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// Kolibrik Potentiostats line

PTC-0520E

High-accuracy EIS potentiostat
Cited in the literature See research citations →

A four-quadrant potentiostat/galvanostat for high-power electrochemistry — ±20 A at ±5 V, four current ranges, and EIS from 1 mHz to 100 kHz. Air-cooled 4U unit for a 19-inch rack, built for fuel-cell, electrolyser and stack testing.

What it does
  • Sources and sinks up to ±20 A at ±5 V
  • Four current ranges: 20 mA, 200 mA, 2 A, 20 A
  • Built-in EIS from 1 mHz to 100 kHz
  • EIS to 100 kHz, with limited use to 1 MHz
  • 24-bit acquisition at 1 ksps, 50 sps filtered; 20 Msps for EIS
  • Windows software with a TCP server, LabVIEW drivers and a Python library
For applications including
±20 A
Maximum current
4 ranges: 20 mA, 200 mA, 2 A, 20 A
±5 V
Max applied potential
±10 V electrometer input
100 kHz
EIS upper limit
From 1 mHz; limited use to 1 MHz
24-bit
A/D conversion
0.001% of range; 20 Msps for EIS
4U
Rack height
19-inch cabinet, air cooled
// System highlights

EIS capability

Kolibrik PTC-0520E Key parameters

Potentiostat/Galvanostat  ±5 V, ±20 A
Max internal power dissipation 350 W
4 current ranges 20 mA, 200 mA, 2 A, 20 A
Impedance spectroscopy 1 mHz .. 1 MHz
Cooling  Air

Features

  • Kolibrik Potentiostat / Galvanostat up to ±20 A (4-quadrant)
  • Impedance spectroscopy 1 mHz ... 1 MHz
  • Cyclic Voltametry, Chronoamperometry and other standard electrochemical methods
  • Software with external control via TCP/IP, LabView drivers on request 
// Research citations

Cited in the literature

Independent research citations for this instrument are provided by Bioz and appear here once the widget loads.

Citation data provided by Bioz.
// Overview

High-power H2FC Kolibrik potentiostat

POTENTIOSTATS / GALVANOSTATS WITH EIS FOR VARIOUS USE

  • Potentiostats are designed for EIS analysis of single fuel cells, electrolyzers, or batteries.

Applications

Typical applications include

  • hydrogen fuel cells,
  • water electrolyzers,
  • solid-oxide cells,
  • redox-flow batteries,
  • lithium batteries with high-current and high-power requirements.

Additionally, EIS is utilized in applied research, manufacturing testing, and quality control.

// Specifications

The complete technical detail

System
PotentiostatYes
GalvanostatYes
Power supply110_240V AC / 50_60 Hz
Electrometer & potential
Electrometer Input voltage range-10 V +10 V
Compliance / Output voltage-5 V +5 V
Current
Compliance / Output current-20 A +20 A
Current Ranges4 current ranges (20 mA, 200 mA, 2 A, 20 A)
Acquisition
Sampling24-bit ADCs, 1 ksps internal,50 sps filtered sampling14-bit ADCs, up to 20 Mspsfor EIS measurements
Measurement resolution0.001 % of selected rangefor ≤ 1 ksps sampling
AccuracyVoltage ≤ 0.1 % of range+ 0.1 % of readingCurrent ≤ 0.1 % of range+ 0.5 % of reading
Acquisition methodsconstant V, I, open circuit,manual controlConstant V, I, Open circuit, Manual control, Linear Sweeps,Cyclic Voltammetry, Cyclic Amperometry,Electrochemical Impedance Spectroscopy (EIS),Chronoamperometry, Chronopotentiometry,Double Step Chronoamperometry, Double Step Chronopotentiometry,Current Interrupt, Square Pulse Potentiometry, Square Pulse Amperometry,Battery Charge and Discharge,Custom experiment sequences, Python scripting
EIS measurement
EIS frequency1 mHz ... 100 kHz,limited use up to 1 MHz
EIS amplitude1.. 1000 mV, up to 10 A for < 1 kHz
Physical
Dimensions19“ rack cabinet, 4U height
CoolingAir
Protection ratingIP20
Software & control
ConnectionUSB 2.0
SoftwareSoftware for MS Windows, TCP Server, NI LabVIEW drivers,Python library and examples

Specifications are drawn from this product page and are pending datasheet verification — see SPEC-VERIFICATION.md.

// Resources

Documentation