Square, Tower, Facade and Central Clock Systems
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Large-scale buildings, office complexes, airports, train stations, educational institutions, other public or commercial areas
• Central clock systems are designed to coordinate time in large and complex areas. The purpose of these systems is to synchronize all clocks to show exactly the same time. In this way, employees, visitors and other people can easily follow the current time and plan their appointments, meetings, reports or other activities properly.
• Central clock systems are usually managed by a central control unit (Anasaat – Master Clock). This control unit synchronizes the clocks in the entire system by sending time signals and updating the clocks. Traditionally, wiring may be required to support a central clock system. However, for locations that are completed, used and very difficult to wire, wireless communication technologies can be used in modern systems to synchronize clocks.
• Especially today, all communication networks are preferred due to their practicality and two-way manageability in every facility. Therefore, models with power over Ethernet (TCP/IP – POE) are more popular in central clock systems.
• Central clock systems are significantly sensitive in terms of accuracy and reliability. Therefore, high-accuracy clocks that can make time zone corrections are generally used. Time signals can be received using sources such as GPS (Global Positioning System) or GNSS (Global Navigation Satellite Systems), and these signals contain very high precision, precise and accurate time. The central control unit, namely the Main Clock, broadcasts this exact and accurate time received and synchronizes the clocks.
• These systems can also automatically follow daylight saving time applications and automatically set the clocks back or forward. Thus, users do not have to bother with manually setting the clocks.
• Central clock systems increase work efficiency by ensuring that time is tracked accurately and consistently and facilitate time management in the daily life of society. In addition, they generally offer a professional and modern appearance that reflects the image of institutions or organizations. By sending time to other systems (access control, personnel attendance control, CCTV, burglar alarm, fire alarm, etc.), a single and accurate time is used throughout the business. • One of the most important components of central clock systems is the clocks that show the time. These clocks are called slave clocks and operate with the accurate and precise time they receive from the main clock. There are basically two different types, analog and digital. Analog clocks show the time continuously thanks to their electromechanical motor. Depending on the environment they are in, their sizes can be manufactured from 30 cm in diameter to the desired size. The case color provides another visual alternative. Digital clocks display hour, minute and sometimes second information using LED or LCD screens. Similarly, the dimensions of the clock change according to the size of each digit, and the clocks are positioned according to the reading distance of the digits. It also creates an alternative with the different LED color. Thus, the slave clock provides integrity with the environment it is in. In addition, LCD screen clocks are also different with and without backlighting.
• As a result, central clock systems are time synchronizing systems used in large-scale buildings and commercial areas. These systems ensure that all clocks show the same time and facilitate time management.