• Fast remote control: opening and closing of the barrier arm via remote control within 15 meters, reducing parking access times compared to manual systems.
• Automated protection: physical prevention of parking access associated with remote detection of unauthorized access attempts.
• Self-contained solar power: no monthly electricity consumption and no grid connection costs, with simplified installation without cable routing.
• Durable and highly visible structure: weather-resistant painted steel with a black/yellow color combination that guarantees visibility from afar, associated with an integrated anti-shock siren for physical deterrence.
• Simple daily management: lithium battery rechargeable in 2 hours, 2 remote controls included for multiple access, 3 fastening elements provided for direct installation.

The H972_68 bollard is intended for the protection of reserved parking spaces in condominium contexts, where the need to prevent unauthorized access is frequent and requires repeated interventions during the day.

In corporate and industrial environments, the system allows for the management of parking spaces dedicated to executives, visitors, or customers, automating the opening for authorized users and maintaining the barrier for unauthorized ones.

It is particularly suitable for private fenced spaces such as gated residential areas, sports clubs, or recreational facilities where access to parking spaces must be controlled and tracked.

The solution is also suitable for parking lots in healthcare facilities, shopping centers, or offices where space reservation is a service element for specific users and manual management would be costly.

The H972_68 bollard represents the correct choice when it is necessary to completely automate the management of reserved parking spaces without dependency on the power grid. It is preferable in contexts where grid connection involves design and implementation costs for power lines, or where the physical structure does not easily allow this type of infrastructure.

The solution is suitable when a fast operational response is required (5-6 seconds for opening) to ensure smooth access for authorized users, combined with physical and acoustic protection against tampering attempts or illegal parking.

It is the appropriate choice for multiple installations on several spaces, as each bollard is energy-independent and the overall management cost remains low over time. The lithium battery eliminates the problem of periodic maintenance and replacement of conventional batteries.

Finally, choosing this model is appropriate when aesthetics and space visibility are relevant: the black/yellow color provides immediate visual signaling and the compact design (70 mm height at rest) does not clutter the space when the bollard is lowered.

How does the opening and closing system work?

The bollard opens and closes using one of the two included remote controls, which transmit the signal within a range of 15 meters. When the button is pressed, the internal mechanism raises the barrier arm from a standstill (70 mm from the ground) to a height of 390 mm in 5-6 seconds, allowing vehicles to pass. Pressing the remote control again lowers the arm to the rest position and blocks access.

Is a connection to the power grid necessary?

No. The bollard is powered by an integrated solar panel that charges the 3.7V lithium battery during daylight hours. It does not require electrical connections, cable routing, or intervention by an electrician. This energy autonomy simplifies installation and reduces management costs to zero for energy.

What are the charging times and methods for the battery?

The lithium battery recharges completely in about 2 hours using the supplied charger. During normal solar-powered operation, the integrated solar panel maintains the charge. In case of prolonged exposure to low light or intensive use, the system can be recharged by connecting the charger to a power outlet to quickly restore full operational autonomy.

What happens if the bollard receives an impact or a tampering attempt?

The system is equipped with an integrated siren that activates automatically in the event of impact or tampering. This acoustic alarm mechanism serves both as a deterrent (signaling an unauthorized access attempt) and as a warning to the owners or managers of the space, drawing attention to suspicious behavior or damage.

What is the difference between the H972_68 model and other manual or replaceable battery bollards?

The H972_68 model is a fully automated solution with solar technology, eliminating the need for human intervention to raise or lower the barrier arm. Unlike manual bollards (which require physical intervention every time), H972_68 reduces operational effort. Compared to conventional battery systems, the solar panel eliminates periodic battery replacement maintenance, reducing management costs over time.

What regulatory certifications or safety standards does the product apply?

The bollard is designed to ensure physical protection of the parking space and prevent unauthorized access. The anti-shock siren and the painted steel structure meet the visibility and robustness requirements for applications in common condominium and corporate areas. For specific regulatory compliance on installations in public or regulated contexts, it is advisable to check local regulations on parking management and the requirements for vertical and horizontal signaling that accompany the product.

What is included in the purchase and how is installation carried out?

The package includes the fully assembled bollard, 2 remote controls for remote control, 1 battery charger, and 3 fastening elements for floor anchoring. Installation consists of anchoring the bollard using the included fastening elements, checking operation with the remote controls, and testing the initial battery charge. No excavation work, cable routing, or construction interventions are necessary.