The PARSTAT 4000A electrochemical workstation represents Princeton Applied Research's decades of experience in designing and manufacturing research grade electrochemical comprehensive testers. Design a complete and integrated solution,
PARSTAT 4000A Electrochemical WorkstationIt is a new "Reference Grade" electrochemical workstation upgraded and developed on the PARSTAT4000 electrochemical workstation. It combines over 50 years of brand history and professional manufacturing of DC electrochemical measuring instruments from Princeton Applied Research, as well as 60 years of experience in the development and manufacturing of AC impedance testing instruments from Strong Transmission Application Research. It is a new research level electrochemical workstation system produced by combining the R&D and manufacturing technologies of two brands.
PARSTAT 4000A Electrochemical WorkstationIt can be applied in the following research fields: electrochemistry, corrosion and coatings, batteries/capacitors, fuel cells/solar cells, sensors, biomedical applications, and nanotechnology. The new PARSTAT 4000A provides higher testing speed, versatility, and accuracy, and is an example of research and design based on customer application recommendations.
+/-48V high slot pressure
+/-4A standard high current output (* expandable to+/-20A)
40pA * small current range, resolution up to 1.2fA
10uHz~10MHz impedance test
1uS high-speed sampling, the instrument has a built-in 4M cache to prevent data loss
Small current option, up to 80fA * small range, 2.5aA * small current resolution
Equipped with standard grounding floating function
| power amplifier |
| output voltage |
±48V |
| output current |
± 4A (standard) ± 20A (optional) |
| Potential control (constant potential mode) |
| Range of applied potential |
± 10V (+/-48V expandable) |
| Current control (constant current mode) |
| Range of applied current |
± 4A (standard),± 20A (optional) |
| Potential measurement |
| Potential measurement range |
± 10V (+/-100V, expandable through turbocharger options) |
| Impedance Module (EIS) Options |
| pattern |
Potential control/current control |
| scanning method |
Linear or logarithmic |
| IR compensation |
| positive feedback |
have |
| Dynamic iR compensation |
have |
| Interface (standard) |
| Digital input/digital output |
5 TTL logic outputs, 2 TTL logic inputs |
| Computer/Software |
| communication interface |
USB mode |
| operating system |
Windows XP, or Windows 7, 8, 10 |
| PC configuration (at least required) |
Core i 5/4GB memory high data acquisition requires large memory |
| software |
VersaStudio/ VersaStudio Developers Kit(VDK) |
| routine |
| voltage |
750VA Max. Voltage range 90Vac to 250Vac, 50-60Hz |
| Size (length X width X height) |
515 x 490 x 195mm |
| weight |
50lbs, 23kgs |
| Environmental temperature for use |
10°C to 50°C |
| humidity |
Maximum 80% non-condensing |
| Ideal temperature |
25°C |
| Dummy Cell simulation electrolytic cell |
Built in (DC only) |
| CE Certification |
pass |
|
| 20A current amplifier option |
model |
| ± 20A high current option, supports chemical cells, fuel cells, and electroplating applications, switches between current amplification and normal operating modes with simple cable connections. |
20A/ PARSTAT4000 |
| Small current option |
| Plug and play, low current option |
Version |
| Advanced Auxiliary Interface |
| This AAI option allows for an additional input interface with 4 A/D converters, enabling Versastudio software to obtain more recorded data through the VersaSTAT host. |
AAI/PARSTAT4000 |
| Electrochemical cell options |
| Corrosion Cell Kit |
K0047 |
| Corrosion Flat Cell |
K0235 |
| Micro Cell Kit micro electrolysis cell |
K0264 |
| Analytical Cell Kit for analyzing electrolytic cells |
RDE0018 |
| Tait Cell Coating Evaluation Tank |
K0307 |
| Auxiliary attachments |
| Quartz crystal microbalance |
QCM922 |
| Rotating disk electrode |
616 |
| Rotating ring electrode |
636 |
|
|
VersaStudio software for comprehensive electrochemical testing with full functionality
The Studio software supports the PARSTAT4000 electrochemical workstation, including a 20A current amplification device and a small current option. The comprehensive combination of software and hardware in various systems enables Studio to focus on research in various fields and continuously upgrade through different budgets.
The software provides comprehensive and extensive electrochemical testing methods, which are not only powerful but also easy for beginners to learn and use.
| open circuit potential |
Square wave voltammetry |
Control potential impedance |
| Linear scanning |
Differential pulse voltammetry |
Control current impedance |
| Cyclic voltammetry (single cycle) |
Conventional pulse voltammetry |
Loop loop experiment |
| Cyclic voltammetry (multiple cycles) |
Reverse phase conventional pulse voltammetry |
time delay function |
| Staircase linear scanning |
Zero resistance meter (electrochemical noise) |
Information prompt function |
| Stepwise cyclic voltammetry (single pass) |
galvanic corrosion |
Open circuit potential testing function |
| Stepwise cyclic voltammetry (multiple times) |
Cyclic polarization |
Auxiliary input interface |
| Timing current |
Linear polarization |
External application triggering |
| Timing potential |
Tafel Tafel Curve |
DAC output control |
| Timing battery level |
constant potential |
Electrode surface pretreatment |
| Fast potential pulse |
dynamic potential |
Pre sedimentation |
| Fast electric pulse |
constant current |
balance of system |
| Periodic potential pulse |
Dynamic current |
System purification |
| Periodic electric pulse |
Dynamic iR |
IR compensation measurement |
|