Concerns about security are growing in the modern society. Businesses are realizing the necessity for increased security as a result of hackers gaining access to sensitive data and intruders endangering the security of people and property. Using biometric turnstiles to manage visitor and employee access is frequently one of the greatest ways to increase the physical security of buildings and facilities.
The benefits of utilizing a biometric turnstile as opposed to a door are highlighted below, and they include enhanced security, seamless connection with the building’s access control system, and more operational flexibility.
Enhanced Security
Biometric turnstiles detect and discourage unwanted entry, hence offering better access control.
Doors are frequently the first point of access into a building. Installing electronic locks on the door with a card or biometric reader is a popular way to safeguard the building. Although a lock and reader need a legitimate credential to unlock the door, they have no control over how many individuals enter or how long the door is left open. A typical security problem known as “tailgating” occurs when unauthorized people follow authorized persons through the protected entrance. Furthermore, the direction of permitted passage cannot be isolated by a door. For example, while a door is open and ready for entry, it cannot stop everyone from leaving simultaneously.
In contrast to doors, biometric turnstile access control systems may regulate the direction of passage and restrict the number of individuals who can enter or depart based on each credential that is provided. A legitimate credential must be shown before someone may pass through a turnstile. This tells the gates to unlock, letting one person pass before they instantly relock. Some gate turnstiles have improved detection capabilities that can identify and alert users to situations like forced passing, loitering, and tailgating. If someone tries to enter without authorization, an alarm will sound, alerting the user and the control center of the dispute.
Combining Access Control
Secure entrance turnstiles are simple to incorporate into the access control system of a building.
Together with doors, cameras, and other security devices, the access control system enables biometric gate turnstiles to make sure that only authorized users are entering. It can offer helpful details like each person’s precise identity, time, and position when they entered and left the building. Management uses the real-time data displayed by the system to monitor guests, locate alarm sites, and spot any security risks.
The security entrance gate turnstiles and the access control system communicate when a user shows a credential to determine whether or not passage is permitted. When a passage is made, the barrier turnstile instantly notifies the access control system that it has taken place. The access control system alerts the turnstile when a user presents incorrect credentials, informing them that their credentials were rejected. The turn style gate and access control system can work together to notify security, activate surrounding cameras, and lock down the relevant turnstiles and secondary doors when an alarm is triggered at the turnstile.
Functional Adaptability
By making the entrance procedure more efficient, biometric turnstiles improve facility operations.
By accommodating a broad range of credential readers, turnstiles give facilities the ability to permit admission using almost any kind of media, such as barcodes, magnetic stripes, proximity cards (RFID/NFC), or biometrics. Users can provide their own credentials to get entrance through readers that are integrated with the security access gates. Security officers and receptionists may concentrate on their main duties rather than needing to check credentials thanks to the self-validation feature.
Automated turnstiles have the option of operating in bi-directional or single direction. Passage options, which include free pass, regulated passage, and locked down, are separate for each direction. When carding out is not necessary to depart, free pass mode, which permits admission without authorization, is frequently utilized. Before granting access, controlled passage needs a legitimate credential. Despite being supplied with a legitimate credential, locked down mode stays locked and prevents admission.
Depending on operational needs, management can program particular modes to operate at specified times of the day. More turnstile barrier gates might be configured, for instance, to be entry-only in the morning when workers are coming to work and exit-only in the afternoon when workers are departing. On weekends and at night when the facility is closed, turnstiles can also be locked down. Usually, turnstile modes are configured via the access control system or, in the case of more sophisticated turnstiles, remotely via a network application.
Biometric turnstiles will stop working during power outages unless they are supported by a backup power source. In accordance with the facility’s emergency response plan, the access control system has the ability to cut power.
The axess turnstiles can be set to either fail-safe or fail-secure (also known as fail-lock) in the event of a power outage. while the turnstile is fail-safe, it opens or unlocks and stays open or unlocked while it is not switched on, enabling people to leave without permission. while the turnstile is fail-secure, it stays locked while it is not switched on, preventing anybody from entering or leaving through that door. Typically, the setup is fail-safe in the exit direction and fail-secure in the entry way. In order to ensure security, this keeps people out of the building while enabling employees to leave.
ADA compliance is another crucial factor to take into account in order to accommodate persons with disabilities. Wheelchair users can choose a wider, ADA-compliant route width with some pedestrian turnstiles, such optical turnstiles. Turnstiles lacking this feature can be paired with a security turnstile that is ADA compliant in width. Facilities can maintain security while allowing delivery and users with disabilities to utilize both options.
The number of turnstiles required depends on the installation area’s size, density, traffic patterns, and layout. To meet the demands of the facility, high-traffic sections can need more turnstiles than smaller ones, where one or two turnstiles might be plenty. In addition to pedestrian security gates, multi-lane designs can include any combination of normal and ADA width lanes. Apart from turnstiles and gates, any gaps between them and other stationary objects may need to be filled in with fence or modular barriers.
It’s important for installers and contractors to understand that not all turnstiles are made equally. Manufacturers often choose long-lasting materials that need little upkeep and can tolerate repeated usage, such acrylics and stainless steel. However, there may be significant differences in quality and particular characteristics across manufacturers. Turnstiles may need extensive on-site assembly or arrive completely completed and ready for installation, depending on the manufacturer. During the installation procedure, having this knowledge in advance might save time and money.
Verifying the turnstyle solutions’ manufacturing location, shipping location, and the support resources offered by the manufacturer or network of authorized dealers are more factors to take into account. In contrast to a manufacturer, a reseller might not have the means to provide post-purchase assistance to the installation or end user. A competent partner can assist clients in selecting the appropriate equipment and guarantee that pre-installation specifications (such as conduits for power, communication, and anchoring) are fulfilled.
There are three main types of access turnstiles: waist high turnstiles, full height turnstiles, and optical turnstiles. A particular kind of anti-tailgating access control turnstile could be more suited for a certain purpose. A number of considerations need to be taken into account when selecting a contactless entry turnstile, such as whether it will be used indoors or outside, the desired level of security, the budget, the functionality required, and aesthetic preferences.
A synopsis, typical uses, and advantages and disadvantages of each turnstile type are given below.
The two cabinets that make up an optical turnstile are separated to form a passing lane. In order to identify and follow a person through the turnstile, optical turnstiles employ sensors. Although they often include some kind of motorized barrier when utilized for security, optical turnstiles may function with or without obstacles. Typically utilized for passive security or in situations where an attendant is constantly present, barrier-free optical turnstiles only “sense” unwanted entry.
Optical barrier turnstiles are perfect for spaces like corporate lobbies, multi-tenant buildings, university leisure facilities, and contemporary fitness clubs where both quickness of entrance and aesthetics are crucial. Access to the main lobby, personnel entrances, and elevator banks are examples of common uses.
Appealing appearance for formal and business environments
Allows for two-way access management
Barriers of different kinds and heights are available
Detecting anti-passback, loitering, and tailgating
Allows for users with disabilities
Use only indoor
Greater expense compared toconventional mechanical methods
Options without barriers offer a lower degree of security
Double Lane Full Height Turnstile Gate for Residential Area
Dual Lane Tandem Full Height Turnstile Gate for Industry Park
Single Full Height Security Turnstile for Office Buildings
Motorised Double Full-Height Turnstile for Office Buildings
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