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Gamry PAL Plus Cell Cable & Adapter

The Gamry PAL is a compact potentiostat made with portability and utility in mind. It’s powerful enough to teach voltammetry in a hands-on classroom with screen-printed electrodes. It’s capable enough for lightweight laboratory testing using the cell cable. You can even take it out with you to run field experiments. The versatility makes it a nice companion to your fully-featured Gamry potentiostat.
The optional cell cable and adapter let you connect to glass cell kits like the Dr. Bob’s Cell kit.

Software is included! The Gamry PAL runs in Gamry Pal Suite. It does not run in Framework or the toolkits.

Note that this is not a research-grade potentiostat. As such, it does not have the frequency range or accuracy that an Interface or Reference potentiostat does.

Technical Support is available via contact form.

 

Techniques

  • Chronoamperometry
  • Linear Sweep Voltammetry
  • Cyclic Voltammetry
  • Differential Pulse Voltammetry
  • Normal Pulse Voltammetry
  • Open Circuit Potential
  • Potentiostatic Electrochemical Impedance Spectroscopy
  • Square Wave Voltammetry

Downloads

Specifications

Max Applied Voltage: ± 2.5V Max Current: is 30 mA at ± 1.5V or
20 mA at ± 2.5V
Compliance Voltage: ± 3.5V
OCP Max: ± 2.45V 7 Current ranges: 100 nA-30 mA  EIS Range: 100 mHz – 100 kHz
1 Year Warranty Windows 10 or 11; Android 6 Max Sample Rate: 1000 samples/second

Part Numbers:

992-00223 - Gamry PAL Potentiostat Plus Cell Cable and Adapter

985-00239 - Gamry PAL Cell Cable & Adapter 

 

Reviews

Small potentiostat, big satisfaction

Rating: 4.0 4 Out of 5 Stars

Organization: University of Padova

Application Area: Microelectrode testing and ciclic voltammetry, in class experiments

"The minipotentiostat is very easy to use with your own laptop, wherever you are. It was initially intended for in-class demonstrations, but later proved useful for laboratory applications as well, for example, testing the functionality of micro- and nanoelectrodes, and more generally, performing cyclic voltammetry tests on microelectrodes. It works very well, and when placed inside a Faraday cage, even ultramicroelectrodes can be tested easily with very low noise levels (4?6 nA)."

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