Product Description

Parameters
1. Protection: When the force exceeds the set value (such as 40 kg), arm will rotate in order to protect the mechanism from loss and then automatically reset.
2. Configuration: Mechanism, Housing, Control board and Power supply
3. Operation Direction: Single/bi-direction 
4. Structure: Frame structure/stainless steel/cold sheet metal with paint
5. Drive Mode: DC electric motor
6. Anti-reverse: Have anti-reverse function in order to ensure one card for one person
7. Temperature:-10ºC~60ºC
8. Power:AC220V±10% 50Hz±4%
9. Humidity:5%~95% 
10. Output:DC24V,DC12V,DC5V
11. Speed:≤25 people/minute
12. Power Consumption: Static state: single mechanism 20W; dynamic state: single mechanism 60W.
13. Noise:<50DB
14. Working Environment: Indoor, Outdoor (with rain frame)
15. Lane Width: 550~570mm
16. Interface Parameter: One Rs 232 interface, two card reader signals (Passive), one fire alarm interface.
17. Maintenance Port: 2
18. Service Life: Ten years (non-consumable)
19. IP Protection:IP42
20. Dimension: L*W*H: 1200 x 280 x 980(mm) 
21. Net Weight: 45kg (Excluding the control part)
 

The High Secured Access Control Electrical Bus Turnstile is an advanced solution designed for secure access in high-traffic environments, particularly suitable for bus terminals and transportation hubs. This turnstile ensures heightened security with its electrical control system, allowing for precise access control and monitoring. Its robust construction enhances durability, making it suitable for constant use in busy locations. The turnstile incorporates advanced access control features, including RFID card readers or biometric authentication, ensuring only authorized individuals gain entry. With a focus on security and efficiency, this electrical bus turnstile facilitates smooth and controlled pedestrian flow, preventing unauthorized access. Its integration of cutting-edge technology and durable design makes it a reliable choice for establishing a secure access control system in areas with stringent security requirements.