ΑΡΧΙΚΗ \ ΠΡΟΪΟΝΤΑ \ Αναλυτικός Εξοπλισμός \ Solartron Analytical (AMETEK) \ Electrochemistry, Corrosion & Energy

Electrochemistry, Corrosion & Energy

	EnergyLab XM ECS Potentiostat / Galvanostat / Frequency Response Analyzer (FRA) EnergyLab XM is an application specific XM (Xtreme Measurement) product that is primarily focused on battery / fuel cell / supercapacitor research. EnergyLab XM includes a reference grade potentiostat, frequency response analyzer (FRA) and 2A booster. The unit may be operated in boosted or unboosted mode (with automatic switching), providing optimum test conditions and accuracy for a wide range of energy devices. Highest accuracy DC and EIS Best in class impedance Highly repeatable sub 100 μΩ measurements Auxiliary channel DC and EIS for anode/cathode characterization.
	ModuLab^® XM ECS Potentiostat, HV 100 / HV 30, Booster 2A, Femto Ammeter Modules ModuLab^® XM ECS is a high-performance reference grade potentiostat / galvanostat system using a plug-and-play modular architecture to offer a wide range of capabilities in many applications including energy, corrosion and physical electrochemistry. Options include frequency response analyzers, high voltage cell polarization, low current measurement capability, and power boosters. Market leading impedance analysis using highest sample rate frequency response analyzer– providing best accuracy and range of capabilities with single-sine, harmonic and multi-sine over its entire range of frequency Widest voltage and current polarization range available For Energy applications – Anode/cathode, and high voltage multi-cell stack testing, fast acquisition for cell phone and fast charge/discharge applications The system is operated from a PC via the industry-standard Ethernet interface, using one of two software packages: Simple three-step test setup and run, built-in equivalent circuit fitting and extensive use of connection and waveform displays
	ModuLab^® XM PhotoEchem Photoelectrochemical Measurement System ModuLab^® XM PhotoEchem is a fully integrated photoelectrochemical measurement system designed for the characterization of: Perovskite Solar Cells DSSC's Water Splitting Anode Development Photoelectrochemical Systems Range of Frequency and Time Domain Measurements techniques including IMPS, IMVS, Impedance, PhotoVoltage Decay, Charge Extraction Techniques, I-V 'Auto' analysis of data enabled for calculation of effective Diffusion coefficients and Electron Lifetimes at on click of a button IPCE (Incident Photon to Current Efficiency)
Model 1470E 8 Channel Potentiostat/Galvanostat Model 1400A Chassis for housing up to 8 model 1451A/1455A FRA's	Model 1470E Eight Channel Potentiostat/Galvanostat The 1470E system provides eight fully independent potentiostat/galvanostat channels that allow all traditional DC tests to be performed. The system is operated from a PC using our CellTest software package, and connection is via an industry-standard Ethernet interface, allowing local or remote operation. > 10 V / 4 A per channel > 8 channels > 10 k samples per second data acquistion (ohmic drop GSM) Options are available to add auxiliary measurement channels to the system for anode / cathode electrode investigation (AC/DC). High current measurements are catered for by our range of external power boosters. The ability to perform AC impedance measurements can be added to the system as follows: Multi-Channel Parallel Impedance Measurements For parallel impedance measurement on multiple channels including single sine, multisine/FFT and harmonic analysis a separate Model 1451A or 1455A FRA can be added to the system for each active channel. These FRAs are housed in a Model 1400A chassis. The combination of a 1470E and 1400A with one or more FRA modules is known as the Solartron CellTest System. Single Channel Multiplexed Impedance Measurements For sequential impedance measurements on each active channel the 1470E can be operated with a single channel model (1260A, 1255B or 1252A FRA- see below). In this case the PC is connected to 1470E and FRA via the IEEE488 (GPIB) interface.
	Model 1287A Potentiostat/Galvanostat The model 1287A is a research grade, high accuracy, wide bandwidth potentiostat/galvanostat with a full range of DC capabilities. Computer control via an IEEE488 (GPIB) interface is standard, and the instrument is supported by our popular CorrWare and ZPlot software packages. In addition, when coupled to one of our frequency response analyzers (Models 1260A, 1255B, or 1252A - see below), the combination offers the scientist outstanding AC impedance measurement capabilities.
	Model 1260A Impedance/Gain-phase Analyzer (FRA) The model 1260A Impedance/Gain-Phase Analyzer is - without doubt - the most powerful, accurate and flexible Frequency Response Analyzer available today. In daily use by leading researchers wherever measurement integrity and experimental reliability are of paramount importance, the 1260A’s solid reputation is frequently endorsed in published research papers in fields such as: Corrosion studies Battery research and fuel cells Solar cells LCD's Bio-materials Ceramics / composites Electronic component development Civil engineering One of Solartron Analytical’s extensive range of precision products designed to provide cost effective solutions for DC and AC analysis in electrochemical and materials research, the 1260A offers an outstanding measurement specification for impedance spectroscopy, with a frequency range extending from 10 µHz to 32 MHz. The 1260A can be operated stand alone for high bandwidth impedance tests on materials or can be combined with the 1287A for impedance spectroscopy over the frequency range of 10 µHz to 1 MHz. Computer control is via IEEE488 (GPIB) interface and is supported by our popular ZPlot/Corrware software.
	Model 1255B Frequency Response Analyzer Using the single sine technique the 1255B provides precise measurement of gain and phase between any two points in a system. This fully digital technique is used to assess the performance of both simple and complex systems - mechanical, electronic and electrochemical. For over 30 years Solartron Analytical have produced frequency response analyzers, instruments which are regarded throughout the world as industry standards. This unsurpassed knowledge and experience has been used to produce the 1255B, with its 1 MHz frequency range and 1 in 65 million frequency resolution. The 1255B can be combined with the 1287A for high performance electrochemical impedance spectroscopy over the frequency range of 10 µHz to 1 MHz. Computer control is via IEEE488 (GPIB) interface and is supported by our popular ZPlot/Corrware software.
	Model 1252A Frequency Response Analyzer The model 1252A offers equivalent performance to the 1255B, except that the upper frequency limit is 300 kHz.
	Model 1285A Potentiostat/Galvanostat The model 1285A is a high accuracy DC only potentiostat/galvanostat that offers a full range of DC capabilities including cyclic voltammetry, electrochemical noise and galvanostatic experiments. Computer control is via the IEEE488 (GPIB) interface, the instrument is supported by our popular CorrWare software package. This unit is not enabled for AC testing, if impedance is required please refer to the 1287A or 1280Z.
	Model 1280Z Potentiostat/Galvanostat Compact, single box combined potentiostat and FRA allowing a wide range of DC measurements and AC measurements over the range 1 mHz to 20 kHz. Computer control is via the IEEE488 (GPIB) interface, the instrument is supported by a special version of ZPlot/CorrWare software.
	Power Boosters Solartron Analytical's range of power boosters in combination with single and multi-channel potentiostats enables high performance electrochemical tests to be run on a wide range of energy storage devices and electrochemical cells. These techniques include Potentiostat/galvanostat DC tests, cyclic voltammetry, ohmic drop and voltage/current pulse and change/discharge cycling. In addition, a frequency response analyzer (FRA) can be added to the system to provide complete impedance (AC) characterization of the cell.
	High Current Power Booster Solartron's range of power boosters, in combination with single or multi-channel potentiostats, enables high performance electrochemical tests to be run on a wide range of ultra-low impedance energy storage devices and electrochemical cells. These techniques include Potentiostat/galvanostat DC tests, cyclic voltammetry, ohmic drop and voltage/current pulse and change/discharge cycling. In addition, a frequency response analyzer (FRA) can be added to the system to provide complete impedance (AC) characterization of the cell.

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