DSC305 Fixed Bollard Modules
Product Information
The Delta Scientific DSC305-PE is an automatic, pneumatic retractable bollard system engineered to provide positive control of vehicles entering and exiting restricted areas. Utilizing precision steel bollards that are raised and lowered by a quiet pneumatic source, the DSC305-PE serves as a primary barrier against unauthorized or wayward vehicles, effectively stopping aggravated or accidental vehicle attacks.
Originally designed to protect against terrorist threats, the DSC305-PE is configured to stop and destroy heavy trucks and high-speed passenger cars. It can function as a standalone traffic controller for a single-lane roadway or be arrayed to manage multiple lanes of bi-directional traffic.
Ideal for applications such as parking control, warehouse security, VIP parking, and perimeter protection, the DSC305-PE offers customizable configurations and seamless integration with existing security measures. Its durable construction ensures long-lasting performance with minimal maintenance requirements.
Specifications
| Model: | DSC305-PE |
| Operation Type: | Pneumatic, automatic retractable |
| Bollard Height: | 610 mm (24 inches) |
| Bollard Diameter: | 141 mm (5.55 inches) |
| Finish Options: | Chrome plated |
| Power Consumption: | 250 W |
| Control Options: | Remote control panels with data logging and layering capabilities |
| Ideal Applications: | Parking control, warehouse security, VIP parking, sally ports, perimeter security |
Core Advantages
High-Security Vehicle Control
Designed to stop and disable high-speed vehicles, the DSC305-PE provides reliable protection against both intentional and accidental vehicle intrusions.
Quiet Pneumatic Operation
Utilizes a low-noise pneumatic system to raise and lower the bollards, making it ideal for environments where operational noise must be minimized.
Flexible Deployment Options
Can be used as a single-lane solution or installed in an array to manage multi-lane, bi-directional traffic, adapting easily to various site layouts.