Electrochemical Workstation

CS series single channel electrochemical workstation

Item No.: DHXGZZ003
CS electrochemical workstation adopts full floating design, with excellent stability and precision, advanced hardware and well-functioning software, providing excellent scientific research for scientists involved in energy, materials, life sciences and en
Product parameters
Supply Ability: 30 SETS/MON
Payment Terms: T/T,Western Union, paypal
Model Number: CS series
Brand Name: YIMA
$0.00
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Description

Introduction:
CS electrochemical workstation adopts full floating design, with excellent stability and precision, advanced hardware and well-functioning software, providing excellent scientific research for scientists involved in energy, materials, life sciences and environmental protection. platform.
 application
(1) Research on reaction mechanism of electrosynthesis, electrodeposition (electroplating), anodizing, electrolysis, etc.;
(2) Electrochemical analysis studies;
(3) Research on the performance of energy materials (lithium-ion batteries, solar cells, fuel-powered batteries and supercapacitors), advanced functional materials and sensors;
(4) Corrosion behavior of metal materials and evaluation of corrosion resistance;
(5) Rapid evaluation of corrosion inhibitors, water quality stabilizers, coatings, and cathodic protection efficiency.
Hardware features
1. Dual channel correlation analyzer and dual channel high speed 16bit / high precision 24bit AD converter
2. Built-in FRA frequency response analyzer, frequency range 10μHz ~1MHz
3. High bandwidth and high input impedance amplifier
4. Built-in FPGA DDS signal synthesizer
5. High power potentiostat / galvanometer / zero resistance galvanometer
6. Voltage control range: ±10V, tank pressure is ±21V (expandable to ±200V)
7. Current control range: ±2.0A (expandable to 20A)
8. Potential resolution: 10μV, current resolution: 1pA (extendable to 100fA)
   Software features
       1 Data analysis
       Smoothing, integrating and differential operations of the volt-ampere curve, calculating the peak current, peak potential and peak area of ​​each redox peak;
       Three-parameter or four-parameter dynamics analysis of the polarization curve, calculate Tafel slope ba, bc, corrosion current density icorr, ultimate diffusion current, polarization resistance Rp and corrosion rate, etc., and calculate power spectral density and noise from electrochemical noise spectrum. Resistor Rn and spectral noise resistance Rsn(f).
       2 real-time storage
      CS Studio stores measurement data in real time, and even if the test is interrupted due to power failure, the data before the interruption is automatically saved.
       3 timing measurement
       The CS Studio test software has a timing measurement function. For some characteristics that need to be studied over time, the test parameters and interval time can be set in advance, so that the instrument can automatically measure at an unattended time, which is convenient for experiments.
Technical advantages
       1 AC impedance
       The instrument adopts correlation integral algorithm and dual-channel synchronous oversampling technology, which has strong anti-interference ability, especially suitable for AC impedance measurement of high-resistance system (>109Ω) such as coating and concrete, and also for Mott-Schottky curve and differential. Capacitance curve is drawn. The software can display the open circuit potential in real time, and the user can output an accurate polarization overpot without input.
       2 polarization curve
       With linear polarization and Tafel polarization curve measurement function, the user can set the anode retrace current of the cyclic polarization curve (passivation film breakdown current) to determine the pitting potential and protection potential of the material, and evaluate the intergranular corrosion sensitivity. Sex. The software uses a nonlinear fitting algorithm to resolve the polarization curve, which can be used for rapid evaluation of material corrosion resistance and corrosion inhibitor performance.
  
  Potentiodynamic polarization curves
of 6063 aluminum alloy in EIS              titanium-based amorphous alloy and stainless
                                      steel in Ce3+ 3% NaCl solution in 3%
NaCl solution, scanning rate is 1mV/s

 CV curve of polypyrrole supercapacitor in 0.5 mol/L H2SO4 solution

CV curve of platinum electrode in 3 mmol/L K4[Fe(CN)6]+ 0.4 mol/L KCl solution (100mV/s)
4 Electrochemical noise
        The high-resistance follower and zero-resistance ammeter are used to measure the spontaneous potential and current fluctuation of the corrosion system, which can be used for local corrosion research such as pitting, galvanic corrosion, crevice corrosion and stress corrosion cracking. Through noise spectrum analysis, the induction, growth and death processes of metastable pits or cracks can be evaluated. Based on noise resistance and pitting index calculations, it can also be used for local corrosion monitoring.

5 power expansion
       CS series electrochemical workstations have a current control range of ±2.0A and a slot voltage output of ≥21V, which can meet the needs of fuel power batteries, high-power battery charge and discharge, electrochemical electrolysis or electrodeposition. A dedicated power expander with a maximum output current of 20A and a slot voltage of ±200V.
 6 full floating measurement
       CS series electrochemical workstation adopts full floating working electrode, which can be used for electrochemical research of grounding system of working electrode itself, such as electrochemical test for autoclave (grounding of kettle body), metal components (bridge, concrete reinforcement) in the earth. Online corrosion research, etc.
7 Photoelectric test module
       The CS electrochemical workstation can be used in conjunction with a light meter and a spectrophotometer for photoelectrochemical measurements to record photocurrent or spectral response signals while performing electrochemical measurements.
8 custom methods
       Support user-defined combination measurement, the user can set the timing loop to perform a test method or a combination of multiple methods for automatic measurement at the time of unattended operation;
       Provide API common interface functions and development examples to facilitate user secondary development and custom test methods;
       Provide user-defined scripting examples for implementing your unique electrochemical experimentation techniques.
Hardware parameter index
  Constant potential control range: ±10V
  Potential control accuracy: 0.1% × full scale reading ± 1mV
  Potential sensitivity: 10μV (>100Hz), 3μV (<10Hz)
  Potential rise time: <1μS (<10mA), <10μS (<2A)
  Reference electrode input impedance: 1012Ω||20pF
  Slot voltage output: ±21V (expandable to ±200V)
  CV and LSV scanning speed: 0.001mV ~ 10000V / s
  CA and CC pulse width: 0.0001 ~ 65000s
  SWV frequency: 0.001 ~ 100KHz
  AD data acquisition: 16bit@1MHz, 20bit @1KHz
  DA resolution: 16bit, setup time: 1μS
  Communication interface: USB2.0
  Dimensions (cm): 36.5 (W) X30.5 (D) X16 (H) 
   Constant current control range: ±2.0A
  Current control accuracy: 0.1% × full scale reading
  Current sensitivity: 1pA
  Electric flow range: 2nA ~ 2A, a total of 10 files
  Maximum output current: 2.0A
  Current scan increment: 1mA @1A/mS
  Potential scanning potential increment: 0.076mV @1V/mS
  DPV and NPV pulse width: 0.0001 ~ 1000s
  Minimum potential increment of CV: 0.075mV
  Current and potential range: automatic setting
  Low pass filter: 8 segments programmable
  Instrument weight: 6.5Kg 
  Signal generator
  Frequency response: 10μHz ~ 1MHz AC signal amplitude: 1mV ~ 2500mV
  Frequency accuracy: 0.005% Signal resolution: 0.1mV RMS
  DDS output impedance: 50Ω DC bias: -10V to +10V
  Sine wave distortion rate: <1% Waveform: sine wave, triangle wave, square wave
  Scanning method: log/linear, increase/decrease 
  Signal analyzer
  Maximum integration time: 106 cycles or 105S
measurement time delay: 0 to 105 seconds
  Minimum integration time: 10mS or the longest time of a cycle
  DC offset compensation
  Potential compensation range: -10V to +10V
Current compensation range: -1A to +1A
  Bandwidth adjustment: automatic or manual setting, 8 levels adjustable
Configuration
1) 1 instrument host
2) 1 set of CS Studio test and analysis software
3) 1 set of special electrolytic cell (including salt bridge and exhaust pipe)
4) 1 auxiliary, reference and working electrode
5) 1 simulated electrolytic cell
6) One power cord/USB data cable
7) 1 electrode cable
8) Electrode holder (optional*)
9) Shielding box (optional*)
10) Computer (optional*)  
Comparison of different types of CS single channel series
  
Functional method CS120H CS150H CS300H CS310H CS350H
Steady state polarization Open circuit
potential measurement (OCP)
Potentiostatic polarization (i-t curve)
Constant current polarization  
Dynamic potential scanning (TAFEL curve)
Dynamic current scanning (DGP)  
Transient polarization Arbitrary constant potential step wave
Arbitrary constant current step wave  
Constant potential step (VSTEP)
Constant current step (ISTEP)  
Timing analysis Chronopotentiometry (CP)    
Timing current method (CA)    
Timekeeping method (CC)    
Voltammetric analysis Linear Scanning Voltammetry (LSV)#
Linear cyclic voltammetry (CV)
Step Cyclic Voltammetry (SCV)#      
Square wave voltammetry (SWV)#      
Differential Pulse Voltammetry (DPV)#      
Conventional Pulse Voltammetry (NPV)#      
Conventional Differential Pulse Voltammetry (DNPV)#      
Differential Pulse Current Detection (DPA)        
Double Differential Pulse Current Detection (DDPA)        
Three-pulse current detection method (TPA)        
Integral Pulse Current Detection (IPAD)        
AC voltammetry (ACV)#      
Second harmonic AC volt-ampere (SHACV)      
Fourier transform alternating current voltammetry (FTACV)      
AC impedance Electrochemical impedance (EIS) to frequency scanning      
Electrochemical impedance (EIS) ~ time scan      
Electrochemical impedance (EIS) ~ potential scanning      
Corrosion measurement Cyclic polarization curve (CPP)
Linear polarization curve (LPR)
Dynamic potential reactivation method (EPR)  
Electrochemical noise (EN)  
Galvanic corrosion measurement (ZRA)  
Hydrogen Diffusion Test (HDT)*  
Battery measurement Battery charge and discharge test  
Constant current charge and discharge  
Photoelectric measurement Electrometric
dimming measurement *
       
Spectrometer measurement *        
Extended measurement Ring electrode test *  
Digital recorder
 
                                                     

          
 
 
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