| OUR PRODUCTS: |
Contacts:
Russia, 190020
Saint Petersburg,
Nab. Obvodnogo canala, 150
"Himanalyt", NTF "Volta"
phone +7 (812) 786-72-89
phone (fax) +7 (812) 786-65-89
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 OUR PRODUCTS The Potentiostats of IPC series |
Potentiostat/galvanostat series of IPC
Potentiostaty used in scientific laboratories, and laboratories for electrochemical industries and testing laboratories.
Potentiostat/galvanostat provides for:
- Study of deposition and dissolution of metals
- the study of electrode processes in chemical current sources
- voltammetric and coulometric determine the composition of substances
- other electrochemical measurements
Potentiostat/galvanostat can be used:
- together with the electrochemical sensor «Module EM-04» - for the analysis of drinking, natural and waste water, as well as food and various materials for the maintenance of toxic elements (Cu, Pb, Cd, Zn)
- in conjunction with the VED-06 - for the study of electrochemical deposition and dissolution of metals, chemical current sources, to develop methods of electrochemical protection of metals and alloys from corrosion damage. These studies are helping to select the right operating conditions of technological equipment and to extend its service life.
Software Potentiostat/galvanostat allows you to:
- coding and editing software algorithms for measuring
- graphical presentation and record the results in any of the modes of
- analysis of data in different coordinates
- transformation of the source files into a format compatible with other standard packages (Excel, Origin, Grapher)
- procedures for smoothing curves
- interpolation and summation (subtraction) curves
- Automatic detection of wave height and area, and peaks
Module Potentiostat/galvanostat includes:
- electronic measuring unit
- software
- user manual, passport
By the additional order:
Potentiostat/galvanostat IPC Micro:
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| output voltage |
± 5V |
| current range |
1
From ± 1 nA to 10 mA
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| range of reference voltages |
±5V |
| scan rate |
From 0 to 1 v/s |
| max rate of registration IET |
10 msec/triad |
| IR compensation |
passive |
| analog input |
no |
| external programmer |
no |
| advanced options |
- |
| power |
adapter 9…18 V |
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Potentiostat/galvanostat IPC Compact
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| output voltage |
± 15V |
| current range |
5
± 4 mkA; ±40 mkA;
±400 mkA; ±4 mA; ±40 mA
|
| range of reference voltages |
±5V |
| scan rate |
From 0 to 1 v/s |
| max rate of registration IET |
10 msec/triad |
| IR compensation |
passive |
| analog input |
no |
| external programmer |
no |
| advanced options |
- |
| power |
adapter 9…18 V |
|
Potentiostat/galvanostat IPC Pro MF:
 |
| output voltage |
± 30V |
| current range |
7
±1mkA,
±10 mkA ±100 mkA
± 1 mA, ±10mA,
±100mA, ±1 A |
| range of reference voltages |
±5V |
| scan rate |
From 0 to 100 v/s |
| max rate of registration IET |
10 mc/triad |
| IR compensation |
active |
| analog input |
present |
| Âíåø. çàäàò÷èê |
present |
| advanced options |
embedded memory
on 16000 point |
| power |
220V |
|
Potentiostat/galvanostat IPC Pro 3A:
 |
| output voltage |
± 30V |
| current range |
4
± 3 mkA, ±30mkA,
±300 mA, ±3 A
|
| range of reference voltages |
±5V |
| scan rate |
From 0 to 100 v/s |
| max rate of registration IET |
10 msec/triad |
| IR compensation |
active |
| analog input |
present |
| external programmer |
present |
| advanced options |
embedded memory
on 16000 point |
| power |
220V |
|
Potentiostat/galvanostat IPC Pro L:
 |
| output voltage |
± 15V |
| current range |
6
± 3 mkA, ±30mkA, ±300mkA;
±3 mA; ±30 mA, ±300 mA |
| range of reference voltages |
±5V |
| scan rate |
From 0 to 100 v/s |
| max rate of registration IET |
10 msec/triad |
| IR compensation |
active |
| analog input |
present |
| external programmer |
present |
| advanced options |
embedded memory
on 16000 point |
| Power |
adapter 9…18 V |
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BiPotentiostat IPC-Twin
Another electrochemical task is set potential on two independent electrodes, located in one cell.
For this purpose, using biPotentiostat IPC-Twin Compact - device configuration which consists of a pair of modules of the basic design of IPC-Compact.
 
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|
| output voltage |
± 15V |
| current range |
5
± 4 mkA; ±40 mkA;
±400 mkA; ±4 mA; ±40 mA |
| range of reference voltages |
±5V |
| scan rate |
From 0 to 1 v/s |
| max rate of registration IET |
10 msec/triad |
| IR compensation |
passive |
| analog input |
no |
| external programmer |
no |
| advanced options |
- |
| power |
adapter 9…18 V |
|
Use of such devices - the polarization of the disk electrode with ring, tunneling microscope with electrochemical interface, the different analytical devices, where one electrode is generated by the test product and another performed his detection.
Both channels of biPotentiostata is equal to the choice of mode polarization and managed through the Com-2 port. This allows you to independently switch the current ranges, choose the mode (Potentiostat/galvanostat), to perform scan. There is a program that provides the synchronization of the complex and the registration of data from both channels.
Frequency Response Analyzer (FRA)
Frequency Response Analyzer is designed for studies of electrochemical impedance systems in real time.
|
| frequency range |
0,001 .. 50000 Hz |
| amplitude of sinusoidal signal |
±2,44.. ±625 mV |
| sensitivity of the analyzer for each channel |
from ±20 to ±2500 mV
with discreteness ±2047 levels
|
| power |
adapter 9…18 V |
| The parameters of the polarization are determined by the model Potentiostat. |
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FRA with Potentiostat IPC Pro
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