A turnstile is an access control device used to control people's access to a specific area. It is often used to provide security and access control in places such as public areas, sports facilities, office buildings.

Access control is a security procedure used to manage and control the entry and exit of persons into and out of a building or area.

Access control systems are electronic systems that prevent unauthorised access while automatically allowing authorised persons to access a specific area.

ADA refers to the American Disabilities Act. It includes regulations to ensure access to public spaces for individuals with disabilities. ADA compliance when choosing access control systems ensures that everyone has equal access.

Fail safe is a system that allows the turnstile to open automatically in case of power failure, so that the escape route remains open in case of emergency. Fail secure prevents unauthorised access by keeping the turnstile locked in case of power failure.

Optical turnstiles monitor the passage of people using light sensors instead of physical barriers. Because they are more aesthetic and take up less space, they are often preferred in low-risk areas such as office buildings.

In case of emergency, most turnstile systems open automatically or can easily be opened manually so that no one is trapped inside.

Turnstiles equipped with additional security measures such as card readers, biometric readers can be used to prevent unauthorised access.

These terms refer to the direction in which the turnstile will be installed. According to the direction of passage of the users, the turnstile is defined as "left hand" or "right hand".

This question varies depending on the turnstile manufacturer. Many turnstile manufacturers can produce their products in various countries.

For sales enquiries, you should contact the sales department or customer service of your turnstile provider directly.

Some turnstile models, especially tripod turnstiles, can be portable. However, full height and optical turnstiles are generally designed for fixed installations.

The need for turnstiles is often driven by security and access control requirements. It is used to control the entrances and exits of an area, prevent unauthorised access and regulate traffic flow. In particular, it is necessary to ensure order and security in places such as public areas, office buildings, sports facilities.

Electronically operated turnstiles are usually powered by electrical outlets or battery systems. Some models can also be powered by alternative energy sources such as solar energy. The choice of power source depends on the installation location and available infrastructure.

Full height turnstiles are the most physically difficult type of turnstile to physically pass through and provide the highest level of security and protection. This is effective in preventing unauthorised entry, thanks to their floor-to-ceiling construction.

The reader is a device integrated into the turnstile system and uses authentication methods such as card, biometric data for authorisation. When the person provides the correct credential, the turnstile unlocks and allows passage.

The card reader plate is a surface mounted on the turnstile that houses the card reader device. This plate allows users to pass through the turnstile by reading their access cards.

An integrator is a specialist or firm that brings together the components of an access control system (turnstiles, card readers, software, etc.) and ensures the smooth operation of the system. This provides guidance and support in the installation and management of complex systems.

Asel Turnstiles is known for its quality materials and workmanship, wide product range, high safety standards and the importance it attaches to customer satisfaction. The reason for preference varies according to needs and priorities.

Single-wall turnstiles have a single barrier panel, while double-wall turnstiles offer increased security and durability with two parallel barrier panels. Double-walled models are ideal for places with heavier traffic and high security requirements.

Electronic turnstiles can be powered by on-board electrical connection, rechargeable batteries or alternative energy sources. The most suitable power source is selected according to the characteristics of the installation location and the existing infrastructure.

The reliability of a turnstile provider is judged by the references of previously co-operated customers and the success of projects. Potential customers can access this information by looking at customer reviews and case studies on the provider's website.

In addition to ensuring the security of a building or area, turnstiles also play an important role in access control. With various types and models, they can adapt to different needs and security levels. Whether traditional mechanical or high-tech electronic turnstiles, each serves a specific purpose. When access control systems are integrated with features such as ADA compliance, fail safe and fail secure, they provide a safe and accessible environment for users. Therefore, when choosing a turnstile, factors such as security requirements, intended use, aesthetic expectations and suitability should be considered. Choosing a reliable brand like Asel Turnstiles means high quality service and product assurance. Finally, before purchasing a turnstile or access control system, researching the provider's previous collaborations and customer satisfaction is one way to ensure the long-term success of the investment.

Turnstiles may occasionally experience locking problems due to mechanical wear or malfunctions in electronic components. Such problems can be minimised with regular maintenance and checks.

Sensor problems are particularly common with optical turnstiles. If sensors are not functioning properly, it may be due to dirt, dust accumulation or foreign objects entering the sensor area. Regular cleaning and maintenance helps to prevent such problems.

In mechanical turnstiles, it is possible for the springs to wear or deteriorate over time. This can cause the turnstile not to turn smoothly or to move more difficult than expected. It is recommended to check the springs periodically and replace them when necessary.

In turnstiles, it is possible for the central rotating mechanism (hub) to become worn or damaged. This is usually the result of overuse or poor maintenance. Hub problems can lead to the turnstile not working properly.

Loosening of tourniquet arms may occur as a result of prolonged use of mechanical parts. Such problems can be eliminated by regular maintenance and tightening operations.

The method of providing disinfectant in hygiene turnstiles may vary depending on the product. In some models, disinfectant is provided by automatic spraying, while others provide disinfectant in a fluid way. Both methods are designed to provide effective hygiene.

Hygiene turnstiles usually have a drain system to discharge used or contaminated disinfectant. This is important to ensure that the environment remains clean and hygienic after use. The discharge system allows for safe and hygienic disposal of the disinfectant. In any case, regular maintenance and servicing is essential to ensure the proper functioning and long life of your turnstile system. For specific problems or needs related to your product, contacting the manufacturer or your authorised service provider is the best approach.

In hygiene and sanitation lines, the positioning of clean and dirty disinfectant bins can vary depending on the design and the manufacturer's preferences. In general, for both aesthetic and practical reasons, it is common to store these bins in a hidden or closed compartment. This approach avoids visual disturbance for users and at the same time helps to protect the disinfectant containers from external influences. In some cases, clean and dirty sanitiser bins can be designed to be more visible, especially with ease of use and quick refill needs in mind. But even in this case, aesthetically designed covers or panels are often used to give the boxes an organised and neat appearance. In hygiene turnstiles, it is also important to maintain and manage clean and dirty disinfectant bins to maximise user experience and hygiene standards. Regular cleaning and proper refilling of the disinfectant increases the effectiveness of the systems and ensures a hygienic environment. In summary, whether clean and dirty disinfectant containers are visible on the outside depends on the system design and the manufacturer's preferences for compliance with certain hygiene standards. In both cases, ease of use, maintaining hygiene standards and aesthetic appearance are prioritised.