Automatic Bollards are used in many locations because of the progressive improvement in our safety consciousness and the ongoing development of intelligent access control technology. The flexibility and safety of autonomous bollards are greater than those of a hefty traffic blocker. Pushing a button causes remote control bollards to move up or down, which is all well and good. How do automatic car park bollards function?
Automatic bollards offer a high level of practicability, dependability, and safety. These are designed and built to prohibit unauthorized vehicles. The intuitive remote control bollards maintain traffic order and the security of critical facilities and locations by preventing passing cars. It turns out that there are different types of automatic bollards in different ways.
Multiple rising bollard designs have grown over the years of use and development. There are four main ways to power automatic bollards in general. Specifically, battery, electronic, pneumatic, and hydraulic are the primary. Let's examine each in more detail.
They elevate the bollard by utilizing compressed gas to lift the cylinder inside of it. They require relatively little maintenance and are highly accurate. The typical owner of a parking space might not need pneumatic motors because they are too potent and sophisticated. Simply put, simplicity is less expensive and easier to set up and run.
This is the industry's workhorse, able to exert up to 10,000 kg of force without quivering. Additionally, these devices are almost impervious to environmental dangers like water and mud. They are dependable and only sometimes require repair. You inquire as to the disadvantage. Well, first of all, they are difficult to move and difficult to reinstall. They are also hard to install. Such car parking bollards are used remotely, and a complicated network of underground pipes and hoses secures the hydraulic controller to the barrier. Using petroleum-based oils in these systems makes them less environmentally friendly, which is their second and possibly more obvious problem.
The piston and cylinder technology is used to drive these parking bollards. They are highly reliable and frequently allow you to change the speed at which the bollard rises or descends. Their electrical components are buried deep in the ground, making them susceptible to mud and water, which is a disadvantage. This may result in an expensive maintenance issue later on, depending on where they are. When using this type of bollard, it's essential to ensure that water doesn't collect around it. And the area isn't prone to flooding, and the bollard is put in a way that promotes good drainage. This kind of bollard is extremely pricey and more suited to industrial uses.
Car Parking-bollards powered by batteries are dependable and precise. They are the best option to lift parking bollards, and their advantages are extensive. Bollards with battery power are easy to install because there is no need for intricate wiring to power or electrical sources.
Installing car park bollards is a crucial and practical step in enhancing the security and safety of our streets, public spaces, and private places. You can completely miss these obstacles when you're out and about because they appear like metal poles, yet they serve an essential purpose. Below we have discussed the working principle of the Automatic bollard:
First, the control system receives a signal from the signal input terminal (remote controller/button box) to drive the AC contactor and start the power unit motor. The control system processes the signal using a logic circuit system, such as a PLC (programmable logic controller) and controls the output relay following the command.
A relay logic circuit system or PLC can manage the control system. You can connect it to other entrances, exit management devices, a central management platform, button boxes, remote controls, and other standard operation worry control equipment.
When the motor turns on, it induces the gear pump to rotate. Also, it compresses the hydraulic oil into the hydraulic cylinder through the built-in valve and facilitates the hydraulic cylinder's expansion and contraction. So, to manage the flow of cars, a hydraulic cylinder is attached to the lifting column's interception section.
At Parkmaster, our bollards are fueled by ambition and batteries. The batteries, mostly. These batteries are rechargeable to provide the longest possible lifespan and convenience of use. This ensures that our automatic bollards are just that—automatic. Many of our clients have indicated that they would prefer the ability to relocate their bollards in the future, if necessary. We believe this answers the age-old puzzle of how autonomous bollards work.
If you have any questions on hydraulic automatic bollards manufacturer. We will give the professional answers to your questions.