Using an Electrostatic Detector to Protect Precision Electronic Components

2025-11-12 16:51:34

Core conclusion: Using an electrostatic detector can real-time monitor electrostatic risks, and when combined with proper operations, it can effectively prevent precision electronic components from being damaged by electrostatic breakdown.

Core Functions

• Quickly identify areas with excessive static electricity and promptly warn of potential discharge risks.

• Verify the effectiveness of anti-static measures (such as grounding, anti-static clothing).

• Record electrostatic data to facilitate traceability and optimization of protection processes.

Key Usage Points

1. Select an instrument with an appropriate measurement range, preferably a model with an accuracy of ±0.1kV and a response speed of ≤1 second.

2. Calibrate the instrument regularly, it is recommended to calibrate once a month to ensure data accuracy.

3. Maintain a distance of 10-30cm between the instrument and the component during detection, and avoid direct contact with the component.

4. Focus on detecting key nodes such as component storage areas, assembly workstations, and transportation packaging.

Supporting Protection Suggestions

• When excessive static electricity is detected, immediately activate an ionizing blower to neutralize static electricity.

• Operators must wear anti-static wristbands and ensure good grounding.

• Use anti-static packaging bags, pallets and other consumables for component storage and transportation.

Would you like me to sort out an electrostatic detector selection and daily operation checklist for you to facilitate direct implementation?