Christmas Holidays
 
Our offices will be closed over the Christmas and New Year period. Normal service will resume when we return although it might take some time to clear the backlog.

Office Closed 5:00pm (GMT) Friday 20 December 2024
Office Re-opens 9:00am (GMT) Friday 3th January 2025
 
We would like to wish all our customers and partners a very Merry Christmas and a productive New Year. See you all in 2025!

Click to manual Potentiostat details

Click to view manual Zero Resistance Ammeter details.

Click to view manual Sweep Generator details

Traditional manually controlled Potentiostats, Zero Resistance Ammeters and Sweep Generators still have a vital role to play. We have heard it said quite frequently, “I did my best work with a manual Potentiostat”. There is good reason for this. The raw experience of controlling an electrochemical cell by hand, gives the user a real feel of the nature of the cell being monitored, this in turn helps give the user a good understanding of Ohms Law, R=V/I and its application to electrochemical cells.

When listening to a highly complex and mathematical lecture based on data obtained by an automated Potentiostat, ex manual instrument users will always have that raw practical experience tucked away in their brains.

For instance with a manual system, a user can get a feel of the reaction time of the cell to both a cathodic and anodic polarisation. A different response time will have implications for AC Impedance tests that assume the response time is the same in both the anodic and cathodic directions.

ACM produces three types of manual instruments. These are the Research Potentiostat, Zero Resistance Ammeter and Sweep Generator. All instruments are fully floating and have buffered outputs that isolate the cell from low impedance measuring devices. A handy water resistant step-by-step manual guides the user through the setting up procedures for these instruments.

See Downloads for instrumentation datasheets.

Recommended Instrumentation