The ESD Access Control Gate is an intelligent electrostatic discharge protection system designed for cleanrooms and sensitive manufacturing environments. Based on ISO/CD8782-I standards, it accurately measures the resistance of human wrist straps and anti-static shoes to ground before allowing personnel access. Powered by 12V DC, the system provides adjustable resistance detection ranges and real-time testing results through an 8-inch display screen. It supports RFID card verification, bidirectional access control, and TCP/IP communication for centralized management. With large data storage capacity, long-term data retention, and strict access permission control, this ESD gate helps prevent electrostatic damage and ensures reliable personnel safety management.
Wrist Strap Detection:
Anti-static Shoes Detection:
The resistance testing range can be configured through software according to different cleanroom requirements.
The built-in display provides real-time information including:
The gate supports multiple opening permissions:
If the ESD test fails, the system automatically blocks access.
| Parameter | Specification |
|---|---|
| Product Type | ESD Access Control Gate |
| Standard | ISO/CD8782-I |
| Power Supply | DC 12V |
| Display Screen | 8-inch LCD Touch Display |
| Wrist Strap Resistance Range | 750KΩ ~ 10MΩ Adjustable |
| Anti-static Shoe Resistance Range | 750KΩ ~ 100MΩ Adjustable |
| Shoe Lower Limit Setting | Minimum 100KΩ |
| Shoe Upper Limit Setting | 35MΩ / 1000MΩ Adjustable |
| Communication Interface | TCP/IP |
| Storage Capacity | 20GB |
| Data Retention | Up to 10 Years Without Power |
| Access Direction | Bidirectional Management |
| Verification Method | RFID Card / Software Permission |
| Data Management | Personnel & ESD Test Records |
Core Problem Solved:
Electronic components are highly sensitive to static electricity, and human static discharge may cause product damage.
Solution:
Core Problem Solved:
Electronic products require strict static control during assembly and testing.
Solution:
Core Problem Solved:
Clean manufacturing environments require controlled personnel access and traceability.
Solution:
Core Problem Solved:
Sensitive experiments and equipment require protection from electrostatic interference.
Solution:
Core Problem Solved:
High-value precision products can be damaged by uncontrolled static discharge.
Solution:
A:
The system detects human grounding resistance through wrist straps and anti-static shoes, including left foot, right foot, and wrist resistance values.
A:
If the resistance value does not meet the configured standard, the system will reject access and the gate will remain locked.
A:
Yes. The wrist strap and anti-static shoe resistance limits can be adjusted through software according to different industry requirements.
A:
Yes. The system supports TCP/IP communication and can provide access and ESD test records to customer attendance databases.
A:
The system has 20GB storage capacity, and Flash memory can keep stored data for up to 10 years even after power failure.
A:
Yes. Multiple ESD gates can be connected through TCP/IP network communication for centralized software management.
A:
The system supports RFID cards and management cards for personnel identification and access permission control.
A:
It is mainly designed for environments requiring strict static protection, such as electronics factories, semiconductor plants, laboratories, and cleanrooms.