Turnstiles have become an essential part of access and security in various facilities such as airports, amusement parks, and sports arenas. They provide an efficient way to regulate the flow of people, security by limiting access to authorized personnel, and ensure that only one person passes through at a time. The mechanism used in a turnstile design plays a crucial role in how effective it is in fulfilling these roles. In this article, we will discuss the different turnstile mechanisms available and their benefits.
1. Optical Turnstile Mechanisms
Optical turnstiles use beam receptors and sensors to detect the presence of people passing through. They an infrared beam technology that can detect the number of people passing through and real-time view of the entry/exit area for security monitoring. One of the benefits of optical turnstile mechanisms is that they are aesthetically pleasing and do not present any physical barriers that can hinder accessibility. They also provide virtually jam-free operation since they can detect the presence of obstacles, and so far, no head count limit. This type of turnstile mechanism is ideal for corporate offices, museums, and hotels.
2. Full-Height Turnstile Mechanisms
Full-height turnstile mechanisms are ideal for facilities with a high security risk as they offer the highest level of security control when compared to other types. They can help touders from breaching the facility by providing physical barriers. Additionally, full-height turnstiles have a hard-wearing design that allows them to be used outdoors in any weather, making them popular for use in construction sites, prisons, and military bases.
3. Flap Barrier Turnstile Mechanisms
Flap barrier turnstile mechanisms offer fast and effortless movement of people through the turnstile. They operate on a panel system that opens and closes rapidly, allowing for quick and seamless movement of people in and out of a facility. Flap barrier turnstiles are commonly used in public areas such as train stations, offices, and airports due to their fast speed and compact size.
4. Waist Height Turnstile Mechanisms
Waist height turnstile mechanisms are designed with an extended turnstile gate that can be set up in both single and tandem configurations. They are ideal for high traffic areas such as sports arenas, event venues, and amusement parks, as they allow for fast and easy access while regulating the number of people entering. They are available in both manual and automatic models to accommodate the needs of various facilities.
5. Tripod Turnstile Mechanisms
Tripod turnstile mechanisms are designed with three arms that provide a physical barrier to stop intruders from entering the facility. These types of turnstiles are ideal for use in facilities such as museums and libraries where there is a lower security requirement but still a need to regulate access. They are available in both manual and automatic models and are one of the most cost-effective turnstile solutions.
In conclusion, the mechanism used in turnstile design plays an essential role effectiveness of the turnstile. Optical turnstile mechanisms provide an aesthetically pleasing design and are ideal for use in areas where accessibility is a concern. Full-height turnstile mechanisms provide the highest level of security and are ideal for facilities with a high security risk level. Flap barrier turnstile mechanisms offer rapid movement of people through the turnstile and are ideal for use in high traffic areas. Waist height turnstile mechanisms are ideal for regulating the number of people entering high traffic areas, and tripod turnstile mechanisms provide a cost-effective solution for low-security access control. Experts recommend selecting the type of turnstile mechanism that is best suited for the facility’s needs to ensure an efficient and effective access control and security system.
