Automated Laboratory Electrochemical Measurement Device 'Autolab' Product Catalog

basic information

【Other Published Content】 ■ NOVA Electrochemical Measurement and Analysis Software ■ FRA32M Impedance Module ■ ADC10M Module ■ SCAN250 Module ■ MUX Module, etc. * For more details, please download the PDF or feel free to contact us.

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Applications/Examples of results

The features of the AUTOLAB electrochemical measurement device are modular. It is applied in various fields such as electrochemical measurements, chemical analysis, corrosion, plating, biosensors, battery batteries, secondary batteries, fuel cells, and dye-sensitized solar cells, through combinations of optional modules. BOOSTER 10A module for high current applications FRA32M module for electrochemical impedance spectroscopy measurements BA module (dual-mode bipotentiostat module) that converts the device into a 2-channel potentiostat to perform measurements with two working electrodes while sharing the counter and reference electrodes pX1000 module for measuring pH and pX values during electrochemical experiments. An additional Pt1000 input is added for temperature measurement EQCM module (electrochemical quartz crystal microbalance) that measures mass change per unit area by recording changes in the resonance frequency of a quartz oscillator MUX module for conducting continuous experiments with multiple cells or multiple working electrodes *For more details, please download the PDF or feel free to contact us.

Detailed information

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  Autolab Twelve Channel Multi Potentiostat/Galvanostat Autolab Multi-Channel Potentiostat/Galvanostat Channels can be controlled separately by up to three computers. Simultaneous electrochemical measurements and charge/discharge are possible with up to 12 separate cells. M101: Maximum current ±100mA M204: Maximum current ±400mA Features Connect up to 12 modules of potentiostat/galvanostat with one unit A wide range of accessories available (including cells for corrosion measurement) Modular design Batch control even with multiple modules Highly flexible design that can connect to any external device Highly flexible software control

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  The AUTOLAB spectroelectrochemical measurement setup consists of a light source, optical fiber, spectroelectrochemical cell, spectrometer, and potentiostat/galvanostat. The Autolab D/HAL light source is a compact deuterium/halogen light source that provides good light output over a wide range of 200 to 2500 nm. The light source shutter can be controlled via software. Autolab offers two models of compact spectrophotometers (USB-driven). (1) The spectrophotometer kit UV/VIS/NIR covers the ultraviolet, visible, and near-infrared range from 200 to 1100 nm with a resolution of 2.5 nm. (2) The spectrophotometer kit UV/VIS covers the ultraviolet and visible range from 200 to 850 nm with a resolution of 1.15 nm. The control software is NOVA. It can be used as a spectrophotometer even without a connected Autolab potentiostat/galvanostat. Spectral data acquisition can be synchronized with electrochemical measurements. Both electrochemical data and spectrochemical data are accurately collected. Sorting coatings to avoid stray light and secondary effects. Deep UV coating to reduce secondary effects due to UV response.

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  The PGSTAT302N (measuring current ±2A (±20A with BOOSTER 20A)) is a modular potentiostat/galvanostat with high output. It has a compliance voltage of 30V, a maximum measuring current of ±2A, and an applied potential of ±10V. The measuring current range is 9 ranges from 10nA to 1A, with a current resolution of 30fA. The PGSTAT302N is designed for electrochemical impedance measurements with a bandwidth of 1 MHz when combined with the FRA32M module. The PGSTAT302N is the successor to the popular PGSTAT30, with a maximum current of ±2A. When connected to the optional boosters BSTR10A or BSTR20A, the maximum measuring current increases to ±10A or ±20A, making it ideal for fuel cell research. It features a modular design that accommodates all types of electrochemical measurements, a wide measuring range for both current and voltage, a design that allows connection to various external devices, user-friendly software, and a rich selection of accessories that can be chosen according to application needs.

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  The PGSTAT128N is a modular potentiostat/galvanostat with low current and low noise. It has a compliance voltage of 12V, a maximum measurement current of ±800mA, and an applied potential of ±10V. It features a measurement current range of 10nA to 1A across 9 ranges, with a current resolution of 30fA. The PGSTAT128N is designed for a wide range of electrochemical applications, from corrosion measurements to the characterization of energy storage devices, offering high performance at a low cost. By adding various optional modules and accessories, the functionality of the PGSTAT128N can be customized and enhanced. For example, adding the BA module turns it into a bipotentiostat. Furthermore, adding the FRA impedance analyzer allows it to be used for impedance measurements.

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  The PGSTAT101 is a compact potentiostat/galvanostat from AUTOLAB. When combined with the powerful NOVA software, the PGSTAT101 is a small device that accommodates most electrochemical measurements. This compact and lightweight potentiostat/galvanostat is ideal for basic electrochemical measurement applications, and it features an integrator, allowing for charge analysis and current integration cyclic voltammetry. It is an affordable potentiostat/galvanostat without compromising on manufacturing, quality, or specifications. The PGSTAT101 is a low-noise potentiostat/galvanostat with a compliance voltage of 10V, a maximum current of ±100mA, and an applied potential of ±10V. It has a current range of 10nA to 10mA across 7 ranges. The PGSTAT101 comes with an internal dummy cell, weighs 2.1 kg, and has a compact size of 9×21×15 cm. With the powerful NOVA software, you can have complete control over every aspect of your measurements.

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  With the PGSTAT204, you have everything you need in one compact device. The PGSTAT204 is a low-cost new product. It is a compact modular potentiostat/galvanostat. It has an output voltage of 20V, a maximum current of ±400mA, an applied potential of ±10V, and a current range of 10nA to 100mA across 8 ranges. The current resolution is 30fA. The PGSTAT204 has one module space, and the modules that can be integrated include FRA32M, BA, EQCM, MUX, and pX1000. For example, if you integrate the BA module, it becomes a bipotentiostat. Alternatively, if you integrate the FRA32M module, you can perform electrochemical impedance measurements. By connecting the optional BSTR10A booster, the maximum current can be increased to ±10A.

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  By adding ECI10M, the maximum frequency for AUTOLAB electrochemical impedance measurements will be extended to 10 MHz. It is suitable for impedance measurements of solid electrolytes in all-solid-state batteries.

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  The fuel cell evaluation system is suitable for measurements of Cole-Cole plots, current interruption method, and IV plots. The configuration of the fuel cell evaluation system includes: 1. PGSTAT302N potentiostat/galvanostat (±2A); 2. FRA32M impedance module; 3. 10A booster; 4. NOVA electrochemical measurement and analysis software; 5. Control PC. By connecting the AUTOLAB 10A or 20A booster to the AUTOLAB potentiostat/galvanostat, currents of ±10A or ±20A can be supplied. The booster is not an electronic load device, but has the same structure as the potentiostat/galvanostat, so there are no limitations on the ± direction of the measurement current. For measurements above 20A, AUTOLAB can easily be combined with commercially available electronic loads to enable impedance and I-V characteristic measurements above 100A. Instead of the AUTOLAB booster, impedance measurements of DC currents above 20A can be performed in combination with electronic load devices. We have tested electronic loads in Japan: Kikusui PLZ164WA (33A), Kikusui PLZ664WA (132A), Takasago FK-200L2 (40A), Takasago FK-400L2 (80A).

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  The Autolab Microcell HC system is an ideal solution for achieving fast and reliable temperature-controlled experiments. It consists of an electrochemical cell and a temperature controller using Peltier elements. The Autolab Microcell HC is specially designed to accommodate electrochemical cells of various sizes. The temperature controller itself is integrated with NOVA software, allowing for manual and remote control of sample temperature. This combination enables the measurement of related parameters such as impedance and conductivity over a wide temperature range. It is possible to perform electrochemical measurements using all available electrochemical techniques, accommodating various research areas such as batteries, ionic liquids, van der Pauw measurements, and hyphenation. The Autolab Microcell HC system is designed in collaboration with RHD Instruments GmbH & Co. KG. The electrochemical cells designed for the Autolab Microcell HC system are suitable for a wide range of experiments, including volatile and non-volatile samples, batteries, surface, and gel-like samples. Cooling down to extremely low temperatures of -50 degrees is possible with a cooling box, making it ideal for battery research.