How do ESD turnstile gate control static electricity of people in EPA?

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  • Опубліковано 2 жов 2024
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    ESD (electrostatic discharge) turnstile gates are essential in controlling the static electricity of humans in an EPA (electrostatic protected area) by providing controlled access and minimizing the risk of electrostatic discharge. These gates typically incorporate features such as grounded metal construction, anti-static materials, and integrated access control systems.
    ESD turnstile gates are equipped with esd tester to monitor and signal if a person carries an elevated static charge, ensuring that they are properly grounded or discharged before entering the protected area. By effectively managing human static electricity, ESD turnstile gates play a crucial role in maintaining a safe and controlled electrostatic environment within an EPA.
    Furthermore, when a person approaches the turnstile gate, they must pass through a controlled access point. This process can include grounding straps or conductive flooring to dissipate any accumulated static charge. Additionally, some turnstile gates incorporate RFID or biometric access control systems to ensure that only authorized personnel enter the EPA, thus reducing the risk of static discharge from unidentified individuals.
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