total power of the 3-phase can reach 540 kW. Typical applications are the testing of UPS, inverters, AC power sources, batteries, fuses, DC power sources.

The single-channel electronic load of the GW Instek PEL-5000C series offers 150V / 600V / 1200V models with a power range of 6 kW .. 24 kW. The PEL-5000C series consists of 24 models with different combinations of power, voltage and current. With this, it is possible to check the specifications of batteries, chargers / charging stations for electric vehicles, batteries for electric vehicles and solar modules. The PEL-5000C series supports parallel connection with the same voltage and different power models; up to 8 devices can be connected in parallel