Authorized distributor in Israel

EnergyLab XM Potentiostat Galvanostat

XM instrument designed for research of batteries, fuel cells, and supercapacitors

EnergyLab XM Potentiostat Galvanostat - Image 2

EnergyLab XM Potentiostat Galvanostat - Image 3

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Price depends on configuration

Available in several configurations and accessory sets. The quote includes price, lead time and a configuration recommended for your application.

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Authorized importer and distributor, manufacturer warranty
Technical advice before and after purchase
New unit in the manufacturer’s original packaging

EnergyLab XM is a specialized XM instrument designed for research of batteries, fuel cells and supercapacitors. The Apps-XM Series is a family of potentiostats, EIS analyzers and material characterization instruments. These instruments are built on the technology of ModuLab XM platforms and come in four models: EnergyLab XM, EchemLab XM, SolarLab XM, and Materials Lab XM. Each of these models combines a potentiostat, FRA, auxiliary voltage inputs for performing AC EIS across entire frequency range - single-sine, multisine, harmonics, intermodulation. These instruments have a smaller footprint than the configurable version and operate within the same XM-Studio software as other instruments in the Apps-XM Series. Highlights

Supplied internal capability to ± 2A
Range of external current boosters up to ± 100A
Supplied four (4) auxiliary differential voltage inputs for anode/cathode simultaneous impedance
XM-Studio software is included with all Apps-XM Series systems
EnergyLab XM's impedance accuracy contour plot highlights Solartron's best in class measurement performance.

Specifications	Specifications	ModuLab XM ECS	EnergyLab XM	EchemLab XM
Polarization, Compliance Voltage	Polarization, Compliance Voltage	±8 V up to ± 100 V	± 8V	±100 V
Max Current Output	Max Current Output	± 300 mA up to ± 100 A	± 2 A up to ± 100 A	± 300 mA up to ± 100 A
Min Current Range	Min Current Range	± 30 nA (1.5 pA resolution) to ± 30 pA (1.5 fA)	± 30 nA (1.5 pA resolution)	± 30 nA (1.5 pA resolution)

Advanced EIS Functions Accuracy to sub 100 µΩ Auxiliary Voltage Inputs Multi-Sine (improved speed) Harmonic Analysis (cell linearity) Integrated EIS Modeling	Advanced EIS Functions Accuracy to sub 100 µΩ Auxiliary Voltage Inputs Multi-Sine (improved speed) Harmonic Analysis (cell linearity) Integrated EIS Modeling	With all FRA Modules		Standard