Automatic Rising Hydraulic Bollards

Automatic rising hydraulic bollards

Product Description

Automatic Rising Hydraulic Bollards are advanced vehicle access control and high-security barrier systems that rise vertically from the ground using a hydraulic or electro-hydraulic mechanism. They are designed to block unauthorized vehicles instantly while allowing smooth, controlled access for approved traffic.

These bollards are widely used in high-security zones such as government buildings, airports, embassies, military bases, commercial complexes, parking areas, and restricted roads.

Key Features

1. High-Security Vehicle Blocker
Provides strong physical protection against unauthorized or forced vehicle entry.

2. Hydraulic Lifting System
Uses a powerful hydraulic mechanism for smooth, stable, and fast vertical movement.

3. Automatic Operation
Works with RFID, access control systems, remote controls, or sensors for fully automated entry/exit.

4. Anti-Ram Capability (High Impact Resistance)
Designed to stop vehicles from forceful intrusion depending on model rating.

5. Fast Response Time
Typical rising/lowering time ranges from 3 to 6 seconds in most systems.

6. Weatherproof Construction
Built with stainless steel and sealed underground housing, suitable for outdoor environments (IP-rated protection in many models).

7. Safety & Control System
Includes:

• Obstacle detection
• Emergency manual lowering
• Traffic signal integration
• Loop detector compatibility

8. LED Indicators (Optional)
Some models include LED lighting for night visibility and safety enhancement.

Technical Overview

• Material: Stainless steel (304 / 316)
• Diameter: 200mm – 275mm (varies by model)
• Height Above Ground: 600mm – 800mm
• Operation Type: Hydraulic / Electro-hydraulic
• Rising Time: ~3–6 seconds
• Protection Level: IP67 / IP68 (model dependent)
• Control Options: RFID, remote, keypad, PLC system
• Power Supply: 220V AC (typical)
• Temperature Range: -30°C to +70°C

Specifications

• Control System： Integrated Electro-Hydraulic
• External housing size：430*430*1130mm/500*500*900mm
• Diameter：168mm,219mm,273mm (can be customized)
• Storage Environment：10℃~65℃, Waterproof and moisture-proof
• The thickness of the bollard：6mm,8mm, and 10mm.12mm,15mm, 30mm (optional)
• Structure： With load-bearing steel beam-column, anti-collision steel beam-column, 4 navigation rods;
• Integrated electrical mechanism： stroke 600mm, Cylinder outer diameter 60mm, Rod diameter:16mm;
• 6k Mirror cylinder;
• Colorful With LED （Acrylic light circle）；
• Reflective sticker:2 strips；
• Gang-control interface ；
• It can manually fall if power is cut；
• Available to reverse operation during rising or falling；
• The hydraulic drive comes with a hydraulic lock；
• PLC programming command control system ；
• LCD has both menus in Chinese and English ；
• PLC built-in encryption system.

Applications

• Government & military entrances
• Airports and VIP zones
• Corporate headquarters
• Parking management systems
• Embassies and consulates
• Industrial and warehouse security
• Pedestrian-only or restricted traffic zones

Advantages

• Maximum vehicle intrusion protection
• Fully automated access control
• Strong durability and long service life
• Works with modern security systems (RFID/ANPR/CCTV)
• Aesthetic and space-saving compared to gates

Frequently Asked Questions (FAQs)

1. What is an automatic rising hydraulic bollard?
It is a retractable security post that rises from the ground to block vehicles and lowers to allow access.

2. Where are hydraulic bollards used?
They are used in high-security and controlled access areas like airports, government buildings, and commercial sites.

3. How fast do they operate?
Most systems operate within 3–6 seconds depending on model and configuration.

4. Can they stop vehicles?
Yes, high-security models are designed to resist and stop vehicle impact based on certification level.

5. Are they weatherproof?
Yes, they are built for outdoor use with sealed underground and stainless steel construction.

6. How are they controlled?
They can be controlled via RFID systems, remote controls, sensors, or access control panels.

7. What happens during power failure?
Most systems include manual lowering or backup operation modes.

8. Do they require maintenance?
Yes, but maintenance is generally low and mainly hydraulic system checks.