Aslanbay Construction Site Container Accommodation Full-Height Turnstile Project
Aslanbay Construction Site Container Accommodation Full-Height Turnstile Project Aslanbay İnşaat
In this project completed for Aslanbay Construction, a Winser Technical stainless steel full-height turnstile was installed to provide controlled entrance and exit management for the container accommodation area used by construction site workers.
Worker accommodation areas at large construction sites can experience significant pedestrian movement throughout the day and require clearly controlled entrance points. A full-height security turnstile was therefore installed to create a physically controlled pedestrian passage.
Compared with conventional waist-height turnstiles, the full-height construction provides a stronger physical access barrier and directs users through a designated entrance and exit point. This makes the solution particularly suitable for construction sites, worker camps and other areas where enhanced pedestrian access security is required.
The stainless steel construction provides a robust and professional solution suitable for demanding construction-site environments and intensive daily use.
With the implemented system, access to the worker accommodation area was organized through a defined passage point while helping prevent unauthorized persons from entering or leaving the controlled area.
The project provides:
Stainless steel full-height turnstile
Controlled entrance and exit for the container accommodation area
Physical protection of the worker accommodation zone
Restriction of unauthorized access
Personnel movement through a designated passage point
Robust construction suitable for construction sites
Infrastructure suitable for intensive daily use
High-security pedestrian access solution
Winser Technical full-height turnstile systems provide professional access control solutions for construction sites, worker camps, container accommodation facilities, mining sites, factories and industrial facilities requiring secure pedestrian access management.
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