Automatic Brushed Swing Pedestrian Barrier Gate Slim Width RFID
Entrance Swing Gate Turnstile
Swing barrier gates is integrated with machine, electronics,
micro-processor control and ID identification, provides convenience
for the use of card reader identification equipments, such as IC
card, ID card, bar code and fingerprint. It can carry out
intelligent control and management to the passageway through
choosing various identification equipments and adopting fair,
reliable security protection, alarming equipment and direction
indicating equipments.
System configuration
1) Access control system
2) Visitor management system
3) Ticket management system
4) Time attendence system
5) Turnstile management system
6) Site Management system
Swing barrier gates Standard features & functions
1. Swing barrier gates can setting the working condition by press
the button of main control board.
2. The turnstile will lock when somebody enter the gate illegal,
Tailgating or break into negative direction gate.
3. Before received the open signal, the Swing barrier gates will
lock automatically
4. The arm have the collision avoidance function: when the
turnstile arm closed, if it is under the collision, the arm will
open to protect the Transmission of inner machine.
5. Automatic Reset Functions: after you swap the card, during the
specific time (the system is 10s), if you didn’t pass the
turnstile, the system will cancel your authority automatically to
pass the gate, (reset time is 1~60s you can adjust it what time is
suit for you). totally meet the fire protection needs
6. The turnstile is bidirectional (pedestrian can enter and exit
from one pair of turnstiles)
7. Can manager and long-range control the turnstile directly by
managing the computer.
SPECIFICATIONS:
Framework | 304# Stainless Steel (default), 201# or 316# Stainless Steel or
paint (optional) |
Thickness of ply | 1.5mm |
Finish | brushed surface, polishing surface |
Shell's size (L*W*H) | 1400*150*990mm |
Swing arm material | Tempered glass or Acrylic (optional) |
Stretching out swing length | 260mm~600mm |
The inductive card reader dimension | equipped with the standard mounting brackets or tailor. |
Machine center | Germany technological motor |
Power voltage | AC220V±10%, 50Hz±10% |
Driver motor | DC36 servo motor |
Main-board voltage | 12V DC |
In-built Infrared | 4 pairs/passageway |
Passing speed in normally open mode | 50 persons/min |
Passing speed in normally closed mode | 40 persons/min |
Passage Width | 600mm |
Swing arm transmission angle | 180° |
Swinging direction | unidirectional or bi-directional |
Opening / closing time | 1 seconds |
The time required to running state after power on | 3 seconds |
Automatic reset time after the failure | 1 seconds |
Mean time to failure | min. 10 000 000 |
Operation temperature | -10℃ ~ +70℃ |
Relative humidity | less than 95% not condensed |
Working Environment | Indoor/Outdoor (with rain-tent cover) |
Input port | relay dry contact signal; +12V level signal, pulse width >100ms,
DC12V pulse signal |
Communications port | RS232/ RS485 electric standard, communications range ≤1200m.
Available to connect with external CAN BUS and Ethernet |
Working types
In the swing gate products, there are three working types for users
to choose at the entrance and exit: controlled
passing, free passing and no passing. Namely there are nine working
types for users to choose for one lane in
open status and normal close status:
1) Controlled at both entrance and exit: it needs to read card to
pass through at both the entrance and exit;
2) Controlled at entrance, free at exit: it needs to read card at
entrance, and it does not need to read card at
exit to pass through;
3) Controlled at entrance, no passage at exit: it needs to read
card at entrance, and no one can pass through at
the exit;
4) Free at entrance, controlled at exit: it does not need to read
card at entrance to pass through, and it needs to
read card at exit to pass through;
5) Free at entrance, free at exit: it does not need to read card at
entrance and exit to pass through;
6) Free at entrance, no passage at exit: it does not need to read
card at entrance to pass though, and no one is
allowed to pass through at exit;
7) No passage at entrance, controlled at exit: no one is allowed to
pass through at entrance, and it needs to
read card at exit to pass through;
8) No passage at entrance, free at exit: no one is allowed to pass
through at entrance, and it does not need to
read card at exit to pass through;
9) No passage at entrance, no passage at exit: passage is cut off,
and on one is allowed to pass through at both
entrance and exit;
