EA Elektro-Automatik ELR12000-40 DC Electronic Load
The ELR12000-40 regenerative DC electronic load from EA Elektro-Automatik is engineered for exceptional performance and high power density, making it ideal for advanced electrical testing applications. This state-of-the-art electronic load can sink (absorb) current and recover up to an impressive 96% back into the local power grid, significantly enhancing energy efficiency. Its innovative energy recovery function transforms the supplied DC energy into a synchronous sine current, enabling eco-friendly operations while minimizing heat dissipation and reducing overall energy costs.
Equipped with a large color TFT touch panel, the ELR12000-40 provides an intuitive interface for manual operation, surpassing the user experience typically found in electronic loads from other manufacturers. This user-friendly design facilitates effortless navigation through various testing modes.
Whether you're testing batteries under constant current or constant resistance discharge scenarios, the ELR12000-40’s dedicated battery test mode offers precise monitoring. Users can easily track essential metrics such as elapsed testing time and consumed capacity (Ah). The advanced EA Power Control feature allows for the export of testing data in Excel-compatible CSV format, making it convenient to analyze and visualize discharge diagrams with software like MS Excel.
A notable highlight of this device is its FPGA-based digital function and arbitrary generator. This feature empowers users to create and execute custom load profiles, with the ability to generate sine, square, sawtooth, and ramp waveforms in any desired sequence. The ELR12000-40 ensures versatility in testing with its broad AC input range of 342 - 528 V AC, covering a spectrum of international grid ratings from 380 V to 480 V.
Specifications for the ELEKTRO-AUTOMATIK ELR12000-40 DC Electronic Load Include:
| Voltage: |
0 to 2000V |
| Current: |
0 to 40A |
| Total Power: |
30kW |
| Efficiency: |
up to 95.5% |
For complete specifications and details, refer to the datasheet.
