SOLLICH
Multichannel Pot. – Galv. & Battery Tester

SOLLICH 2061 MPG&BT is a complete measuring instrument designed for cycling and testing cells, batteries and supercapacitors, as well as for measuring and testing electrochemical systems.

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Documentation

and technical data

Description

The SOLLICH 2061 MPG&BT – Multichannel Potentiostat Galvanostat and Battery Tester, can consist of 1 to 8 independent IPGTU units.

Each IPGTU unit can carry out its own research program.

Three operating modes of the unit are available:

  1. Potentiostat
  2. Galvanostat
  3. Battery charge and discharge tester.

Device functions

  1. Limiting the process of handling a single experiment, depending on:
  • time,
  • battery voltage, cell voltage, external sensor voltage,
  • battery current,
  • temperature,
  • voltage,
  • charge, energy,
  • voltage drop (-ΔU) during charging,
  • combination of the above-mentioned conditions,
  1. Temporary suspension of the process:
  • due to exceeding the temperature,
  • due to exceeding of the voltage of the external sensor
  1. The device enables the measurement of voltages / potentials on 3 independent inputs,
  2. The device enables simultaneous temperature measurement in the range of -50°C to 100°C,
  3. Possibility to create any sequence of charging, discharging, potential or current forcing and measurements over time,
  4. Measurement of voltage and potentials using a reference electrode,
  5. A program allowing to create a list of experiments, including the creation of multiple execution loops from selected experiments and inside nested loops,
  6. Recording the results of the IPGTU unit in non-volatile memory,
  7. Programmable frequency of saving the results of the unit in its non-volatile memory,
  8. The ability to read and visualize the results during the research program,
  9. Optical signaling of operating status and alarms,
  10. Acoustic signaling of alarms
  11. Possibility to enter the service program from an external computer.
  12. External computer needed to program the device and to receive the measurement results.
  13. Possibility to read the results during the implementation of the research program.
  14. Optical signaling of operating status and alarms.
  15. Acoustic signaling of alarms.

Technical data

1. Current – voltage parameters of the IPGU
1.1. IPGTU maximum current +/- 200 A
1.2. Maximum voltage of the current output +/- 60 V
1.3. Programming of the Curr current, in the range: +/- 200 A
1.4. Programming resolution of Curr current value 16 bit
1.5. Programming inaccuracy of Curr current value < 0.1%
1.6. Measurement of the Curr current value, in the range: +/- 200 A
1.7. Resolution of the measurement of the Curr current value 24 bit
1.8. The inaccuracy of the Curr current measurement in the ranges: 20 nA to 200 nA 2 uA to 200 mA 2 A to 20 A. 200 A   < 0.50 < 0.10 < 0.30 < 1.0   %
1.9. U / E voltage / potential programming range +/- 60 V
1.10. Programming resolution for U / E voltage value 16 bit
1.11. Programming inaccuracy of voltage / potential U / E < 0.2%
1.12. Voltage / potential U / E value range +/- 60 V
1.13. Measurement resolution of voltage / potential U / E value 24 bit
1.14. Measurement inaccuracy of voltage / potential U / E < 0.1%
1.15. Maximum number of cells in a battery 8 pcs
1.16. Voltage range Vcell +/- 10 V
1.17. Resolution of measurement of Vcell voltage value 24 bit
1.18. Inaccuracy of measurement of Vcell voltage value < 0.1%
1.19. Current consumption of voltage / potential measuring inputs < 10 pA
1.20. External voltage measuring range Uext +/- 10 V
1.21. Temperature measurement range – 50… 100 ° C
1.22. Number of measurements possible to save in the non-volatile memory of the ICDU unit 320,000 points
2. General
2.1. Power 230 +/- 10% 48 – 60 V Hz
2.2. Cassette housing: 3U (L x H x D) 3U (D x W x D) 6U (D x W x D) 360x170x400 480x170x400 480x320x400 mm

Download files

SOLLICH 2061 MPG&T – Specyfikacja Techniczna 

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