The body of the swing gate turnstile is relatively thin, covering small area, with high degree of plasticity in appearance, so it is widely used in our daily life. But there is one big disadvantages of swing gate turnstile, that is, pedestrian can jump over the turnstile, so sliding gate turnstile is the preferred choice for the high security requirements of the occasion. Sliding gate turnstile cannot be jumped over and the passing speed is faster, but the price is more than twice as much as swing gate turnstile. Is there a swing gate turnstile cannot be jumped over, and the price is relatively cheap? To meet this requirement, CMOLO has developed an anti-shake smooth-running 1.8m ultra-high swing gate turnstile.

What is the reason for the swing gate height limitation?

The following problems will be easily occurred when the swing gate height is increased:

（1） When the weight of the swing gate increases, the inertia of the swing gate becomes larger, and the motor control becomes very difficult, resulting in troubles such as slow movement, poor smoothness, shake, and unaligned swing gate etc., and the stress distribution of mechanism is also seriously unbalanced, affecting the mechanism life;

（2） Under the same conditions, compared the 1.8m ultra-high swing gate turnstile with the conventional swing gate turnstile, the swing gate volume of the former is more than 2.5 times that of the latter, so the mechanism load of the former is more than 2.5 times of the latter. If the conventional mechanical structure and drive control are still used when the mechanism load is so large, the 1.8-meter ultra-high swing gate turnstile will severely shake during operation, and it will easily cause mechanical wear and large decibel noise. In this case, the conventional swing gate turnstile is more likely to malfunction;

（3） The swing gate is too high to control, so easily hit pedestrians, which increases safety risks.

How Does CMOLO Solve the Problems?

Starting from the optimization of mechanical structure and drive control, CMOLO has successfully solved the problems of mechanism overload and 1.8m swing gates’ shake when working, achieving stable working, anti-shake and low noise, which not only ensures the stability and long service life of swing gate turnstile, but also provides a good user experience.

How to Get 1.8m Ultra-high Swing Gate Turnstile?

The core parts of the mechanism are processed by CNC machine with high machining accuracy. The mechanism module uses the bearing, reducing the mechanism friction in the working, and ensuring the mechanism return precision. Mechanism is the core part of the turnstile. If the accuracy requirement is not high, it is easy to cause loose mechanism installation, excessive noise and mechanism shake. After using for a period of time, it is easy to appear that the mechanism structure is unstable, the wear speed is fast and the rotation accuracy cannot be guaranteed.

With precise positioning encoder, the turnstile can be 360° positioning and the control accuracy can be up to 0.25°.

With compact mechanism structure, 1.8m ultra-high swing gate turnstile adopted high-quality brushless DC motor and high-performance reducer, which have larger load and can carry up to 8KG of the swing gate, ensuring the stability and service life of 1.8m ultra-high swing gate turnstile better.

The fixing structure of glass swing gate is optimized, and the fixing parts of glass swing gate adopted with a raised design, to reduce the shake and deformation caused by increasing the swing gates’ height.

Using “CMOLO control software of swing gate turnstile' independently developed by CMOLO, 1.8m ultra-high swing gate turnstile has good safety performance. The combination of current detection and infrared anti-clamping, it can prevent pedestrians from being injured.