ZT-948 Pedestrian Access Speed Lane Turnstile Gate and Elevator Control Linkage Solution

The linkage of elevators and turnstile gates generally brings users a distinguished and efficient experience. It is used in office buildings, business buildings, hospitals, exhibition halls and other scenarios. If used in conjunction with a turnstile gate, it is generally designed that when the user scans the code to pass the access control channel, the system has automatically completed the elevator call operation, and after entering the elevator, the elevator is automatically dispatched to the designated floor without any button operation. Therefore, many high-end office buildings will consider this access control,turnstile gate, and elevator linkage solution.

The main advantages of the linkage between elevators and turnstile gates

Improve traffic efficiency:
The intelligent elevator dispatching system can automatically allocate the nearest elevator according to user needs and elevator operation status, reduce user waiting time, and improve traffic efficiency.

Optimize resource allocation:
The gate-linked elevator can dynamically adjust the elevator operation strategy according to user needs and elevator operation conditions, optimize elevator resource allocation, and improve elevator utilization efficiency.

Improve safety:
The linkage between elevators and gates can realize multiple door opening methods such as face recognition and card swiping, ensuring that only authorized personnel can enter, effectively preventing unauthorized personnel from entering, and improving the safety of the building.

Convenient data statistics:
The gate can record the information of people entering and leaving. After linkage with the elevator, it can make more comprehensive statistics on the use of the elevator, provide data support for building managers, and facilitate management decisions.

Energy saving and environmental protection:
The intelligent elevator dispatching system can optimize the elevator operation strategy according to actual use, reduce unnecessary elevator operation, and thus achieve energy saving and environmental protection.

Convenient visitor management:
Visitors can register through the gate, and then link the elevator to achieve contactless visitor access, which is convenient for visitors to enter and exit.

Linkage with security system:
The gate-linked elevator can be linked with the security system to enhance the overall safety protection and emergency response capabilities of the building.

Main features

• operation of the speed gate from RC-panel, WRC, ACS

• built-in electronic boards

• safe voltage – 24 V

• power consumption – max. 160 W per passage

• two levels of infrared sensors control the passage zone, 14 pairs are located on the upper level and 28 – on the lower one

• possibility for several users to perform authorized single passages in a row in the same direction without the panels being closed

• 4 versions of panels, both for different passageway widths (600, 900 and 1000 mm) and with increased height (1300 mm for a passageway width of 600 mm)

• several different versions of the turnstile front panels that allow integrating optional equipment: a card reader, a barcode scanner, a face recognition terminal, etc.

• if necessary, the number of passage lanes through the turnstile can be increased by installing STD-01 double-sided sections

• possibility to install proximity card readers inside sections under the glass top cover (overall reader dimensions – max.155х68х28 mm, reading range – min. 40 mm)

• central sections feature indication blocks of passage grant / denial

• section top covers feature passage indication

• reader interrogation zones are indicated with backlit pictograms

• backlit lateral indication of passage direction

• possibility to adjust the panels position when in the closed position (training mode)

• Fire Alarm input for connecting the emergency passage opening device; when the command is sent from it, the panels are automatically opened in one direction and it is possible to walk through the turnstile in both directions

• outputs for connecting remote indication blocks of passage grant / denial, as well as a sounder (sirens)

• two control modes: pulse and potential; it can operate both as a standalone unit controlled by the operator using an RC-panel and as a part of ACS

The pedestrian access speed lane turnstile gate provides multiple interfaces, so it can provide appropriate interfaces according to user needs to achieve the docking of access control and elevator control protocols, or users can provide docking requirements for different brands. However, RS485 interfaces are generally used, and 485 is usually used to control the access control of the channel gate to open and close the door or dispatch the elevator.

Allow users to reach the destination floor in a shorter time. Users can complete the linkage capability of the authorized channel gate of the smart access control through multiple identification methods such as face recognition, card swiping, QR code, NFC, etc., and the door opening method can be one or more. By realizing multiple linkages, the safety protection capability and emergency response capability of office buildings can be improved. Comprehensive use of various entrance and exit management supporting equipment allows passers-by to experience more efficient and intelligent management.

Main Function:

1. Anti-tailing function: There is a common infrared light band detection area in the channel, and the switch state can be adjusted by software according to the customer's precision requirements, adapting to the application of different demand light bands, avoiding the shortcomings of point-type infrared detectors that are easy to be polluted and affect the reliability of judgment. It can effectively determine the trailing person who has not read the card. When the system determines that tailgating occurs, the system will react according to the valid cardholder's location returned by the infrared detector. After the door opening signal is sent, there are still some abnormal uses that will trigger an alarm.

2. Abnormal usage:

1) When the door is closed, the reverse intrusion pedestrian enters the door body after the authorized door opening signal is issued, and before passing through the first safety photoelectric detection belt, if the reverse detection belt detects that someone enters, as long as the person does not leave, the buzzer will The alarm is sounded all the time, the door remains closed, and the "Aging" function does not count the time interval at this time.

2) Reverse intrusion when the door is opened After the door wing is opened, if an unauthorized pedestrian enters the detection area of the door body in the reverse direction, the door will be closed immediately. The time at this moment is not counted, and the door resumes normal operation when the person leaves the second detection area.

3) Pedestrians intrude in the opposite direction when leaving and pass through the second safety detection area. Before the door returns to the basic state, the second safety detection area detects that someone enters without a legal door opening signal, and the alarm system sends out an alarm. But as long as people are still detected in the protection detection zone, the door will not close.

4) Close-fitting tailgating from the first detector detecting a pedestrian to the last detector leaving the first safety detection zone, the time gap is about 0.25 seconds. After the pedestrian leaves the first safety detection zone, the card reader signal does not When the door is opened, the first detection area detects pedestrians (followers), and the alarm sounds for a long time, but the door is still open.

5) After the normally trailing pedestrians leave the protection detection area, the first safety detection area detects an unauthorized person intruding, the door is closed immediately, and the alarm sounds for a long time.

3. Drive: DC servo drive system and DC brushless drive system

4. The response of the door body in an emergency state: when the door suddenly loses power during operation, the door wing will stop at the original position and can be pushed freely, or an external 12V battery can be connected (when the power is cut off, the battery will be powered on briefly to open the swing door) Each device can be equipped with an emergency button upon request, and the selected emergency response mode can be activated by pressing the button. Normally open the channel in times of danger or panic. In emergency situations such as robbery and other situations, the channel can be closed manually through the remote control button. After the power is turned on or the emergency situation is lifted, the door wing will automatically reset after self-check and no obstacle.