PAT-Tester-i-16

PAT-Tester-i-16

The PAT-Tester-i-16 integrates a temperature controlled cell chamber and docking station with a battery tester into one single instrument.

The PAT-Tester-i-16 is our all-in-one solution for multi-channel testing.

Until now, battery research solutions for higher throughput were modular systems built around wired test cells or test cells docked into a docking station. The cells and docking stations needed to be placed into a temperature-controlled chamber and connected via many cables to a potentiostat / galvanostat outside.
Such modular and distributed set-ups are flexible, but have severe drawbacks such as a large foot print, an extensive cable harness, and susceptibility to experimental mistakes.

With the new PAT-Tester-i-16 we integrate all functions of a 16-channels battery tester, a PAT docking station, and a temperature-controlled test chamber into one single instrument.

The world-wide patented cableless connection between test cell and potentiostat saves space in your lab and eliminates wiring effort. Plug the PAT-Tester into the main power supply, connect it to your LAN and get full remote access from any host PC on the network!
The internal impedance analyser is capable of simultaneously recording both half-cell impedances while running constant current cycles or voltammetric experiments. Aquire the DC and AC characteristics of your test cells at the same time! (See our sample test case here.)
All test channels feature a switch-matrix for software-controlled switching between half- and full-cell measurements without reconnecting any cables.

Our single device solution for all your needs

Battery tester
The PAT-Tester-i-16 is a fully featured potentiostat / galvanostat / impedance analyzer.

+

Temperature controlled chamber
The integrated Peltier temperature control offers a temperature range from +10 to +80°C.

+

Docking station
The PAT-Tester-i-16 contains 16 independent channels for all PAT series test cells.

=

PAT-Tester-i-16 features

16 independent channels for PAT-series test cells

Each channel with fully featured potentiostat / galvanostat / impedance analyzer

Current: up to 100 mA, 4 current ranges plus autorange

Voltage: ±7 V control range

Impedance: 10 µHz to 10 kHz

Data acquisition

24 Bit ADC

1 ms sampling interval with intelligent data reduction

Simultaneous recording of both half-cell voltages and sensor signals (e.g. temperature, pressure)

Software controlled switching between control modes: full cell, cathode half cell, anode half cell

Integrated Peltier-temperature-control with a temperature range of +10 to +80°C

Built-in server with a solid-state hard disc for independent operation from the host PC

Intuitive, powerful experiment builder for setting up common tests such as CCCV cycling, voltammetry, impedance tests

Powerful, flexible script language for customization of nearly any desired experiment

Batch mode for sequencing of experiments

Most advanced graphing capabilities for viewing and comparing data (Single experiment and group reports; Multi-panel graphs; Built-in and custom graph templates)

Multi-user hard- and software with database and LAN connectivity

Full remote access from any host PC on a network

Technical data

Width 380 mm
Depth 640 mm
Height approx. 600 mm/375 mm (opened/closed cover)
Weight 26 kg (without test cells)
Operating temperature range 10 to 80° C

Specifications

General

Voltage

Current

Impedance (each channel)

Other

Download

Gallery

Related products

PAT-Cell-Aqu

PAT-series test cell for aqueous electrolytes and non-lithium battery systems
Product details

PAT-Cell

Leadless test cell using the innovative PAT-Core concept

Product details

PAT-Cell-Press

Pressure test cell for measuring gas evolution and drawing gas samples

Product details

PAT-Chamber-16

Temperature-controlled docking station for PAT series test cells

Product details

Any comments about this page?

Please leave us a note

Your comment

Your email-address (optional)

Loading...

We are using cookies to give you the best experience on our site. By continuing to use our website without changing the settings, you are agreeing to our use of cookies. More Info

The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.

Close