Full Height Rotor Turnstile Gate
Full Height Turnstile
Our Full Height Turnstiles provide a robust and reliable access control solution for facilities requiring the highest level of security. Designed to manage pedestrian flow while preventing unauthorized access, these turnstiles are ideal for industrial plants, government facilities, commercial buildings, power stations, airports, logistics centers, and other high-security environments.
Engineered for both indoor and outdoor installations, the turnstile can operate as a standalone unit using a remote control or be seamlessly integrated with Access Control Systems (ACS), including RFID card readers, biometric devices, QR code scanners, and other identification technologies.
Manufactured from high-quality steel or stainless steel, the turnstile offers exceptional durability, weather resistance, and long-term performance, ensuring reliable operation even in demanding environmental conditions.
Applications
Industrial Facilities
Government & Military Sites
Commercial Buildings
Data Centers
Airports & Transportation Hubs
Power Plants & Utilities
Logistics & Warehouses
Stadiums & Sports Facilities
Educational Institutions
High-Security Restricted Areas
Key Features
Full-height design for maximum security and controlled pedestrian access
Compatible with Access Control Systems (ACS)
Standalone or integrated operation
Heavy-duty steel or stainless steel construction
Weather-resistant design suitable for indoor and outdoor installation
Smooth and reliable motorized operation
Supports RFID, biometric, barcode, and QR code readers
Emergency release function for safe evacuation
Low maintenance and long service life
IP66-rated protection for outdoor applications
High throughput capacity for efficient pedestrian flow
Designed for continuous operation in demanding environments
Technical Highlights
Operating Voltage: 24 VDC
Power Consumption: Max. 105 W
Throughput: Up to 30 persons/minute
Ingress Protection: IP66
Operating Temperature: -40°C to +70°C
Expected Service Life: Minimum 8 years
Mean Time to Failure: Over 2 million passages
