[Examples of Utilizing Charge Devices] Electrostatic Experiment Tools Used in Educational Settings
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The world of static electricity learned through touch! The effects are visible, making reactions with paper, Styrofoam, and metal easy to understand.
Here are some examples of the use of "static electricity experiment tools" utilized in educational settings. When the power switch is turned on, a direct current high voltage (negative polarity) is applied to the tip of the battery-operated charging gun (corona discharge electrode), generating ions (negative) that charge the target object. Due to its compact size and ease of transport, it can be used not only in classes but also in traveling lessons and science events. 【Overview of Examples】 ■ Battery-operated for safety and convenience: No power cord needed, allowing for experiments indoors and outdoors. ■ Visible effects of static electricity: Reactions with paper, Styrofoam, and metal are easy to understand. ■ Compact and easy to carry: Useful not only in classes but also in traveling lessons and science events. *For more details, please download the PDF or feel free to contact us.
basic information
【Tool Specifications】 ■Model Number: GC25B (Polarity: Negative) ■Power Supply: 4 AA alkaline batteries (can be used continuously for 1 hour) ■Maximum Output Voltage: Fixed at DC-25kV (continuous operation possible) ■Continuous Operation: Possible ■Output Voltage Variable Function: None ■Voltage and Current Display Function: None ■Maximum Output Current: 20μA ■Power Consumption: 6V 0.5A ■External Control: None ■Operating Temperature Range: -10 to +40℃ ■Dimensions: L = 345mm ■Weight: 570g (including cables) *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
