Solution Conductive Demonstrator Electrolyte High School Chemistry Teaching Instrument Experiment Equipment

I. Use This product is suitable for junior and senior high school test substance conductivity experiments, and is used in conjunction with the new textbook for high school students group experiment weak electrolysis. Structure Made of 4mm thick high quality . There are two specifications for you to choose from, one is to use 220V AC, and the other is to use low-voltage student power 12V. Third, use 1. Add five special test solutions to the beaker and separate them separately. And adjust the beaker to the appropriate height. 2. Connect to the power supply of this specification. Low voltage 12V or AC 220V. 3. At this time, the phenomenon can be observed. The more conductive the solution, the brighter the corresponding light bulb will be. Conversely, the weaker solution will be correspondingly weaker with the corresponding light bulb. A variety of different conducting electrolyte solutions make the light bulb strong and weak. Fourth, matters needing attention 1. Identify what specifications are connected to the 220V AC or 12V low-voltage student power supply that is used with it. The wrong power supply will burn the instrument bulb. 2. Do not allow the solution to contact the wires on the conductive posts to prevent corrosion of the copper caps and wires on the electrodes.

• This product is suitable for junior and senior high school test substance conductivity experiments, and is used in conjunction with the new textbook for high school students group experiment weak electrolysis.
• Made of 4mm thick high quality . There are two specifications for you to choose from, one is to use 220V AC, and the other is to use low-voltage student power 12V.
• First add five special test solutions to the beaker and separate them. And adjust the beaker to the appropriate height. Connect to the power supply provided by this specification. Low voltage 12V or AC 220V.
• At this time, the phenomenon can be observed. The more conductive the solution, the brighter the corresponding light bulb will be. On the other hand, the weaker conductive solution and the corresponding light bulb will be weaker. Solutions with different conductive electrolytes will make the bulb glow stronger or weaker.
• Do not allow the solution to contact the wires on the conductive posts to prevent corrosion of the copper caps and wires on the electrodes.