There are two main types of electrochemical workstations: single channel workstations and multi-channel workstations. The difference is that multi-channel workstations can perform multiple sample tests simultaneously, which has higher testing efficiency than single channel workstations. They are suitable for large-scale R&D testing needs and can significantly accelerate R&D speed. Electrochemistry is the science that studies the relationship between electricity and chemical reactions. The interaction between electricity and chemical reactions can be achieved through batteries or through high-voltage electrostatic discharge, both of which are collectively referred to as electrochemistry. The latter is a branch of electrochemistry called discharge electrochemistry. Therefore, electrochemistry often specifically refers to the science of batteries.

There is no current response or the current response value is a straight line:

Usually, this situation occurs when the electrode wire is not connected or disconnected. There are two methods, one is to replace the electrode wire with a new one; The second method is to re weld the broken wire.

Welding electrode wire method:

1. Disconnect from the position where the electrode wire is frequently twisted;

2. Peel off 10mm of the protective plastic in front of the electrode wire, and you can see a layer of shielding wire inside;

3. Separate the shielded wires and cut them clean from the root;

4. Peel off a 3mm long central wire at the front end and pre tin it;

5. Cover the front with a sleeve or insulating tape to prevent the shielding wire from touching the electrode clamp and causing signal loss;

6. Weld the electrode wire onto the electrode clamp;

7. Use pliers to clamp the electrode wires between the two pieces here, tighten them slightly, and finally put on a plastic sleeve.