PAS 68 High Security Bollards

SB970CR Automatic Security Bollards PAS68 Crash tested
1 2 3 4 5 6 7 8 SB970CR Automatic Security Bollards PAS68 Crash tested

Avon SB970CR Scimitar High Security Bollards provide a high level of security against unauthorised vehicle access without the need for an outwardly aggressive appearance.

Stainless Steel Crash  Tested PAS 68 Bollards

The PAS 68 automatic security bollards are designed to withstand direct impact forces in excess of 1,800 KJ (PAS 68), High Security PAS68 Bollards provide protection from extreme Vehicle Borne Improvised Explosive Device (VBIED) attack to sites where aesthetics and public perception are a consideration.

 

The Automatic High Security Bollards are designed and manufactured by engineers with significant experience in the fields of High Security and Access Control SB970CR PAS 68 Security Bollards are a highly dependable and yet unobtrusive security product that will easily interface with a wide range of control equipment. The automatic bollards are assembled in our fabrication facilities using heavy gauge materials to give maximum strength and durability. This makes the SB970CR Scimitar High Security PAS68 Bollards ideal products to provide low profile yet fully effective protection for high security establishments, iconic buildings and critical infrastructure.

The SB970CR High Security Bollards have been independently physically tested in a number of full scale crash tests conducted in accordance with PAS PAS 68 Crash Test of   Bollards68 by the Transport Research Laboratory (TRL) both as a single unit and dual arrangement - two bollards installed at a distance of 1.5m between bollard centres.

SB970CR automatic PAS68 bollards are an Electro-Hydraulically operated security bollard system with a 1000mm height when fully raised. PAS68 security bollards comprise of a static sub-surface mounting tube and impact tube. Raised/Lowered back indication signalling can be provided to enable remote monitoring of the bollard status on a real time basis (optional).PAS   68 Crash Tested Bollards

The hydraulic power pack is controlled by a programmable logic controller (PLC) enabling connection of virtually any access control to the bollards. In addition, the HPU can provide outputs for a number of automatic security bollards for simultaneous operation. In the event of power failure a manual pump is provided to ensure operator control is maintained.Automatic Bollards operating after PAS 68 Crash Test

Each automatic bollard system comes with a push-button control as standard, however it can be customised to interface with a wide range of access control equipment to suit specific customer requirements (available as options) and any configuration including (but not limited to) inductive loop systems card readers, communication equipment and manned guard emergency systems can be accommodated. For safety reasons pedestrians, cyclists and motorcycles are advised not to use a bollard controlled roadway, additional safety measures can be incorporated into the bollard system if required.

Where the high security bollards control point is remote from the installation, we strongly recommend the fitting of a recordable CCTV system, traffic lights and safety inductive loop systems.

View our other PAS68 High Security crash tested products

SB970CR PAS 68 Fixed Static Security Bollards
PAS68 Fixed Static Security Bollards
EB950CR PAS68 Crash Tested High Security Barriers
PAS68 High Security Barriers
RB780CR PAS68 High Security Road Blockers
PAS68 Security Road Blockers
RB880CR Shallow Foundation PAS68 Crash tested Road Blockers PAS68 High Security Shallow Roadblockers
RB980CR Surface Crash Tested PAS 68 High Security Roadblockers
PAS68 High Security Surface Road Blockers
SG1100CR High Impact Sliding Gates
High Impact High Security Sliding Gates
SG1500CR PAS 68 Crash Tested High Impact Gates
PAS68 High Impact Security Sliding Gates
GC1100CR High Impact PAS 68 Hinged Gates
PAS68 High Impact Hinged Security Gates

Key Features

  • Multiple testing (single bollard / multiple bollards)
  • Unobtrusive appearance
  • Minimal foundation requirement (2.25 cubic metres)
  • Physically impact tested to PAS68 criteria
  • Manufactured from heavy gauge materials
  • Manual hand pump facility
  • Programmable Logic Control system
  • 100% Duty Cycling

Benefits

  • Comprehensive understanding of attack resistance and confidence in individual bollard performance
  • Aesthetically acceptable
  • Ease of installation
  • Confidence in proven performance
  • Strength and Durability
  • Operational under power failure conditions
  • Flexibility to interface with all forms of access control
  • Reliable and Dependable

Technical Specification

  • Bollards Physical dimensions: HPU Cabinet - 640/940mm W x 670mm D x 1300mm H
  • Single Bollard - 610mm W x 610mm D x 2000mm H
  • Bollards Basic Power requirements: 3-Phase 415V AC, 50Hz, 20 Amps (other voltages are available) Control Voltage S.E.L.V. 24v
  • Bollards Performance: Loading-20 Tonnes
  • PAS 68 Bollards Impact absorption: Single SB970CRBollard -1852KJ (fully operational immediately after impact)
  • Dual SB970CR Bollards - 1852KJ (fully operational immediately after impact)
  • Full PAS 68 Classification: V/7500(N2/80/90:0/25 Tested Model 990mmHx322mm dia 25mm wall thickness
  • Bollards Standard Speed of operation - 6 Seconds to raise or lower
  • Bollards Construction: The supporting framework is constructed from fully welded, heavy gauge, steel angle and box section completely encased with steel sheets to provide a self-shuttered module.
  • The 324mm diameter bollard is constructed using hi-tensile structural steel.

Options Available

  • Emergency buttons with lockdown
  • Inductive loop systems
  • UPS back up for the electrical system
  • Traffic lights and back-indication system
  • Accumulator systems for hydraulic operation in power fail conditions
  • Access control and Intercom systems
  • Decorative Bollards sleeves (Fibreglass/Stainless steel)
  • Interlocking systems to give air-locktype protection on sites for higher threat levels

View Bollards Drawings (DWG)

View Bollards Drawings (PDF)

View High Security Crash Test Videos (FLV)

View Product Procurement Specifications