The HA4000ST Single Turnstile is a high-specification full-height access control solution, designed to provide secure and reliable pedestrian entry for commercial, industrial, and high-security environments. Manufactured in the UK, it combines robust construction with smooth operation and broad access control compatibility to deliver dependable long-term performance.
The HA4000ST Single Turnstile is designed to control pedestrian access while enhancing site security in environments such as commercial premises, schools, public buildings, industrial facilities, and secure perimeter installations.
Built for continuous heavy-duty use, the turnstile features a reliable mechanical design and can be configured for single or bi-directional operation, making it suitable for a wide range of access control applications. Each unit is manufactured to order, allowing the turnstile to be tailored to individual site requirements.
The HA4000ST is equipped with a smooth and reliable Locinox head mechanism, providing consistent operation with minimal maintenance. An integrated anti-trap safety system helps prevent users from becoming trapped during operation, enhancing safety in high-traffic environments.
Reader plates are fitted as standard for straightforward integration with access control systems, while the pre-configured fire alarm input enables automatic free rotation during emergency situations. The turnstile is also compatible with leading access control systems, including Paxton, Nortech, and Ievo.
Designed with a plug-and-play approach, the HA4000ST is supplied ready to bolt down and commission, simplifying installation and reducing on-site setup time.
Suitable for both indoor and outdoor use, the turnstile integrates easily with a wide range of access control solutions and can be configured in either fail-safe or fail-secure modes to meet specific site and security requirements.
Engineered for 100% heavy industrial duty, the HA4000ST delivers reliable performance in demanding environments while maintaining a pedestrian flow rate of up to 22 people per minute in a single direction.
Its robust galvanised steel construction provides long-lasting durability with minimal maintenance, while a range of optional features—including stainless steel rotors, pedestrian canopies, LED passage indicators, courtesy downlights, and bespoke reader plates—allows the system to be customised to suit individual project requirements.
Flow Rate:
15 to 22 Person Per Minute in Single Direction Fail Safe or Fail Secure Modes Available
Duty cycle:
100% Heavy Industrial Usage Suitable for Indoor & Outdoor Usage
Specification:
UKCA + CE Approved
Power Requirements:
Single Phase 240v 50Hz 5 Amps
Colours:
All RAL Colours Available
(Galvanised Optional Cost)
Dimensions:
Height: 2225mm
Width: 1400mm
Depth: 1280mm
Sizes:
Rotor: 76mm Tube with Bottom Supported Bearing
Arms: 42mm Tube with Capped Ends
Side Frames: 33mm Tube Welded to Curve Base Plate
Material Construction:
Standard Galvanised
Unit Weight:
230Kg Approx
Download the full specification sheet to view detailed dimensions, materials, and technical information for this product.
The HA4000ST Single Turnstile provides a dependable solution for controlling pedestrian access in high-security and high-traffic environments. Combining robust construction, integrated safety features, and broad access control compatibility, it delivers reliable long-term performance with straightforward installation and minimal maintenance.
Manufactured to order and supported by a range of optional enhancements, the HA4000ST can be tailored to meet the requirements of commercial, industrial, and public sector applications, making it a flexible and effective solution for modern perimeter security.
Full-height turnstile design with reliable access control compatibility for enhanced perimeter security.
Heavy-duty construction with a smooth Locinox mechanism and anti-trap safety system for dependable long-term performance.
Plug-and-play installation with fail-safe or fail-secure operation and compatibility with leading access control systems.
