A Comprehensive Guide on Different Hydraulic Bollards

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The bollard is a type of vertical pillar structure that is short in height. The term was used for a vertical pillar type short structure that is mounted on ships and also used to moor boats. Though the structure shape and size remained the same, the material used to make the bollard has changed. Now, hydraulic bollard manufacturers are choosing these structures with the latest materials.

Here in this guide, you will get to know about the different types of bollards used-

Different Types of Bollards

Traffic Bollards

Traffic bollards are vertical structures or posts used to maintain vehicle traffic on roads and in parking areas. They are permanent structures, and they are also moveable. There are three main types of traffic bollards available.

The automatic traffic bollard is the most common type of bollard used in parking spaces to control vehicle traffic. They are electrically managed, cylindrical in shape, and made of stainless steel. They can be used up and down, above or beneath the road surface.

They are operated by electricity or by remote control. When they are below the land surface, the vehicles can pass. They will block and control the traffic when they are up on the road. They are separated by a horizontal space of 1000–1200 mm.

Semi-Automatic Traffic Bollards

They are operated with electric power. Here, the bollard, there is the hydraulic piston and spring, which always pushes the bollards upward. The UP movement is blocked by the mechanical key. They are used where traffic movement is reduced.

Manual Traffic Bollards

They are similar to the semi-automatic bollards. The only difference is that when you need to hire the manual force.

Automatic traffic bollards

They are the most common bollards used in modern traffic and parking, and they are one of the most common types of structures used today.

Electromechanical bollards

They are made up and down using geared electromechanical motors. They are cylindrical in structure and made of stainless steel. They have 600 watts of power.

Pneumatic bollards

They use external pneumatic pressure to make the bollards move up and down. The motor pumps are used above the ground area to create pneumatic pressure and are connected to each bollard.

These are some of the major types of bollards used. Choose the best quality bollards from the leading manufacturers.

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Are you looking for a perfect way to protect your premises from unauthorized vehicles? Then automatic hydraulic bollards are the best solution for you. Almost everywhere you go these days, you can see bollards in use. However, in high-traffic areas, different types of bollards are used to restrict traffic. Including airports, train stations, football fields, and other areas. The bollards used in these locations are significantly different from the automatic bollards that offer more safety features. In today’s guide, we’ll explore the definition and benefits of hydraulic bollards.

1. What is a hydraulic bollard system?

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Hydraulic bollard systems are a safety mechanism used to control vehicle access in a variety of environments, such as private driveways, commercial premises, government buildings, and public spaces. By using hydraulic power, it raises and lowers retractable bollards. A bollard acts as a barrier to prevent unauthorized vehicles from entering restricted areas.

Hydraulic bollards are typically made from high-strength materials such as steel or iron to provide sturdiness and durability. They are mounted flush with the ground when lowered, allowing unhindered vehicle movement. Vehicles are prevented from passing through the bollards when they are activated.

The hydraulic mechanism responsible for the movement of the bollards is powered by a system of hydraulic oil and pumps. A pump system, usually located in a control room or nearby enclosure, generates the necessary hydraulic pressure to raise and lower the bollard. Hydraulic oil is transported through underground pipes or hoses that connect the control room to the bollard unit.

2. Control method of hydraulic bollard system

To control the operation of a hydraulic column system, several methods can be used:

• Manual Control: This method involves manually raising or lowering the bollard using a key switch or push button station. Often used where only a small number of bollards need to be operated.
• Access Control Integration: Hydraulic bollard systems can be integrated with access control systems such as card readers, proximity sensors, or biometric scanners. These systems allow authorized personnel to control bollards using their access credentials.
• Remote Control: Wireless technology can be used to control hydraulic bollard systems in some instances. This approach provides convenience and flexibility, especially in scenarios where fast response times are required.

3. Advantages of hydraulic bollard system

Hydraulic bollard systems have the following advantages:

• Security: The primary purpose of hydraulic bollards is to enhance security by preventing unauthorized vehicle entry. They act as a physical barrier against forced entry, protecting sensitive areas from potential threats such as vehicle attacks or unauthorized parking.
• Versatility: Hydraulic bollard systems can be customized to meet different site requirements. They are available in a variety of sizes, designs, and impact levels to suit different traffic conditions and safety needs.
• Aesthetics: Hydraulic bollards are designed to blend seamlessly with the surrounding architecture and environment. It is possible to powder coat or paint them in different colors to match the aesthetics of the site.
• Flexibility: The ability to raise or lower individual bollards, allowing controlled entry for authorized vehicles while restricting access to other vehicles. This flexibility is particularly useful in situations where temporary or selective access is required.
• Durability: Hydraulic bollards are designed to withstand significant impact forces. They are designed to resist ramming attempts and provide a high level of protection against vehicle intrusion.
• Reliability: Hydraulic systems are known for their reliability and robustness. A hydraulic bollard system can be trouble-free and long-lasting if it is properly maintained.
• Safety Features: A hydraulic bollard system is equipped with safety features to prevent accidents and ensure the safety of the user. These features may include emergency stop buttons, warning lights, and audible alarms to alert pedestrians and vehicle operators.

It is important to note that while hydraulic bollard systems provide an effective safety measure, they are not infallible. Regular maintenance and inspections are essential to ensure proper operation. Furthermore, surveillance cameras and perimeter fencing can further enhance overall site security if the system is integrated with other security measures.

4. Requirements for automatic hydraulic bollard systems

Automatic hydraulic bollards are steel structures raised from the ground used to control access and prevent intrusion into premises where access needs to be restricted for certain safety reasons. One of the common reasons for installing automatic lifting columns is to have secure parking lots, which are often targeted by criminals and vandals. Likewise, an increasing number of private homeowners are installing automatic bollards on their driveways. Because bollards can act as a powerful deterrent to strangers.

The use of bollards for commercial purposes has increased significantly since the 1990s. This means that bollards are not only used to restrict access to an area but are also used for anti-terrorism and impact protection purposes. The purpose of using bollards is to resist vehicle impacts from large organizations and buildings that may be at risk from terrorism. On the bollards, you can also install obstacle detection sensors, audible warning signals, LED light crowns, and manual overrides.

5. Why do people like to use automatic hydraulic bollard systems?

People prefer automatic bollard systems for commercial and residential purposes because:

• It protects loading areas or roller shutters from punch-assisted attacks
• Only authorized types of vehicles are allowed on-site
• It ensures drivers pay for parking in private car parks
• It also prevents the public from entering restricted areas
• It can even prevent vehicles from invading pedestrian areas

6. Purpose of hydraulic bollard system

The most common perception many people have about bollards is that they are durable and permanent structures and therefore designed to mark specific areas to prevent vehicle access. Here you can learn about some common applications for automatic bollards. While bollards help maintain vehicle traffic, they also help save lives within emergency vehicle areas. When you see an “Emergency Vehicles Only” sign, you may be familiar with the bollards used in such emergencies. These bollards enable operators to selectively allow vehicle entry and exit at a moment’s notice. Sometimes, other vehicles accidentally block the emergency vehicle area and block the surrounding restricted area.

This situation often occurs in hospital areas because many people drive in a hurry and are stressed. This can make it difficult for emergency vehicles to respond quickly to an emergency, as much valuable time is wasted trying to cross legally parked vehicles. Therefore, self-rising hydraulic bollards are used to prevent vehicles from entering such restricted areas. This rising bollard completely blocks off and reserves parking spaces for emergency vehicles.

It helps ensure vacant parking spaces for easy access by emergency vehicles. Just like in hospitals and emergency areas, automatic rising bollards are also used in businesses. Companies often use temporary bollards because rising bollards help control access for delivery and maintenance personnel. It also prevents serious delays that can occur due to illegally parked vehicles. Therefore, automatic rising bollards are more versatile.

7. Conclusion

In summary, hydraulic bollard systems provide advanced solutions for controlling vehicle access. With their robust construction, versatility, and ability to provide an effective physical barrier, they play an important role in enhancing security and protecting restricted areas from unauthorized interference.

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A Comprehensive Guide on Different Hydraulic Bollards

An Ultimate Guide for Hydraulic Bollard System