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The EL1002 single-quadrant potentiostat was designed as an extension for the ZENNIUM series to perform measurements on high-power electrochemical systems such as PEM or solid oxide fuel cells. This highly dynamic electronic load was optimized for EIS measurements on frequencies on the order of 10 µHz to 100 kHz at high current densities.
The EL1002 is suited for power dissipation up to 1 kW at voltages up to 100 V. It can modulate and control currents of up to 200 A. Due to the innovative connection concept of the EL1002, additional power supplies or electronic loads can extend the current range up to 680 A. The EXT-concept allows for outstanding EIS quality at high currents and conserves a good value-to-price ratio.
The versatile interconnection capabilities of the EL1002 give access to measurements at high currents on large-scale batteries, electrolyzers or fuel cells.
Instrument Type
Potentiostat/Galvanostat
PC connection details
USB, Ethernet
Dimensions
470 × 485 × 160 mm
Weight
21.5 kg
Cell connection
4 electrode, 3 electrode
Operating modes
Potentiostatic, Galvanostatic, pseudo-galvanostatic
ADC resolution
24 bit
Grounding details
floating
Ambient temperature when measuring
+10 °C to +25 °C
Digital-to-Analog Converters
18 bit
Memory
64 GB
Form factor
Benchtop
Floating operation
Yes
Input impedance
100 kΩ
Applied potential resolution
38.14 µV
Min. Voltage resolution (output) / μV
38.14
Applied potential accuracy
± 500 µV ± 0.1% of reading
Measured potential resolution
1.192
Min. Voltage resolution (input) / μV
0.596
Potential measurement ranges
±100 V (maximum measurable voltage)
Applied current resolution
3.81 µA
Min. Current Resolution (output) / pA
3810000
Applied current accuracy
±68 mA ± 0.1% of reading
Measured current resolution
11.9 µA
Min. Current Resolution (input) / pA
11900000
EIS configuration
Optional, external unit
EIS frequency range
10 µHz to 100 kHz
Min. EIS frequency range / µHz
10
Max. EIS frequency range / MHz
0.1
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Scientific publications where researchers have utilized this equipment.Are you an author? Contact us to add your research.
Jakob Scholl, Christian Plank, Jann Odrobina, Michael A. Danzer, Karl Skadell, Michael Stelter • International Journal of Hydrogen Energy, 203 (2026) 152987
https://doi.org/10.1016/j.ijhydene.2025.152987(opens in a new tab)Eva Fensterle, Frank Rabsahl, Jürgen Hunger, Florian Wilhelm, Joachim Scholta, Markus Hölzle • Fuel Cells, 2026; 26:e70057
https://doi.org/10.1002/fuce.70057(opens in a new tab)Daniel B. Drasbæk, Peter Blennow, Thomas Heiredal-Clausen, Jeppe Rass-Hansen, Giovanni Perin, Jens V. T. Høgh, Anne Hauch • Fuel Cells, 2023;23:454–462
https://doi.org/10.1002/fuce.202300023(opens in a new tab)

Price on request

Price on request

Price on request