Turnstile Systems Terminology

What is turnstile? How does a turnstile work? What are access control systems?

Turnstile System

Plazas provide safe, convenient and practical transitions for company headquarters, schools, trams, government offices, housing projects, metro, train and metrobus stops. Turnstile systems, which are beneficial in taking security measures in many places, also bring great convenience in the regulation and control of human traffic. Turnstiles, which are mostly used to increase security, are made more reliable when they are identified with technology.

These systems, which are made of steel, have a stainless feature. However, it is extremely easy to clean. When combined with biometric systems, the highest level of security is created. In addition, turnstiles can be used as a personnel attendance control system.

Tripod turnstiles are diversified as VIP turnstiles, full-length turnstiles and hidden gate turnstiles. Atlas Turnstile Systems is proud to offer the highest quality products to its customers by using highly reliable raw materials in the production of turnstiles, which it has been operating for many years.

Quality Turnstile Systems
Atlas, which brings modern and innovative turnstile systems to life with its R&D department, also brings a modern atmosphere to spaces with its turnstile entrance systems. Workplaces, plazas, police stations, hospitals, ferries, airports, stadiums, hotels, toll booths, dormitories, lodging and shopping centers are the main places that use turnstile access systems.

Glass Turnstile Systems
Atlas Turnstile systems can be designed with glass top covers and provide the opportunity to print any image you want or personalize on the glass according to the customer’s request. This application technique is performed only by us in the world.

What is Turnstile?

They are physically working machines that have a mechanical or electromechanical structure and are used to control human passages. It is produced as single, double, three or four arms according to usage, area and need.

External units, button, remote, card reader, finger reader, fingerprint, vein and eye iris readers etc. It can be used by integrating with electronic security devices that give contact approval, such as

trunk and arms; It is produced by making corrosion and rust resistant material and or paint.
Turnstiles are used in areas for security and control purposes.

Turnstiles are separated according to their features and working qualities.

Speed Gate – Hidden Gate

Fast Turnstiles are designed to be used in places where luxury and prestige come to the fore, such as plazas, business centers, sports centers, banks and holdings, at the entrance and exit of fast and busy visitors & personnel.

Architects, engineers and decorators have been given the chance to make unusual visual designs in areas where the safety of construction and living spaces is at the forefront, with Rapid Transit Turnstiles developing.
The Fast Pass Turnstile can be shaped by considering all the materials and visuals used in the area to be designed.

In Quick Access Turnstiles, the upper table is made of 10mm Tempered & Grinded glass as standard, and a support sheet is added from the bottom as an extra impact resistance. It provides the opportunity to print any kind of image that you want on glass or that you want to personalize. This application technique is performed only by us in the world.

The advantage of special printing technique in Fast Access Turnstiles; Granite, wood, pictures, logos, etc. by obtaining visuals such as gives the opportunity to get a more elegant visual, hygienic glass provides an additional factor. As a special project, the entire outer body can be designed and produced with this technique.

Speed ​​Gate Turnstiles are also called Speed ​​Gate and Hidden Gate.

Access Control Systems

Atlas Turnstile Systems, Access control systems allow a person or group to control and limit the entrance to a certain place. In access control systems, the control point can be a gate, Atlas turnstile systems, an elevator, a parking lot entrance or any place where the passage is limited and marked with a barrier. Access control systems are commonly used at the entrances and doors of buildings.

Atlas Turnstile Systems, Access control systems are becoming more and more popular in the business world. Companies and various organizations emphasize the importance of both ensuring workplace safety and protecting the data provided by both their employees and customers.

Atlas Turnstile Systems, Access control systems are a field where different systems take place, from simply entering a password to biometric readers. The security entrance can be controlled in many different ways, from a simple door reader to a complex network.

Atlas Turnstile Systems, Which of the access control systems to be preferred should overlap with personal or corporate needs. Considering the structure of the building and the number of people who will enter, it should be investigated whether a simple system or a wider security system is required. As a result, whichever access control system is preferred, the important thing is to make a quick and easy transition.

Atlas Turnstile Systems, Access control systems can be grouped under the following main headings: Time-controlled entrances, biometric access systems and card access systems. Card pass system is one of the most preferred access control systems in the business world. Commonly, pass cards with plastic stripes have a black magnetic tape on the back. Passing through the reader is provided. Due to its cheapness, it is one of the most preferred among access control systems.

Access control systems that allow access by entering a pin code or password are also used in places where only authorized or authorized persons are required to enter. Sometimes this can be a bank or an apartment door.
Proximity and Mifare cards also work similarly to plastic cards. Access control systems using these cards have a computer chip instead of a magnetic stripe.

Atlas Turnstile Systems, Access control systems, biometric readers, which are rarely encountered in daily life, but spread rapidly, are based on access security based on the physical characteristics of the person such as fingerprint, voice recognition or iris reading. In addition to being one of the safest access control systems, it is also one of the most expensive.

Computer-controlled access control systems can also be integrated with other alarm systems. It is possible, for example, to automatically release entry and exit through doors in combination with a fire alarm.

Along with access control systems, time-controlled systems such as personnel continuity control systems, and software developed with it, have an increasingly important place, especially for corporate companies. Access control systems ensure the rapid collection of an important database in company management, both on security and in the collection of data for control purposes such as working hours or continuity.

What is Personnel Attendance Control System (PDKS)?

It is installed for the purpose of reading entry-exit information and compiling payroll information by means of a computer from card or fingerprint reader terminals to be installed at personnel entry and exit points.

Personnel Continuous Control System (PDKS) is a system that pays for itself. Have you ever thought about how much it costs you that you ignore the 5-10 minutes that the staff is late in the salary calculations? Maybe the 5 minutes you are late doesn’t matter to you, but in a business where 100 people work, the cost arising from the lateness of a staff who is 10 minutes late 3-5 times a month, when we look at the general basis, is approximately a month in a month, fingerprinted Personnel Continuous Control System (PDKS) system. is sized to accommodate. Since the Personnel Continuous Control System (PDKS) makes its calculations on a minute-by-minute basis, the difference arising from the ignored times allows the system to amortize itself in a very short period of time.

It is necessary to be able to prepare basic reports such as

The main purpose of the Personnel Continuous Control System (PDKS), also known as the personnel control system, is to ensure the commuting discipline of the personnel and to limit the cost in production.

We can list the basic conveniences of a Personnel Continuous Control System (PDKS) program to be installed in the enterprise as follows;
• Personnel Continuous Control System (PDKS) minimizes the time spent by the person who prepares the payroll for this job.
• With a Personnel Continuous Control System (PDKS) system, periods such as late arrival and early departure overtime cannot be abused. Since the system will calculate punctually, the overall total will be accurate and fair up to the penny.
• You can create an account instantly, so you save time and effort to manually collect the accounts of all personnel one by one for the reports you will receive on the efficiency of the production.
• You have control of the personnel, preventing situations such as late arrivals and early departures, and you are ready to prove against attendance disobedience.
• Objection to the salary of the personnel is minimized.
• You can report late arrivals or absenteeism at any time.

Report Titles that can be obtained in the Software;
• Check-in and check-out dates and times
• Reporting of days arrived late
• Reporting of days off
• Reporting of days worked overtime on the basis of total time and wage
• Monthly pay slips
• Reporting the amount that the business will pay to the personnel
• The availability of these reports in the press of departments or units… etc.

Fingerprint Personnel Continuous Control System (PDKS), Card Personnel Continuous Control System (PDKS) and Personnel Continuous Control System with Face Recognition (PDKS) It is to provide personnel attendance control with three different applications.

In the Fingerprint Personnel Continuous Control System (PDKS) systems, the fingerprints of the persons are identified with an ID number to the fingerprint reader terminals attached to the entrance, and when the person reads the fingerprint, the identification is made and the record is taken when that number reaches the computer. By reading the fingerprint to the device on arrival and departure, the person gives the data that will enable the necessary hours to be sent to the computer and the relevant payrolls to be issued as in card systems. Fingerprints introduced on the Personnel Continuous Control System (PDKS) terminals with fingerprints cannot be viewed, copied, reproduced and used for a different purpose by any person. This system only measures the fingerprint of the person with a numerical algorithm and determines the identity of this dimension by matching.

In Card Personnel Continuous Control System (PDKS) systems, each personnel is given a card and the cards are numbered. This number is recorded on the personnel card of the person in the Personnel Continuous Control System (PDKS) program. When the employee arrives in the morning and leaves in the evening, he swipes his card on the device and sends the information to the computer at what time he entered and left. In Card Personnel Continuous Control System (PDKS) systems, it works on the basis of giving a card to each person, showing the card to the card reader terminal at the time of entry and exit, and preparing a report of the information in that terminal in a computer environment. All arrival and departure times of the person and by compiling these hours, it is possible to reach all the times when the person is late and off, as well as the payroll that he will receive can be removed from the Carded Personnel Continuous Control System (PDKS).

The Personnel Continuous Control System (PDKS) with Face Recognition, which stands out from other biometric applications with the advantage of contactless recognition in Personnel Continuous Control System (PDKS) systems, is based on the basis of identifying the face by giving an ID number to the person, as in fingerprints. is based on. With the rapid development of technology, biometric systems are also being renewed. Personnel Continuous Control with fingerprint