An automatic pedestrian turnstile(turnstile control board) system relies on its control board as its core component. It controls signals from various sensors and manages movement of the blocking body to prevent unauthorised passage.
Management can use the admittance data displayed to track traffic patterns and identify trends, helping ensure only individuals with proper credentials can enter facilities.
Functions
Turntiles are electromechanical barriers designed to control access into secure areas in buildings and venues. Turntiles can be used to verify credentials, monitor the number of people entering or leaving an area, prevent crowds from becoming an issue and more. Turntiles can also be integrated with other security systems for a comprehensive view of a facility’s security system.
According to an area’s size, layout, and traffic patterns, the exact number of turnstiles(turnstile control board) needed may differ depending on its size, layout, and traffic patterns. In larger locations with multiple user groups or pathways for faster passage through shorter paths at all times, more than one lane may be required – various directional mechanisms exist such as single and bidirectional turnstiles to meet this need.
The key role of a turnstile controller is to receive opening commands sent by identity recognition devices and then control motors to open gates according to signal from identity recognition devices and change red indicator to green control indicator. Its secondary role is judging pedestrian movement through gates by analyzing infrared signals collected by infrared switches; after which, controlling motors must close them while changing red to green indicator controls for closing gates when pedestrians pass through.
Turnstiles can accept various credential media to allow entry, including barcodes, magnetic stripes, proximity cards (RFID/NFC) and biometrics. Readers installed with turnstiles enable users to present their credentials themselves for entry; thus relieving receptionists and security guards of having to deal with users themselves and freeing up time for more important duties.
Modern access control turnstiles(turnstile control board) have the capability to create access schedules that enable managers to grant access at specific times or days – negating the need for 24-7 staffing and making these systems especially suitable for organizations that host large events and need to limit access after certain times have elapsed.
Other features of the turnstile controller that make it essential include traffic direction indication, anti tailing and limited access time functions. These functions can be activated through the main board menu to reduce tailing; anti sneak back can automatically cancel traveler passage times after every passage and thus help eliminate tailing; limit access time can also be set from this same menu and can help improve work efficiency while increasing safety.
turnstile control board Design
Turnstile control boards are essential components of access control solutions, helping prevent unauthorised entry while providing valuable usage data. Their main function is communicating between turnstile gates and other components such as card readers or biometric scanners, buttons, infrared cameras and coin acceptors in your system. Here are some important considerations when searching for turnstile control boards:
Seek a manufacturer that offers customization options tailored specifically to the needs of your organization, such as appearance or authentication methods that meet its aesthetic and security criteria. Inquire into their after-sales service and warranty policies as this can reduce downtime and costs significantly.
Optical turnstiles are ideal for organizations that prioritize quick entry without disrupting the aesthetic of their space, with sleek modern designs suitable for commercial offices and fitness centers. Another popular choice is waist-high turnstiles which use rotating arms or barriers to restrict passage – such as train terminals, subway stations and airports to ensure only ticket holders may use facilities.
Combining a turnstile with an integrated access control system enables remote management and useful integrations that increase operational efficiencies. For instance, you could set access schedules that only grant people entry during certain times and days for reduced employee coverage needs; or use turnstile data to monitor user traffic and identify any capacity issues.
Smarter Security’s optical turnstiles are equipped with advanced features that will bolster the security of any facility, such as our Fast lane turnstile pressure sensor tops that detect attempts at climbing over turnstile pedestals and prevent unapproved entry; our 1/4″ tailgate detection can distinguish human bodies from objects, thus helping reduce false alarms; additionally, RS Security Co.,Ltd offers an additional dashboard solution that consolidates vital information into one place to streamline security overview processes while eliminating manual checks.
Materials
Turnstiles provide access control by recognizing each person’s credentials, such as card readers, biometrics, or any number of innovative control technologies. No matter the method employed by turnstiles to recognize identities of visitors entering, their goal is always the same – to prevent unauthorized entry and record attendance and cumulative working hours accurately.
To ensure proper functioning, turnstiles(turnstile control board) require high quality materials. Most often constructed of stainless steel or aluminum for durability and aesthetic purposes; others are built to withstand harsh environments like warehouses or construction sites. Depending on their application needs, some may also include additional security features like burglar alarms, door buzzers or video surveillance.
The turnstile chassis serves as the backbone for its entire system and provides essential stability and support. Generally constructed from either stainless steel or aluminum alloy material that has been powder coated to resist corrosion, its primary function is to withstand heavy usage, such as pedestrian impacts or adverse weather conditions.
Other key components include the turnstile mechanism and control module. Fabricated from stainless steel and secured within an extruded aluminum frame, these mechanisms can be configured for one direction while restricting passage in another direction (through locks).
The control module is responsible for deciphering opening commands sent from identity recognition devices and determining whether pedestrians have passed through or not. Furthermore, it communicates with other systems like alarm and central management systems in order to relay any pertinent information.
Replace RS Security Co 24VDC Waist High Turnstile Models. Includes coil, stainless steel linkage, connecting roll pin, plunging stop washer with 2-Pin connector with back diode and 2-pin plug and diode connector. Available as type A or type B; type B features an actuator roller that rocks rather than flexes to extend switch life.
turnstile control board Installation
Turnstile gates are an effective security measure that prevent unauthorized entry into restricted areas and quickly identify and record access attempts for traceability protocols. To maximize their benefits, it’s essential that proper precautions be taken during turnstile installation to maximize their advantages.
Before installing your turnstile gate, check your local building codes and regulations to make sure all necessary permits are in order. Next, prepare the installation site by clearing away any unnecessary equipment and smoothing and flattening the surface if applicable. After this step has been taken, install chassis components for the turnstile then clean up to ensure there are no dust or debris deposits present in the area.
Be sure to follow the instructions contained within your turnstile manual during installation, including checking that both power cord and SYNC cable connections are securely fastened, all connections are properly grounded, and that wire sequence and polarity do not lead to electrical damage of the device.
As soon as your installation is complete, it’s imperative that you test the turnstile gate to ensure its proper functioning. Testing should entail conducting activation tests in both directions as well as card swiping tests and emergency button tests; you should also ensure key overrides are activated properly.
The turnstile control board is an indispensable component of any pedestrian turnstile system. This piece of hardware transmits and receives signals between turnstile gates’ identification, motor, indicator light, infrared switch and infrared sensor; controlling opening/closing actions as well as changing status indicators from red to green.
Through its interfaces, it is also possible to integrate a turnstile controller with other devices, including voice interface, fire interface and extension interface. These additional interfaces enable expansion of its functions while providing more convenient management solutions for facilities.