Modern industrial and agricultural enterprises face a number of challenges related to security and restriction of access to facilities. To effectively solve these problems, innovative solutions appear in the form of access control systems (SCD).
The construction of modern SCD at industrial and agricultural enterprises involves the use of advanced technologies and smart devices. The main element of SCD are scanners or readers that capture biometric characteristics such as fingerprint, facial recognition, venous mesh of the palm, and others. This data is converted to digital format using special software.
An important component of the SCD is the database where the biometric characteristics patterns are stored. This allows the system to quickly compare the data received from the user with existing templates for identity identification. Controller and executive devices such as locks, turnstiles, barriers are used to regulate access and control the passage.
The access control system at industrial and agricultural enterprises helps to ensure security and prevent unauthorized access to the territory of facilities. It provides traffic control, protection of premises, property and equipment from unauthorized access and illegal actions, and in addition automation of accounting of working time and optimization of labor costs. It helps to increase labor and technological discipline, reduce the cost of keeping records of working time, personnel accounting and issuing passes.
One of the important aspects when building and implementing access control systems is their integration with other security systems. For example, integration with the security and fire alarm system allows you to unlock doors, turnstiles, electronic passages and other devices in the event of an emergency. Integration with a video surveillance system allows you to fully control the situation at the facility and quickly detect violators.
The choice of identification method in SCD is also important. According to studies, the method of scanning the venous mesh of the palm proved to be the most resistant to false triggers, but at the same time it is an expensive technology. Consequently, fingerprint identification and facial recognition technologies have found wide application to date as more affordable.
One of the main advantages of modern access control systems is the ability to track and analyze personnel activity. This allows managers to receive detailed information about the arrival and departure times of employees, the length of stay in the workplace and other parameters. This can be useful information to optimize work schedules, calculate wages, and identify inefficiencies or violations of work rules.
One of the innovative solutions that we implement for our customers is the integration of alcohol testers in the SCU to check the state of alcohol intoxication of employees.
The use of alcohol testers in access control systems makes it possible to effectively detect employees who are intoxicated and prevent them from accessing workplaces. This is especially important in enterprises where there is work with heavy machinery, hazardous substances or in conditions that require high attention and coordination of movements. The presence of alcohol in the body can significantly increase the risk of accidents, injuries and unplanned damage.
The principle of operation of the alcohol tester is to measure the concentration of alcohol in the exhaled air using chemical reactions or electrochemical sensors. In modern SCDs, breathalyzers can be integrated directly into the reader or located next to them for convenient and quick measurement, which allows you to effectively detect workers with signs of alcohol intoxication and avoid potentially dangerous situations in the workplace. Also, the use of alcohol testers demonstrates a responsible attitude to the safety of employees on the part of the enterprise.
One of the main aspects of using alcohol testers in SCD is the speed and accuracy of measurement. Modern breathalyzers are able to perform the analysis quickly, in a few seconds, with minimal error. This ensures the efficiency of the inspection process and minimizes the loss of employee waiting time.
Зв'яжіться з нами, щоб отримати більше інформації про наші рішення та проєкти
