INDIAN MANUFACTURERS SINCE 1993

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Home Product Crash Rated – Hydraulic Bollards

Crash Rated – Hydraulic Bollards

Main Features Technical Specs
Height of Bollard 600 – 1200 mm (Can be customized as per requirement)
Diameter of Bollard 150 – 300 mm (Can be customized as per requirement)
Thickness of Bollard 3 – 6 mm (Can be customized as per requirement)
Bollard MOC High Carbon Steel – Mild Steel / Stainless Steel
Drive Electro-hydraulic / Electro-pneumatic
Power 220 V AC (Single Phase) / 440 V AC (Three Phase)
Opening / Closing Time 1-3 Seconds (Raising), 3-6 Seconds (Lowering)
Control Panel Micro-processor based control panel
Safety Feature Photocell Beam Sensor / Loop Detector
Operation Interface RFID, ANPR, Biometric (Face/Finger), Card Readers etc.

Description

Since 1993, our company has specialised in manufacturing crash rated bollards designed to secure strategic access points against ram-vehicle threats, ideal for locations requiring enhanced security. These crash rated bollards control vehicle access into restricted areas while permitting pedestrian movement at entry and exit points, improving safety and movement control at high-profile locations. The automatic bollards can be quickly raised or lowered with a button upon authorised access, featuring quieter, safer, and more reliable operation. Constructed from high carbon or stainless steel, these bollards are customisable in height (600 – 1200 mm), diameter (150 – 300 mm), and thickness (3 – 6 mm).

Equipped with an electro-hydraulic or electro-pneumatic drive, they operate with rapid opening and closing times of 1-3 seconds for raising and 3-6 seconds for lowering. Additional features include a micro-processor-based control panel, safety features like photocell beam sensors or loop detectors, and various operational interfaces such as RFID, ANPR, biometrics, or card readers. Each bollard also includes an illuminated ring of LED lights for enhanced visibility. This below-ground, cylindrical steel arrangement not only effectively blocks unauthorised vehicle access but also absorbs impact force, transferring it to the foundation, thus ensuring durability and resistance to impacts and atmospheric elements.

Frequently Asked Questions

Crash rated bollards are generally installed in high-security locations with a risk of vehicle-ramming attacks or unauthorised vehicular entry. These robust barriers are commonly found around government buildings, military installations, and federal facilities to prevent hostile vehicle intrusions. Airports utilise them to safeguard critical infrastructure, while data centres rely on them to protect sensitive information from physical breaches. Additionally, they are deployed in parking lots to control access and enhance perimeter security.
No, crash rated bollards are manufactured to meet different standards depending on the level of security required. Their performance is evaluated based on factors such as the speed and weight of an oncoming vehicle and the degree of penetration resistance needed. Some bollards are rated to stop small passenger cars at low speeds, while others are engineered to withstand high-impact collisions from heavy trucks.
Yes, crash rated hydraulic bollards can be operated remotely. They are integrated with automation technologies, such as RFID, ANPR, biometric scanners, and card readers, enabling remote access control.
A hydraulic bollard operates using a pressurised hydraulic system that efficiently raises and lowers the bollard to control vehicle access. The system utilises an incompressible hydraulic fluid, generally oil, which is pumped into a cylinder to drive a piston upward, lifting the bollard. The fluid is released when retracting, allowing the bollard to descend smoothly. This mechanism ensures fast and reliable operation, with opening and closing times ranging from 1 to 6 seconds. The hydraulic design provides durability and high load-bearing capacity, making it ideal for high-traffic areas where quick and frequent access adjustments are necessary.
Yes, hydraulic bollards can be easily integrated with various security systems to create a complete protection network. They can be connected to ACS (access control systems), allowing only authorised personnel to operate them via RFID, biometric scanners, or ANPR (Automatic Number Plate Recognition) technology. Integration with surveillance cameras enhances monitoring, while safety features like photocell sensors prevent accidents during operation.
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