HCW Full Height Turnstile Access Control System
The HCW CW801 is a premium SUS304 revolving door turnstile engineered for high-security environments requiring full-height barrier protection. Constructed entirely from durable 304 stainless steel with a substantial 1500×1500×2300mm profile, this robust AC220V barrier turnstile gate delivers exceptional physical security with its 120° full-height movement mechanism.
Key Features
- Operates at 20 people/minute throughput
- 600mm channel width for controlled single-person passage
- 5 million-cycle lifespan for long-term reliability
- Performs in environments with up to 90% humidity
- ISO 9001 and CE certified for quality assurance
- Customizable as an OEM automatic turnstile gate
Technical Specifications
| Brand Name |
HCW |
| Product Model |
CW801 |
| Material |
304 Stainless Steel |
| Dimensions |
1500×1500×2300mm |
| Power Supply |
AC220V±10%, 50HZ±10% |
| Motor Movement |
120° full height rotation |
| Channel Width |
600mm |
| Operating Speed |
20 people/minute |
| Service Life |
5 million cycles |
| Warranty |
1 Year |
| Certifications |
ISO 9001, CE |
Product Advantages
- Competitive Manufacturing Value - Offers premium security features with excellent cost efficiency for large-scale deployments
- Superior Structural Integrity - 304 stainless steel construction provides enhanced anti-climb protection and vandal resistance
- Advanced Technology Integration - Compatible with facial recognition and other biometric systems
- Streamlined Installation - Precision engineering reduces on-site assembly time and labor costs
- Optimized Security Movement - 120° rotation creates an imposing physical barrier while ensuring smooth passage control
Recommended Applications
- Maximum Security Facilities - Prisons and detention centers requiring physical barrier against climbing and unauthorized access
- Industrial Plants & Restricted Zones - Factories and hazardous areas needing perimeter protection and access control
- Critical Infrastructure Protection - Power plants and data centers requiring reliable performance in high-humidity environments