Case Study: HPC-219 Hydraulic Rising Bollard – Enhancing Urban Traffic Safety and Access Control

The HPC-219 Hydraulic Rising Bollard is a state-of-the-art security solution designed for modern urban infrastructure, combining robust construction with advanced hydraulic technology.

With a diameter of 219mm and customizable thickness options (3mm, 6mm, 9mm, etc.), this bollard offers exceptional durability and adaptability to diverse security requirements.

Its high-strength stainless steel structure ensures a bearing capacity of over 40 tons, making it ideal for controlling vehicle access in sensitive areas such as pedestrian zones, hotels, government facilities, and commercial premises.

Installation is streamlined for efficiency:

Excavation and Foundation Preparation: A base of 800mm–1130mm depth is prepared with gravel and sand for drainage.

Embedding and Wiring: The bollard is positioned level with the ground, with waterproof electrical connections and drainage pipes installed.

Concrete Pouring and Testing: After securing the bollard, concrete is poured, followed by system calibration and functionality checks.

Key advantages include:

Rapid Operation: Raises/lowers in 3–6 seconds (adjustable speed) with emergency stop capabilities.

Integrated Safety Features: Built-in LED lights and reflective tapes enhance visibility.

The HPC-219 plays a critical role in urban traffic management by providing anti-ram protection, regulating vehicle flow, and safeguarding pedestrians.

Its compatibility with remote control and automation systems aligns with smart city initiatives, ensuring seamless integration into modern security frameworks.

Supported by extensive product images showcasing its installation process and deployment in real-world scenarios.

: Material specifications, installation steps, and operational features.

: General guidance on automatic rising bollards' installation and urban security applications.