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Contents
Laboratory Data Acquisition and Recording
eDAQ e-corders provides a reliable, precise and flexible data acquisition & recording
systems meeting the needs of many physical science applications

isoPods - Single & Reconfigurable Multichannel Units
Providing the means to condition & record data from a range of transducers.
Featuring our NEW EPU452 Reconfigurable Multichannel isoPod.

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4
5Electrochemistry Systems
A range of stand alone & e-corder based potentiostat systems developed specifically for
research & teaching applications with powerful yet easy to use software applications.

Upgrading Potentiostats
Existing potentiostats can be enhanced & upgraded.

Electrochemistry Kits
Configured to provide a complete solution for some applications and save $$$$

Contactless Conductivity Detection
A range of systems are available in support of different classes of C4D applications

C4D Headstages

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7
8
9-10
11

Headstages for different applications.

Electrodes, Probes & Accessories

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Sensors & transducers for physical chemistry.

Software Applications, Utilities & Tools
A selection of software applications & tools in support of eDAQ systems.

OEM Opportunities

13-14
15

Adaptable systems for new applications.

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See our information resources at http://wiki.edaq.com

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Laboratory Data Acquisition and Recording
e-corder Systems

e-corder units are high performance data recorders capable of up to 400K data
points per second, 10mV to 10V inputs at 16 to 24bit resolution. These recorders
collect and display signals from many types of transducers, sensors, and laboratory
instruments. Units connect simply to a computer via USB and are supplied with Chartand Scope software for real-time display and analysis of input signals.
Visit eDAQ web site for detailed specifications.
•••

ED410 - High performance 4 channel e-corders 100 ks/s max.
ED821 - High performance 8 channel e-corders 400ks/s max.
ED1621 - High performance 16 channel e-corders. 400ks/s max.

See how isoPods can enhance e-corder applications

Mini-corder Systems - A new addition to our range
This system provides an economical solution to the recording and analysis of one or
two data channels. These units are supplied with the powerful Chart and Scope
software. The units connect to a computer via USB and can record signals from one
or two signal sources in the range of 20mV to 10V at up to 2000 samples/sec,
signals typically found in physical science labs.
••

PowerChrom Systems

ER180C - 2 Channel Data System with 4 Control lines, analog output & trigger
input.
ER181C - 1 Channel Data System with trigger input.

These PowerChrom systems record and analyse signals from gas and liquid
chromatographs and capillary electrophoresis systems. Provided with contact closure
trigger input. Units are supplied with PowerChrom software. The units connect to acomputer via USB and record signals from one or two detectors in the range of 20mV
to 10V at up to 100 samples/sec signals.
••

ER180R - 2 Channel Data System with 4 Control lines,analog output & trigger
input.
ER181R - 1 Channel Data System with trigger input

Flow Analysis System
The Flow Analysis System is used for the detection, display and analysis of peaks from
Flow Injection Analysis (FIA) and similar experiments. It collects signals from one or
two detectors and features automatic peak detection and calibration. The software
can generate user configurable reports and it is easy to copy and paste results into
other applications•••

ER180F - 2 Channel FIA Data System with 4 Control lines,
analog output and trigger input.
ER181F - 1 Channel FIA Data System with trigger input.
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isoPods - High Performance Sensor Couplers and Recording
MetersisoPod Transducer Couplers (EPxxx)
These isolated transducer couplers enhance the e-corder range by providing the means to connect specialised transducers
required for many physical chemistry experiments. isoPods provide the precision, stability and speed required for criticalexperiments. The galvanic isolation provided on all units reduces noise and interaction between signals and allows operation
at high common mode voltages.
Fully supported by Chart and Scope software.

USB isoPods recording meters (EPUxxx)
eDAQ USB isoPods record signals, directly to your PC, from various specialised transducers required in many physicalchemistry experiments. They provide the precision stability and speed required for critical experiments and are fully
controlled by software. The galvanic isolation provided on all units reduces noise, avoids ground loops and interaction
between signals as well as allowing operation at high common mode voltages. USB isoPods connect directly to a Windows
PC computer and can be used with eDAQ Pod-Vu, a display and recording application, serial data mode or third-party
software such as LabView.

Conductivity isoPod (EPU357/EP357)

Biosensor isoPod (EPU352/EP352)

Conductivity isoPod can be used with standard 2-electrodeconductivity probes for solution conductivity measurement.
Range settings: 0.002, 0.02, 0.2, 2, 20 and 200mS.

The Biosensor isoPod provides a bias voltage between ±2000mV and records the resulting current signal from many types ofamperometric sensors. It can also function as a Zero ResistanceAmmeter.

pH/ISE isoPod (EPU353/EP353)
The pH/ISE isoPod is suitable for use with most pH, ion
selective and oxidation/reduction potentiometric (ORP)
electrodes. It also provides an electrometer function. Signal
range is ±2000 mV with better than 0.1 mV resolution (ie.
more than pH 0-14 with better than 0.001 pH resolution).

Dissolved Oxygen isoPod (EPU354/EP354)
The Dissolved Oxygen isoPod is used for monitoringpolarographic (Clark) dissolved oxygen (dO2) electrodes.
Current signal ranges (and resolution) are ±20µA (6.25 pA), in
decades to ±20nA (6 fA).

Nitric Oxide isoPod (EPU355/EP355)

Thermocouple isoPod (EPU356/EP356)

The Nitric Oxide isoPod is a compact, low noise, signal
conditioner for monitoring polarographic nitric oxide
electrodes. Current signal ranges (and resolution) are ±2µA

Thermocouple isoPod is suitable for use with B, E, J, K, N, R, S,
and T-type thermocouples.

(625fA), in decades to ±2nA (0.6 fA).

Thermistor/RTD isoPod (EPU358/EP358)
Thermistor/RTD isoPod can be used with 1000 Ohm PT RTD or
30k Ohm thermistor temperature probes to record.

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Reconfigurable and Multichannel isoPods
In a laboratory environment it is often necessary to make measurement using different sensors. Traditionally this would
have required a different coupler or instruments for each type of sensor. eDAQ has developed a range of multichannel/
reconfigurable systems where each input can be reconfigured by the user to provide a broad range of functions.

NEW !! Quad Multifunction Reconfigurable isoPod (EPU452)
Multiple Channels Quad MF (multifunction) isoPod streaming Meter can support up
to four sensor probes on its four channels.
Research Grade precision, stability and speed required for critical experiments.
Galvanic isolation provided on each channel reduces noise, avoids ground loops
and interaction between channels as well as allowing operation at high common
mode voltages.
Simple USB connection Supports pod-Vu software and serial comms.
Reconfigurable by user to provide the following functions in any combination.

Suitable for teachinglab applications

•
•
•
•
•

pH/Ion Selective /ORP Electrodes/Electrometer.
Conductivity/Resistance.
Temperature (Thermistor or RTD).
Amperometric sensors (O2, CO2, etc.)
Zero Resistance Ammeter.

Quad pH/ISE/Electrometer isoPod (EU168)
Quad pH isoPod can support up to four sensors in any combination:• pH electrodes.
• Ion selective electrodes.
• Oxidation/reduction potentiometric (ORP) electrodes.
• Electrometer signals.
Signal range is ±2000 mV with better than 0.1 mV resolution (ie more than pH 0–14
with better than 0.001 pH resolution). The channels are electrically isolated fromground.

MultiSensor Teaching Kit (ER7006)
This kit includes the EPU452 unit, Pod-Vu software and common electrodes andtransducers to develop a range of experiments for teaching students about sensors
and biosensors used in chemistry and biochemistry:• ET5733 Combination pH Electrode - Tuff tip for student use.
• ET060 ORP Electrode. Combination type - has internal reference.
• ET1117 Polarographic Oxygen Electrode.
• ET902 Conductivity Cell, k=1, 12 mm diameter glass body.
• ET021 RTD Temperature Probe.

Other sensor combinations are available on request.

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Electrochemistry Systems
Integrated Potentiostats (ER466/ER467) - Now with up to 1 Amp capability!
An integrated unit containing a high performance potentiostat, waveform generator
and high speed recording system packaged in one unit. Ideal for research andteaching use, these fully software controlled systems can measure currents
from sub-nanoamps to 1Amp at up to +/-10Volts. Ideal for cyclic voltammetry andelectroanalytical chemistry supported by our Chart and EChem software.
Two data acquisition channels are provided for recording auxiliary signals such astemperature, pressure, crystal microbalance, surface plasmon resonance etc.
••

ER466 Standard model with 100mA to 20nA FS capability.
ER467 High current model with 1Amp to 20nA FS capability.

e-corder Based Potentiostats -These potentiostats connected to an e-corderprovide an ideal and flexible solution in many applications.
Potentiostat (EA165) - Replaces our popular EA163 unit
A modular 400mA and +/-10V compliance potentiostat with high bandwidth forelectroanalytical and cyclic voltammetry applications. These fully software controlledunits can measure currents from sub-nanoamps to 400mAmp. A 4 channel e-corder(ED410) can support up to two EA165 units and four EA165 units can be supported
by an 8 channel e-corder (ED821).
Also Available as a single board OEM product.(Refer to p.15)

Dual Picostat (EA362)
A high sensitivity, galvanically isolated, modular potentiostat that can measurefrom sub-picoamp currents up to 10 μA at up to ±10V. Ideal for use with in vivo
microelectrodes (including carbon fibres for neurotransmitter monitoring) and otherlow current sensors. The Dual Picostat can also be used as a bipotentiostat, or a4-electrode (2 reference and 2 working electrodes) potentiostat for membrane or theinterface between two immiscible electrolyte solutions (ITES)or other liquid junction)
experiments. Requires a 4 channel e-corder (ED410) unit for operation.

QuadStat (EA164)
The QuadStat is a high sensitivity four–channel modular potentiostat that can be usedwith one, two (bipotentiostat), three or four working electrodes, with either common or
separate reference and auxiliary electrodes. Ideal for use in vivo microelectrodes(including carbon fibres for neuro-transmitter monitoring) and other low current
sensors.
It has been used for microbial fuel cell, sensor research, and other work where
replicate samples are required. It has a current range setting of 200pA to10mA per
channel at up to ±10 V. The QuadStat is best suited for use with the 8 channel
e-corder ED821 unit.
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Enhancing and Upgrading PotentiostatseDAQ provides a number of products which can be used to enhance and/or upgrade existing potentiostats.
For example many older or 3rd party potentiostats have useful features and are capable of a new life with theaddition of some of the products listed below.

Dual Reference Adaptor (EA167) or Hi Impedance Differential Electrometer•••

Turns your standard DVM into a High speed high impedance differential
electrometer.
Turns your e-corder input channel into a High speed high impedance differential
electrometer.
Turns a standard eDAQ or 3rd party Potentiostat into a 4–electrode system with
one working, one counter, and two reference electrodes suitable for studies ofmembranes (4– electrode voltage clamp), or the interface between two immiscible
electrolyte solutions (ITES), or other liquid junction.

Waveform Generator (ER175) - High Performance Electrochemical Waveform
Generator.
Provides a range of programmable pulses, ramps, as well as triangular and sinusoidal
signals that can be sent to an eDAQ or other potentiostats to facilitate various
electrochemical experiments.
During slow speed cyclic voltammetry experiments the triangular waveform can bepaused, or even reversed using manual commands.
This unit is a modern replacement for the PAR 175 Universal Programmer
The waveform generator is fully integrated with Chart and can be controlled using
serial commands via applications such as LabView.

Data System (ED410/ED821)
The ED410/ED821e-corders provide an ideal replacement to chart recorders
or oscilloscopes used with older potentiostats.
Chart software (ES500) provides the necessary recording and analysis software
suitable for many electrochemical research applications requiring precision long term
recording.

EChem Software (ES260)
EChem software controls the collection, display and analysis of data fromelectroanalytical voltammetric experiments. When used with an e-corder unit, manyolder third-party potentiostats can be upgraded to the full range of elecrochemical
techniques including cyclic, square wave, normal pulse, and differential pulse
voltammetry and their stripping voltammetric equivalents.

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Electrochemistry Kits
EChem Startup Kits (ER461)
This popular electrochemistry system includes an ER466 Integrated Potentiostat,software and ET014 Electrode Kit.
Two data acquisition channels are provided for recording other experimental
signals.
It is an ideal system for research and teaching.

QuadStat Kit (ER7005)
This electrochemistry kit includes a EA164 QuadStat, ED821 8-channel e-corderdata recording unit, ER175 Waveform Generator and software.
It is an ideal system for multichannel channel studies of biosensors, microbial fuelcells, and in vivo oxygen or nitric oxide electrodes.

Dual PicoStat Kit (ER7162)
An electrochemistry kit comprising of a high sensitivity, isolated EA362 Dual Picostat,
ED410 4-channel e-corder with Chart, Scope and EChem software and an ET014
Electrode kit.
It is an ideal system for research with microelectrodes including invivo recording of
neurotransmitter levels with carbon fibre electrodes.

Mega Teaching Kit (ER7004)
This kit includes the hardware, software, electrodes and transducers required to
conduct a range of exciting experiments for chemistry and biochemistry laboratory
courses. It includes an Integrated ER466 recorder/Potentiostat, ET014 Electrode Kit,
isoPod meters and sensors for measuring pH, dO2, temperature, and conductivity.
Also includes Chart, Scope, EChem, and PowerChrom software packages.
This kit provides a flexible and cost efficient package for teaching and graduate andpost graduate projects.

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Contactless Conductivity Detection
Capacitively Coupled Contactless Conductivity Detection (C4D) is a fast evolving measurement technique thatcan be applied to 3 classes of applications. The C4D technique has the following broad advantages overconventional techniques.
••••Contactless: No fluid contact with electrodes
Small sample volumes: Can operate with capillaries, glass tubes and disposable pipettes.
No electrode cross contamination drift
Long term stability.

Class I C4D Detectors
This application requires the detection of small changes in conductivity due to analyte peaks. Used for capillaryelectrophoresis, microchip electrophoresis, ion chromatography, and salt gradient chromatography. Contactless conductivity
detection can be used to detect virtually all charged species: inorganic anions and cations, as well as organic ions, such ascarboxylic acids, amines, amino acids, peptides, proteins, DNA fragments, antibiotics and many other pharmaceuticalcompounds.

Class II C4D Detectors
These devices are designed to monitor relative changes in conductivity. In many of these applications it is changes in
conductivity that need to be measured not necessarily the absolute value.

Class III C4D Detectors
These devices require the measurement of absolute values of conductivity in mS/cm units
EDAQ offers solution in all above C4D classes. Contact eDAQ for options.

C4D Data System (ER225)
This system is supplied with PowerChrom software and accepts the output from one of theavailable C4D headstages. It also provides a second input channel to suit other detectors –for example an optical or electrochemical detector. The unit also provides a trigger input, ananalog control voltage and 4 control lines. Chart software with FIA extension is optional.
Requires a suitable C4D Headstage.

C4D Single Channel Detector System (ER815)
This single channel C4D Detector can be used with Chart, PowerChrom or third party
software. An analog output and trigger input is available. The unit can be set up foruse with third party systems such as ChemStation from Agilent, and 32 Karat from
Beckman Coulter. The serial protocol available on the unit can be used with your own
systems designed with LabView etc. Requires a suitable C4D Headstage.
The ER815 is available in the following configurations, depending on your application:• ER815R: Includes PowerChrom software, for capillary electrophoresis, microchip
electrophoresis and chromatography-type applications.
• ER815C: Includes Chart software, for flow injection analysis and conductivity monitoring
applications.
• ER815: For people wishing to use third-party software to record the data. In thisconfiguration, the ER815 provides both analog and serial data output.
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Contactless Conductivity Detection
C4D Multichannel Detector (ER825)
This multichannel Detector can be fitted with 1 to 8 input channels to measure multiple
signals simultaneously. Each channel can record a contactless conductivity signal,or an analog signals. The unit can be configured to be used with either third party
software such as ChemStation, 32 Karat or LabVIEW etc, or eDAQ software such as
PowerChrom and Chart.
Note: Each input channel requires a suitable Expansion Module (see below).
• ER825R: Two Channel Contactless Conductivity Detector with PowerChrom
software, for capillary electrophoresis, microchip electrophoresis andchromatography-type applications.
• ER825C: Multi-Channel Contactless Conductivity Detector with Chart software.
• ER825: Multi-Channel Contactless Conductivity Detector, for use third-party
software to record the data.

ER825 Expansion Modules•••

EA 010 GP Analog input module provides the means to connect a sensor voltage
signals and/or isoPod to an ER825 unit.
EA025 Headstage Module provides the means to connect any eDAQ C4D
headstage to an ER825 unit.

High Voltage Sequencer (ER430)
Four channel high-voltage supply suitable for microchip electrophoresis, electrokinetic
chromatography, or as a voltage source for micro reactors and mixers based on EOF
pumping.
• Up to ±3000 V at 150 μA.
• Four independent channel operation.
• Monitor current and voltage.
• Serial communication.
• Trigger external devices.

Octal Contactless Conductivity System (ER818)
The ER818 was designed to allow the simultaneous contactless-conductivity
measurement of up to 8 low-volume samples, with low wastage and zero crosscontamination. This is not a standard product and it can be customized to meetcustomer’s application. It can be used with disposable pipetttes, NMR tubes andother suitable tubular sample holders.
The system consists of a Control unit (ER815) and the Octal headstage (ET128)

Microchip Electrophoresis Bundle (ER455)
Complete system for microchip electrophoresis experiments. Includes an ER225 C4D
Data System, ER430 high voltage sequencer, ET225 chip platform, test solutions(EC020) and software. Also included are a set of 45 mm (ET145-4) or 90 mm(ET190-2) chips, please indicate your preference at time of ordering.

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C4D Headstages
eDAQ provides a number of C4D headstage configurations to suit various classes of applications. These headstages can beused with any eDAQ C4D Systems such as:•••

ER225 for a 2 channel system with control capability
ER815 for a low cost single channel system
ER825 for a multi channel configurable system supporting C4D headstages and other analog inputs.

C4D Headstage for Capillary Electrophoresis(ET120)
This C4D headstage is used with 365 μm OD capillaries in capillary electrophoresis applications
as a detector. Its small size can fit into CE cartridges. Small electrode separation and fast speed
allows narrow analyte peaks to be detected.

General Purpose C4D Headstage (ET125/ET130/ET131)
This C4D headstage connects to tubing used in ion chromatography (IC), flow injection
analysis (FIA), or capillary electrophoresis (CE) systems.
This headstage comes in 3 configurations:• ET125 General Purpose headstage used as a conductivity monitor. This headstage isused with 1600μm OD tubing - conductivity range is determined by tubing ID from
20mS/cm to 200μS/cm.
• ET130 Fixed configuration for HPLC/Ion Chromatography detector applications
using1600μm OD 125μm ID tube.
• ET131 Configurable headstage for monitoring applications – contact eDAQ regarding
use in special applications

Micronit Chip Electrophoresis C4D Platform (ET225)
Platform for Micronit microfluidic chips with integrated C4D electrodes. This C4D platform iscompatible wiith the ER225 Data system and the ER430 High Voltage sequencer.
Suitable for use with 45mm ET145-4 and 90mm ET190-2 micro chips.

Octal Headstage (ET128)
The ET128 Octal head stage can be used with disposable pipettes, capillaries, NMR
tubes and other suitable tubular sample holders. This unit is not a standard product andrequires adaptation to customer applications at time of order. This unit is controlled by
an ER815 C4D Single Channel Detector System and is supported by a set of serialcommands to configure the system and acquire the experimental data.
Contact eDAQ to discuss potential applications.

Microchip Platform with C4D Electrodes (ET121)
The ET121 is used as a C4D detector for microchip based electrophoresis and otherexperiments. C4D can be used for virtually all charged species: inorganic anions andcations, as well as organic ions, such as carboxylic acids, amines, amino acids, peptides,
proteins, DNA fragments, antibiotics and many other pharmaceutical compounds. It has
been tested and qualified for use with specific ChipShop microelectrodes.
Contact eDAQ to discuss potential applications.

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Electrodes, Sensors & Accessories
eDAQ has a range of electrodes, sensors and accessories to complement and support our systems. These include a rangeof disc and screen printed electrodes for voltametric experiments. We also have a selection of sensors for measuring
temperature, pH, conductivity and oxygen. The electrode polishing kit accessory (ET030) provides the means to clean andrepolish voltametric electrodes that can maintain and improve the quality of the acquired experimental data.

EChem Electrode Kit (ET014)
The EChem Electrode Kit (ET014) contains three working electrodes (gold, platinum andglassy carbon), reference and auxiliary electrodes, plus reaction vials /stirrers, cell holder anda stand.

Reference Electrodes

Leakless Electrodes (ET069/ET072) are constructed with a plastic body which is suitable forelectrochemistry research and teaching. The leakless electrodes are completely leakless andwill not contaminate your sample with chloride or silver ions. Refillable Ag/AgCl referenceelectrode (ET073) has an electrode body that is made of PTFE tubing which is highly resistant
to most chemicals and is suitable for electrochemistry research and teaching. A larger refillable
Ag/AgCl electrode (ET054) has a 6mm Dia glass body. The Hydroflex Hydrogen ReferenceElectrode (ET070) has a replaceable hydrogen producing cartridge.
See latest nanotude based Mini Reference Electrode ET1613

Screen-Printed Electrodes

A range of Kanichi and Zensor screen-printed electrodes, with working, reference andauxiliary electrodes on one strip. Available with different working electrode materials. They
can be used as low cost disposable electrodes for teaching experiments or for routine analysis.
Kanichi screen printed electrode adaptor (ET099) ensures reliable electrode configuration.
Flow cells are available on request.

Voltammetric Disk ElectrodeseDAQ supplies a variety of 1 mm diameter disk electrodes encased in 3 mm outer
diameter OD diameter PEEK (polyetheretherketone) bodies, and 3 mm diameter disk
electrodes encased in 6 mm OD PEEK bodies.
They are ideal for electrochemical voltammetric experiments such as cyclic voltammetry,square wave voltammetry, etc, where they are used as a ‘working electrode’ connected to apotentiostat. The electrodes can be used in aqueous as well as most organic solvents (including
methanol, ethanol, acetonitrile, dimethyl sulfoxide, dichloromethane, propylene carbonate,
and tetrahydrofuran).

Inert Wire Electrodes

Inert wire electrodes (ET078) 70 mm long and (ET086) 150 mm long, are 1.6 mm diametertitanium rods with a 2.5 micron coating of platinum. Platinum Plate electrode (ET055) features
a glass body for good chemical resistance.
They are very resistant to corrosion and can be used as a miniature anode, cathode, or
auxiliary electrode in many electrochemistry experiments.

Probes for Temperature, pH, Conductivity and Oxygen
A range of electrodes and sensors for measuring:•temperature thermocouples, thermistors & RTD probes.(ET1400,ET405,ET020, ET021)•

pH and oxidation/reduction potential.(ET042, ET044, ET060, ET5733)•

conductivity ‘dip in’ or flow-through probes.(ET901,ET902,ET903,ET908,ET915,ET916)•

oxygen: galvanic or polarographic probes.(ET1115, ET1120, ET117)
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Software ApplicationseDAQ has a selection of software for different applications. We will help you chose the software that best suits your needs. The
software can be purchased individually or as part of a package. For example, e-corder systems include both Chart and Scope
software, while PowerChrom Systems includes the PowerChrom software.

Chart Software and Scope Software (ES500)
Chart software provides an intuitive data acquisition interface for e-corder units (p.3).
Signals on multiple channels are simultaneously recorded in a series of adjacent
blocks, within the one file, as you start and stop recording. Many calibration,
annotation, and signal analysis features are included including the display oftransformed signals on extra ‘virtual channels’. As well, there are specialised software
plug ins, ‘Chart Extensions’ available to download from eDAQ website at NO
additional charge

Scope software acquires data in a series of sweeps (or ‘pages’ ) within the one
file. These sweeps can be overlayed to compare results from one sweep or you canaverage the signal from successive sweeps (to increase signal-to-noise levels) or
subtract a ‘baseline’ sweep from others, or apply various mathematical transforms.
Scope software can be used in place of XY, XYT plotters, or oscilloscopes.

EChem Software (ES260)
EChem software controls the collection, display and analysis of data fromelectroanalytical voltammetric experiments. EChem is fully compatible with the eDAQ
range of potentiostats (page 4). When used with an e-corder unit (page 3), many older
third-party potentiostats can be upgraded to the full range of EChem techniques
including cyclic, square wave, normal pulse, and differential pulse voltammetry andtheir stripping voltammetric equivalents.

PowerChrom Software (ES280)
PowerChrom software is used for the collection, display and analysis ofchromatographic data. It’s the ideal data acquisition system for upgrading your GC,
HPLC or IC instrument. Throw away integrators, chart recorders and DOS-based
systems. The software can collect signals from one or two detectors. Easily create
reports or copy and paste your data to third party software for publishing. Suppliedwith PowerChrom 180R and 181R systems or optionally with e-corder systems.

Pod-Vu Software (ES350)
Pod-Vu software enables your Windows PC computer to calibrate, display, and store
signals from up to eight eDAQ USB isoPod channels. Features include:
Selectable gain ranges/Units conversions/Setting data recording speeds/Sensor/
Electrode Calibration/Y-Axis Scaling/Fixed duration recording/Signal Zoom and
DVM output plus many others.

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Utilities & Tools
eDAQ provides a number Utilities and Tools in support of our systems.

C4D Profiler
This Utility exercises a C4D system over a user specified range of excitation frequencies and levels in order to estimate themost appropriate operating regime.

C4D Configurator
This utility is like an instrument control panel and allows a user to set up all the operating parameters of a C4D system prior to
its use by third party software.

Quad HV Sequencer
This utility provides full control of the High voltage sequence generated by the ER430 HV Sequencer it includes a visual
representation of the microchip and the applied voltages and currents.

ER8x5 Converter & Updater
Converts the internal firmware of an ER8x5 unit to allow use of high level applications such as chart or PowerChrom andsimultaneously updates to the latest version.

ER8x5 Normalisation Utility
Normalisation Utility computes the normalisation coefficients to linearise the ER8x5 sytem output.

You can find training videos, application and teaching notes and answers to Frequently Asked Questions.
You can download manuals and the latest version of eDAQ software at www.edaq.com/help.
Our wiki page at https://www.edaq.com/wiki/Main_Page could also prove useful.

Latest!! Modular & Miniature Carbon Nanotube Technology
Ion Selective Electrodes
ET1632 Modular single ISE system with more than 17 inserts types including pH, reference and ISE’s.
ET1615 ISE Inserts for the ET1632.
ET1613 Mini Reference Electrode.
ET1601 Mini Ion Selective Electrodes more than 17 ions.

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OEM Opportunities
eDAQ has a number of products that can be adapter for OEM applications. A brief outline of systems that can be adapted tocustomer applications are described below.
Contact eDAQ to discus possible applications.

Minicorder
1 or 2 channel recorder supported by powerful Chart software. Single board (120mm x 160mm) USB powered system.
A powerful and flexible recording and analysis tool.

PowerChrom System
A single board 1 or 2 channel USB based Chromatography Data system supported by a powerful and reliable
chromatography analysis system.

isoPods
Single board (85mm x 50mm) isolated sensor conditioning couplers. Available with analog output or USB based serialcommand interface. Either USB powered or a +5 volt supply.

Potentiostat EA165
A single board (180mm x 240mm) potentiostat suitable for connection to an external controller. Provides a full function
potentiostat with20nA to 400mA range with +/- 10 Volt compliance.

C2D monitor EP359
A single board (100mm x 160mm) C4D monitor. Nominal +12 Volt supply supports 380/800/1600 and 3200 um OD
tubing. Both USB and serial (RS232C) protocol available.

C4D detector ER815-OEM
A single board (100mm x 160mm) C4D Detector supporting ET120 and ER13x headstages. Includes a second detector input.
Both USB and serial (RS232C) protocol available.

Electrochemical Impedance Spectroscopy The latest!!
We have a number of EIS systems suitable for many applications. Contact eDAQ for the latest up to date information
on specialised high performance Impedance Spectroscopy systems, including advanced photoelectrochemical systems.
Performance up to 12MHz and 10 Amps and specialised applications in single and multichannel battery, fuel cells and solar
cells arrays and optically induced fast transient analysis.

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Head Office
Australia / New ZealandeDAQ Pty Ltd
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Denistone East, NSW. 2112
AUSTRALIA
Phone: +61 2 98078855
email: info@edaq.com

USA / Canada/Mexico
Mr Micael HageneDAQ Inc.
5755 Industrial Place, Suite A Colorado Springs
CO 80916
USA
Phone: 719 576 7000
Toll free: 888 965 6086
email: usa@edaq.com

Europe/Africa/Middle East
Mr Michael BaudouineDAQ Europe
Rokosowska 11/11
02-348 Warszawa
POLAND
Phone: +48 660 30 96 98
email: michaeldc@edaq.com

Southeast Asia/China/Japan/Korea
Dr Oliver WoodhouseeDAQ Southeast Asia
Unit 98/470, The Address Sathorn
Sathorn soi 12, Silom, Bang Rak
Bangkok 10500
THAILAND
Phone: +66 2 012 9200
email: oliver@edaq.com

Local DistributoreDAQ Pty Ltd is an Australian based company designing, manufacturing and marketing research grade equipment forphysical chemistry applications since 2002

eDAQ.comwww.

E-mail: info@edaq.com
e-corder and PowerChrom are registered trademarks, isoPod and Pod-Vu are trademarks of eDAQ Pty Ltd.
Chart and Scope are trademarks of ADInstruments Pty Ltd. tethaPod, tethaPlate, tethaPatch and tethaQuickare trademarks of SDx Tethered Membranes Pty Ltd.

Document Number: M-SFCat-0518
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