Lifting bollards (also called automatic lifting bollards or smart lifting bollards) are a modern traffic management tool, widely used in urban roads, parking lots, commercial areas and other places to control and manage the entry and exit of vehicles. Although the design and use of lifting bollards are convenient, many users are prone to some common misunderstandings during the selection and use process. Have you ever stepped on these pits?
4. Myth 4: automatic bollards do not need to be used with other equipment
Problem analysis: Some people think that automatic bollards can solve the problem by using them alone, ignoring their use in conjunction with other traffic management systems (such as license plate recognition, remote monitoring, traffic lights, etc.). If automatic bollards are not effectively coordinated with other systems, they may not achieve the best traffic management effect.
Correct approach: automatic bollards should be used in conjunction with intelligent parking management systems, license plate recognition systems, remote monitoring equipment, etc. to ensure that they can be controlled intelligently and avoid errors caused by human operation.
5. Myth 5: automatic bollards do not require regular maintenance
Problem analysis: Many people think that once a automatic bollardis installed, it does not need to be maintained. In fact, long-term use of automatic bollards will be affected by factors such as weather changes and vehicle collisions, and may cause aging, wear, and failures.
Correct approach: Regularly check and maintain automatic bollards, especially the integrity of electrical systems, mechanical components, and bollards to prevent failures. For example, regularly check the battery, hydraulic system (if any), and sensors of the lifting bollard.
6. Myth 6: The installation position of the automatic bollardis random
Problem analysis: When installing automatic bollards in some parking lots or streets, reasonable traffic flow and ease of operation are not taken into consideration. The wrong installation position will affect the normal entry and exit of vehicles, and even affect the traffic order in the surrounding area.
Correct approach: The installation position of the automatic bollardneeds to be carefully planned, taking into account the direction of vehicle travel, traffic flow and the influence of surrounding facilities. Ensure that the automatic bollarddoes not hinder traffic, does not affect the passage of emergency vehicles, and is convenient for management and maintenance.
7. Myth 8: All automatic bollards are the same
Problem analysis: Some people think that there is not much difference between automatic bollards of different brands or models, and only consider the price when choosing, but ignore the quality difference of the product. In fact, automatic bollards of different brands have great differences in performance, materials and technology.
Correct approach: When choosing automatic bollards, you should pay attention to the brand’s reputation, product quality and after-sales service, and avoid only looking at the price and ignoring the safety, stability and maintenance convenience in long-term use.
8. Myth 9: Not considering the aesthetics and environmental coordination of the lifting column
Problem analysis: The functionality of the lifting column is important, but if its coordination with the surrounding environment is ignored, it may affect the overall aesthetics and functionality. For example, if the design of the lifting column does not match the surrounding architectural style, it may cause visual disharmony.
Correct approach: When choosing a lifting column, try to choose a design style that matches the surrounding environment and ensure that it matches other facilities. Consider both functionality and aesthetics to avoid affecting the cleanliness and visual effects of the surrounding environment.
9. Myth 10: Not paying attention to the pressure resistance of the lifting bollard
Problem analysis: Although some lifting bollards can be raised and lowered, their pressure resistance is weak and they are easily damaged by vehicle collisions or heavy pressure, resulting in increased maintenance costs or failure to work properly.
Correct approach: Choose a lifting column with strong pressure resistance, especially in commercial areas and places with heavy traffic, where the pressure resistance of the lifting bollard is particularly important. Common lifting bollards are mostly made of high-strength materials such as stainless steel and alloys to ensure that they will not be damaged in collisions or extreme situations.
Lifting bollards may seem simple, but if you don’t choose the right product, installation location and maintenance method, it may cause a lot of trouble. Before installation, understand and avoid the above misunderstandings to maximize the use of lifting bollards and ensure their long-term stable operation.
Have you encountered the above misunderstandings? Or if you have other questions when purchasing and using lifting bollards, feel free to tell me!
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Post time: Sep-10-2025
