GENCTLG new2007-2 5 - Welcome to WonATech -Total … cat.pdf · · 2008-02-27z Standard Substation + standard PIG 5set + Low current PIG 3set 3) ... quick access for easy operation

Since 1991

Fuel Cell Test System Battery Charge/Discharge Cycler

Potentiostat/Galvanostat Multichannel Potentiostat/Galvanostat

Product Catalog

1

Company Profile

Since its establishment in 1991, WonATech has concentrated its efforts in the development of products related to electrochemical application. Steadily supplying products in experimental research fields and industrial sites, we have been playing a leading role in this field of business. With the constant effort to achieve excellent quality and competitive edge of our products, we have been designing high value added system equipments as follows;

1) Potentiostat/Galvanostat - Single and Multichannel Potentiostat/Galvanostat - Portable Potentiostat - W/Relevant Software

2) Battery Cycler System - For Primary & Secondary Batteries - For Super capacitors - W/Relevant Software

3) Fuel Cell Test Station - Variable Fuel Cell Supports; PEM, DMFC etc. - Fuel Cell Electronic Loads - W/Relevant Software

4) Cell & Accessories

To fulfill customer’s specific needs, we also provide flexible solution to meet their requirement with customized instruments. With base of past 16 year sales and marketing know-how, we are providing our products not only to local customers but also to foreign customers by strategic alliance with the specialized companies in each country. We hope that we satisfy your continued interest and support in the future.

Facilities

Complete 11,000 square foot facilities including sales, administrative, marketing, R & D center and manufacturing with clean room facility, test and demonstration lab, office and seminar room etc.

History

Products Range

2

Products Ranges

Battery Charge/Discharge Cycler WBCS3000 series

Multichannel Potentiostat/Galvanostat WMPG1000/5000 series| Fieldstat

Potentiostat/Galvanostat WPG100 series | WPG100P

Fuel Cell Test System Smart/WFCTS series

Electronic Loads For Fuel Cell Test WLOAD series

Multichannel Impedance Monitor Z# series

Software ZMAN / IVMAN / LOADRUNNER etc.

Accessories Cell, Jig, Fuel cell fixture etc

Solar

Coating

Sensors

Energy

Markets

•Battery •Super Capacitor •EDLC

•Fuel Cell

•Heavy Metal Trace •Biosensor

•Coating Evaluation •Electronics Parts •Semiconductor

•Corrosion

•Solar Light •PV

WBCS 3000

3

Battery Test Fuel Cell Test Pulse charge/discharge; option USB control as option Universal Graphic function And more & more …….

Feature

Potentiostat/galvanostat circuit No switching time (charging to discharging,

discharging to charging) Analog feedback control to keep constant voltage &

current Capability of electrochemical experiments by

controlling voltage versus reference electrode for positive voltage polarity only.(For +/- voltage range application, choose WMPG series multichannel potentiostat/Galvanostat

High precision

16bit(0.0015% full scale) ADC, DAC 3 current ranges (automatic/manual selection) MOSFET type linear power supply circuit. Shield cell cable to prevent EMI noise

Safety

Unique “Fail check” function: Automatic stop when measured value is different from control value by battery failure or wrong cell connection etc. => To protect system and cell. E.g. Control value: 1Amp Measured value: 500mA then automatic stop the channel

System safety parameter: If the measured value is over system specification, Automatic stop the running channel

User defined safety condition setting: User can input safety level following test cell’s chemistry.

Automatic cell connection check: Before experiment, if the cell voltage value is near 0Volt, program gives the warning message for the operator to check the cell connection.

If operator did press stop function button by mistake, confirmation message box appears.

To prevent over current, poly-switch is located in each channel

Watchdog function: Stop “running channel(s)” on communication Failure.

While any channel is running, operator could not close the server program

If main program was down by unstable operating system, independent server program keeps the experiment (control & data acquisition) without dead time.

Maintenance & System expansion

Plug-In type channels or slave style Power supply per 8channel(WBCS300S/M) Easy expansion by adding plug in channel or by

adding 8ch substation Capability of configuring each channel by different

voltage and/or current specifications Each channel has Poly switch instead of fuse.

Option Auxiliary voltage & Temperature measurement

User can assign any temperature input or auxiliary voltage input to single or multiple channel(s) data set by his/her demand.

Customized auxiliary voltage range and temperature range is available.

Current pulse Capability (GSM/CDMA

application):

Bi-polar current pulse available Max. 10 stages.

Battery jigs

Universal Jig Lithium polymer battery Jig Front Panel Jig (For type “B” only)

Front Panel type “B”

WBCS 3000

4

System configuration

Max. Channel number: 64ch/PC; 16ch/PC (pulse mode)

1) Standard type

Max. Power: 50Watt

Max. Current range: +/-5A f.s @ 5V

Min. current range: +/-10uA f.s

Max. Voltage range: +40V @500mA

Type B

Standard Type

2) Low current type

Max. Current range: +/-5mA f.s

Min. current range: +/-100nA f.s

Max. Voltage range: +/-10V

3) Medium Power type

Max. Power: 400Watt

8channel System:WBCS3000M2(Max200Watt)

4channel Slave

2channel Slave(Max 400Watt)

Dual channel Slave

16channel system

WBCS3000M2(Max200Watt per channel)

4) High Power type

Slave Style

Max Power: 4KWatt

Max. Current range: +/-200A

Max. Voltage range: +/-40V

CCU or Substation is needed.

5

WBCS 3000

System configuration example

1) Standard type mixing

8channel system: 10V, 1Amp 3ch + 5V, 2A 1ch, 7V, 100mA

4ch

Standard Substation + standard PIG 8set

2) Standard type & Low current type mixing

8channel system: 5V 1Amp 5ch, 10V, 1mA 3ch

Standard Substation + standard PIG 5set + Low current

PIG 3set

3) Standard type, Medium Power type and High power type mixing

8channel system: 5V 1Amp 4ch, 10V, 5A 2ch, 20V, 10A 2ch

Standard Substation + standard PIG 4set + Extension card

4ea + High Slave 2set + dual Slave 1set

4) High Power type & Medium Power type mixing

8channel system:

20V 10Amp 4ch, 10V, 20A 2ch, 5V, 10A 2ch

CCU controller + High Slave 6set + dual Slave 1set

8 channel CCU controller

WBCS 3000 Software

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32bit multi-tasking

Tool bar: quick access for easy operation

WYSIWYG graphics

User friendly software

Virtual control panel........

BCO(Button click operation); User can do any task

with just clicking the button:

Easy assignment of cycle test condition file to channel

with combo box selection at anytime.

Synchronized change function of cycle test condition

file for selected multiple channels.

Real time dual channel(V & I) strip chart display for

selected channel or for all running channels with

time scrolling mode or whole window mode.

Status bar displays channel status.

Various task function: run, stop, suspend, moving step

etc..

Spying the contents of test program which assigned to

channel

Assign temperature, AuxV and CalcV channel on virtual

control panel

Test Program One stop test condition creation/modification Parameter mixed input system Unlimited number of test steps Control values are voltage(CV), current(CC), power(CP),

rest, C-rate, I.

Step flow are defined by next step, Loop and cycle Cut-off conditions can be set by;

time, voltage, current, dV/dt, dI/dt, percentage capacity(FCC, FCD, LCC, LCD), cycle time, capacity, -dV, power, temperature, Aux voltage, Calc voltage, dT/dt, Loop time, EocV

Data sampling condition by each step : time, dV/dt, dI/dt, dT/dt, dV2/dt

And/Or logic in cut-off condition setting Menu Selection(Pre-defined techniques)

Lithium battery application mode menu

CC charging/discharging mode menu

WBCS 3000 Software

7

Pulse Capability(GSM/CDMA application): Option Parameter Input

Oscilloscope capture

Pulse test data(option)

Simple Monitor

Real time display: time, voltage, current, channel status

channel status color display: charging, discharging, standby, idle, calibration

Always activated window(This widow does not hidden)

Can be located outside of main program window. Detailed Monitor

displayed test data: status, running time, step number, cycle number, step time, current range, current, voltage, capacity, power, energy, Aux V, Calc V, temp, cycle file name, data file name, file size.

Detailed monitor type selection: All channels, running channels only, grouped channels

Activated character only for running channels.

Grouping

Classification/Grouping each channels by users

purpose

Labeling each group by operator name, chemistries

etc. Group monitoring available by this setting. Graphics

Multiple plot formats

- General Graph

- Cycle Graph

- Step Graph

WBCS 3000 Software

8

User can define axis with specified parameters under each graph format.

General graph format

Current-Voltage vs. time graph

Current-voltage vs. cycle time graph

Cycle graph format

charging capacity-discharging capacity vs. cycle number graph

Real time plotting

WBCS 3000 Software

9

Step graph format

dQ/dV vs. Voltage graph(EVS)

General Function of Graph

DQ/dV vs. Voltage Voltage vs. charging time Voltage vs. discharging time Voltage vs. charging Capacity(discharging capacity) Voltage vs. capacity etc.. Plot overlay: Max. 10 plot Universal Graphics: Any combination of X,Y,Y1 axis

parameters Automatic updating plot with reloading button for

running channel data Automatic/Manual scale and polarity selection for each

axis Cross hair pointer by mouse click/arrow key displays

coordinate values Mouse zooming Text insertion on graph Copy to Clipboard for usage in other application

software Slope calculation

Grid On/Off and dot/line selection Parameter change without reloading the data file Data set On/Off: Data can be visible or invisible by

selecting/ deselecting the data set. ASCII file conversion of graph data only

Voltage vs. charging-discharging time graph

Voltage vs. |charging-discharging capacity| graph

Cyclic voltammogram

Tafel graph

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WBCS 3000

Reporting

General data report Cycle data report Capacity data report Step data report Calibration data report Test program report Automatic documentation; running time, Test

memo, operator name, weight, test I.D etc. Calibration

4 points calibration for voltage and each current

ranges Check-out function with calibrated data for

confirming accuracy Calibrates a channel while other channels are

running To prevent wrong-calibration, error warning displays

when error happens. Linear calibration for + & - polarity with one

procedure Store & Backup calibration data

Filing

Create Potentiostat/Galvanostat mode or potentiostat mode test program file(Dual mode)

ASCII file conversion(TAB, comma, space delimited) of general data, cycle data, capacity data and step data

Maximum file size: 2GB Split general data by cycle number Max. Data file name: 15char + channel

number(3digit) Safety.

Double safety check: Automatically stop the test run if the voltage /current/ temperature exceed the hardware specification or safety limit setting value on test program

Fail function: If the measurement value is different from control value, the test is stopped by fail check

function in order to protect the cell and/or system failure.

Each channel has its own fuse to protect over current or voltage

While any channel is running, operator could not close the server program

Automatic cell mount detection Misc

Closing function of all activated windows Dual time input mode(9999sec or hh:mm:ss) Independent server program English version & Korean version available

System Requirement

Operating system: Windows2000/XP Processor: Pentium3 or above RAM: 128MB or above VGA: 800 x 600 or above Interface: PCI bus Mouse Printer: most printers/plotters supported by Windows.

(Color printer/plotter recommended)

11

WMPG series

Corrosion Test Sensor application Electro-analytical application Battery/Fuel cell Test Electroplating, Electro-synthesis Electrochemical permeation 5 current ranges(WMPG5000) &

3 current ranges(WMPG1000) Customize specification available

System hardware was designed for stable and accurate instrument furthermore for easy expansion and maintenance. So WMPG series choose plug-in type module with independent power suppliers per 8ch substation. Each substation can be used as independent system with optional “Stand Alone Kit” or can be built up integrated system as add-on. These give flexibility to users application.

For stable and accurate target

4 probe type true potentiostat/galvanostat circuit High resolution 16 bit ADC/DAC: WMPG provides

0.0015% f.s resolution in control and acquisition both.

Channel isolation: To prevent any noise from the other channel, each channel is designed for isolation.

Multiple current ranges (WMPG1000: 3 ranges, WMPG5000: 5 ranges): This improves the resolution and accuracy in control and measurement of current. Auto/manual selection

For easy expansion/maintenance target

Channel Plug-in module: Plug-in module is easily upgradeable or modifying voltage/current range. Also if one channel is out of order, Just replacement is easiest way to clean the problem. Option module is plug-in type too. It means upgrade is very easy. For one board type per 8 channels, if one channel is out of order, user cannot use all 8 channels.

Substation add-on type: WMPG series can expand the channels up to 64 channels per system. When the user wants to expand the channels, he/she just adds the substation. One of modular system’s advantages is maintenance. If one substation is out of order in power supplier’s part, the other substations can be run without dead time.

WMPG5000 Software

Application Cyclic voltammetry (Technique Menu) Linear Sweep Voltammetry (Technique Menu) Square Wave Voltammetry (Technique Menu:

Option) Chrono-amperometry (Technique Menu) Chrono-coulometry (Technique Menu) Chrono-potentiometry (Technique Menu) Tafel Plot (Technique Menu) Potentiodynamic (Technique Menu) Cyclic Polarization (Technique Menu) Ecorr vs. time (Technique Menu) Galvanodynamic OCV measurement Zero resistance Ammeter Linear polarization resistance (Technique

Menu) Rp-Ec trend Charge/discharge Battery test Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Electrochemical Permeation User defined techniques

Virtual control panel

BCO (Button click operation); User can do any task with just clicking the button: NO MENU SELECTION

Easy assignment of cycle test condition file to channel with combo box selection at anytime.

Synchronized change function of cycle test condition file for selected multiple channels.

Real time dual channel (V & I) strip chart display for selected channel or for all running channels with time scrolling mode or whole window mode.

Status bar displays channel status. Booking running channel stop function by time, cycle

number, step etc.

WMPG series

12

Various task function: run, stop, suspend, moving

step etc. Spying the contents of test program which assigned

to channel Assign temperature, AuxV and CalcV channel on

virtual control panel Experiment editor

One stop test condition creation/modification Parameter mixed input system Unlimited number of test steps Control parameters are

Constant voltage Constant current Constant power Voltage scanning Current scanning Conditioning potential Voltage step Current step OCV EocVscan PstepV PstepI Etc.

Step flow are defined by next step, Loop and cycle Cut-off conditions can be set by; Time, voltage, current, dV/dt, dI/dt, percentage

capacity (FCC, FCD, LCC, LCD), cycle time, capacity, -dV, power, temperature, Aux voltage, Calc voltage, dT/dt, OCV

Data sampling condition by each step: time, dV/dt, dI/dt, dT/dt, dV2/dt

And/Or logic in cut-off condition setting

Menu Selection (Pre-defined techniques)

Cyclic voltammetry Chronopotentiometry Chronoamperommetry Chronocoulometry Linear Sweep voltammetry Square wave voltammetry (option) Tafel Plot Potentiodynamic Cyclic polarization Curve Linear Polarization Resistance Ecorr. Vs. time

Simple Monitor

Real time display: time, voltage, current, channel

status Channel status color display: charging, discharging,

standby, idle, calibration Always activated window (This widow does not hidden) Can be located outside of main program window.

Grouping

Classification/Grouping each channels by users purpose Labeling each group by operator name, chemistries

etc. Group monitoring available by this setting

WMPG series

13

Detailed monitor

Displayed test data: status, running time, step number,

cycle number, step time, current range, current, voltage, capacity, power, energy, Aux V, Calc V, temp, cycle file name, data file name, file size.

Detailed monitor type selection: All channels, running channels only, grouped channels

Activated character only for running channels.

Graphics Multiple plot format - General graph - Cycle graph - Step Graph

General graph format

Current-voltage vs. cycle time graph

Cyclic voltammogram

Tafel graph

General Function of Graph

Multi-Parameters Plot overlay: Max. 10 plot Universal Graphics: Any combination of X,Y,Y1 axis

parameters Automatic updating plot with reloading button for

running channel data Automatic/Manual scale and polarity selection for

each axis Cross hair pointer by mouse click/arrow key displays

coordinate values Mouse zooming Text insertion on graph Copy to Clipboard for usage in other application

software Slope calculation Grid On/Off and dot/line selection ASCII file conversion of graph data only Parameter change without reloading the data file Data set On/Off: Data can be visible or invisible by

selecting/ deselecting the data set. Reporting

General data report Cycle data report Step data report Capacity data report

14

WMPG 1000HP

Application

High Power application Electrosynthesis/Electrolysis Battery Test Fuel Cell test (DMFC etc) For multichannel application Pilot line application

System hardware is based on WMPG series potentiostat/galvanostat for high power application. Customize specification is available within 4KWatt. Current range is 3 ranges. For stable and accurate target

4 kelvin probe type true potentiostat/galvanostat circuit to minimize voltage drop

High resolution 16 bit ADC/DAC: WMPG1000HP provides 0.0015% f.s resolution in control and acquisition both.


Multiple current ranges: 3 ranges. Auto/manual selection

For easy expansion/maintenance target

8 channels CCU(Central Control Unit) & Slave configuration. Each Slave channels are easily upgradeable or modifying voltage/current range. Also if one channel is out of order, Just replacement is easiest way to clear the problem. Upgrade itself is very easy. It can configure each channels with different specification by user’s application

WMPG1000HP can expand the channels up to 64 channels per system. When the user wants to expand the channels, he/she just adds the Slaves or 2ch/4ch module. One of modular system’s advantages is maintenance. Each Slave has its own power supply.

Software

Techniques Cyclic voltammetry (Technique Menu) Linear Sweep Voltammetry (Technique Menu) Square Wave Voltammetry (Technique Menu:

Option) Chrono-amperometry (Technique Menu) Chrono-coulometry (Technique Menu) Chrono-potentiometry (Technique Menu) Tafel Plot (Technique Menu) Potentiodynamic (Technique Menu) Cyclic Polarization (Technique Menu) Ecorr vs. time (Technique Menu) Galvanodynamic OCV measurement Zero resistance Ammeter Linear polarization resistance (Technique Menu) Rp-Ec trend Charge/discharge Battery test Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Electrochemical Permeation User defined techniques

Refer to the WMPG software Option

Temperature monitoring. Auxiliary Voltage Monitoring

WMPG1000s

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Application

Low current application Sensor application Electroanalytical application Micro battery application Compact size Multi working electrodes, single reference

& single counter electrode Max. 64channel control per PC And more…

System hardware is based on WMPG series multichannel potentiostat/galvanostat. The system contains independent channel controller, a multiplexed data acquisition circuitry. This system can provide two mode(General mode: general multichannel potentiostat/galvanostat with eight working electrodes, eight reference electrodes and eight counter electrodes or Sensor mode: a multi-potentiostat with eight working electrodes, one common reference electrode and one common counter electrode). The sensor mode is designed so that eight working electrodes are in the same electrochemical cell. The potential control range is following customer specification. Each electrode can be individually controlled, including on/off control, potential and current range settings.. Each substation can be used as independent system with optional “Stand Alone Kit” or can be built up integrated system as add-on. These give flexibility to users application. For stable and accurate target





Software


Option) Chrono-amperometry (Technique Menu) Chrono-coulometry (Technique Menu) Chrono-potentiometry (Technique Menu) Tafel Plot (Technique Menu)

Potentiodynamic (Technique Menu) Cyclic Polarization (Technique Menu) Ecorr vs. time (Technique Menu) Galvanodynamic OCV measurement Zero resistance Ammeter Linear polarization resistance (Technique

Menu) Rp-Ec trend Charge/discharge Battery test Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Electrochemical Permeation User defined techniques





Real time dual channel (V & I) strip chart display for selected channel or for all running channels with time scrolling mode or whole window mode

Status bar displays channel status. Booking running channel stop function by time, cycle number, step etc.

with coulometer option

16

FieldStat

Application

For Field Application Sensor application Electroanalytical application Micro battery application Field Corrosion measurement Solar cell test Max. 8channel system Notebook PC is not included

System hardware is based on WMPG series multichannel potentiostat/galvanostat. The system contains independent channel controller, a multiplexed data acquisition circuitry. This system was designed for field usage. Customize specification is available within 2Watt per channel. This system is true multichannel potentiostat/Galvanostat so each channel works independently. Standard function is based on general multichannel potentiostat/galvanostat with eight working electrodes, eight reference electrodes and eight counter electrodes but multi-working electrode system for Sensor application (a multi-potentiostat with eight working electrodes, one common reference electrode and one common counter electrode) is available. Please contact with your regional distributor. The sensor mode is designed so that eight working electrodes are in the same electrochemical cell. The potential control range is following customer specification. Each electrode can be individually controlled, including on/off control, potential and current range settings... For stable and accurate target





Software


Option) Chrono-amperometry (Technique Menu) Chrono-coulometry (Technique Menu) Chrono-potentiometry (Technique Menu)

Tafel Plot (Technique Menu) Potentiodynamic (Technique Menu) Cyclic Polarization (Technique Menu) Ecorr vs. time (Technique Menu)

Galvanodynamic OCV measurement Zero resistance Ammeter Linear polarization resistance (Technique Menu) Rp-Ec trend Charge/discharge Battery test Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Electrochemical Permeation User defined techniques







Option

DC/AC convertor for power supply. Notebook PC Low current version for sensor application is

available

17

WPG series

Application

Battery/Micro Fuel cell Membrane Corrosion Sensor Photo electrochemistry Electrosynthesis/Electrolysis User defined El-Chem. application

Feature

Economical Price 16bit ADC, DAC For long term experiment Accurate Control & Measurement Easy to control Software Free Software upgrade Importing/Exporting data file

Hardware

With 16bit ADC, DAC, this system provides 0.0015% f.s high resolution in control and data acquisition.

6 current ranges (Automatic & manual setting) User specification is available from low current to high

current Output terminal: V-out & I-out analog signal for XY

recorder High accuracy: < 0.01% f.s (standard type) Automatic protection: This system automatically stops

the experiment if it meets data over hardware specification.

This system can be used for battery cycler This system use I/O interface instead of serial

communication, this system can be used long-term experiment and stable control and data acquisition.

Software

This system provide pre-defined techniques menu and universal test procedure menu for user to make their

own experiment procedure with cycle, loop and and or logic

Predefined Technique Menu

Electroanalytical techniques Cyclic voltammetry Linear Sweep Voltammetry Chrono-amperometry Chrono-coulometry Chrono-potentiometry Square wave Voltammetry

Corrosion Measurement

Tafel Plot Potentiodynamic Cyclic polarization Ecorr vs. Time Linear polarization Resistance

Universal Test Mode

Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Battery Cycling User definable Techniques Potentiostat Mode/ Cycler Mode Universal test mode

18

WPG series

Unlimited step experiment available

Control type: voltage, current, power, load, rest, C-rate, current scan, voltage scan, conditioning potential, voltage step, current step, rest conditioning, Last I, Last V, OCV, LastVscan, VocScan, ZRA.

Cut-Off (Vertex); time, voltage, current, dV/dt, dI/dt, percentage capacity (FCC, FCD, LCC, LCD), cycle time, capacity, -dV, power, temperature, Aux voltage, Calc voltage, dT/dt

Data acquisition setting: time, dV/dt, dI/dt, dT/dt, dV2/dt

And/Or logic available in cut-off condition


In virtual control panel, it displays real time graphics (V vs. I, V & I vs. time, V vs. logI etc) to fit its own techniques. It also displays current data and other information of current experiment

Experiment parameters can be saved or loaded on the virtual control panel.

On experiment running, users can data analysis or other tasking simultaneously.

Nominate data saving folder by user selection

Cell connection check function.

Safety limit & Fail check function.

To protect hardware, this system stop the experiment run automatically when detect the any value over hardware specification or user defined safety value

It also stop the experiment running when the control value is different from measured value by wrong connection or abnormal reference electrode etc

If the user try to close the program by mistake operation, the program refuse this operation

This system monitor the cell voltage and if the voltage value is too small, then warning message will be display to protect wrong cell connection

Graphics Universal Graphic function: User can set X, Y, Y1 axis

variable User can use this function for running experiment data at

real time.

With re-load button click, the data format can be

changed with out data loading

File overlay: Max. 10 files Automatic scaling and manual scale/polarity setting

available Crosshair data pointing displays the data value by mouse

click Caption available on the graph Copy to clip board for graphic data. Slope calculation function Grid and pixel/line selection Data conversion only for graph data

Option Temperature measurement Auxiliary voltage measurement

WPG100e Economical version

19

WPG100HP series

Application

High Power application Electrosynthesis/Electrolysis Battery Test Fuel Cell test (DMFC etc) Pilot line application

System hardware is based on WPG series potentiostat/galvanostat. Customize specification is available within 4KWatt. Current range is 3 range. For stable and accurate target

4 kelvin probe type true potentiostat/galvanostat circuit

High resolution 16 bit ADC/DAC: HPstat provides 0.0015% f.s resolution in control and acquisition both.



Software

Techniques Cyclic voltammetry (Technique Menu) Linear Sweep Voltammetry (Technique Menu) Square Wave Voltammetry (Technique Menu:

Option) Chrono-amperometry (Technique Menu) Chrono-coulometry (Technique Menu) Chrono-potentiometry (Technique Menu) Tafel Plot (Technique Menu) Potentiodynamic (Technique Menu) Cyclic Polarization (Technique Menu) Ecorr vs. time (Technique Menu) Galvanodynamic OCV measurement Zero resistance Ammeter Linear polarization resistance (Technique Menu) Rp-Ec trend Charge/discharge Battery test Electrochemical Voltage Spectroscopy (EVS) Galvanic Intermittent time technique (GITT) Electrochemical Permeation User defined techniques







Option

Temperature monitoring. Auxiliary Voltage Monitoring

5V/50Amp version

5V/400Amp version

20

WPG100P

Application

For Field Application Sensor application Electroanalytical application Micro battery application Field Corrosion measurement Solar cell test Notebook PC is not included

Feature � Portable (Field application) � Battery operation(Option) � Economical Price � Electrochemistry/Battery application � 16bit ADC, DAC � Accurate Control & Measurement � Easy to control Software � Free Software upgrade � Variable current, voltage range � Importing/Exporting data file

System hardware is based on WPG series potentiostat/galvanostat using WPG software. This system was designed for field usage. Customize specification is available within 2Watt Hardware � With 16bit ADC, DAC, this system provides 0.0015% f.s high resolution in control and data acquisition. � 6 current ranges(Automatic & manual setting)

� User specification is available from low current to high current � Output terminal: V-out & I-out analog signal for XY recorder � High accuracy: < 0.01% f.s (standard type) � Automatic protection: This system automatically stop the experiment if it meets data over hardware specification. � This system can be used for battery cycler This system use I/O interface instead of serial communication, This system can be used long term experiment and stable control and data acquisition

Option

External Battery Pack. Temperature monitoring Auxiliary voltage monitoring Notebook PC Low current version for sensor application is

available

21

WFCTS series

Feature

Custom Made System Fully Integrated & Automated system Max. 4 channels control & acquisition

independently Flexible Operation Safety Designed with various protection Three independent programs for

communication, control and analysis Variable Fuel cell supports; PEM, DMFC etc. For single cell or stack Reformer simulation Using WFTS Software Powerful GUI (graphical user interface) makes user

easy to operate the system. Stand-alone modular type or rack mount type

available Description The WFCTS Fuel cell testing system provides a complete range of fuel cell performance experiments for the fuel cell scientist and fuel cell engineer. WonATech can manufacture fully customized test station to meet each customer's individual requirements. Test station can measure fuel cell parameters such as humidity, temperature and gas flows, voltage and current while controlling all aspects of the testing environment. WFCTS is controlled by a PC under the Windows 98/XP/2000 environment. The user interface follows the Windows application design guide. If you are familiar with Windows applications, you can use the software even without the operation manual or on-line help. The commands, parameters, and options are in terminology that most researchers are familiar with. Test data is saved to a binary file that can be exported to an ExcelTM program for external data handling. This data set can be analyzed using independent data analysis program DATA MANAGER.

Safety Features

Over-limit protection of current, voltage, power, be installed to protect against gas leakage. Up to two gas sensors to detect gas leakage are available at various locations throughout the hydrogen gas supply and vent paths. At the moment of detection gases, the system will be shut off automatically.

Fail-safe solenoid valves will automatically shut off the

Cathode Gas (CG) flow and the Anode Gas (AG) flow and switch to Nitrogen purging, particularly in the event of an over temperature condition within the operating fuel cell.

For safe load control, fail function is active. (If reading

value is different from control value, system will stop experiment.)

Emergency Stop Buttons is provided by hardware and

software. The system will be shut down on pressing any of these buttons.

If stack or cell voltage's reading value is under standby

voltage, Load could not be active.

22

WFCTS Software

System Configuration

By expanding system controller, one control PC can manage Max. 4channels with full optional equipments.

Easy to expand system configuration by adding proper optional equipments. Each channel's configuration can be different by user's purpose The system can be equipped into rack or independent modular chassis. For gas reformation, Max. Fuel gas line is 5, Max. oxidant gas line is 2 Nitrogen gas flowing path thru MFC or without MFC is available PC controllable heating power on/off is available.

Standard Configuration List-(For PEMFC)

- Solenoid valve: 3ea - MFC for Anode and Cathode - Check valve: 4ea - 3 Way valve: 2ea - Humidifier: 2ea - Automatic water feeding for humidifier: 2ea - Pressure measurement: 2ea - Back pressure regulator 2ea - Temperature controller: 7 point - Load bank: 1ea - Temperature measurement: 9 point - System controller with emergency switch - Control PC with WFTS software - Interface boards with cables

Optional Equipment List - MFC(s) for Anode and/or Cathode for Reformate - MFC for Nitrogen - Pump for DMFC - Heater Power control - Gas detectors - Temperature controller with measurement (Outlet) - Temperature measurement (Outlet) - Humidity measurement(Inlet, Outlet) - Pressure measurement(Inlet, Outlet) - Impedance Monitor - Stack heating/cooling system - Stack temperature monitor(each cell) - Stack voltage monitor(each cell) - Differential pressure gauge - Moisture trap

WFCTS

23

WFCTS_Standard

WFCTS_Custom made (example)

24

WFCTS Software

Real time Graphic =>Real time graph ( Cell voltage monitoring) Real time IV graph=> =>Real time device graph (Temp, Pressure, Flow rate etc.)

FEATURES

System diagnosis

Real-Time Graphic Data Output

User Friendly Graphical User Interface

Scheduling by database

Custom configuration available

Independent Data Managing software

Button click & play mode

VOI (Value of Interest) Displaying selection

Colorful display of each module status

25

WFCTS Software

Schedule editor

• Loop control available • Device setting • Load control • Data filing setting • Stoichiometric setting

26

Smart series

Feature Fully Integrated Compact Size Suitable for single cell(PEM,DM) Automatic purge gas control External anode & cathode line and cell

temperature control Watch-dog function Full automatic by PC control Max 4channels control by one PC Accurate electronic load Various safety functions Powerful software with independent data

analysis software Description The SMART II is very compact, however, fully automated and integrated at a very attractive price. Our control and measurement software with powerful graphical user interface makes you easy to operate the SMART II. With the exceptional features of the SMART II, you can digitize your fuel cell economically and evaluate it easily. Standard Configuration List

Solenoid valve: 3ea MFC for Anode and Cathode Check valve: 4ea 3 Way valve: 2ea Humidifier: 2ea Automatic water feeding for humidifier: 2ea Temperature controller(line heater): 4ea Load bank: 1ea Stack or cell Temperature controller: 1ea System controller with emergency switch Control PC with WFTS software Interface boards with cables

Optional Equipment List

MFC(s) for Anode and/or Cathode for Reformate MFC for Nitrogen Pump for DMFC Heater Power control Gas detectors Temperature controller with measurement

(Outlet) Temperature measurement (Outlet) Humidity measurement(Inlet, Outlet) Pressure measurement(Inlet, Outlet) Impedance Monitor Stack cooling system Stack temperature monitor(each cell) Stack voltage monitor(each cell) Differential pressure gauge Moisture trap

PEM/DM Hybrid Fuel Cell Test Station - SMART II

Hardware Specification

MFC (Mass Flow Controller), 2 ea - Max. Flow rate : H2 1slpm, Air 5slpm - Accuracy : 0.8% Full scale

100W Single Cell Application - Anode gas flow rate : 0.02 – 1 slpm - Cathode gas flow rate : 0.1 – 5 slpm

Humidifier, 2 ea - membrane type - Automatic Water feeding system(PC control)

Built-in Precision Electronic Load - 4 ranges - 5V(0.1,1,2,5V) 100A(10,20,50,100Amp)

Humidify or dry gas selectable - auto 3 way valve

Back Pressure regulator, 2ea - 0-50psi

Precision Rotary Piston Pump - 0.1 – 45ml/min - for DM application

Temperature Control System - Control & measurement - 7 points - Humidifier, Gas line(inside, outside), Cell Temp

Temperature measurement only - pipe line inside temperature : 2 points

Pressure measurement - 2 points

Compact size - 500W x 400H x 500D (mm)

27

Smart series

Smart Family SmartPEM FC test system SmartPEM FC test system for long term test

SmartDM FC test system SmartPEM custom made version

Block Diagram SmartII

28

Smart series Software

DESCRIPTION

Dedicated SMART software will be used to operate the testing system. This stable software consists of server program to communicate with system, main program to control & data acquisition and data managing program for analysis. Also this can support Max. 4 channels independently and simultaneously even if they have different configurations. Automatic control and data acquisition is conducted through pre-programmed single or group schedules in the software. Safety limit setting for each device can give safe operation with software emergency button. Operator can do experiments easier by GUI based button click & play mode and monitor each status by color distinguishing icon button for each device and its setting value and reading value. Value of Interest display makes operator monitor 3 of user selected reading values and 3 of fixed values (Load control value, reading current value and voltage value) as large digit. Based on Windows 2000/XP platform, the software emphasizes on friendly graphical user interface (GUI) and compatibility with Microsoft Excel and Access for data collection and presentation. The real-time graphing portion of SMART Software allows users to plot any number of variables versus any single variable or time. This feature is useful for developing real-time polarization curves or tracking cell performance across temperature ranges. Independent data managing software gives the various graphing, charting options and reporting.

FEATURES

Quick and Easy Test Configuration

Real-Time Graphic Data Output

User Friendly Graphical User Interface

Continuous Data Logging

Background server program

Independent Data Managing software

Button click & play mode

VOI (Value of Interest) Displaying selection

Colorful display of each module status

29


Main Program - Control Panel (Max 4channel controllable)

Each channel’s control panel has different background color to prevent channel wrong-operation. User friendly GUI (Graphical User Interface) basis control panel

Click

Reading value

Setting value

Device value display Setting value & reading value or reading value only by each device’s properties. Button click operation

User can operate each device just by clicking each icon button

1) Direct Control; Solenoid valve, 3 Way valve, Heater Power on/off, Emergency stop

Eg.) Solenoid valve click=> valve open (solenoid valve & MFC valve) => gas flow => color change (status display)

2) Indirect Control: Each devices to be controlled by setting parameters.(Temperature controller, MFC, pump, Load, Humidifier) Eg.) Anode input line temperature controller click => parameter setting windows => Apply

3) Displaying related information: Stack’s temperature monitor, pressure monitor etc.

(Safety limit setting available) Device Icon button color change by status

Each of device icon’s color changes following running or idle status. (running=> colorful, idle => grey). This feature makes operator able to monitor each device’s status at a glance.

30


Real time graph setting Reference On/Off Control value scroll bar Data filing On/Off Load On/Off

VOI (Value of Interest) Fixed value (3), User’s value (3)

Click for manual control

Click for manual control during Pre-programmed schedule running

<= Cell standby voltage detection for safety operation

Load setting value

User selectable values

Voltage valueCurrent value Experiment time info

Gas detector Heater Power on/off

31


Cell or Stack information

Stack Monitor

Safety Limit setting for voltage and/or temperature

Display Highest value/Lowest value during operation

Display average value

Stack standby voltage detection setting for safety operation

Back ground bar graph for each cell voltage & temperature with color.

Stack voltage/temperature monitoring

Schedule and batch file Schedule file

Batch file Batch file is a series of schedule files.

- Creating/modifying schedule file/batch file by channel ID for each channel configuration’s

difference. - WFTS software detect channel ID for proper

operation.

32


- Schedule file includes Load control parameters

Constant current Constant voltage Constant power Step current Step voltage Step power Rest & Conditioning rest Current , voltage range setting

Data sampling time MFC/pump control parameters Each step’s cut-off condition

Time F-time S-time Current, voltage, power

Temperature control External program control for impedance

monitor Memo

During experiment using schedule file or batch

file, operator can change each device’s parameters and/or change load control by manually.

Operator can stop experiment by pressing stop

button or emergency stop button or click purge gas’ solenoid valve icon.

When he/she loads schedule file or batch file for

each channel and apply experiment condition by apply icon clicking then WFTS software control each device following defined parameters on first schedule file except load control. Load control is only activated when experiment is started and gas flow makes cell/stack voltage up. WFTS continuously monitors cell/stack voltage and only if the voltage is higher than setting value (on view cond voltage), it makes load control enable.

Event Logging

WFTS software records each event for history reviewing. Each logging file can be view on Data manager software.

Real Time Graphic Data Presentation

Predefined formats Voltage vs. time Current vs. time Voltage vs. current

User defined X-Y-Y1 formats User selects each axis parameters.

33


DATA MANAGER

Independent data analysis program for Smart software .

Multi Y axis graph

User selectable time base 4 Y axis graph

Any of measured parameters can be selected for each axis

Step data sampling

34


Graph parameter selection

View mode selection: Result/schedule/cycle/step Result Number selection Schedule Number selection Cycle number selection Step Number selection

4th cycle, 3rd step selection

Axis & Plot configuration


35

Report

Reporting item selection

Data Report - Data deleting available - Export to Excel/Binary/Ascii format

available

- Log event sorting/searching

Print-out format setting - Each log file is saved per channel and date

36

WEL series

Electronic Load for Fuel Cell Test WEL Series Feature

16-bit precision control & measurement for low voltage fuel cell application

Operation below 0.1Volts at 60Amperes Embedded potentiostat technology Impedance spectroscopy available via external in &

current monitor ports with Z# multichannel impedance monitor

Multichannel operation is available Remote control via RS232

Specification Constant Current Mode Range 100 A, 50A, 20A, 10A Accuracy ± 0.5 % Regulation ± 0.1 % Resolution 16 bit Constant Voltage Mode Range 5 V, 2 V, 1 V, 0.5 V Accuracy ± 0.5 % Regulation ± 0.1 % Resolution 16 bit

Constant Power Mode Range 0 to 200 W Auxiliary In/Out External Input 0 to 10V (0 to selected FS) Current Monitor 0 to 10V (0 to selected FS)

Protection Voltage Limit 105%FS Current Limit 105%FS Power Limit 210 Watts

AC Power Supply AC Voltage Input 90 - 240VAC, 48 - 62Hz

Input Characteristics

(Voltages are measured at load input terminals)

Outline

front Panel

WLOAD range

WLOAD100; 100Watt WLOAD200; 200Watt WLOAD300; 300Watt WLOAD400; 400Watt.

Option

Multichannel Option Ext In/ Vout/ Iout terminal option Z# multichannel impedance monitor

TEMP/CVM

37

Multichannel Temperature Controller WTEMP1

Feature Precision temperature control & measurement Heating, Cooling, Temperature monitoring PID control Compact Design Independent controller from PC Remote control/monitoring via USB

Application Fuel Cell Test Battery Test Corrosion Test Environmental Test

Description WTEMP1 Temperature controller can support multichannel temperature control and monitoring by central FPGA module with PSoC(Programmable System on Chip) for each channels via I2C communication. It makes this controller to be easy to expand the temperature channel number and independent operation. This equip heating control and cooling control under PID control logic. WonATech supply library for the user who can make their software for their specific usage as option. Standard control & monitoring software is included. Specification

• 16 Built-in PID Temperature Controllers • Type K Thermocouple from 0 to 250 °C • 0.1 °C Resolution • Sampling Rate: Maximum 10 Samples / sec • PWM Output(200 ms / period) for Heater • Optional 10A Switching SSR Board • Isolated Digital Output for Cooler • LabVIEW Software Development Kit(SDK) for OEM

Application and User’s Own Program • High Speed USB 2.0 Interface

CVM(Cell voltage monitoring System)

Feature Voltage monitoring of 32, 64, 96, or 128 cells Modular, low profile mechanical design LabVIEW Software Development Kit(SDK) For OEM

Application and User’s Own Program Independent monitoring system with PC via USB

2.0 connection

Application Environmental Test Battery Test Cell voltage monitoring of fuel cell stacks Cell voltage monitoring of battery packs Cell voltage monitoring of electrolyzers or other

electrochemical multicells

Specification

• Number of Channels: 32, 64, or 128 (depending on module combinations)

• Isolated Voltage Reading from -3.3 to 3.3 V( • 1500 Vrms protection • 0.1 mV Resolution • Programmable Scan Rate: Maximum 10 kSample /

sec per channel • Internal Memory: 8192 Samples • LabVIEW Software Development Kit(SDK) for OEM

Application and User’s Own Program • FPGA Based Flexible Measurement System • High Speed USB 2.0 Interface

•

38

Z # series

Multichannel Impedance Monitor Z# 106

Feature

For versatile AC impedance experiment 6 voltage input channel per set Expandability up to 60 channels A flexible frequency generator/analyzer Generate various waveforms (eg. Sinusoidal etc) Designed for spectrum analysis in the

electrochemical field Simulation and fitting with ZMANTM High current application with external load and/or

potentiostat/galvanostat Software controlled function Graphic-based user-interface Dual real time graph (Bode, Nyquist, etc) during

measurement Description For the past two decades, Electrochemical Impedance Spectroscopy (EIS) has emerged as the most powerful of electrochemical techniques for defining reaction mechanisms, for investigating corrosion processes, and for the characterization of batteries and fuel cells. Z# series provides all tools for the application of fuel cell stack, battery pack , array cells and general electrochemical study requiring multichannel EIS. By employing electronic load, Z# can be used to determine the efficiency of fuel cell and anodic/cathodic process mechanisms by calculating impedance with the measurements of I and E at given frequency. The complete system is software-controlled and all functions such as ranging, calibration, and measurements can be

automated. Software

Mode Galvanostatic EIS Potentiostatic EIS

Channel enable/disable Power spectrum display Waveform Generation

channel monitor

Waveform Generator

Waveforms;

DC/Sine/Cosine/Ramp/Sawtooth/Square/Triangular/Pulse/ Multi-tone/ Arbitrary

channel running information

39

Z # series

Nyquist & Bode plot for 5 channels(Real time) EIS data analysis by ZMAN software Single PC Auth copy is supplied with free of charge for Z#. (Please refer to the separate ZMAN catalogue) Library files for user software: Option User can make their own software with these libraries using LabviewTM etc. System Configuration Hardware (controller), Software, Electronic Load (option) Specification Analog Out as Signal Generator # of Channels 1 Configuration Single-ended Maximum Output -11.0 to +11.0 V (DC + AC) Voltage Offset < 0.5 mV, software corrected

zero DC Bias Range Resolution 0.0 to 5.0 V 0.076 mV 0.0 to +10.0 V 0.153 mV -5.0 to +5.0 V 0.153 mV -10 to +10.0 V 0.305 mV -2.5 to +2.5 V 0.076 mV -2.5 to +7.5 V 0.153 mV AC Waveform

Predefined Type DC, Sine, Cosine, Ramp, Sawtooth, Triangle, Square, Pulse, Multi-tone

Frequency Range

1 uHz to 100kHz Resolution: 5000 steps/decade

Frequency Accuracy

Typ. 75 ppm, Max ±200 ppm

Frequency Stability

< 2 ppm @ 1 kHz

< 20 ppm @ 10 kHz < 200 ppm @ 100 kHz < 2000 ppm(0.2%) @ 1 MHz

Amplitude 1 mVpp to 5 Vpp Post- -44 dB to +40 dB with 6 dB

Gain/Attenuation step, automatic gain selection

Reconstruction Filter

10 to 150 kHz 8th order low pass filter with 10kHz step or By-Pass

Gain Error < 0.5 % Analog In as Frequency Analyzer # of Channels Total 6, usually 1 for current

input and 5 for voltage input Maximum 60Ch in daisy chain

configuration Configuration Differential Maximum Input ±100 V Voltage Offset < 0.5 mV, software corrected

zero Bandwidth 550 kHz Input Impedance 110 kOhm Pre-Attenuation -20dB (×0.1) Post-Gain/Attenuation

-44 dB to +40 dB (×100) with 6 dB step or ×200, ×400, ×800, ×1600

Anti-aliasing Filter 10 to 150 kHz 8th order low pass filter with 10 kHz step or By-Pass

CMRR

> 80 dB @ 1 kHz, > 60 dB @ 10 kHz, > 40 dB @ 100 kHz (refer to the below graph)

100 1k 10k 100k30

40

50

60

70

80

90

100

Com

mon

Mod

e R

ejec

tion

(dB

)

Frequency (Hz)

Expansion Ports I2C In & Out Reserved for future

General Interface USB 2.0 high speed Power External 50W AC-DC Adapters,

+5/+15/-15VDC with AC Input of 100 to 240V,

2A, 50/60 Hz Operation Condition 0 to 50 °C, 0 to 90% humidity

(non-condensing) Warranty 1 year parts and labor on defects

in materials and workmanship

40

Z # series

Stack voltage EIS(1ch)

Cell voltage EIS(4ch)

Z#106 with Dynaload RBL488 series load

Stack voltage EIS(1ch)

Cell voltage EIS(4ch)

Z#106 with WonATech WEL series load Supporting external load/Potentiostat

TDI dynaload RBL488 series WonATech WLoad WonATech Potentiostats

Above models are fully PC controlled with Z#. Other model might be needed to set some parameters by manually.

Please contact with your regional distributor about other 3rd parties products’ availability with Z#. 36channels configuration (example)

For 36 channel eis measurement, 6 set of Z#106 is needed. Then you can measure eis of 36 cells or 35 cells with one total fuel cell stack(or battery pack).; One Z#106 will work as master and other 5 set of Z#106 works as slaves.

41

ZMAN

Impedance Analysis Software Zman

Model simulation and fitting 2D- and 3D-Bode- and Nyquist plots Automatic equivalent circuit model search function Project Concept to handle multiple EIS data analysis Parameter Plot from fitted elements value Compatible with data format from Zahner, Gamry,

Ametek etc Various weighting algorithm Model library and user model KK plot Batch fitting for project data

Nyquist plot for series measurement

Importing 3rd parties ASCII Data file

Project Manager

Parameter Plot

Model Editor

Automatic model searching

LEVM fitting

IVMAN

42

IV Analysis Software IVman

Electrochemical analysis software Ideal for DC corrosion data analysis and

electro-analytical data analysis Initial guessing function on Tafel analysis Automatic Tafel fitting Polarization Resistance fitting 3D graph Find peak function Interpolation, differentiation, integration etc Reporting function

Tafel initial fitting

Tafel analysis result

Polarization resistance fitting

Polarization resistance analysis result

Time graph(I/V/AuxV vs. time)

CV graph

3D graph

Edit data menu

Find peak menu

Universal Graph

LoadRunner

43

Dynaload control Software LoadRunner

TDI’s dynaload control software Via IEEE488 Only for model RBL488 series Virtual front panel operation Schedule file operation (batch test) Real time graphic Excel file conversion GPIB card & cable is needed


Manual operation menu

Schedule file editor for batch operation

Real time graphic during experiment

Data list

44

Ismatec Player

Precision Mixer software for solution concentration control Ismatec Player

Control mixing pumps to generate target concentration.

Automatic pump and pump head identification Simple set-up and easy control Setting parameters: concentration, flow rate,

and dispensing volume MeOH concentration control for DMFC test

Ismatec Player Software enables the user to get the optimal solution concentration such as methanol concentration for DMFC test by controlling two Ismatec pumps through serial cable(RS232). Each pump is allocated to control the volume of water and methanol and can be programmed individually by filling in numerical value. Software controls the volume of water or methanol from 0.1ml/min to 2,300ml/min by selecting pump and interchangeable pump heads. Available pumps and pump heads are as below;

Pump

Speed

(rpm)

Pump

Head

Flow Rates

(ml/min)

RH 00 0.1 – 45

RH 0 0.1 – 45

REGLO-

CPF Digital

40 -

1800

RH 1 0.4 – 180

RH 00 0.025 – 45

RH 0 0.050 – 90

RH 1 0.10 – 180

QP Q0 0.04 – 144

QP Q1 0.13 – 576

QP Q2 0.29 – 1300

MCP-CPF

Process

10 -

1800

QP Q3 0.51 – 2300

System requirements : Windows 2000, XP Ismatec is trade mark of Ismatec SA. Windows 2000, XP is trade mark of Microsoft Corporation.

Parameter Setting Menu

Operation Menu

Accessories

45

Universal Battery Jig UBJ8 Feature

Easy to install different size battery to the jig by pulling up the lever.

Wide contact point with gold coated contact area Coin cell is available without any attachment Individual operation is available 4 contact point(Kelvin probe type) to minimize

voltage measurement error. Front Panel attachment option is available

How to use - Set height by moving upper board - Pull up upper or lower lever - Place the battery between upper lever and lower lever - Release lever

Lithium Polymer Battery Test Jig LPBJ Feature

Easy to install lithium polymer battery to the jig by pressing pull-up lever.

Wide contact point with gold coated contact area Useful for various size of lithium polymer batteries Single or 8 ea of lithium polymer battery jig set For bundle of batteries application, cabinet type of

jig is available Structure to minimize EMI noise Safe construction for users by minimizing electrical

contact point

How to use - Pull up the lever - Place the lithium polymer battery on the bed - Release pull-up lever

Dimension 9mm (W) x 45mm (D) x 100mm (H)

Coin Cell Battery Test Jig CCBJ Easy to install different size battery into the jig by pulling up the lever. Wide contact point with gold coated contact area (4 probe contact).

Accessories

46

Fuel Cell Fixture(single cell hardware)

With rod heater

With pad heater

MEA is option Active size: 5 square centimeter, 25 square centimeter Special design by customer is available

Cell & Misc

Flat specimen holder for corrosion cell kit

Paint coating Test Cell

Water Jacketed Cell

Cell cables Faradaic cage

Dummy cell for calibration Interface cable Cell Stand

WonATech Co., Ltd. 736-1, MoonHyung-Ri, OPo-Eup, GwangJu-Si, GyeongGi-Do, 464-894, Korea Tel: +82-32-766-5974 Fax: +82-31-765-2645 e-mail: [email protected] Web site: www.xenosystem.com

Documents

GENCTLG new2007-2 5 - Welcome to WonATech -Total … cat.pdf · · 2008-02-27z Standard Substation + standard PIG 5set + Low current PIG 3set 3) ... quick access for easy operation