The Automatic 304 Stainless Steel Smart Swing Barrier Gate is an advanced access control solution featuring integrated NFC, RFID, and face recognition technology. Designed for efficient pedestrian management, it utilizes a rotating swing mechanism to control entrance and exit flow.
Key Technical Features
- Advanced Sensor Probe: Imported thermal infrared imaging probe offering high sensitivity, high pixel resolution, and area array imaging.
- High Pass Efficiency: Supports a smooth flow of 40-60 persons per minute in standard walking mode.
- Precision Detection: Temperature measurement accurate to 0.3°C - 0.5°C with ergonomic design to prevent missed inspections.
- Security Alarms: Integrated acousto-optic alarm system with red flashing signals for abnormal temperature detection.
- Smart Statistics: Automatically tracks and counts passenger flow and alarm frequency for data management.
- Versatile Application: Suitable for schools, stations, hotels, factories, and outdoor environments.
Frequently Asked Questions
What materials are used for the swing gate construction?
The gate is constructed using high-quality SS304 stainless steel, tempered glass, and acrylic for durability and a modern aesthetic.
What is the average passage rate for this system?
The gate supports a standard passing rate of 35-40 persons per minute, which can increase to 40-60 persons per minute in slow walk-through mode.
Does the system support biometric recognition?
Yes, it features an HD camera that supports biometric face recognition, along with options for IC/ID card readers and NFC/RFID access.
What happens if an abnormal body temperature is detected?
The system includes an acousto-optic alarm. If an abnormal temperature is detected, a red signal light flashes and an audible sound prompt is sent to the tester.
Is the gate suitable for outdoor use?
Yes, the gate is designed for both indoor and outdoor applications, including schools, stations, hotels, and factories, with an operating temperature range of -25 to 70℃.
How accurate is the temperature measurement probe?
The imported thermal infrared imaging probe provides highly accurate results to two decimal places, with an error margin as low as 0.3°C in stop mode.
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