SA-600 Stainless Steel Semi-Automatic Rising Bollard

Stylish stainless steel semi-automatic rising bollard, engineered for all access control, driveway security or car parking reservation applications, and built with a secondary lock for added security.

  • Diameters: 168 or 220mm. 
  • Raised height: 600mm. 
  • Pull up weight: Semi-automatic (0 kg).
  • Steel gauge: 4mm stainless steel.
  • Lock 1: Integral (1 tool supplied). 
  • Lock 2: Integrated for added security (2 keys supplied). 
  • Finish: 340-grade Stainless Steel.

  • Semi-automatic rising bollard with internal gas spring.
  • Impact resistance 5000 J.
  • No wiring or 230V power supply required.
  • No manual lifting weight required.
  • Rapid rising, turn the valve and the bollard will rise.
  • Automatically locks into the raised and lowered position.
  • 20kg vertical force is required to lower the bollard.
  • Optional LED lights (requires 24v supply - not included)
  • 4mm gauge stainless steel wall.
  • Mild steel components manufactured to BS1440.
  • All parts hot dipped galvanised to BS EN ISO 1461 (2009).
  • 304-grade brushed stainless steel finish.
  • 55-75kg overall product weight.
  • 1 Year guarantee.
  • Made in Britain.
  • Supply:- Built to order - delivery within 7 - 10 business days. 
  • Supply & Install:- Built to order - delivery within 7 - 10 business days - Installation completed within 21 days.
  • Bulk Orders: Please allow an extra 1 - 2 days for delivery.
  • Free UK mainland delivery with 30-day returns or exchange.
      • XL Semi-Automatic - Sub-surface (to be concreted in below ground).
      • Foundation Box: 168 x 600 - 250 x 850 x 4mm - 220 x 600 - 300 x 850 x 4mm.
      • Depth required: 1000mm (includes 150mm for drainage).
      • Suitable for flat or sloping ground.
      • All hard and soft surfaces.
      • High water table areas may experience slow water drain-off.
      • Not suitable for sites prone to regular flooding. 
      • Please Note: When lowered, this bollard should not be positioned in the tyre path of passing vehicles.