1. supply voltage: AC220V ± 10%, 50Hz;

2. Drive motor: 24V;

3. Operating temperature: -30 ℃ ~ +70 ℃;

4. Relative Humidity: ≤ 95%, no condensation;

5. input interface: 12V level signal or pulse width> 100ms 12V pulse signal;

6. drive current:> 200mA;

7. communication interface: RS485 electrical standards;

8 Communication distance: ≤ 1200 米;

9. brake rod length: 500mm;

10. channel width :550-600mm;

11 pass speed: ≤ 35 persons / min;

12. brake lever swing angle: 120 °;

13. Dimensions: L 1200 * W 280 * H 950mm;

14. structure: frame structure / standard stainless steel shell;

15. brake lever steering: supports unidirectional and bidirectional (optional);

16. Working environment: indoor, outdoor.

1. all 304 stainless steel, according to moisture, dust, waterproof international standard design;

2. cabinet on the basis of standardized design, laser cutting, drilling, a molding technology, mechanized wire drawing process, modular docking and easy handling for maintenance and interchangeable high degree;

3. henselae stainless steel box thickness 2mm;

4. brake lever made of pure stainless steel;

5. brake lever optional sheath, prevent child pedestrian collision causing bodily harm;

6. gates down off the pole, powered manual lever (lift rod);

7. extraordinary does not rebound, stability, and can provide information on anti-ulcer through staff, completely done one person one;

8. humane state identification, identify current equipment status;

9. using standard electrical interface, can easily be magnetic stripe cards, barcode cards, ID cards, IC card reader integrated on the device;

10. place lock, force can not change its position;

11. emergency situations, the system has emergency measures, ensure unimpeded passage to facilitate the timely evacuation;

12. uniform standard external electrical interface can be mounted with a variety of card readers, and by managing computer to realize remote control and management;

13. motherboard with counting function, ie in the absence of pedestrians always return to the initial position.