Description
- An anti-ram telescopic security post is designed to provide high-level protection against vehicle impact. It is typically made of high-strength steel.
- The telescopic design of the security post means that it can be raised or lowered as needed to control access to a particular area.
- An anti-ram telescopic security post is a highly effective solution for controlling vehicle access and providing high-level security to a wide range of locations. Its telescopic design and anti-ram capabilities make it a reliable and versatile choice for protecting buildings, assets, and pedestrians from vehicle impact.
- Extreme Anti-Ram Telescopic Security Post with a reflective strip, locks into the upright position with a catch and padlock, flush to the ground when not in use. Anti Ram raid Design, Ideal for protecting Vehicles & Property.
- This Post / Bollard has a 120mm Square Upright for added Strength & Visibility
- Extra protection through the Hot Dipped Galvanised Upper Body treatment
- Flush to the ground when not in use and has an easy to use retractable lifting handle, ideal for locations that have pedestrian and vehicle activity.
- The retractable handle can even be used for passing chain through the top of the post for different type of applications.
- This Anti Ram-Raid Designed Telescopic Post is perfect for helping to secure and protect your Vehicles & Property.
- Keyed Alike Available.
This type of Telescopic Post or Bollard can also be referred to as:
- Retractable.
- Pull Up.
- Lift Up.
Specification:
- Extends to 535mm high.
- Submerged depth 760mm.
- Bore diameter 200mm.
- Steel gauge is 4mm thickness.
- Retractable handle for easy operation: Yes.
- Anti ram raid deterrent: Yes.
- Very Tough steel construction.
- Zinc plated for rust protection.
- Comes with kick plate.
- Weight: 27 kilo.
- Weight to Lift Up: 12.5 Kilo.
Additional Information:
- 1 x Telescopic Security Post.
- 1 x Anchor Bar.
- 1 x Discuss Padlock & 2 Keys (keyed alike available).
Delivery:
- 1-3 Working Days Average Delivery Time.